Solid State Relay Product Catalogue [HUIMULTD] V2.1
CONTENTS
| PCB MOUNT SOLID STATE RELAY >>>>>>>>>>>>>>>>>>>>>>>>>>>>> [1]
| Single In-line Package (SIP)
◎ GJ series: GJ_FAL, GJ_L ----------------------------------------------------------------(2)
| Double In-line Package (DIP)
◎ JGX series: JGX_FA, JGX_F, JGX_FAS, JGX_FS ----------------------------------------------(5)
| PANEL MOUNT SOLID STATE RELAY >>>>>>>>>>>>>>>>>>>>>>>>>>> [10]
| 1 Channel/Single Channel
◎ MGR-1 series: MGR-1DD, MGR-1AD, MGR-1D, MGR-1A ----------------------------------(11)
◎ MGR-H series: MGR-H3, MGR-H12 ----------------------------------------------------(17)
◎ MGR-AH series: MGR-AH, MGR-AH12 --------------------------------------------------(22)
◎ MGR_DD series: MGR_DD -------------------------------------------------------------(27)
◎ MGR-1X series: MGR-1X --------------------------------------------------------------(30)
| 2 Channel/Dual Channel
◎ MGR-1KB series: MGR-1KB ------------------------------------------------------------(33)
◎ MGR-1AKB series: MGR-1AKB ---------------------------------------------------------(36)
◎ MGR-1D_2 series: MGR-1D_2H, MGR-1D_2T ---------------------------------------------(39)
| 3 Channel/Three Channel
◎ MGR-3 series: MGR-3032, MGR-3-A ----------------------------------------------------(42)
◎ MGR-H_3 series: MGR-H3_3, MGR-H12_3 ----------------------------------------------- (46)
◎ MGR-AH_3 series: MGR-AH3_3, MGR-AH12_3 --------------------------------------------(50)
◎ MGR-3X series: MGR-3X_D, MGR-3X_A --------------------------------------------------(54)
| 5 Channel/Five Channel
◎ ST5 series: ST5_DD -------------------------------------------------------------------(57)
◎ PN5 series: PN5_DA ------------------------------------------------------------------(60)
| ELECTRICAL MOTOR CONTROLLER >>>>>>>>>>>>>>>>>>>>>>>>>>> [63]
| Bi-directional Motor Rotation Controller (FWD/REV), DPDT
◎ MGR-DHK series: MGR-DHK ----------------------------------------------------------(64)
◎ MGR-1M series: MGR-1M ------------------------------------------------------------(67)
◎ MGR-3M series: MGR-3M ------------------------------------------------------------(70)
| Motor Speed Controller
◎ MGR-DTSV series: MGR-DTSV --------------------------------------------------------(73)
| VOLTAGE/POWER REGULATOR >>>>>>>>>>>>>>>>>>>>>>>>>>>>> [76]
| Voltage Regulator
◎ MGR-R series: MGR-R ---------------------------------------------------------------(77)
◎ MGR-HVR series: MGR-HVR ----------------------------------------------------------(80)
◎ MGR-1VD series: MGR-1VD ----------------------------------------------------------(83)
◎ MGR_DV series: MGR_DV ------------------------------------------------------------(85)
◎ MGR-EUV series: MGR-EUV ----------------------------------------------------------(87)
◎ MGR-SCR series: MGR-SCR3_LA, MGR-SCR_LAH ----------------------------------------(90)
| Voltage Regulator Module
◎ MGR-DT series: MGR-DT -----------------------------------------------------------(97)
◎ MGR-DTYF series: MGR-DTYF -------------------------------------------------------(101)
◎ MGR-STY series: MGR-STY ---------------------------------------------------------(104)
| Phase-shift Module
◎ SSR-JK series: SSR-JK --------------------------------------------------------------(108)
◎ SSR-3JK series: SSR-3JK ------------------------------------------------------------(113)
◎ SCR-JKK, TRAIC-JKK series: SCR-JKK, TRIAC-JKK ---------------------------------------(118)
◎ SCR-JKK/2 series: SCR-JKK/2 --------------------------------------------------------(128)
◎ SX-JK series: SX-JK ----------------------------------------------------------------(139)
| SOLID STATE RECTIFIER >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> [148]
| Solid State Rectifier Relay
◎ MGR-ZK series: MGR-ZK -----------------------------------------------------------(149)
◎ MGR-3ZK series: MGR-3ZK ---------------------------------------------------------(152)
| Solid State Bridge Rectifier
◎ KBPC, QL, SQL series: KBPC, QL, SQL -------------------------------------------------(154)
| Solid State Rectifier Module
◎ MT, MF, MD series: MT, MF, MD -----------------------------------------------------(157)
◎ MTC, MTA, MTK, MTX series: MTC, MTA, MTK, MTX -------------------------------------(161)
◎ MDC, MDA, MDK, MDX series: MDC, MDA, MDK, MDX ----------------------------------(165)
◎ MFC, MFA, MFK, MFX series: MFC, MFA, MFK, MFX -------------------------------------(169)
◎ MGR-DQZ series: MGR-DQZ --------------------------------------------------------(173)
◎ MDQ, MDS series: MDQ, MDS -------------------------------------------------------(177)
◎ MFQ, MTF, MHF series: MFQ, MTF, MHF ----------------------------------------------(181)
◎ MTQ, MFS series: MTQ, MFS --------------------------------------------------------(184)
| PLC DIGITAL MODULE >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> [187]
| PLC Digital I/O Module
◎ IAC, IDC, OAC, ODC series: IAC, IDC, OAC, ODC ---------------------------------------(188)
| SSR/SSM ACCESSORIES >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> [191]
| Solid State Relay Heat Sink
◎ MG-F, MG-H, MG-I, MG-L, MG-T, MG-W, MG-Y series:
MG-F, MG-H, MG-I, MG-L, MG-T, MG-W, MG-Y ---------------------------------------(192)
| Solid State Module Heat Sink
◎ E, G, K, Y, Z series: E, G, K, Y, Z ------------------------------------------------------(196)
| Din Rail Bracket
◎ DIN Rail Bracket -----------------------------------------------------------------(199)
| Din Rail
◎ DIN Rail ------------------------------------------------------------------------(200)
| SHAPE CODE >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> [201]
◎ Overall Dimensions of Modules ------------------------------------------------------(202)
| PCB MOUNT SOLID STATE RELAY
PCB mounted solid state relays, also known as PCB SSR Relay, PCB mountable SSR, PCB mount
SSR, PCB mounting SSR, PCB mount solid-state DIL (Digital Integrated Logic) relay, solid state
PCB-mount relay, which are packaged with standard industry SIP and DIP, can be used directly
on the Printed Circuit Board. The PCB SSR also has the advantages of small size, easy
installation, low price, and etc. According to the output power, the housing of the PCB solid
state relay can be metal or plastic. Because they generate very little heat, it is usually not
necessary to install an additional heat sink.
We offer two series of PCB solid state relays: GJ series and JGX series. GJ series PCB solid state
relays use Single In-line Package mounting dimensions. JGX series PCB solid state relays use
Double In-line Package mounting dimensions. They can be used into application with control
signal (3~32VDC, 0~10mA) and equipment load (1~8A, 5~220VDC, 220VAC/380VAC).
You can visit the following pages to find out which products you are interested in and more
details about them (e.g. functions, applications, specifications, outline drawings, mounting
dimension drawings, circuit wiring diagrams, Precautions).
www.huimultd.com
1
PCB MOUNT SOLID STATE RELAY
GJ Series
PCB Mount Solid State Relay
GJ Series
SIP-4
,, ,,
PCB
Solid State Relay
PCB MOUNT SOLID STATE RELAVIHUIMULTD
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Introduction
GJ series PCB Mount Solid State Relay uses the standard SIP-4 (Single In-line Package 4 pins)
configuration, and can be divided into GJ_L series DC to AC PCB mount solid state relay, GJ_FAL
series DC to DC PCB mount solid state relay.
How to order
lA, 3A, SA
Series
Rated
1-0
Current
Form
L: DC-AC
GJ
FAL: DC-DC
(PCB Mount, SIP-4)
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2
PCB MOUNT SOLID STATE RELAY
Parameters
GJ_L Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 220VAC / 380VAC
Load Current: 1A, 3A, 5A
Dimensions & Mounting: 38.5mm*22mm*12.5mm; PCB mount solid state relay with plastic
housing, British standard PCB mounting dimensions, and SIP 4-pin package
GJ_FAL Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 5~220VDC (such as 5VDC, 12VDC, 24VDC, 27VDC,
36VDC, 60VDC, 96VDC, 160VDC, 220VDC or customized voltage)
Load Current: 1A, 3A, 5A
Dimensions & Mounting: 38.5mm*12.5mm*22mm; PCB mount solid state relay with plastic
housing, British standard PCB mounting dimensions, and SIP 4-pin package
Features
GJ_L Series
● SIP 4-pin package
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● British standard PCB mounting dimensions
GJ_FAL Series
● SIP 4-pin package
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Low-impedance MOSFET as the output component minimize the total power consumption
● British standard PCB mounting dimensions
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3
PCB MOUNT SOLID STATE RELAY
Dimensions and Circuit Wiring Diagram
GJ_L Series PCB Mount Solid State Relay
All dimensions are in: mm
38.5
MGR
~J1,
GJ _L Series
N
N
IN
LOAD
-1
2-
+3
4-
10
12
4
411~
00.8 (4 PLACES)
f
f-----1
{I}
t::::.___:=
OUTPUT CIRCUIT
5
GJ_FAL Series PCB Mount Solid State Relay
All dimensions are in: mm
38.5
MGR
GJ_FAL Series
...J
N
N
<(
+1
+3
2-
f-----1
10
z
IN
LOAD
\!l
vi
4-
f::::i
f
12
n..
~
OUTPUT CIRCUIT
5
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to air conditioners, balers, household appliances, heating or cooling equipment, professional
food equipment, medical machines, remote control system, automotive, lighting system, motion
control system, numerical control machinery.
● High power density, low mounting density (limited installation space), no additional heat sink
required.
Precautions and FAQs
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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4
PCB MOUNT SOLID STATE RELAY
JGX Series
PCB Mount Solid State Relay
JGX Series
DIP-4
PCB
Sol id State Relay
.I
PCB MOUNT SOLID STATE RELAYIHUIMULTD
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Introduction
JGX series PCB Mount Solid State Relay uses the standard DIP-4 (Double In-line Package 4 pins)
configuration, and can be divided into JGX_F series DC to AC PCB mount solid state relay, JGX_FA
series DC to DC PCB mount solid state relay. The JGX series is available in three housings: Plastic
Housing (1A, 3A, 5A), Metal Housing (3A, 5A), Cast Aluminum-zinc Alloy Housing (5A, 8A). The cast
aluminum-zinc alloy housing type is also known as the Heat Sink type (or Integrated Heat Sink
type), it has significant heat dissipation ability and can be applied to devices that require a large
output power, and an S is added at the end of the model number, such as JGX_FS series, JGX_FAS
series.
How to order
1A, 3A, SA, 8A
Series
Rated
1-0
Current
Form
JGX
{PCB Mount, DIP-4)
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F: DC-AC
FA: DC-DC
FS : DC-AC, Heat Sink
FAS: DC-DC, Heat Sink
5
PCB MOUNT SOLID STATE RELAY
Parameters
JGX_F Series (Plastic Housing)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 220VAC / 380VAC
Load Current: 1A, 3A, 5A
Dimensions & Mounting: 32mm*15mm*16mm; PCB mount solid state relay with plastic housing,
British standard PCB mounting dimensions, and DIP 4-pin package
JGX_F Series (Metal Housing)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 220VAC / 380VAC
Load Current: 3A, 5A
Dimensions & Mounting: 32mm*25mm*14mm; PCB mount solid state relay with metal housing,
British standard PCB mounting dimensions, and DIP 4-pin package
JGX_FS Series (Cast Aluminum-zinc Alloy Housing)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 220VAC / 380VAC
Load Current: 5A, 8A
Dimensions & Mounting: 43mm*30mm*20mm; PCB mount solid state relay with metal housing,
British standard PCB mounting dimensions with heat sink, and DIP 4-pin package
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PCB MOUNT SOLID STATE RELAY
JGX_FA Series (Plastic Housing)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
I
I
I
I
Load Voltage: 5~220VDC (such as 5VDC, 12VDC, 24VDC, 27VDC,
VDC, 60VDC, 96VDC, 160VDC, 220VDC or customized voltage)
Load Current: 1A, 3A, 5A
Dimensions & Mounting: 33mm*17mm*17mm; PCB mount solid state relay with plastic housing,
British standard PCB mounting dimensions, and DIP 4-pin package
JGX_FA Series (Metal Housing)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 5~220VDC (such as 5VDC, 12VDC, 24VDC, 27VDC,
VDC, 60VDC, 96VDC, 160VDC, 220VDC or customized voltage)
Load Current: 3A, 5A
Dimensions & Mounting: 33mm*17mm*17mm; PCB mount solid state relay with metal housing,
British standard PCB mounting dimensions, and DIP 4-pin package
JGX_FAS Series (Cast Aluminum-zinc Alloy Housing)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 5~220VDC (such as 5VDC, 12VDC, 24VDC, 27VDC,
VDC, 60VDC, 96VDC, 160VDC, 220VDC or customized voltage)
Load Current: 5A, 8A
Dimensions & Mounting: 43mm*30mm*20mm; PCB mount solid state relay with metal housing,
British standard PCB mounting dimensions with integrated heat sink, and DIP 4-pin package
Features
JGX_F Series
● DIP 4-pin package
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● British standard PCB mounting dimensions
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7
PCB MOUNT SOLID STATE RELAY
JGX_FA Series
● DIP 4-pin package
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Low-impedance MOSFET as the output component minimize the total power consumption
● British standard PCB mounting dimensions
Dimensions and Circuit Wiring Diagram
JGX_F Series PCB Mount Solid State Relay
A.II dimensions are in: mm
MGR
"'
JGX F Series
Ia)
~1
I
32
25.4
3
I
-$- -
- -$- -$-
1§
OUT
2
2
0 0.8 (4 PLACES )
INPUT SIGNAL
0 UTPUT CIRCUIT
Plastic Housing
A.II dimensions are in: mm
33.5
~r
20.5
3
~--+--<> +
MGR
~.-------.-~
IN
"'N
JGX_F Series
Ioo
INPUT SIGNAL
0 1.0 (4 PLACES)
0 UTPUT CIRCUIT
Metal Housing
All dimen sions: .a re in: mm
43
25.4
36
3
+
0
N
MGR
IN
JGX _FS Series
OU T
m
2
Ia)
INPUT SIGNAL
2
OUTPUT CIRCUIT
0 1.0 (4 PLACES)
Cast Aluminum-zinc Alloy Housing
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8
PCB MOUNT SOLID STATE RELAY
JGX_FA Series PCB Mount Solid State Relay
All dimensions are in: mm
32
~1
MGR
JGX FA Series
"'
loo
I
25.4
3
I
-$- -
- -$+-$-
1§
2
00.8 (4 PLACES)
INPUT SIGNAL
0 UTP UT CIRCUIT
Plastic Housing
All dimensions are in: mm
33.5
20.5
3
+
- -$-
~T1. . -.-_M_G_R_.,__.
OUT
U1
N
JGX_FA Series
loo
2
+ -$INPUT SIGNAL
01.0 (4 PLACES)
0 UTPUT CIRCU IT
Metal Housing
All dimensions are in: mm
43
25.4
36
3
0
N
- -$-
MGR
JGX_FAS Series
0
+-$-
loo
I~
IN
+
+
OUT
2
INPUT SIGNAL
OUTPUT CIRCUI T
01.0 (4 PLACES)
Cast Aluminum-zinc Alloy Housing
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to air conditioners, balers, household appliances, heating or cooling equipment, professional
food equipment, medical machines, remote control system, automotive, lighting system, motion
control system, numerical control machinery.
● High power density, low mounting density (limited installation space), no additional heat sink
required.
Precautions and FAQs
● What are the differences between Panel mount SSR and PCB mount SSR? The panel type solid
state relay (or device type, screw mounting type) needs to be fixed on a metal base plate or a heat
sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state relay (or pin
mounting type) has the industry standard pin configurations, and can be mounted directly to the
Printed Circuit Board, and the natural cooling as heat dissipation without the need for a heat sink.
The PCB type has a smaller mounting size and a larger power density than the panel type.
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9
| PANEL MOUNT SOLID STATE RELAY
Panel mount solid state relay, also known as panel SSR Relay, panel mountable SSR, panel mount
SSR, panel mount solid-state DIL (Digital Integrated Logic) relay, solid state panel-mount relay,
panel mount switch, which is usually used as electronic switch. Compared with traditional EMR,
Panel solid state relays have longer service life and lower overall cost. Panel SSRs can be applied
to various industries and fields through different circuit designs. The panel solid state relay uses
standard mounting dimensions with a metal base plate on the bottom that needs to be coated
with silicone and then screwed onto the plate or heat sink.
According to the mounting dimensions and load devices, we offer three package sizes: Standard
Package type, Industrial Package type, Compact Package type.
According to the quantity of loads, panel solid state relays can be divided into: Single Channel
(One Channel DC/Single Phase AC) type, Dual Channel type, Three Channel (Three Channel
DC/Three Phase AC) type, Five Channel type.
According to the input-output signal, panel mount solid state relays can be divided into: DC-DC
type, AC-DC type, DC-AC type, AC-AC type.
The types of panel mount solid state relays are very diverse, so you will need to visit the following
pages to find out which products you are interested in and more details about them (e.g. functions,
applications, specifications, outline drawings, mounting dimension drawings, circuit wiring
diagrams, Precautions).
www.huimultd.com
10
PANEL MOUNT SOLID STATE RELAY
MGR-1 Series
Panel Mount Solid State Relay
MGR-1 Series
Single Channel
Panel Solid State Relay
Standard Package
PANEL MOUNT SOLID STATE RELAVIHUIMULTD
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Introduction
The MGR-1 series 1 Channel/Single Channel Panel Mount Solid State Relay uses the Standard
Package (rectangular shape, TRIAC as the output component). According to the load power supply,
it is divided into MGR-1 series One Channel DC Panel Mount SSR, MGR-1 series Single Phase AC
Panel Mount SSR. According to the I-O (Input-Output) signal, the MGR-1 series can be divided into
MGR-1DD Series (DC-DC), MGR-1AD Series (AC-DC), MGR-1D Series (DC-AC), MGR-1A Series (ACAC). According to the trigger mode, the MGR-1 series solid state relay can be divided into MGR-1
series zero-crossing SSR (or zero cross switching SSR), and MGR-1 series random turn-on SSR (or
random fire SSR,). The model number of the MGR-1 zero-crossing turn on solid-state relay is end
with “Blank” or “Z”; the model number of the MGR-1 random turn on solid-state relay is end with
“P”.
How to order
1 QA, 20A 25A 30A,
40A, SOA, 60A 75A,
BOA 90A 1 OOA 120A,
1 SOA, 180A,200A, 300A,
400A, 600A
DD : DC - DC, One Channel
AD : AC - DC, One Channel
D : DC-AC, Single Phase
A : AC-AC, Single Phase
Series
1-0
Form
Load
Voltage
48: 480VAC
MGR-1
(Panel Mount, Single Channel.
Standard Package)
69: 690VAC
120: 1200VAC
AC
Rated
Current
Trigger
Mode
48: 48VDC
Z : Zero Crossing
60: 60VDC
110: 110VDC
220: 220VDC
P : Random Fire
DC
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PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-1DD Series (DC to DC)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Low input current, ≤40mA
Load Voltage: One channel, 5~48VDC (such as 5VDC, 6VDC,
8VDC, 9VDC, 12VDC, 18VDC, 24VDC, 36VDC, 42VDC, 48VDC or customized voltage)
Load Current: 10A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 90A, 100A, 150A, 180A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
MGR-1DD Series (DC to DC, Large Current)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Low input current, ≤40mA
Load Voltage: One channel, 5~60VDC (such as 5VDC, 9VDC,
12VDC, 18VDC, 24VDC,36VDC, 48VDC, 55VDC, 60VDC or customized voltage)
Load Current: 200A, 300A, 400A, 600A
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state relay with transparent
cover, metal base and screw terminals
MGR-1AD Series (AC to DC)
Control Voltage: 70-280VAC (such as 85VAC, 100VAC,
110VAC/120VAC, 200VAC, 220VAC/230VAC, 240VAC or customized
control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: One channel, 5-120VDC ((such as 5VDC, 12VDC, 24VDC, 36VDC, 72VDC, 84VDC,
96VDC, 120VDC or customized voltage)
Load Current: 10A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 90A, 100A, 120A, 150A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
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12
PANEL MOUNT SOLID STATE RELAY
MGR-1D Series (DC to AC)
Control Voltage: 3~32VDC (such as 3VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 24~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 10A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 90A, 100A, 120A, 150A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
MGR-1A Series (AC to AC)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 24~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 10A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 90A, 100A, 120A, 150A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
Features
MGR-1DD Series
● DC SOLID STATE RELAY are easy to connect in parallel, suitable for high current applications
● Low output off-state leakage current
● Low-impedance MOSFET as the output component minimize the total power consumption
● Suitable for resistive load and inductive load (the inductive load, such as motor and EMR
/electromagnetic coil, must be equipped with the suppressor diode)
● Display output status via LED
● Standard output RC snubber circuit
● Transparent cover for extra protection
MGR-1AD Series
● Low output off-state leakage current
● Low-impedance MOSFET as the output component minimize the total power consumption
● Suitable for resistive load and inductive load (the inductive load, such as motor and EMR
/electromagnetic coil, must be equipped with the suppressor diode)
● Display output status via LED
● Standard output RC snubber circuit
● Transparent cover for extra protection
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13
PANEL MOUNT SOLID STATE RELAY
MGR-1D Series
● TRAIC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Availed with zero-crossing conduction (resistive load) or random conduction (inductive load or
phase control)
● Display output status via LED
● Standard output RC snubber circuit
● Transparent cover for extra protection
MGR-1A Series
● TRAIC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Availed with zero-crossing conduction (resistive load) or random conduction (inductive load or
phase control)
● Display output status via LED
● Standard output RC snubber circuit
● Transparent cover for extra protection
Dimensions and Circuit Wiring Diagram
MGR-1DD Series Panel Mount Solid State Relay
DC-DC
DC-DC, Large Current
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14
PANEL MOUNT SOLID STATE RELAY
MGR-1AD Series Panel Mount Solid State Relay
AC-DC
MGR-1D Series Panel Mount Solid State Relay
DC-AC, Zero-Crossing
J\J
01
DC-AC, Random-Fire
MGR-1A Series Panel Mount Solid State Relay
AC-AC
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15
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to air conditioners, balers, household appliances, heating or cooling equipment, professional
food equipment, medical machines, remote control system, automotive, lighting system, motion
control system, numerical control machinery.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output)?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
● What is the difference between Zero Cross Switching and Random Fire Switching?
According to the trigger timing, the trigger mode of the solid state relay can be divided into Zero
Cross Switching (or Zero-crossing Turn-on) and Random Fire Switching (or Random Turn-on).
When the Zero Crossing Turn-on SSR receives the control signal, it will switch the load after the
load voltage passes the zero-crossing point (which is not a voltage point but actually a voltage
zone, about ±15V), which helps to reduce EMI, RFI and the impulse current; Random Turn on SSR
will switches the load immediately (in few milliseconds) as soon as it receives the control signal, so it
is more suitable for applications with higher delay requirements.
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16
PANEL MOUNT SOLID STATE RELAY
MGR-H Series
Panel Mount Solid State Relay
MGR-H Series
Single Phase
Panel Solid State Relay
Industrial Package
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
WWW.HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
MGR-H Series Single Phase DC to AC Panel Mount Solid State Relay uses Industrial Package (long
strip shape, anti-parallel SCR as the trigger component), and can also be called enhanced singlephase panel solid state relay. According to the trigger mode, MGR-H Series is divided into MGRH_Z Series (Zero Crossing) and MGR-H_P Series (Random Fire). According to the load voltage, it is
divided into Normal type (480VAC) and High Voltage type (1200VAC). According to load current, it
can be also divided into Normal type (40A-125A), Large Current type (150A-400A), and Ultra Large
Current type (more than 400A).
How to order
3: 30-480VAC
12: 30-1200VAC
Series
Load
Voltage
MGR-H
( Panel Mount, Single Phase, DCAC, Industrial Package)
Z: Zero Crossing
P : Random Fire
Rated
Current
Trigger
Mode
40A, 60A, 80A, 1OOA
120A, 125A, 150A.
200A, 250A, 300A.
350A,400A, SODA
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17
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-H3 Series
Control Voltage: 4~32VDC (such as 4VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: 94mm*34mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-H3 Series (Large Current)
Control Voltage: 4~32VDC (such as 4VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 150A, 200A, 250A, 300A, 350A, 400A
Dimensions & Mounting: 94mm*34mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-H3 Series (Ultra Large Current)
Control Voltage: 4~32VDC (such as 4VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 400A, 500A
Dimensions & Mounting: 115mm*53mm*63mm; Panel mount solid state relay with metal base
and screw terminals
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18
PANEL MOUNT SOLID STATE RELAY
MGR-H12 Series (High Voltage)
Control Voltage: 4~32VDC (such as 4VDC, 6VDC, 8VDC, 9VDC,
12VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~1200VAC (such as 48VAC, 110VAC,
240VAC, 265VAC, 400VAC, 460VAC, 1200VAC or customized voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: 94mm*25mm*37.5mm; Panel mount solid state relay with metal base
and screw terminal
MGR-H12 Series (High Voltage, Large Current)
Control Voltage: 4~32VDC (such as 4VDC, 6VDC, 8VDC, 9VDC,
12VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~1200VAC (such as 48VAC, 110VAC,
240VAC, 265VAC, 400VAC, 460VAC, 1200VAC or customized voltage)
Load Current: 150A, 200A, 250A, 300A, 400A
Dimensions & Mounting: 94mm*34mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-H12 Series (High Voltage, Ultra Large Current)
Control Voltage: 3~32VDC (such as 4VDC, 6VDC, 8VDC, 9VDC,
12VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~1200VAC (such as 48VAC, 110VAC,
240VAC, 265VAC, 400VAC, 460VAC, 1200VAC or customized voltage)
Load Current: 400A, 500A
Dimensions & Mounting: 115mm*53mm*53mm; Panel mount solid state relay with metal base
and screw terminals
Features
● Reverse-parallel SCR as the output component can be used in commercial or heavy industrial
applications with reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
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19
PANEL MOUNT SOLID STATE RELAY
Dimensions and Circuit Wiring Diagram
MGR-H Series Panel Mount Solid State Relay
LOAD POWER
SUPPLY
.___
c
_=
_
Ii
__._,_½
CONTROL POWER
SUPPLY
92L • 20W x 37.SH
DC-AC
LOAD POWER
SUPPLY
94mm
w
.p..
3
L _ _ j __
__J_j:,:]"'-LJ_-_J__L.1.:3
c
=
CONTROL POWER SU PPLY
94L • 34W x 42H
DC-AC, Large Current
LOAD POWER
SUPPLY
DC-AC, Ultra Large Current
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
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20
PANEL MOUNT SOLID STATE RELAY
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output)?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
● What is the difference between Zero Cross Switching and Random Fire Switching?
According to the trigger timing, the trigger mode of the solid state relay can be divided into Zero
Cross Switching (or Zero-crossing Turn-on) and Random Fire Switching (or Random Turn-on).
When the Zero Crossing Turn-on SSR receives the control signal, it will switch the load after the
load voltage passes the zero-crossing point (which is not a voltage point but actually a voltage
zone, about ±15V), which helps to reduce EMI, RFI and the impulse current; Random Turn on SSR
will switches the load immediately (in few milliseconds) as soon as it receives the control signal, so it
is more suitable for applications with higher delay requirements.
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21
PANEL MOUNT SOLID STATE RELAY
MGR-AH Series
Panel Mount Solid State Relay
MGR-AH Series
Single Phase
Panel Solid State Relay
Industrial Package
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
-------------------------WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
/TZXUJ[IZOUT
MGR-AH Series Single Phase AC to AC Panel Mount Solid State Relay uses Industrial Package (long
strip shape, anti-parallel SCR as the trigger component), and can also be called enhanced singlephase AC to AC panel solid state relay. According to the load voltage, it is divided into Normal type
(480VAC) and High Voltage type (1200VAC). According to load current, it can be also divided into
Normal type (40A-125A), Large Current type (150A-400A), and Ultra Large Current type (more than
400A).
How to order
3 : 30-480VAC
12 : 30-1200VAC
Series
Z : Zero Crossing
Load
Rated
Trigger
Voltage
Current
Mode
MGR-AH
(Panel Mount, Single Phase, ACAC, Industrial Package)
40A, 60A, BOA, 100A,
120A 125A 150A
200A, 250A, 300A,
350A, 400A, S00A
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22
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-AH3 Series
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: 94mm*25mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-AH3 Series (Large Current)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 150A, 200A, 250A, 300A, 400A
Dimensions & Mounting: 94mm*34mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-AH3 Series (Ultra Large Current)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 400A, 500A
Dimensions & Mounting: 115mm*53mm*53mm; Panel mount solid state relay with metal base
and screw terminals
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23
PANEL MOUNT SOLID STATE RELAY
MGR-AH12 Series (High Voltage)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~1200VAC (such as 48VAC, 110VAC,
240VAC, 265VAC, 400VAC, 460VAC, 1200VAC or customized load voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: 94mm*25mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-AH12 Series (High Voltage, Large Current)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~1200VAC (such as 48VAC, 110VAC,
240VAC, 265VAC, 400VAC, 460VAC, 1200VAC or customized voltage)
Load Current: 150A, 200A, 250A, 300A, 400A
Dimensions & Mounting: 94mm*34mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-AH12 Series (High Voltage, Ultra Large Current)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 30~1200VAC (such as 48VAC, 110VAC,
240VAC, 265VAC, 400VAC, 460VAC, 1200VAC or customized voltage)
Load Current: 400A, 500A
Dimensions & Mounting: 115mm*53mm*53mm; Panel mount solid state relay with metal base
and screw terminals
Features
● Reverse-parallel SCR as the output component can be used in commercial or heavy industrial
applications with reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
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24
PANEL MOUNT SOLID STATE RELAY
Dimensions and Circuit Wiring Diagram
MGR-AH Series Panel Mount Solid State Relay
LOAD POWER
SUPPLY
N
u,
3
~ ~ - ~ ~~
'-'------'--J.....l.:3
c
=
CONTROL POWER SUPPLY
94L x 34W x 42H
AC-AC
LOAD POWER
SUPPLY
...3
c..:,
L __ L_
____l_1 =L..LL__...L__L.1.:3
c
=
CONTROL POWER SUPPLY
94L x 34W x 42H
AC-AC, Large Current
AC-AC, Ultra Large Current
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
www.huimultd.com
25
PANEL MOUNT SOLID STATE RELAY
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output)?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
● What is the difference between Zero Cross Switching and Random Fire Switching?
According to the trigger timing, the trigger mode of the solid state relay can be divided into Zero
Cross Switching (or Zero-crossing Turn-on) and Random Fire Switching (or Random Turn-on).
When the Zero Crossing Turn-on SSR receives the control signal, it will switch the load after the
load voltage passes the zero-crossing point (which is not a voltage point but actually a voltage
zone, about ±15V), which helps to reduce EMI, RFI and the impulse current; Random Turn on SSR
will switches the load immediately (in few milliseconds) as soon as it receives the control signal, so it
is more suitable for applications with higher delay requirements.
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26
PANEL MOUNT SOLID STATE RELAY
MGR-DD Series
Panel Mount Solid State Relay
MGR-DD Series
One Channel
Panel Solid State Relay
Compact Package
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
WWW.HU IMULTD.COM / SALES@HUIMULTD .COM
Introduction
MGR-DD Series Compact Panel Mount DC to DC Solid State Relay (or Miniature Panel Mount Solid
State Relay, Mini Panel Mount Solid State Relay) uses Compact Package, which can be mounted
directly on a metal plate or heat sink, and currently is the smallest Panel Mount DC Solid State Relay
in the MGR product line. Although the MGR-DD Series has the same characteristics as the MGR1DD Series, its volume is only one quarter (1/4) of the MGR-1DD Series, therefore, the MGR-DD is
more suitable for equipment where the installation space or power density is highly demanding.
How to order
SA, 1DA
Series
Rated
Current
1-0
Form
DD: DC-DC
MGR
(Panel Mount, One Channel. DCDC, Compact Package)
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27
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-DD Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 5~220VDC (such as 5VDC, 12VDC, 24VDC, 27VDC,
VDC, 60VDC, 96VDC, 160VDC, 220VDC or customized voltage)
Load Current: 5A, 10A
Dimensions & Mounting: 38mm*28mm*16mm; Panel mount solid state relay with plastic cover,
metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Low-impedance MOSFET as the output component minimize the total power consumption
Dimensions and Circuit Wiring Diagram
MGR-DD Series Panel Mount Solid State Relay
38mm
i------ - --------
I
26mm_[]!
• 4
3-32VD
+
3
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
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28
PANEL MOUNT SOLID STATE RELAY
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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29
PANEL MOUNT SOLID STATE RELAY
MGR-1X Series
Panel Mount Solid State Relay
MGR-1X Series
Single Phase
Panel Solid State Relay
Compact Package
- - - -
PANEL MOUNT SOLID STATE RELAVIHUIMULTD
-
-
-
-
-
WWW .HUI MU LTD .COM/ SALES@HUIMULTD .COM
Introduction
MGR-1X Series Compact Panel Mount DC to AC Solid State Relay (or Miniature Panel Mount Solid
State Relay, Mini Panel Mount Solid State Relay) uses Compact Package, which can be mounted
directly on a metal plate or heat sink, and currently is the smallest Panel Mount AC Solid State Relay
in the MGR product line. Although the MGR-1X Series has the same characteristics as the MGR-1D
Series, its volume is only one quarter (1/4) of the MGR-1D Series, therefore, the MGR-1X is more
suitable for equipment where the installation space or power density is highly demanding.
How to order
48 : 24-480VAC
Series
Load
Rated
Voltage
Current
MGR-1X
SA. lOA
(Panel Mount, Single Phase, DCAC, Compact Package)
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30
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-1X Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: 24-480VAC
Load Current: 5A, 10A
Dimensions & Mounting: 38mm*28mm*16mm; Panel mount solid state relay with plastic cover,
metal base and screw terminals
Features
● TRIAC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
Dimensions and Circuit Wiring Diagram
MGR-1X Series Panel Mount Solid State Relay
38mm
-
24-480VAC
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
www.huimultd.com
31
PANEL MOUNT SOLID STATE RELAY
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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32
PANEL MOUNT SOLID STATE RELAY
MGR-1KB Series
Panel Mount Solid State Relay
MGR-1 KB Series
Dual Channel, SPOT
Panel Solid State Relay
Single Phase DC-AC
-----------------------
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
WWW .HUIMULTD.COM / SALES@HU IMULTD.COM
Introduction
MGR-1KB Series Dual Channel Panel Mount DC to AC Solid State Relay is a SPDT DC to AC solid
state relay that uses one control signal to control two different loads (These two loads work under
the same power supply, and only one load can be turned on at the same time).
How to order
48: 24-480VAC
Series
Load
Rated
Voltage
Current
MGR-1KB
1 DA, 1SA, 20A, 25A,
30A, 40A
(Panel Mount, Dual Channel,
SPOT, Single Phase, DC-AC)
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33
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-1KB Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: Single phase 24~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
Features
● TRIAC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Transparent cover for extra protection
Dimensions and Circuit Wiring Diagram
MGR-1KB Series Panel Mount Solid State Relay
:':i
c._
c._
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n :o
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z
0
oo 0
__, t')
+
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u
www.huimultd.com
57.4L x 44.8W x 28H
34
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
● One control signal, one power supplier, and two different loads; and only one load is ON at the
same time.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the SPDT solid state relay?
SPDT solid state relay can control two different loads with one control signal, and only one load can
be switched on at the same time. If you want to know more about SPDT SSR, please visit What is
SPDT Switch and SPDT SSR?
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35
PANEL MOUNT SOLID STATE RELAY
MGR-1AKB Series
Panel Mount Solid State Relay
MGR-1AKB Series
Dual Channel, SPOT
Panel Solid State Relay
Single Phase AC-AC
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
- -- - ~ - ~ - ~ ~ - ~ ~ - ~ - ~ ~ ~- - - WWW .HUIMULTD.COM / SALES@HU IMULTD.COM
Introduction
MGR-1AKB Series Dual Channel Panel Mount AC to AC Solid State Relay is a SPDT AC to AC solid
state relay that uses one control signal to control two different loads (These two loads work under
the same power supply, and only one load can be turned on at the same time).
How to order
48 : 24-480VAC
Series
Load
Rated
Volta e
Current
MGR-1AKB
10A, 1SA, 20A, 25A,
30A, 40A
(Panel Mount, Dual Channel,
SPOT, Single Phase, AC-AO
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36
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-1AKB Series
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 24~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized load voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
Features
● TRIAC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Transparent cover for extra protection
Dimensions and Circuit Wiring Diagram
MGR-1AKB Series Panel Mount Solid State Relay
43
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u,
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48
57.4L x 44.8W x 28H
57.4mm
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37
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
● One control signal, one power supplier, and two different loads; and only one load is ON at the
same time.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the SPDT solid state relay?
SPDT solid state relay can control two different loads with one control signal, and only one load can
be switched on at the same time. If you want to know more about SPDT SSR, please visit What is
SPDT Switch and SPDT SSR?
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38
PANEL MOUNT SOLID STATE RELAY
MGR-1D_2 Series
Panel Mount Solid State Relay
MGR-1 D 2 Series
Dual Channel
Panel Solid State Relay
Single Phase DC-AC
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
-----------------------WWW .HUI MU LTD .COM/ SALES@HUIMULTD .COM
Introduction
MGR-1D_2 Series Dual Channel Panel Mount DC to AC Solid State Relay (or 2 channel solid state
relay) has two independent I/O channels (input-output), therefore, one MGR-1D_2 Series can act as
two MGR-1 Series solid state relays, which means two different loads can be controlled
independently through two control signals. According to the wiring method, MGR-1D_2 Series can
be divided into MGR-1D_2H Series (Plug-in Wiring, 8-pin) and MGR-1D_2T Series (Lead Wiring, 4pin). If you need two panel mount solid state relays but the space is not enough, MGR-1D_2 will
help you.
How to order
2: Dual Channel
48: 24-480VAC
Series
Load
Rated
Voltage
Current
MGR-1D
10A, 1SA, 20A, 25A,
30A, 40A
Channel
Option
H: Plug -in Wiring
T : Lead Wiring
(Panel Mount, Dual Channel.
Single Phase, DC-AC)
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39
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-1D_2H Series
. _. I
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
•
(,
~
,,,
.
,~
., ,_;_ l.f
:_ - I:--\ ·
-
!
Load Voltage: Single phase 24~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A
Dimensions & Mounting: 57.4mm*44.8mm*30.5mm; Panel mount solid state relay with metal
base, two I/O channels and plug-in terminals
MGR-1D_2T Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 24~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with metal
base, two I/O channels and lead terminals
Features
● TRIAC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Each channel is independent of the other channel, and all channels are freely controllable
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40
PANEL MOUNT SOLID STATE RELAY
Dimensions and Circuit Wiring Diagram
MGR-1D_2H Series Panel Mount Solid State Relay
MGR-1D_2T Series Panel Mount Solid State Relay
LOAD1
LOAD2:
o-----c:::::i--+ (t)
4110VAC(2)
3"'12'11DC(2) :
@ -1-=
r:l =~
=
0---------J· ~
l_;J
J---o
>-32VC>q 1)
<80VAC{1 )
@ -I---___,,
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
● Two I/O Channels (two control signals, two power suppliers, and two different loads); each
channel is independent.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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41
PANEL MOUNT SOLID STATE RELAY
MGR-3 Series
Panel Mount Solid State Relay
MGR-3 Series
Three Phase
Panel Solid State Relay
Standard Package
.
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
- - - - -~ ~ ~ ~ ~ - ~ ~ ~ ~ ~ ~ - - ~ - ~- - - - WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
The MGR-3 series Three Phase Panel Mount AC Solid State Relay uses the Standard Package
(rectangular shape, TRIAC as the output component). According to the I-O (Input-Output) signal, it
is divided into MGR-3032 Series (DC-AC) and MGR-3A Series (AC-AC). The model number of the
MGR-3 zero-crossing turn on solid-state relay is end with "Z”; the model number of the MGR-3
random turn on solid-state relay is end with “Blank” or “P”.
How to order
1QA, 1SA. 20A. 25A.
30A, 40A. SOA, 60A,
75A, BOA, 1OOA,
120A, 150A, 200A
032 : 3- 32VDC
A: 24-480VAC
Series
MGR-3
Load
Rated
Trigger
Voltage
Current
Mode
38: 85 ~ 265VAC
120: 24-1200VAC
Z: Zero Crossing
P: Random Fire
(Panel Mount, Three Phase,
Standard Package)
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42
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-3032 Series (DC to AC)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: Three phase, 24~480VAC (such as 24VAC, 48VAC,
110VAC/120VAC, 220VAC/230VAC, 380VAC, 415VAC, 480VAC, or customized control voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 100A, 120A, 150A, 200A
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state relay with transparent
cover, metal base and screw terminals
MGR-3032 Series (DC to AC, High Voltage)
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: Three phase, 24~1200VAC (such as 24VAC, 36VAC,
48VAC, 110VAC/120VAC, 220VAC/230VAC, 265VAC, 415VAC, 440VAC, 1200VAC, or customized
control voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 100A, 120A, 150A, 200A
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state relay with transparent
cover, metal base and screw terminals
MGR-3A Series (AC to AC)
Control Voltage: 85~265VAC (such as 85VAC, 100VAC,
110VAC/120VAC, 200VAC, 220VAC/230VAC, 240VAC, 265VAC or
customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: Three phase, 24~480VAC (such as 24VAC, 36VAC, 48VAC, 110VAC/120VAC,
220VAC/230VAC, 415VAC, 480VAC, or customized control voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 100A, 120A, 150A, 200A
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state relay with transparent
cover, metal base and screw terminals
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43
PANEL MOUNT SOLID STATE RELAY
MGR-3A Series (AC to AC, High Voltage)
Control Voltage: 85~265VAC (such as 85VAC, 100VAC,
110VAC/120VAC, 200VAC, 220VAC/230VAC, 240VAC, 265VAC or
customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: Three phase, 24~1200VAC (such as 24VAC, 36VAC, 48VAC, 110VAC/120VAC,
220VAC/230VAC, 415VAC, 440VAC, 460VAC, 1200VAC or customized control voltage)
Load Current: 10A, 15A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 100A, 120A
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state relay with transparent
cover, metal base and screw terminals
Features
● TRIAC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Transparent cover for extra protection
Dimensions and Circuit Wiring Diagram
MGR-3032 Series Panel Mount Solid State Relay
6- Y LOAD
------------□
B2
A
--- -
---=···-o
0--!'3--+-0-;:'.n:--Q---17=--'"-
DC-AC
MGR-3A Series Panel Mount Solid State Relay
li - VLOAD
----=-----□
A
l>--F=i---+-D-ttJ::-0+.--:----<----'------------°
AC-AC
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44
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to air conditioners, balers, household appliances, heating or cooling equipment, professional
food equipment, medical machines, remote control system, automotive, lighting system, motion
control system, numerical control machinery.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output)?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
● What is the difference between Zero Cross Switching and Random Fire Switching?
According to the trigger timing, the trigger mode of the solid state relay can be divided into Zero
Cross Switching (or Zero-crossing Turn-on) and Random Fire Switching (or Random Turn-on).
When the Zero Crossing Turn-on SSR receives the control signal, it will switch the load after the
load voltage passes the zero-crossing point (which is not a voltage point but actually a voltage
zone, about ±15V), which helps to reduce EMI, RFI and the impulse current; Random Turn on SSR
will switches the load immediately (in few milliseconds) as soon as it receives the control signal, so it
is more suitable for applications with higher delay requirements.
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45
PANEL MOUNT SOLID STATE RELAY
MGR-H_3 Series
Panel Mount Solid State Relay
MGR-H 3 Series
Three Phase
Panel Solid State Relay
Industrial Package, DC-AC
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
-----------------------WWW.HU IMULTD.COM / SALES@HUIMULTD.COM
Introduction
The MGR-H_3 Series Three Phase Industrial DC to AC Solid State Relay is not a stand-alone device,
but consists of three MGR-H Series Single Phase industrial DC to AC solid state relays, a heat sink,
an 85℃ temperature controlled switch and an air-cooled fan; so, it is also known as Industrial
Three-Phase DC-AC Combined Solid State Relay. When selecting this series of solid state relays,
you need to consider whether there is enough installation space. MGR-H_3 features similar to the
MGR-H series. According to the load voltage, it is divided into Normal type (480VAC) and High
Voltage type (1200VAC). According to load current, it can be divided into Normal type (40A-125A),
and Large Current type (150A-400A).
How to order
3: 30 -480VAC
12: 30-1200VAC
Series
MGR-H
(Panel Mount, Three Phase, DCAC. Industrial Package)
Z : Zero Cross ing
Rated
Current
40A, 60A, 80A, 100A,
120A, 125A, 1 S0A,
Trigger
Mode
Channel
3 : Three Phase
200A, 300A, 400A
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46
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-H3_3 Series
Control Voltage: 4~32VDC (such as 4VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Three phase 30~480VAC (such as 24VAC, 48VAC, 110VAC, 230VAC, 380VAC,
480VAC or customized voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: Combined with three MGR H3 series single phase DC to AC solid state
relays, a heat sink, an air cooler radiator and a temperature control
MGR-H3_3 Series (Large Current)
Control Voltage: 4~32VDC (such as 4VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Three phase 30~480VAC (such as 24VAC, 48VAC, 110VAC, 230VAC, 380VAC,
480VAC or customized voltage)
Load Current: 150A, 200A, 300A, 400A
Dimensions & Mounting: Combined with three MGR H3 series single phase DC to AC solid state
relays, a heat sink, an air cooler radiator and a temperature control
MGR-H12_3 Series (High Voltage)
Control Voltage: 4~32VDC (such as 4VDC, 6VDC, 8VDC, 9VDC,
12VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Three phase 30~1200VAC (such as 48VAC, 110VAC, 240VAC, 265VAC, 400VAC,
460VAC, 1200VAC or customized voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: Combined with three MGR H12 series single phase DC to AC solid
state relays, a heat sink, an air cooler radiator and a temperature control
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47
PANEL MOUNT SOLID STATE RELAY
MGR-H12_3 Series (High Voltage, Large Current)
Control Voltage: 4~32VDC (such as 4VDC, 6VDC, 8VDC, 9VDC,
12VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Three phase 30~1200VAC (such as 48VAC, 110VAC, 240VAC, 265VAC, 400VAC,
460VAC, 1200VAC or customized voltage)
Load Current: 150A, 200A, 300A, 400A
Dimensions & Mounting: Combined with three MGR H12 series single phase DC to AC solid
state relays, a heat sink, an air cooler radiator and a temperature control
Features
● Reverse-parallel SCR as the output component can be used in commercial or heavy industrial
applications with reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Industrial radiators and axial fans use standard shapes and materials for excellent heat dissipation
● Over-temperature protection
Dimensions and Circuit Wiring Diagram
MGR-H_3 Series Panel Mount Solid State Relay
z ,---;::::;::==;~;~_J: ;--
~g
I-
U~
TEMPlRATUR[
§@~@~
B91~@9
p~
@1~
--•
.
- CONTROLLED
SWITCH
Q
O
_
O •
I
TERMINAL
STRI p
I-
z
wO
z~
w
a: a:
~ 0
VOLTAGE
OUTPUT
TERMINAL
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48
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output)?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
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49
PANEL MOUNT SOLID STATE RELAY
MGR-AH_3 Series
Panel Mount Solid State Relay
MGR-AH 3 Series
d'"'!::11'.lillil
Three Phase
Panel Solid State Relay
Industrial Package, AC-AC
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
-------------------------
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Introduction
The MGR-AH_3 Series Three Phase Industrial AC to AC Solid State Relay is not a stand-alone
device, but consists of three MGR-AH Series Single Phase industrial AC to AC solid state relays, a
heat sink, a 85℃ temperature controlled switch and an air-cooled fan; so, it is also known as
Industrial Three-Phase AC-AC Combined Solid State Relay. When selecting this series of solid state
relays, you need to consider whether there is enough installation space. MGR-AH_3 features similar
to the MGR-AH series. According to the load voltage, it is divided into Normal type (480VAC) and
High Voltage type (1200VAC). According to load current, it can be divided into Normal type (40A125A), and Large Current type (150A-400A).
How to order
3 : 30-480VAC
Z : Zero Crossing
12: 30-1200VAC
Series
MGR-AH
(Panel Mount, Three Phase, AC·
AC, Industrial Package)
Rated
Trigger
Current
Mode
40A, 60A, BOA, 100A,
1 20A, 125A, 1 S0A,
200A, 300A, 400A
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Channel
3 : Three Phase
50
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-AH3_3 Series
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Three phase 30~480VAC (such as 24VAC, 48VAC, 110VAC, 230VAC, 380VAC,
480VAC or customized voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: Combined with three MGR AH3 series single phase AC to AC solid
state relays, a heat sink, an air cooler radiator and a temperature control
MGR-AH3_3 Series (Large Current)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Three phase 30~480VAC (such as 24VAC, 48VAC, 110VAC, 230VAC, 380VAC,
480VAC or customized voltage)
Load Current: 150A, 200A, 300A, 400A
Dimensions & Mounting: Combined with three MGR AH3 series single phase AC to AC solid
state relays, a heat sink, an air cooler radiator and a temperature control
MGR-AH12_3 Series (High Voltage)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Single phase 30~1200VAC (such as 48VAC, 110VAC, 240VAC, 265VAC, 400VAC,
460VAC, 1200VAC or customized voltage)
Load Current: 40A, 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: Combined with three MGR AH12 series single phase AC to AC solid
state relays, a heat sink, an air cooler radiator and a temperature control
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51
PANEL MOUNT SOLID STATE RELAY
MGR-AH12_3 Series (High Voltage, Large Current)
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤30mA (in parallel), ≤10mA
(in series)
Load Voltage: Three phase 30~1200VAC (such as 48VAC, 110VAC, 240VAC, 265VAC, 400VAC,
460VAC, 1200VAC or customized voltage)
Load Current: 150A, 200A, 300A, 400A
Dimensions & Mounting: Combined with three MGR AH12 series single phase AC to AC solid
state relays, a heat sink, an air cooler radiator and a temperature control
Features
● Reverse-parallel SCR as the output component can be used in commercial or heavy industrial
applications with reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Industrial radiators and axial fans use standard shapes and materials for excellent heat dissipation
● Over-temperature protection
Dimensions and Circuit Wiring Diagram
MGR-AH_3 Series Panel Mount Solid State Relay
ABC
~ijeo~o-
m~ ,------r-,- _- _- _- - ~-~- - - - ,
~~
. §t@ ;;$19
..,._ EM i'El¾TUR
CONTROLLED
-
SWlTCH
-
•
0
;::
~ u
"'
----
!!: "'
z ..: a
Ill ...
ltl
..:
0 O O · TERMINAL
-
t;;
...,
z
SffilP
TEMPERATURE
CO NTROLLER
~
c:::::J
VO LTAGE
OUTPUT
TERMINAL 220 VAC
FAN
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52
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output) ?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
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53
PANEL MOUNT SOLID STATE RELAY
MGR-3X Series
Panel Mount Solid State Relay
MGR-3X Series
Three Phase
Panel Solid State Relay
Compact Package
------------------------PANEL MOUNT SOLID STATE RELAYIHUIMULTD
WWW .HU IMULTD.COM / SALES@HUIMULTD .COM
Introduction
MGR-3X Series Compact Three Phase AC Panel Mount Solid State Relay (or Miniature Panel Mount
Solid State Relay, Mini Panel Mount Solid State Relay) uses Compact Package, which currently is the
smallest Three Phase Panel Mount AC Solid State Relay in the MGR product line. MGR-3X is not a
stand-alone device but a device integrated a heat sink, so you should consider the installation
space when choosing this series. According to the control signal, MGR-3X can be divided into
MGR-3X_D Series (DC to AC), and MGR-3X_A Series (AC-AC). The MGR-3X Series has the same
characteristics as the MGR-3 Series, and its volume is half (1/2) of the MGR-3 Series (with heat sink),
therefore, the MGR-3X is more suitable for equipment where the installation space or power density
is highly demanding.
How to order
10A, 1 SA, 20A, 25A,
30A, 40A
48 : 24-480VAC
Series
Load
Control
Rated
Trigger
Voltage
Signal
Current
Mode
MGR-3X
D: 3~32VDC
Z : Zero Crossing
A: 85 - 2651/AC
P: Random Fire
(Panel Mount, Three Phase,
Compact Package)
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54
PANEL MOUNT SOLID STATE RELAY
Parameters
MGR-3X_D Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: 480VAC
Load Current: 10A, 15A, 20A, 25A, 30A, 40A
Dimensions & Mounting: 75.5mm*45.5mm*93mm; DIN rail mount solid state relay with heat
sink, and screw terminals
MGR-3X_A Series
Control Voltage: 85~265VAC (such as 100VAC, 110VAC/120VAC,
200VAC, 220VAC/230VAC, 240VAC or customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: 480VAC
Load Current: 10A, 15A, 20A, 25A, 30A, 40A
Dimensions & Mounting: 75.5mm*45.5mm*93mm; DIN rail mount solid state relay with heat
sink, and screw terminals
Features
● TRIAC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
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55
PANEL MOUNT SOLID STATE RELAY
Dimensions and Circuit Wiring Diagram
MGR-3X_D Series Panel Mount Solid State Relay
75.S(mm)
FASTFUSE
C
0-E3-;::-J-0-.e:~;,;!;-·· .
10-30VDC
+[I]
®
6 - Y LOAD
Cl---E:8Q-a;l:-Oi;:,;t;-j······
[IJ -
······o
···=-··n
~--MGR-3X_A Series Panel Mount Solid State Relay
75.5(mm)
FAST FUSE
6 - Y LOAD
C
Q-E3';:;f-C~-Q-fciri7
A
0--E'J--;-;t~=~~~~:,t.:,--
85-265VAC
[I]
®
[I]
---'
············o
---=--··a
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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56
PANEL MOUNT SOLID STATE RELAY
ST5 Series
Panel Mount Solid State Relay
STS Series
Five Channel
Panel Solid State Relay
DC-DC
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
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Introduction
ST5 Series Five Channel Panel Mount DC to DC Solid State Relay (or 5 channel solid state relay, 10pin solid state relay) has five independent I/O channels (input-output), therefore, one ST5 Series can
act as five one-channel solid state relays, which means five different loads can be controlled
independently through five control signals. If you need two to five panel mount solid state relays
but the space is not enough, ST5 will help you.
How to order
SA, 10A
Series
Rated
Current
1-0
Form
DD: DC-DC
STS
(Panel Mount, Five Channel, DC-
DO
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57
PANEL MOUNT SOLID STATE RELAY
Parameters
ST5 Series
Control Voltage: 24VDC
Control Current: Ultra-low input current, ≤10mA
Load Voltage: 24VDC
Load Current: 5A, 10A
Dimensions & Mounting: 65mm*51mm*30mm; Panel mount solid state relay with metal base,
five I/O channels and screw terminals
Features
● Five I/O channels
● Low-impedance MOSFET as the output component minimize the total power consumption
● Low output off-state leakage current
● Low output on-state voltage drop
● Five separate LED output states
● Each channel is independent of other channels, and all channels are freely controllable
Dimensions and Circuit Wiring Diagram
ST5 Series Panel Mount Solid State Relay
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58
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
● Five I/O Channels (five control signals, one power supplier, and five different loads); each channel
is independent.
Precautions and FAQs
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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59
PANEL MOUNT SOLID STATE RELAY
PN5 Series
Panel Mount Solid State Relay
PNS Series
Five Channel
Panel Solid State Relay
DC-AC
PANEL MOUNT SOLID STATE RELAYIHUIMULTD
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Introduction
PN5 Series Five Channel Panel Mount DC to AC Solid State Relay (or 5 channel solid state relay, 10pin solid state relay) has five independent I/O channels (input-output), therefore, one PN5 Series
can act as five one-channel solid state relays, which means five different loads can be controlled
independently through five control signals. If you need two to five panel mount solid state relays
but the space is not enough, PN5 will help you.
How to order
SA, 10A
Series
Rated
Current
1-0
Form
DA: DC-AC
PNS
(Panel Mount, Five Channel, DC-
AO
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60
PANEL MOUNT SOLID STATE RELAY
Parameters
PN5 Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Control Current: Ultra low input current, ≤10mA
Load Voltage: Single phase 24~480VAC (such as 24VAC, 48VAC,
110VAC, 230VAC, 380VAC, 480VAC or customized voltage)
Load Current: 5A, 10A
Dimensions & Mounting: 65mm*51mm*30mm; Panel mount solid state relay with metal base,
five I/O channels and screw terminals
Features
● Five I/O channels
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Five separate LED output states
● Standard output RC snubber circuit
● Each channel is independent of other channels, and all channels are freely controllable
Dimensions and Circuit Wiring Diagram
PN5 Series Panel Mount Solid State Relay
COMMON
Ttli:M INALO!"
THE CONTROL
SfGNAL.
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61
PANEL MOUNT SOLID STATE RELAY
Application
● Various commercial and industrial equipment that requires an electronic switch, especially but not
limited to heavy industrial, heating or cooling equipment, professional food equipment, medical
machines, remote control system, automotive, lighting system, motion control system, numerical
control machinery.
● Five I/O Channels (five control signals, one power supplier, and five different loads); each channel
is independent.
Precautions and FAQs
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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62
| ELECTRICAL MOTOR CONTROLLER
The Electrical Motor Controller is a device which can directly change the direction or speed of the
motor.
Motor Rotation Controller (or Bi-directional Motor Rotation Controller, Reversible Motor Switch)
is one kind of DPDT solid state relay, and is used to control the rotating direction
(Forward/Reverse, FWD/REV) of the Bi-direction Motor (or Reversible Motor). According to the
motor type, these controllers can be divided into DC Bi-directional Reversible Motor Controller,
Single Phase Reversible Motor Controller, and Three Phase Reversible Motor Controller.
Motor Speed Controller (or Motor Speed Governor) can adjust the motor's rotational speed by
changing the power of the motor.
You can visit the following pages to find out which products you are interested in and more details
about them (e.g. functions, applications, specifications, outline drawings, mounting dimension
drawings, circuit wiring diagrams, Precautions).
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63
ELECTRICAL MOTOR CONTROLLER
MGR-DHK Series
Electrical Motor Controller
MGR-DHK Series
DC
Bi-directional Electrical
Motor Rotation Controller
ELECTRICAL MOTOR CONTROLLERIHUIMULTD
-----------------------
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Introduction
MGR-DHK Series DC Reversible Electrical Motor Rotation Controller is a DPDT DC to DC solid state
relay. MGR-DHK Series uses DC control signal to control the direction of the DC Bi-directional
Electrical Motor.
How to order
1OA. 1SA 20A. 25A.
30A,40A
Rated
Series
Current
MGR-DHK
1-0
Form
200: 200VDC
(DC Bi-directional Electrical Motor
Rotation Controller)
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64
ELECTRICAL MOTOR CONTROLLER
Parameters
MGR-DHK Series
Control Voltage: 10~32VDC (such as 12VDC, 13.8VDC, 15VDC,
18VDC, 24VDC, 27VDC, 28VDC, 30VDC or customized control
voltage)
Load Voltage: 200VDC
Load Current: 10A, 15A, 20A, 25A, 30A, 40A
Dimensions & Mounting: 105mm*75mm*33mm; Panel mount solid state relay with metal base
and screw terminals
Features
● Low-impedance MOSFET as the output component minimize the total power consumption
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Two color (Red & Green) LED output status
● Built-in forward/reverse interlock protection function
Dimensions and Circuit Wiring Diagram
MGR-DHK Series Electrical Motor Controller
OUTPI/T LOAD,
VARIA.Blf POLARITY
12 -200VDC
Application
● DC Bi-Directional Electrical Motor
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65
ELECTRICAL MOTOR CONTROLLER
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the DPDT solid state relay?
DPDT circuit consists of two couples of SPDT circuit, and can control four different loads with one
control signal, and only two loads can be switched on at the same time. Normally, DPDT solid state
relay will be used to control the direction of the Electrical Bi-Directional Motor (Forward/Reverse,
FWD/REV). If you want to know more about SPDT SSR, please visit What is the DPDT Solid State
Relay?
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66
ELECTRICAL MOTOR CONTROLLER
MGR-1M Series
Electrical Motor Controller
MGR-1 M Series
Single Phase AC
Bi-directional Electrical
Motor Rotation Controller
-----------------------ELECTRICAL MOTOR CONTROLLERIHUIMULTD
-
-
WWW .HUIMULTD.COM / SALES@HUIMULTD .COM
Introduction
MGR-1M Series Single Phase AC Reversible Electrical Motor Rotation Controller is a Panel Mount
DPDT DC to AC solid state relay. MGR-1M Series uses DC control signal to control the direction of
the Single Phase AC Bi-directional Electrical Motor.
How to order
22: 220VAC
38: 380VAC
48: 480VAC
Load
Series
Voltage
MGR-1M
Rated
Current
1OA, 20A, 25A, 40A,
SOA
(Single Phase AC Bi-directional
Electrical Motor Rotation
Controller)
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67
ELECTRICAL MOTOR CONTROLLER
Parameters
MGR-1M Series
Control Voltage: 3~32VDC (such as 3VDC, 5VDC, 9VDC, 12VDC,
18VDC, 24VDC, 32VDC or customized control voltage)
Load Voltage: 220VAC; 380VAC; 480VAC
Load Current: 10A, 20A, 25A, 40A, 50A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Transparent cover for extra protection
● Built-in forward/reverse interlock protection function
Dimensions and Circuit Wiring Diagram
MGR-1M Series Electrical Motor Controller
Application
● Single Phase AC Bi-Directional Electrical Motor
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68
ELECTRICAL MOTOR CONTROLLER
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the DPDT solid state relay?
DPDT circuit consists of two couples of SPDT circuit, and can control four different loads with one
control signal, and only two loads can be switched on at the same time. Normally, DPDT solid state
relay will be used to control the direction of the Electrical Bi-Directional Motor (Forward/Reverse,
FWD/REV). If you want to know more about SPDT SSR, please visit What is the DPDT Solid State
Relay?
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69
ELECTRICAL MOTOR CONTROLLER
MGR-3M Series
Electrical Motor Controller
MGR-3M Series
Three Phase AC
Bi-directional Electrical
Motor Rotation Controller
-----------------------ELECTRICAL MOTOR CONTROLLERIHUIMULTD
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Introduction
MGR-3M Series Three Phase AC Reversible Electrical Motor Rotation Controller is a Panel Mount
DPDT DC to AC solid state relay. MGR-3M Series uses DC control signal to control the direction of
the Three Phase AC Bi-directional Electrical Motor.
How to order
48: 480VAC
Series
Load
Rated
Voltage
Current
MGR-3M
(Three Phase AC Bi-directional
Electrical Motor Rotation
Controller)
www.huimultd.com
1OA. 1SA. 20A, 25A,
30A, 40A, SOA, 60A,
75A, BOA, 100A
70
ELECTRICAL MOTOR CONTROLLER
Parameters
MGR-3M Series
Control Voltage: 10~32VDC (such as 12VDC, 13.8VDC, 15VDC,
18VDC, 24VDC, 27VDC, 28VDC, 30VDC or customized control
voltage)
Load Voltage: 480VAC
Load Current: 10A, 15A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 100A
Dimensions & Mounting: 105mm*75mm*33mm; Panel mount solid state relay with metal base
and screw terminals
Features
● TRIAC as the output component can be used in commercial or heavy industrial applications with
reliable performance
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Two color (Red & Green) LED output status
● Standard output RC snubber circuit
● Built-in forward/reverse interlock protection function
Dimensions and Circuit Wiring Diagram
MGR-3M Series Electrical Motor Controller
Application
● Three Phase AC Bi-Directional Electrical Motor
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71
ELECTRICAL MOTOR CONTROLLER
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
● What is the DPDT solid state relay?
DPDT circuit consists of two couples of SPDT circuit, and can control four different loads with one
control signal, and only two loads can be switched on at the same time. Normally, DPDT solid state
relay will be used to control the direction of the Electrical Bi-Directional Motor (Forward/Reverse,
FWD/REV). If you want to know more about SPDT SSR, please visit What is the DPDT Solid State
Relay?
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72
ELECTRICAL MOTOR CONTROLLER
MGR-DTSV Series
Electrical Motor Controller
MGR-DTSV Series
DC
DC Electrical Motor
Speed Controller
ELECTRICAL MOTOR CONTROLLERIHUIMULTD
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Introduction
MGR-DTSV Series DC Electrical Motor Speed Controller is a DC Voltage Power Regulator with
microprocessor and power MOSFET chip, and is also our latest developed PWM DC motor speed
control module. Through the automatic control signal (E: 0-5VDC, G: 4-20mA) or manual control
signal (adjustment of potentiometer), MGR-DTSV Series can control the load voltage to control the
power of the DC Motor to realize rotation speed control of the DC Electrical Motor.
How to order
12: 12VDC
24: 24VDC
1OA, 25A, SOA, 1OOA,
150A, 250A
Series
48: 48VDC
Rated
Control
Load
Current
Signal
Voltage
MGR-DTSV
E: 0-SVDC
G: 4-20mA
{DC Electrical Motor Speed
Controller)
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73
ELECTRICAL MOTOR CONTROLLER
Parameters
MGR-DTSV Series
Control Signal: 0-5VDC; 4-20mA; Potentiometer
Load Voltage: 12VDC; 24VDC; 48VDC
Load Current: 10A, 25A, 50A, 100A, 150A, 250A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount
solid state relay with transparent cover, metal base and screw terminals
Features
● Cheap price
● Easy and convenient operation
● High precision and great performance
● stable and reliable operation
● over-current protection
● over-voltage protection
● wide adjustment range
● multiple input control methods
● Wide range of applications
● Various current and voltage specifications can be customized according to different requirements.
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74
ELECTRICAL MOTOR CONTROLLER
Dimensions and Circuit Wiring Diagram
MGR-DTSV Series Electrical Motor Controller
IN24VDC
BLUE
I
- 1 - - - - - - - ,,
±'
GREEN
COMPUTER
D/A 0.-SVDC
YELLOW
,(1 )
BROWN
RED
(2)
;- -
RED CABl E: INPUT
+12VDC
IBROWN CABLE: OUTPUT
YEil.LOW CABLE: INPUT
+SVDC
0-SVDC
GREEN CABLE: INPUT OV
BLUE CABLE: INPUT
OV
Application
● Applications that require stepless speed regulation of motors, such as textile machinery, chemical
machinery, food machinery, etc.
Precautions and FAQs
● When the load is an inductive load, be sure to connect a freewheeling diode in parallel with the
output terminal
● If the load current is above 5A, a heat sink must be provided; if the load current exceeds 10A, an
air-cooled radiator must be installed.
● What are the differences between Panel mount SSR and PCB mount SSR?
The panel type solid state relay (or device type, screw mounting type) needs to be fixed on a metal
base plate or a heat sink, and is cooled by a heat sink or an air-cooled radiator. The PCB solid state
relay (or pin mounting type) has the industry standard pin configurations, and can be mounted
directly to the Printed Circuit Board, and the natural cooling as heat dissipation without the need for
a heat sink. The PCB type has a smaller mounting size and a larger power density than the panel
type.
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75
| VOLTAGE/POWER REGULATOR
Voltage regulator, also known as power regulator, voltage power regulator, power conditioner,
or electronic voltage regulator (EVR). The voltage regulator is used to adjust the load voltage to
reach the rated voltage range that the load device can tolerate. It has the advantages of small
control fluctuation, smooth output current and voltage rise, etc. The regulator uses solid-state
semiconductor devices as output components. It works like a variable resistor (varistor), by
changing the conduction angle α of the output component to smoothly change the load current
to change the load voltage (load power).
The phase-shift module cannot work independently. The phase shifting module can only provide
a variable conduction angle α, and it also needs a synchronous transformer and a power output
circuit to realize the voltage regulation function.
According to different control signal sources, voltage regulators can be divided into
Potentiometer type, Analog Signal type, Digital Signal type.
According to the electrical insulation between the control signal source and the power supply,
voltage regulators can be divided into Non Full-isolation type, Full-isolation type.
According to the quantity of loads, voltage regulators can be divided into Single Channel/Single
Phase type, Dual Channel type, Three Channel/Three Phase type.
The MGR-EUV series regulators externally house the synchronous transformer and use the
standard package of solid state relay to reduce the size.
You can visit the following pages to find out which products you are interested in and more details
about them (e.g. functions, applications, specifications, outline drawings, mounting dimension
drawings, circuit wiring diagrams, Precautions).
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76
VOLTAGE POWER REGULATOR
MGR-R Series
Voltage Power Regulator
MGR-R Series
Potentiometer
Voltage Regulator
Standard Package
VOLTAGE/POWER REGULATORIHUIMULTD
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Introduction
MGR-R Series Solid State Potentiometer Type Voltage Regulator uses Standard Package. Through
the adjustment of potentiometer, MGR-R Series can stepless control the load voltage of the single
phase AC load.
How to order
Rated
Series
Current
MGR-R
1OA, 25A, 40A, 60A,
BOA, 100A, 120A
(Single Phase Potentiometer Type
Voltage Regulator, Standard
Package)
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77
VOLTAGE POWER REGULATOR
Parameters
MGR-R Series
Control Method: Manual Control--Adjustable Potentiometer
(470K,680K,820K)
Load Voltage: 0~220VAC; 0~380VAC; 0~480VAC
Load Current: 10A, 25A, 40A, 60A, 80A, 100A, 120A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Fully compatible with different control methods, allowing the computer to easily adjust voltage
through the network
Dimensions and Circuit Wiring Diagram
MGR-R Series Voltage Power Regulator
-;[~! '=(~==·=JiI~
tu,
ex,
4
3
3
--'
3
Application
● Applications that need voltage adjustment.
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78
VOLTAGE POWER REGULATOR
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output)?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
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79
VOLTAGE POWER REGULATOR
MGR-HVR Series
Voltage Power Regulator
MGR-HVR Series
Potentiometer
Voltage Regulator
Industrial Package
-----------------------
VOLTAGE/POWER REGULATORIHUIMULTD
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Introduction
MGR-HVR Series Solid State Potentiometer Type Voltage Regulator uses Industrial Package (long
strip shape). Through the adjustment of potentiometer, MGR-HVR Series can stepless control the
load voltage of the single phase AC load. According to the output current, it can be divided into
Normal Type and Large Current Type.
How to order
Rated
Series
Current
MGR-HVR
(Single Phase Potentiometer Type
Voltage Regulator, Industrial
Package)
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60A 80A 100A 120A,
125A 1S0A, 200A, 300A,
400A
80
VOLTAGE POWER REGULATOR
Parameters
MGR-HVR Series
Control Method: Manual Control--Adjustable Potentiometer
(470K,680K,820K)
Load Voltage: 0~480VAC (such as 24VAC, 36VAC, 48VAC,
110VAC/120VAC, 220VAC/230VAC, 480VAC or customized voltage)
Load Current: 60A, 80A, 100A, 120A, 125A
Dimensions & Mounting: 94mm*25mm*42mm; Panel mount solid state relay with metal base
and screw terminals
MGR-HVR Series (Large Current)
Control Voltage: Manual Control--Adjustable Potentiometer
(470K,680K,820K)
Load Voltage: 0~480VAC (such as 24VAC, 36VAC, 48VAC,
110VAC/120VAC, 220VAC/230VAC, 480VAC or customized voltage)
Load Current: 150A, 200A, 300A, 400A
Dimensions & Mounting: 94mm*34mm*42mm; Panel mount solid state relay with metal base
and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Fully compatible with different control methods, allowing the computer to easily adjust voltage
through the network
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VOLTAGE POWER REGULATOR
Dimensions and Circuit Wiring Diagram
MGR-HVR Series Voltage Power Regulator
LOAD POWER
SUPPLY
c
g
0
=
Normal Type
LOAD POWER
SUPPLY
c
,..
\i!
0
=
Large Current Type
Application
● Applications that need voltage adjustment.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What is the difference between a Standard Package SSR (TRIAC output) and an Industrial Package
SSR (anti-parallel SCR output)?
For resistive AC loads, the difference between the two is small.
For inductive or capacitive AC loads, when the solid state relay is turned off in the on state, a large
voltage-rise rate dv/dt (commutation dv/dt) will occur due to the inconsistent phase of the current
and voltage. Such dv/dt affects the output efficiency of TRIAC, or even damages TRIAC, but the
effect of commutation dv/dt on anti-parallel SCR is very small. Therefore, for AC loads with large
inductance or capacitance, it is more suitable to choose industrial solid state relays.
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82
VOLTAGE POWER REGULATOR
MGR-1VD Series
Voltage Power Regulator
MGR-1VD Series
Analog Signal
Voltage Regulator
Standard Package
VOLTAGE/POWER REGULATORIHUIMULTD
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Introduction
MGR-1VD Series Solid State Analog Signal Type Voltage Regulator uses Standard Package. Through
automatic analog control signal (Continuous Voltage, E: 0-5VDC; F: 0-10VDC; G: 4-20mA), MGR1VD Series can stepless control the load voltage of the single phase AC load.
How to order
E: 0-SVDC
F: 0-10VDC
G: 4-20mA
24: 240VAC
38: 380VAC
Series
Load
Rated
Control
Voltage
Current
Signal
MGR-1VD
1 QA, 25A, 40A. 60A.
80A, 100A, 120A
(Single Phase Analog Signal Type
Voltage Regulator, Standard
Package)
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83
VOLTAGE POWER REGULATOR
Parameters
MGR-1VD Series
Control Method: Automatic Control--E: 0-5VDC; F: 0-10VDC; G: 420mA
Load Voltage: 0~240VAC; 0~380VAC
Load Current: 10A, 25A, 40A, 60A, 80A, 100A, 120A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Fully compatible with different control methods, allowing the computer to easily adjust voltage
through the network
Dimensions and Circuit Wiring Diagram
MGR-1VD Series Voltage Power Regulator
Application
● Applications that need voltage adjustment.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
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84
VOLTAGE POWER REGULATOR
MGR-DV Series
Voltage Power Regulator
MGR DV Series
Digital Signal
Voltage Regulator
Standard Package
------------------------
VOLTAGE/POWER REGULATORIHUIMULTD
------------------------
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Introduction
MGR-DV Series Solid State Digital Signal Type Voltage Regulator uses Standard Package. Through
automatic digital control signal (Pulsed Voltage), MGR-DV Series can control the load voltage of the
single phase AC load.
How to order
1OA 25A 40A, 60A
BOA, 100A 120A
Series
Rated
Current
Control
Signal
DV: Pulse Signa l
MGR
(Single Phase Digital Signal Type
Voltage Regulator. Standard
Package)
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85
VOLTAGE POWER REGULATOR
Parameters
MGR-1VD Series
Control Method: Automatic Control--Pulse Signal
Load Voltage: 24~380VAC (such as 24VAC, 36VAC, 85VAC,
110VAC/120VAC, 220VAC/230VAC, 380VAC or customized voltage)
Load Current: 10A, 25A, 40A, 60A, 80A, 100A, 120A
Dimensions & Mounting: 57.4mm*44.8mm*28mm; Panel mount solid state relay with
transparent cover, metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Fully compatible with different control methods, allowing the computer to easily adjust voltage
through the network
Dimensions and Circuit Wiring Diagram
MGR-DV Series Voltage Power Regulator
4
G
O~~~~~~~CF
OT H £1Ull,1.!,ES -
08
fj
~
C:: ::tJ
1.
~-+-----,~~l----------'---------'---------j,,-~
3
Application
● Applications that need voltage adjustment.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
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86
VOLTAGE POWER REGULATOR
MGR-EUV Series
Voltage Power Regulator
MGR-EUV Series
External Transformer
Voltage Regulator
Standard Package
VOLTAGE/POWER REGULATORIHUIMULTD
---------
---
---
-
------
----
-
-
--
-----
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Introduction
MGR-EUV Series Full Isolation Solid State Voltage Regulator uses Standard Package, has the same
function and parameters as the MGR-DTY Series Full Isolation Sigle Phase AC Voltage Regulator
Module, but do not have the internal Synchronous Transformer. Therefore, if you choose MGR-EUV
Series, you should prepare a transformer. The load signal (strong current parts) and the control
signal (weak current parts) are fully electrical isolated. Through manual control signal (adjustment of
potentiometer) or automatic control signal (E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H: CON
1-5V), MGR-EUV Series can stepless control the load voltage of the single phase AC load.
How to order
Enhanced Type : 1 OA, 40A BOA,
120A, 160A 200A, 250A, 300A
Half-Wave Type: 10A, 25A, SOA
Rated
Series
Current
MGR-EUV
(Single Phase External Transformer
Type Voltage Regulator, Standard
Package)
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E: 0-SVDC
F : 0-10VDC
G: 4-20mA
H: 1-SVDC
87
VOLTAGE POWER REGULATOR
Parameters
MGR-EUV Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
Load Voltage: 220VAC / 380VAC
Load Current: Enhanced Type--10A, 40A, 80A, 120A, 160A, 200A, 250A, 300A; Half-Wave Type-10A, 25A, 50A
Dimensions & Mounting: 57.4mm*44.8mm*28mm, Panel mount solid state module with
transparent cover, metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Fully compatible with different control methods, allowing the computer to easily adjust voltage
through the network
Dimensions and Circuit Wiring Diagram
MGR-EUV Series Voltage Power Regulator
BLUE: COM
GREEN : CON
m
( 1)
EUV-
C
YELLOW: +SV
'f
BROWN
□
m
18VAC
RED
"'"'
<
0
+SV
CON
COM
(2)
2- 10K
E, F, H types can be controlled by the manual
control circuit, G type cannot be adjusted with the
potentiometer
● Red and brown ports are connected to the 18VAC secondary winding of the synchronous
transformer;
● Blue port is the internal common ground terminal;
● Green port is the control terminal;
● Yellow port is the +5V voltage terminal generated inside the module.
● E, F, H types can be controlled by manual, and G type cannot
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88
VOLTAGE POWER REGULATOR
Application
● Applications that need voltage adjustment.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
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89
VOLTAGE POWER REGULATOR
MGR-SCR Series
Voltage Power Regulator
MGR-SCR Series
Voltage Regulator
Three Phase
Power Regulator
VOLTAGE/POWER REGULATORIHUIMULTD
WWW .HUIMULTD.COM / SA LES@HUIMULTD.COM
Introduction
MGR-SCR Series Three Phase Power Regulator (also known as three-phase thyristor voltage
regulator, three-phase power SCR voltage regulator, or three phase thyristor power controller),
uses three sets of anti-parallel (back-to-back) Power SCRs as output components to regulate the
power of the three-phase load through Phase Control (Conduction Angle Control). To meet the
different needs of users, we offer two type of products: the MGR-SCR3_LA series (Basic Type) has
the basic three-phase voltage regulation function; the MGR-SCR_LAH series (Professional Type) has
full functions, such as three-phase voltage regulation function, multi-function LED status indicator,
overheat protection function, fast fuse, output range adjustment (maximum output value and
minimum output value are all adjustable). Depending on the load current, the MGR-SCR_LAH series
can be also divided into the Low Power Version (L-Power) and the High Power Version (H-Power).
The L-Power version is for low power loads; the H-Power version is for high power loads. The basic
type (MGR-SCR_LA Series) has no fast fuse (quick-blow fuse), no overheat protection, no heat sink
and air-cooled fan by default, but can be equipped optionally. The multi-function type (MGR-SCRLAH Series) is equipped with high power air cooling fan, heat sink, fast fuse and temperature
control device by default.
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VOLTAGE POWER REGULATOR
How to order
Series
SCR3 : Basic
LA: Basic
SCR : Professiona l
LAH : Professio nal
Option
Rated
Current
Option
Basic Type : 25A. 40A, 80A,
100A, 120A
MGR
Professional Type : 40A, 65A, 75A,
90A, 100A, 120A, 1S0A, 200A, 250A,
300A,400A
(Three Power Regulator)
Parameters
MGR-SCR3_LA Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA
Power Voltage: Power regulator--three phase, 380VAC (threephase four-wire); Air cooled fan--220VAC
Voltage Frequency: 50Hz/60Hz
Output Mode: Phase output
Load Current: 25A, 40A, 80A, 100A, 120A
Operating Environment: Ambient temperature below 45 °C, ambient humidity below 90% RH
Dimensions & Mounting: Overall Dimension: see F1; Installation Dimension: see F2; with heat
sink and air cooled fan
MGR-SCR_LAH Series (L-Power)
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA
Power Voltage: Three phase, 380VAC (three-phase four-wire)
Voltage Frequency: 50Hz/60Hz
Output Mode: Phase output
Load Current: 40A, 65A, 75A, 90A, 100A, 120A
Protection Function: Fast fuse
Operating Environment: Ambient temperature below 45 °C, ambient humidity below 90% RH
Dimensions & Mounting: Overall Dimension: see F1; Installation Dimension: see F2; with heat
sink
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91
VOLTAGE POWER REGULATOR
MGR-SCR_LAH Series (H-Power)
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA
Power Voltage: Three phase, 380VAC (three-phase four-wire)
Voltage Frequency: 50Hz/60Hz
Output Mode: Phase output
Load Current: 150A, 200A, 250A, 300A, 400A
Protection Function: Over temperature protection
Operating Environment: Ambient temperature below 45 °C, ambient humidity below 90% RH
Dimensions & Mounting: Overall Dimension: F1; Installation Dimension: F2; with heat sink and
air cooled fan
Features
MGR-SCR3_LA Series
● Linear phase-shift control circuit with good stability and high precision
● Vacuum welding technology with good quality and long service life
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
MGR-SCR_LAH Series
● Multi-function LED status
● Built-in fast fuse protection function
● Adjustable maximum output and minimum output
● Linear phase-shift control circuit with good stability and high precision
● Modularization with high pressure resistant, safer and more reliable .
● Over temperature protection function (H-Power)
● Innovative structure with high efficiency and high quality (H-Power)
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92
VOLTAGE POWER REGULATOR
Dimensions and Circuit Wiring Diagram
MGR-SCR3_LA Series Voltage Power Regulator
PHASE CONTROL
~ - - - - -A
~ - - - - B THREE PH ASE
~ - - - C !80VAC
ti
~~~
1111
Al INP\JT Bl INPUT a
-0 sc-0~ 0 001
{
N@
+SIi®
CONTROL
SIGNAi.
AZ OUTPUT 11001 11\Jl Cl
~~~
l_ _ ru
''
'
F1
F2
MGR-SCR3LA
Model
Rated current
Overa ll Dimension
Installation Dimension
25A 40A 80A 100A 120A
Drawing
F1
w
100
L
110
H
145
Drawing
F2
w
90
L
80
Basic
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93
VOLTAGE POWER REGULATOR
MGR-SCR_LAH Series Voltage Power Regulator
PHASE CONTROL
~ - - - - - - - - - OR THREE PHASE
~ - - - - o ~ 3S0VAC
v, OPL
~ QIN
Power stalu.s LED w111 light when the
380VAC power supply is powered on
Temperature control input signal
~OOJT
Outputmtus
~ OFB
fast fuse ls blown
Maximwn output.adjut.tment
0 -100%
Enemal slgnal Input
◄-20mA. 0-5voc;
F1
F2
Mlrtlmum OUIP,..,l aclju~mer,t
0 -lOOli'.
MGR-SCR- LA- H
Model
Rated current
Overall Dimension
Installation Dimension
0-IOVDC
40A 65A 75A 80A 90A 100A 120A 150A
Drawing
F1
w
112
L
164
H
155
Drawing
F2
w
101
L
95
Professional, L-Power
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94
VOLTAGE POWER REGULATOR
PHASE CONTROL
~ - - - - - - --<>A THREE PHASE
~ - - --o~ l80VAC
Power :status LED will nght when the
I
--.....
w
~ OFt. - 380VAC power supply is pow1Wed on
I
.q: OIN
Temper.itur~ control Input sign.ii
~ OFtl
East fuse is blown
~ o wr
0
output status:
L
Mrucimum output adju.roit@nt
0·100%
Extern.al ~ g na.l Input
---+>
0
4·10 mA, 0·SVOC, 0·1<1VDC
5VDC ir,t i!Tnal power QJpply
F1
F2
Minimum outpvt adjustment
0 -100,;
Model
MGR-SCR- LA- H
200A 250A 300A 400A
Rated current
Drawing
Overal l Dimension
w
125
L
300
H
230
Drawing
Installation Dimension
F1
180
290
230
180
340
230
F2
w
105
160
160
L
268
200
250
Built-in fast fuse
yes
no
Professional, H-Power
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95
VOLTAGE POWER REGULATOR
Application
● Applications that need three phase voltage adjustment.
Precautions and FAQs
MGR-SCR3_LA Series
● The input circuit of the main circuit adopts three-phase four-wire connection, no phase sequence
requirement.
● SCR is a high current component, so please be sure to tighten the (A1, B1, C1) and (A2, B2, C2)
terminals, otherwise it will heat up the terminals and then burn out the SCR.
● When the three-phase load adopts the Y-connection method, the neutral point of Y must be
connected to the neutral line; if the neutral point of Y is not connected to the neutral line, the
three-phase load needs to be relatively balanced.
● When the module is used for the load with load power greater than 15 KW, it is recommended to
use a suitable heat sink, and apply thermal grease between the heat sink and the SCR backplane, as
well as cold air to cool down.
● Module protection: Please use the semiconductor high speed fuse to protect the load and
module from overcurrent.
● If the operating power is greater than 15KW, be sure to equip a high power air-cooled fan.
MGR-SCR_LAH Series
● The input circuit of the main circuit adopts three-phase three-wire connection, no phase
sequence requirement.
● SCR is a high current component, so please be sure to tighten the (R, S, T) and (U, V, W)
terminals, otherwise it will heat up the terminals and then burn out the SCR.
● SCR has a built-in fast fuse for overcurrent and short-circuit protection. If the fuse is blown due to
overcurrent, be sure to replace it with a fuse of the same specification. Please do not increase Amps
of the fuse arbitrarily!
● If the load adopts Y-connection, the neutral point cannot be connected to the neutral line,
otherwise the SCR will lose control.
● If the load power is too high or the heat dissipation is not good, consider air cooling device to
cool down the module.
● When the heat sink temperature exceeds 75 °C, the over-temperature protection will be
automatically turned on and stop the module from working. At this time, only the power status LED
is lit.
● If the operating power is greater than 15KW, be sure to equip a high power air-cooled fan.
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96
VOLTAGE POWER REGULATOR
MGR-DT Series
Voltage Power Regulator
MGR-DT Series
Fu 11-i so Iation
Single Phase
Voltage Regulator Module
VOLTAGE/POWER REGULATORIHUIMULTD
- - - - - -
- -
-
- - - - -
- -
-
-
--
- - - - - -
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Introduction
MGR-DT Series full isolation single phase AC voltage regulator module (used to know as " DTY-H
Series " or " SCR Series ") integrates the synchronous transformer, the phase detection circuit, the
phase-shift trigger circuit and the thyristor output circuit. MGR-DT Series can control the trigger
angle (Conduction Angle) of the thyristor (Phase Angle Control) to regulate the load voltage.
According to the different types of the output power thyristor, MGR-DT Series can be divided into
Ordinary Type (one TRIAC as the output component), Enhanced Type (a pair of reverse-parallel
SCR as the output component) and Half-wave Type (one SCR as the output component). According
to the rated voltage of single phase AC load, MGR-DT Series can be divided into 220V type and
380V type. According to different control signals (CON), MGR-DT Series can be divided into E type,
F type, G type, and H type.
How to order
Series
22: 220VAC
Blank : Full Wave
38: 380VAC
X: Ha lf Wave
Load
Rated
Voltage
Current
MGR-DT
(Full Isolation Single Phase
Voltage Regulator Module)
Option
Enhanced Type: 1SA, 35A, SSA, 75A,
120A, 150A, 190A,240A, 290A, 350A
Ordinary Type : 1 0A, 25A, 40A
Control
Signal
E: 0-SVDC
F: 0-lOVDC
G :4-20mA
H: 1- 5VDC
Half-Wave Type : 1OA, 25A, SOA
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97
VOLTAGE POWER REGULATOR
Parameters
MGR-DT Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
Load Voltage: 220VAC / 380VAC
Load Current: Enhanced Type--15A, 35A, 55A, 75A, 120A, 150A, 190A, 240A, 290A, 350A;
Ordinary type--10A, 25A, 40A; Half-Wave Type--10A, 25A, 50A
(Note: The current grade above is the maximum rms current of the internal thyristor of the module)
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state module with plastic
cover, metal base and screw terminals
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Linear phase-shift control circuit with good stability and high precision
● Integrates the synchronous transformer, the phase detection circuit, the phase-shift trigger circuit
and the thyristor output circuit.
● Complete electrical isolation between control signals and load signals
● LED status indicator
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Transparent cover for extra protection
Dimensions and Circuit Wiring Diagram
MGR-DT Series Voltage Power Regulator
105
90 ± 0.1
CD
®
®
I·
33
©
.,....
0
ti
c:o
2-045
"-t"
l'--
v
CON1
0
COM CON2
0
0
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98
VOLTAGE POWER REGULATOR
a. Automatic control circuit diagram in
220VAC power grid
c. Automatic control circuit diagram of the
single-phase half-wave voltage regulation
module
b. Automatic control circuit diagram in
380VAC power grid
220V
Load Rt
G)
@
@
DTY-220D Du E
+5V
CON1
0-SV
G)
I
DTY-3800 Ou E
COM
CON2
+Sv
CON\
COM
CON2
+SV
CON1
COM
CON2
4-20mA
The relationship and waveform of the
control voltage U coN and the conduction
angle a of the thyristor (when resistive
d. Manual control circuit diagram
l;?]
,ar
Dn'·
+SV
0\/
CON
Thevolt.g•woveformofthopowergnd
COM
The voltage waveform of the resistive
load Rl 1n Figure c
E,
DTY-220D D••XE
F, H types can be controlled by the manual control circiit, G type cannot be
adjusted with the potentiometer
The voltage waveform of the resistive
load RL in Figure a, Figure b
'
a.av
Ucon
14.BV 15V
V\ Ll
UKJi
NI
JN
I I i
I I
I N JNJ
I!
:
':i,
Take E type (CON 0~5V) as an example:
● ① and ② ports are the output terminals of the module (i.e., the two poles of the thyristor inside
the module). ① and ② ports of the enhanced and the ordinary type have no polarity. The anode of
the SCR thyristor inside the half-wave type module is connected to the ① port, and the cathode is
connected to the ② port.
● ③ and ④ ports are the synchronous transformer primary inside the module, and the specification
can be divided into 220VAC type and 380VAC type: 220VAC type can be used into the power grid
at the range of 165-240VAC, 380VAC type can be used into the power grid at the range of 285420VAC. ③ and ④ ports have no polarity.
● COM port is the internal common ground terminal, CON port is the control terminal, and the
+5V port is the power supply generated inside the module only for the manual control of
potentiometer. The strong current part (①, ②, ③, and ④ ports) and the weak current part (+5V,
CON, and COM ports) are fully isolated.
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VOLTAGE POWER REGULATOR
Application
● Applications that need voltage adjustment.
Precautions and FAQs
● The phase applied to the load through ① and ② ports must be consistent with the phase of ③
and ④ ports, otherwise the device will be out of control. And the frequency of the power grid must
be 50 Hz.
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω). The +5V
voltage signal is only provided for the manual potentiometer (the selected resistance is between
2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal) cannot be manually
adjusted by the potentiometer, so the +5V port is useless for the G type.
● The speed control of the single phase AC asynchronous motor should be adjusted by the
frequency converter, while the single phase voltage regulation module can only be applied to fan
motors and pump motors where the requirements are not high.
● It is not possible to use three single phase voltage regulator modules to regulate the three phase
load on the three phase power grid.
● The insulation voltage between the strong current part, the weak current part, and the module
backplane is greater than 2000VAC.
● The heat of the whole module = Actual load current (Amps) * 1.5 W/Amps. Customers can select
MG-L, MG-H series heat sink according to actual needs.
● For specifications and precautions for selecting the current grade, device protection, etc., please
refer to the instruction of single phase AC solid state relays.
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100
VOLTAGE POWER REGULATOR
MGR-DTYF Series
Voltage Power Regulator
MGR-DTYF Series
Closed-loop Feedback
Single Phase
Voltage Regulator Module
-------------------------
VOLTAGE/POWER REGULATORIHUIMULTD
~ - - -~ - - - - - - - - - - - - - - - - - - - - - - - - ---- -
-~~~-
WWW .HU IMU LTD .COM/ SALES@HUIMULTD.COM
Introduction
MGR-DTYF Series Single Phase Closed Loop Feedback Voltage Regulator (also known as single
phase negative feedback voltage regulator, single phase closed-loop negative feed solid state
voltage regulator module) is a device with voltage regulation function and voltage stabilization
function. Compared with other open-loop single phase voltage regulator modules (such as the
MGR-DT Series), the MGR-DTYF Series has a built-in closed-loop control system that automatically
stabilizes the output voltage value through negative feedback regulation to ensure that its load
voltage is only influenced by the Control Signal other than External Factors (such as grid voltage
fluctuations, load power factors, load power changes, etc.). MGR-DTYF has two control modes,
automatic control (E type: CON 0-5VDC, G type: CON 4-20mA) and manual control (adjustment of
potentiometer).
How to order
22: 220VAC
38: 380VAC
Series
E: 0- SVDC
G :4-20mA
Load
Rated
Control
Voltage
Current
Signal
MGR-DTVF
(Closed Loop Feedback Single
Phase Voltage Regulator Module)
1 SA, 25A 40A, S0A,
70A, 90A 120A, 1S0A,
200A
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101
VOLTAGE POWER REGULATOR
Parameters
MGR-DTYF Series
Control Signal: E: CON 0-5V; G: CON 4-20mA
Load Voltage: 220VAC / 380VAC
Load Current: 15A, 25A, 40A, 50A, 70A, 90A, 120A, 150A, 200A
Dimensions & Mounting: 105mm*75mm*33mm; Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
MGR-DTYF Series
● No external +12V DC power supply required
● Effectively stabilize voltage fluctuations with closed-loop (negative feedback) voltage regulator
system
● Insulation voltage greater than 2000VAC
● Support automatic control mode (control signal 4-20mA, 0-5V) and manual control mode, and
both modes are smooth to adjust
● Built-in shielding circuit with strong anti-interference ability
● High-power thyristor chip, and insulating base plate with DCB ceramic glaze material
● Stable performance and high reliability
Dimensions and Circuit Wiring Diagram
MGR-DTYF Series Voltage Power Regulator
AC INPUT_
105
90±0.1
LOAD
Application
● Applications that need three phase voltage adjustment and voltage stabilization.
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102
VOLTAGE POWER REGULATOR
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
● What is the difference between the Closed Loop System and the Open Loop System?
The closed-loop system is also called the feedback control system, when a set value is given by
control system, the closed-loop system compares the output value with the set value and adjusts it
through the feedback system so that its output value is close to the set value. Compared with the
closed loop, the open loop system has no feedback system, so its output value is not only affected
by the control system, but also affected by external uncontrollable factors, thus, its output value is
unstable and often deviates from the set value.
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103
VOLTAGE POWER REGULATOR
MGR-STY Series
Voltage Power Regulator
MGR-STY Series
Full-isolation
Three Phase
Voltage Regulator Module
------------------------
VOLTAGE/POWER REGULATORIHUIMULTD
------------------------
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Introduction
MGR-STY Series full isolation three phase AC voltage regulator module (also known as " MGR-ST
Series ") integrates the three phase phase-detection circuit, the phase-shift circuit, the trigger circuit
and three sets of reverse-parallel (back-to-back) power SCR thyristors. MGR-STY Series can control
the trigger angle (Conduction Angle) of the thyristor (Phase Angle Control) automatically (Control
Signal) or manually (External Potentiometer) to adjust the voltage amplitude of the three phase load
from 0V to the maximum power grid voltage. Our TB-3 three phase synchronous transformer
module (co-sold with MGR-STY Series) provides the synchronous signal and internal operation
power supply for the voltage regulator module, so users have no needs for any external circuit or
power supply. According to different control signals (CON), MGR-STY Series can be divided into E
type, F type, G type, and H type.
How to order
E: 0-SVDC
F: 0-10VDC
G: 4-20mA
H: 1- SVDC
380D : 380VAC
Series
Load
Rated
Control
Voltage
Current
Signal
MGR-STY
35A, 7 SA, 120A, 1 SOA
(Full Isolation Three Phase
Voltage Regulator Module)
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104
VOLTAGE POWER REGULATOR
Parameters
MGR-STY Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
Load Voltage: Three phase, 380VAC, 50Hz
Synchronous Signal & Power Source: TB-3 (three phase synchronous transformer module)
provides the synchronous signal and internal operation power supply for the voltage regulator
module without additional circuit
Load Current: 35A, 75A, 120A, 150A
(Note: The current grade above is the maximum rms current of one set of the reverse-parallel SCR
thyristors)
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state module with plastic
cover, metal base and screw terminals
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Linear phase-shift control circuit with good stability and high precision
● Integrates the synchronous transformer, the phase detection circuit, the phase-shift trigger circuit
and the thyristor output circuit.
● Complete electrical isolation between control signals and load signals
● LED status indicator
● Low output off-state leakage current
● Low output on-state voltage drop
● Standard output RC snubber circuit
● Transparent cover for extra protection
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105
VOLTAGE POWER REGULATOR
Dimensions and Circuit Wiring Diagram
MGR-STY Series Voltage Power Regulator
'-
ri
The overall dimensions of the t hree phase synchronous
transformer modu le (TB-3)
33
The overall d imensions of the three phase volt age
regu lator module
COM
MGR-ST - -
CON
2-I OK
+5V
E, F, H types can be controlled by the manua l
control circuit, G type cannot be adj usted w ith the
potentiometer
Take E type (CON 0~5V) as an example:
● The R, S, T ports of the MGR-STY module and the R, S, T ports of the TB-3 module should be
connected to the L1, L2, L3 ports of the power grid (no phase sequence requirement, but the R, S, T
ports of these two modules should be connected one-to-one), and the N line of the synchronous
transformer module should be grounded. And U, V, W ports should be connected to three phase
load (Y or △ connection are all available). The r1, r2, s1, s2, t1, t2 ports of MGR-STY module and the
r1, r2, s1, s2, t1, t2 ports of the TB-3 module are connected through terminal strips (plugged
together to connect directly). COM port is the internal common ground terminal, CON port is the
control terminal, and the +5V port is the power supply generated inside the module only for the
manual control of potentiometer. And the strong current part (T, S, R, N, U, W ports) and the weak
current part (r1, r2, s1, s2, t1, t2, +5V, CON, COM ports) are fully isolated, and these two parts
should be controlled by the automatic control method or manual control method.
Application
● Applications that need voltage adjustment.
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106
VOLTAGE POWER REGULATOR
Precautions and FAQs
● The circuit consisting of three phase voltage regulator module and three phase synchronous
transformer module TB-3 can be applied to 380VAC (300~420VAC), 50Hz power grid.
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω). The +5V
voltage signal is only provided for the manual potentiometer (the selected resistance is between
2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal) cannot be manually
adjusted by the potentiometer, so the +5V port is useless for the G type.
● The insulation voltage between the strong current part, the weak current part, and the module
backplane is greater than 2000VAC.
● The heat of the whole module = Actual load current (Amps) * 1.5 W/Amps. Customers can select
MG-Y, MG-H series heat sink according to actual needs.
● The power of the three phase load should be balanced. When the load uses the Y-connection
method, the center point Y can be connected or not connected to the neutral line. However, the
high-order harmonic interference to the power grid when connected to the neutral line is larger
than that when not connected to the neutral line.
● The speed control of the three phase AC asynchronous motor should be adjusted by the
frequency converter, while the three phase voltage regulation module can only be applied to fan
motors and pump motors where the requirements are not high.
● The N line on the three phase synchronous transformer module TB-3 must be reliably grounded.
And the TB-3 is sold together with the three phase voltage regulator module.
● It is recommended to use the voltage regulation system consisting of the SSR-3JK and three
random conduction type solid state relays for three phase AC voltage regulation.
● For specifications and precautions for selecting the current grade, device protection, etc., please
refer to the instruction of single phase AC solid state relays.
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107
VOLTAGE POWER REGULATOR
SSR-JK Series
Voltage Power Regulator
SSR-JK Series
Phase-shift Module
Single Phase
For Solid State Relay
VOLTAGE/POWER REGULATORIHUIMULTD
- - - - - - - - - - - - - - - - - - - - - - -
WWW.HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
SSR-JK Series Single Phase Phase-Shift Trigger Module is a device designed to regulate the load
voltage through random solid state relays, and it has built-in synchronous transformer, synchronous
phase detection circuit, phase shift circuit (phase control circuit) and trigger circuit. The SSR-JK
series does not have a power output circuit itself, so it needs a random fire solid state relay (which
will be switched as soon as there is a control signal). Through generating a wide pulse phase
shifting signal (synchronized with the power grid voltage, and has the frequency twice of the power
grid frequency), SSR-JK Series can adjust the conduction angle of the random fire solid state relay
from 180° to 0° for linear regulation of load voltage. According to the mounting method, the SSRJK Series can be divided into SSR-JKZK series (PCB mount) and SSR-JKWK series (Panel mount).
SSR-JK Series has two control modes, automatic control (E type: CON 0-5V; F type: CON 0-10V; G
type: CON 4-20mA; H type: CON 1-5V) and manual control (adjustment of potentiometer).
How to order
ZK : PCB mount
WK: Panel mount
Series
Option
SSR-JK
(Single Phase Phase-shift Module,
For Solid State Relay)
www.huimultd.com
Control
Signal
E: 0-SVDC
F :0-lOVDC
G: 4 -20mA
H: 1-SVDC
108
VOLTAGE POWER REGULATOR
Parameters
SSR-JK Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
Power Source: Internal synchronous transformer can provide working power and synchronous
voltage (18VAC) for SSR-JKWK/SSR-JKZK without additional circuit or external power
Load Voltage: Single phase, 220VAC
Load Current: Refer to the rated current of the selected solid state relay
Dimensions & Mounting: PCB mount (SSR-JKZK series), 40mm*28mm*13mm; Panel mount (SSRJKWK series), 56mm*56mm*16mm
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Linear phase-shift control circuit with good stability and high precision
● Integrates the synchronous transformer, the phase detection circuit, the phase-shift trigger circuit
and the thyristor output circuit.
● No external 18VAC power supply required
● LED status indicator
Dimensions and Circuit Wiring Diagram
_l_
7
13
40
1·
·1
• • •
• • •
CON
+5V
COM
20
28
OUT
13
17
SSR-JKZK Series, PCB mount, Dimensions
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109
VOLTAGE POWER REGULATOR
56
0
-- --- -
0, -
c.o
,-
co
C")
co
-.:t
c.o
LO
03.2
SSR-JKWK Series, PCB mount, Dimensions
18VAC
G)
L
(g)
0
@
_J
0
OUT
RANDOM CONDUCTION
SSR-JKWKE
+5V
CON
(J)
@
f
TYPE SSR
COM COM
@
8
@
0
LOAD RL
o- 5V
=
SSR- JKWK
+5V
CON
COM
1
E, F, H types can be
controlled by the
manual control
circuit, G type
can not be adjusted
with the
pot entiomet er
2- 10K
SSR-JK Series, Circuit Wiring Diagram
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110
VOLTAGE POWER REGULATOR
I/O waveform
The relationship and waveform of the control voltage UCON and the conduction angle α of the
thyristor (when resistive load) shows below:
o·
180" .__----,:;._ _ _ _ _ _ _ _ _ ____.,..__---L._Ucon
__
DV
0.8V
4 .6V
5V
The voltage waveform of
the power grid
The output pulse
waveform on @ port
a
The voltage waveform of
the resistive load of t he
random conduction type
SSR
SSR-JK Series, I/O waveform
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111
VOLTAGE POWER REGULATOR
Application
● Applications that need single phase voltage adjustment.
● For random fire solid state relay.
Precautions and FAQs
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω).
● ① and ② ports are connected to the secondary winding of the synchronous transformer, which
allows a voltage of 18VAC ± 5VAC and a power of 2W.
● The +5V voltage signal on ⑦ port is only provided for the manual potentiometer (the selected
resistance is between 2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal)
cannot be manually adjusted by the potentiometer, so the +5V port is useless for the G type.
● The pulse level of the ④ port is around 10V, and the maximum output current is 12mA. The
phase-shift trigger module can directly match the random conduction type solid state relay
produced by our company.
● The AC power grid frequency of the phase-shift trigger module must be 50 Hz.
● The phase-shift trigger itself generates very little heat and does not require additional heat
dissipation.
● What is the Phase Shift Control?
Phase shift control (also known as phase control, phase angle control, or conduction angle control)
,which controls the output voltage by controlling the phase of the trigger circuit. For an output
circuit consisting of two anti-parallel (back-to-back) SCRs (each SCR is responsible for a half cycle of
power output, and its phase angle can be controlled by the control signal), by changing the phase
angle, the SCR will run ahead or delay during its duty cycle. If changing the phase angle of SCRs
from 180° to 0°, the AC output voltage (effective value, or rms value) can be smoothly adjusted
from zero to maximum.
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112
VOLTAGE POWER REGULATOR
SSR-3JK Series
Voltage Power Regulator
SSR-3J K Series
Phase-shift Module
Three Phase
For Solid State Relay
VOLTAGE/POWER REGULATORIHUIMULTD
WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
SSR-3JK Series Three Phase Phase-Shift Trigger Module is a device designed to regulate the load
voltage through random solid state relays, and it has built-in synchronous transformer, synchronous
phase detection circuit, phase shift circuit (phase control circuit) and trigger circuit. The SSR-3JK
series does not have a power output circuit itself, so it needs three random fire solid state relays
(which will be switched as soon as there is a control signal). Through generating three wide pulse
phase shifting signals (synchronized with the power grid voltage, and has the frequency twice of the
power grid frequency), SSR-3JK Series can adjust the conduction angle of the random fire solid
state relay from 180° to 0° for linear regulation of three phase load voltage. Our TB-3 three phase
synchronous transformer module (co-sold with SSR-3JK Series) provides the synchronous signal and
internal operation power supply for the phase-shift module, so users have no needs for any
external circuit or power supply. SSR-3JK Series has two control modes, automatic control (E type:
CON 0-5V; F type: CON 0-10V; G type: CON 4-20mA; H type: CON 1-5V) and manual control
(adjustment of potentiometer).
How to order
Control
Series
Signal
SSR-3JK
(Three Phase Phase-shift Module,
For Solid State Relay)
www.huimultd.com
E : 0-SVDC
F:0-lOVDC
G: 4-20mA
H: 1-SVDC
113
VOLTAGE POWER REGULATOR
Parameters
•
-
SSR-3JK Series
'.'.'.''.'•,.,,
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
.
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
•.ia
Synchronous Signal & Power Source: TB-3 (three phase synchronous transformer module)
provides the synchronous signal and internal operation power supply for the phase-shift module
without additional circuit
Load Voltage: Three phase, 380VAC (300VAC~420VAC), 50HZ
Load Current: Refer to the rated current of the selected solid state relay
Dimensions & Mounting: 107mm*107mm*30mm; Panel mount solid state module with plastic
cover and screw terminals
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Linear phase-shift control circuit with good stability and high precision
● Integrates the synchronous transformer, the phase detection circuit, the phase-shift trigger circuit
and the thyristor output circuit.
● No external 18VAC power supply required
● LED status indicator
Dimensions and Circuit Wiring Diagram
04.5
04.5
107
94
107
Dimensions of SS R-3JK
Di mensions o f TB- 3
Dimensions
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114
VOLTAGE POWER REGULATOR
SSR-3JK three phase voltage regu lation circuit diagram
Ro--~---------t---l---------_j
SSR1
....I
i:::
+
"'
- --+--. -- - - - - - - - - l ,c_o_M__c_
o_N_
3,__ _ _ _ _ _ _ _
S o-
SSR-3JK
_J iQ !0
6 ~
3 I>
SSR2
+
CON
0
COM CON2
"'-<
To--+-+-.---------1
SSR3
+
2- 10KO
COM CON1
CONl
COM
TB-3
SSR-3JKE
CON
E, F, H types can be controlled by the
manual control circuit, G type cannot be
adjusted with the potentiometer
COM
CON
COM
0- 5VDC
Circuit Wiring Diagram
● The entire circuit can be applied to 380VAC (300~420VAC), 50Hz power grid. The three phase
input cables (R, S, T) in the main circuit has no phase sequence requirements, but the input cables
must be strict one-to-one correspondence with the output terminals of the solid state relay, TB-3,
and SSR-3JK (such as T corresponding to SSR1 and CON1), otherwise the system will not work
normally.
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed).
● The four COM ports of the SSR-3JK are connected together inside the module to form the weak
current “earth ground” (fully isolated with the neutral line “N line” of the synchronous transformer),
which will be connected to the DC “earth ground” controlled by the external circuit when choose
the automatic control mode.
● The power of the three phase load should be balanced.
Application
● Applications that need three phase voltage adjustment.
● For random fire solid state relay.
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115
VOLTAGE POWER REGULATOR
Precautions and FAQs
● The entire circuit can be applied to 380VAC (300~420VAC), 50Hz power grid. The three phase
input cables (R, S, T) in the main circuit has no phase sequence requirements, but the input cables
must be strict one-to-one correspondence with the output terminals of the solid state relay, TB-3,
and SSR-3JK (such as T corresponding to SSR1 and CON1), otherwise the system will not work
normally.
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω). The +5V
voltage signal is only provided for the manual potentiometer (the selected resistance is between
2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal) cannot be manually
adjusted by the potentiometer, so the +5V port is useless for the G type.
● The four COM ports of the SSR-3JK are connected together inside the module to form the weak
current “earth ground” (fully isolated with the neutral line “N line” of the synchronous transformer),
which will be connected to the DC “earth ground” controlled by the external circuit when choose the
automatic control mode.
● The power of the three phase load should be balanced. When the load uses the Y-connection
method, the center point Y can be connected or not connected to the neutral line. However, the
high-order harmonic interference to the power grid when connected to the neutral line is larger
than that when not connected to the neutral line. The N line on the synchronous transformer TB-3
must be reliably connected to the earth ground (the neutral line).
● SSR-3JK and TB-3 generate very little heat and do not need to be mounted on a heat sink.
● The speed control of the three phase AC asynchronous motor should be adjusted by the
frequency converter, while the three phase voltage regulation module can only be applied to fan
motors and pump motors where the requirements are not high. For the soft start of the three phase
motors, the voltage/current closed-loop control system should be used.
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116
VOLTAGE POWER REGULATOR
● Since the SSR-3JK is isolated from the power grid by the synchronous transformer TB-3 on the
one hand and isolated from the power grid by three solid state relays on the other hand, the SSR3JK module is extremely reliable under weak current operation, and will not be damaged even if the
three phase load is burned due to short-circuit. For this reason, it is reasonable to choose the three
phase voltage regulation system consisting of SSR-3JK (here refers to SSR-3JK system): Firstly,
compared with the three phase phase-shift module voltage-regulation system (here refers to SXJKA system consisting of SX-JKA and six SCR thyristors) produced by our company, the SSR-3JK
system is more convenient and reliable to connect, and even if it malfunction, the damage is
relatively small (when the SSR-3JK system is short-circuited, only one or two SSRs will be damaged,
but for the SX-JKA system, not only the thyristor will be damaged, but also the SX-JKA module will
be damaged). Secondly, compared with the three phase voltage regulator module (which
integrates the phase-shift trigger circuit and thyristors) produced by our company or other
companies, SSR-3JK system is more reliable, because the three phase voltage regulation module
contains six SCR thyristors, which will be unstable caused by the poor heat dissipation (due to small
volume and large heat), in addition, the damage caused by the load overcurrent is more serious
than SSR-3JK system.
● The SSR-3JK (with TB-3) matches the random solid state relays produced by our company. Users
can build the SSR-3JK system by purchasing the SSR-3JK, the TB-3, three random conduction type
SSRs and one heat sink to. If three long strip solid state relays are selected, they can be mounted on
a Y series module air-cooled radiator with a fan installed to form a power unit; and if three
rectangular solid state relays are selected, they can be mounted on the MG-Y heat sink to form a
power unit.
● What is the Phase Shift Control?
Phase shift control (also known as phase control, phase angle control, or conduction angle control)
,which controls the output voltage by controlling the phase of the trigger circuit. For an output
circuit consisting of two anti-parallel (back-to-back) SCRs (each SCR is responsible for a half cycle of
power output, and its phase angle can be controlled by the control signal), by changing the phase
angle, the SCR will run ahead or delay during its duty cycle. If changing the phase angle of SCRs
from 180° to 0°, the AC output voltage (effective value, or rms value) can be smoothly adjusted
from zero to maximum.
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VOLTAGE POWER REGULATOR
SCR-JKK, TRIAC-JKK Series
Voltage Power Regulator
SCR-JKK, TRIAC-JKK Series
Phase-shift Module
Single Phase
For Thyristor
VOLTAGE/POWER REGULATORIHUIMULTD
WWW .HU IMU LTD .COM / SALES@HU IMULTD.COM
Introduction
SCR-JKK, TRIAC-JKK Series Single Phase Phase-Shift Trigger Module is a device designed to
regulate the load voltage through power thyristor circuits, and it has built-in synchronous
transformer, synchronous phase detection circuit, phase shift circuit (phase control circuit) and
trigger circuit. SCR-JKK Series single phase SCR thyristor phase-shift trigger module is used for
power SCR circuit; TRIAC-JKK Series single phase TRIAC thyristor phase-shift trigger module is used
for power TRIAC circuit or two sets of SCR circuit. The principle of the single phase thyristor phaseshift trigger module is: The phase of the power grid will be taking as the synchronization reference,
and by change the magnitude of the control voltage, a trigger pulse signal will be generated in the
module, and then this signal will be sent to the output terminal (A, G ports) by the optical isolation
method to trigger the corresponding thyristors to achieve the purpose of phase-shift and voltageregulation. The control part of the phase-shift trigger is optically isolated from the output terminal
of the trigger, so it can be controlled automatically (E type: CON 0-5V; F type: CON 0-10V; G type:
CON 4-20mA; H type: CON 1-5V) or manually (adjustment of potentiometer). Because it only needs
a 18VAC synchronous voltage from the power grid, and the electrodes are connected by inserts,
SCR-JKK Series and TRIAC-JKK Series are extremely convenient to use.
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118
VOLTAGE POWER REGULATOR
How to order
Control
Signal
Series
E : 0-5VDC
SCR-JKK
(Single Phase Phase-shift Module
For SCR Thyristor)
F: 0-10VDC
'
G: 4-20mA
H: 1-5VDC
. TRIAC-JKK
(Single Phase Phase-shift Module
For TRIAC Thyristor)
'
Parameters
SCR-JKK, TRIAC-JKK Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
Power Source: Internal synchronous transformer can provide working power and synchronous
voltage (18VAC) for SCR-JKK/TRIAC-JKK without additional circuit or external power
Load Voltage: Single phase, 220VAC
Load Current: Refer to the rated current of the selected solid state relay
Dimensions & Mounting: 56mm*56mm*16mm; Panel mount solid state module with plastic
cover and plug-in terminals
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Linear phase-shift control circuit with good stability and high precision
● Integrates the synchronous transformer, the phase detection circuit, the phase-shift trigger circuit.
● No external 18VAC power supply required
● LED status indicator
Dimensions and Circuit Wiring Diagram
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119
VOLTAGE POWER REGULATOR
56
.
0
0
T"""
<.O
.--
----
I
I
I
co
Cf)
co co
s::t"
LO
SCR-JKK, TRIAC-JKK Series, Dimensions
CD
®
(J)
®
®
+5V
CON
COM
SCR-JKK, TRIAC-JKK Series, Ports
● The ① and ② ports are connected to the 18VAC secondary winding of the synchronous
transformer to offer the power supply and the synchronous reference for the phase-shift trigger
● The ③ port is connected to the trigger gate of the thyristor
● The ④ port is connected to the anode of the SCR thyristor or the main electrode T1 of the TRIAC
thyristor
● The ⑤ port is the internal common ground terminal. If the phase-shift trigger is controlled by the
external automatic control circuit, the ⑤ port will be connected to the ground of the external
control circuit
● The ⑥ port is the control terminal. When there is a 0.5V voltage signal inputted to the ⑥ port,
the thyristor on the ③ and ④ ports will be triggered in the phase-shift range of 180°~0°
● The ⑦ port is the +5V voltage terminal generated inside the module. If the ⑤, ⑥, ⑦ ports are
connected to the external potentiometer to apply the manual control method, the ⑦ port acts as
the power supply for it; if the control signal is provided by external control circuit to apply the
automatic control method, the ⑦ port should be left floating.
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120
VOLTAGE POWER REGULATOR
18V
A
R
SCR-JKKE
C
G
+5V
CON
COM
t
LOAD RL
-
0-SV
E, F, H types can be
controlled by the
manual control
SCR-JKKE
circuit, G type
+5V
CON
COM
1
cannot be adjusted
with the
pot entiometer
2- 10K
Figure B-1. the application circuit diagram of SCR-JKK (Not e:
see Figure D-B-1 for the improved circuit diagram of Figure
8-1)
SCR-JKK Series, Circuit Wiring Diagram (1)
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121
VOLTAGE POWER REGULATOR
18V
A
R
SCR-JKKE
C
G
+SV
CON
COM
LOAD RL
0- SV
Figure D-B-1
SCR-JKK Series, Circuit Wiring Diagram (1), dv/dt improved version
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122
VOLTAGE POWER REGULATOR
TRIAC-JKK
+5V
CON
COM
1
E, F, H types can be
controlled by the
manual control
circuit, G type
cannot be adjusted
with the
potentiometer
2-1 0K
Figure B-2, the application circuit diagram (1) of TRIAC-JKK
(Note: see Figure D-B-2 for the improved circuit diagram of
Figure B-2)
TRIAC-JKK Series, Circuit Wiring Diagram (1)
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123
VOLTAGE POWER REGULATOR
18V
A
T1
TRIAC-JKKE
R
C
G
+5V
CON
COM
LOAD RL
0- 5V
-Figure D-B-2
TRIAC-JKK Series, Circuit Wiring Diagram (1), dv/dt improved version
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124
VOLTAGE POWER REGULATOR
18V
IN4007 .-----------,
A
TRIAC-JKKE
G
+SV
CON
COM
t
IN4007
0- SV
LOAD RL
TRIAC-JKK
+5V
CON
COM
1
E, F, H types can be
controlled by the
manual control
circuit, G type
cannot be adjusted
with the
potentiometer
2- 10K
Figure 8 -3, the application circuit diagram (2) of TRIAC-JKK
TRIAC-JKK Series, Circuit Wiring Diagram (2)
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125
VOLTAGE POWER REGULATOR
I/O waveform
The relationship and waveform of the control voltage UCON and the conduction angle α of the
thyristor (when resistive load) shows below:
o·
180-
<X
Ucon
ov
0.8V
4.6V SV
The voltage waveform of the
power grid
The voltage waveform of the
resistive load RL, in Figure B-1
The voltage waveform of the
resistive load RL, in Figure B-2,
Figure 8-3
SCR-JKK, TRIAC-JKK Series, I/O waveform
Application
● Applications that need single phase voltage adjustment.
● For power thyristor circuit.
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126
VOLTAGE POWER REGULATOR
Precautions and FAQs
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω).
● The phase-shift trigger module can be applied to 100~420VAC, 50Hz power grid (below 100V can
be customized).
● ① and ② ports are connected to the secondary winding of the synchronous transformer, which
allows a voltage of 18VAC ± 5VAC and a power of 2W.
● The +5V voltage signal on ⑦ port is only provided for the manual potentiometer (the selected
resistance is between 2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal)
cannot be manually adjusted by the potentiometer, so the +5V port is useless for the G type.
● The phase-shift trigger module can trigger thyristors within 1000A current (please pay attention to
the connection method of the trigger terminal).
● The phase-shift trigger itself generates very little heat and does not require additional heat
dissipation.
● What is the Phase Shift Control?
Phase shift control (also known as phase control, phase angle control, or conduction angle control)
,which controls the output voltage by controlling the phase of the trigger circuit. For an output
circuit consisting of two anti-parallel (back-to-back) SCRs (each SCR is responsible for a half cycle of
power output, and its phase angle can be controlled by the control signal), by changing the phase
angle, the SCR will run ahead or delay during its duty cycle. If changing the phase angle of SCRs
from 180° to 0°, the AC output voltage (effective value, or rms value) can be smoothly adjusted
from zero to maximum.
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127
VOLTAGE POWER REGULATOR
SCR-JKK/2 Series
Voltage Power Regulator
SCR-JKK/2 Series
Phase-shift Module
Single Phase
For Thyristor, Dual Channel
-----------------VOLTAGE/POWER REGULATORIHUIMULTD
WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
SCR-JKK/2 Series Single Phase Phase-Shift Trigger Module is a device designed to regulate the load
voltage through two sets of power SCR circuit, and it has built-in synchronous transformer,
synchronous phase detection circuit, phase shift circuit (phase control circuit) and trigger circuit. The
principle of the single phase dual channel thyristor phase-shift trigger module is: On the basis of
SCR-JKK, add another thyristor trigger signal of the negative half period to control the positive and
negative half periods of two power thyristor circuits. Except for it, the parameters and performance
of SCR-JKK/2 Series are the same as SCR-JKK Series. The control part of the phase-shift trigger is
optically isolated from the output terminal of the trigger, so it can be controlled automatically (E
type: CON 0-5V; F type: CON 0-10V; G type: CON 4-20mA; H type: CON 1-5V) or manually
(adjustment of potentiometer). Because it only needs a 18VAC synchronous voltage from the power
grid, and the electrodes are connected by inserts, SCR-JKK/2 Series are extremely convenient to
use.
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128
VOLTAGE POWER REGULATOR
How to order
Control
Signal
Series
SSR-JKK/2
(Single Phase Phase-shift Module
For Thyristor, Dual Channel) '
E: 0-SVDC
F: 0-10VDC
G: 4-20mA
H: 1-SVDC
Parameters
SCR-JKK/2 Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
Power Source: Internal synchronous transformer can provide working power and synchronous
voltage (18VAC) for SCR-JKK/2 without additional circuit or external power
Load Voltage: Single phase, 220VAC
Load Current: Refer to the rated current of the selected solid state relay
Dimensions & Mounting: 56mm*56mm*16mm; Panel mount solid state module with plastic
cover and plug-in terminals
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Linear phase-shift control circuit with good stability and high precision
● Integrates the synchronous transformer, the phase detection circuit, the phase-shift trigger circuit.
● Simultaneously control the positive and negative half cycles of the power thyristor circuit
● No external 18VAC power supply required
● LED status indicator
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129
VOLTAGE POWER REGULATOR
Dimensions and Circuit Wiring Diagram
56
EB
- - -I
I
--- EB
j
1a
IO"
0
..........
l
<O
,....
I
I
SCR-JKK/2 Series, Dimensions
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130
VOLTAGE POWER REGULATOR
G1
~ ~ - - ~ ~ ~ - --n
+
G2
A1
-220V
220V
18V
A1
G1
SCR- JKK/2E
A2 1 - - - - - _ _ _ .
+5V
CON
0- 5V
COM
G2 i - - - - - - _ _ _ _ .
-
Figure C-1, the application circuit diagram (1) of
SCR-JKK/2
SCR-JKK/2 Series, Circuit Wiring Diagram (1)
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131
VOLTAGE POWER REGULATOR
+
G1
_ _.....,____ A2
~220V
220V
18V
A1
G1
SCR-J KK/2E
A2- - - - - J
+SV
CON
COM
G2-----~
0- SV
Figure D-C-1
SCR-JKK/2 Series, Circuit Wiring Diagram (1), dv/dt improved version
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132
VOLTAGE POWER REGULATOR
G1
.----- -- ----u +
A1
~220V
G2
220V
18V
A1
A2
G11------'
SCR- JKK/2E
G2 ,___--~
+5V
CON
COM
A2 - - - - ~
0- 5V
Figure C-2, the application circuit diagram (2) of
SCR-JKK/2
SCR-JKK/2 Series, Circuit Wiring Diagram (2)
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133
VOLTAGE POWER REGULATOR
G1
...-----+-------.....f"\
+
A1
~220V
G2
A2
220V
18V
A1
G 11--------'
SCR-JKK/2E
G2
+SV
CON
COM
A2 1 - - - - - - - - - - - - - '
0- SV
Figure D-C-2
SCR-JKK/2 Series, Circuit Wiring Diagram (2), dv/dt improved version
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134
VOLTAGE POWER REGULATOR
18V
R
C
SCR- JKK/2E
+5V CON COM
LOAD RL
0- 5V -
E, F, H types can b,
controlled by the
manual control
circu it. G type
cannot be adjustec
with the
potentiometer
SCR- JKK/2
+5V
CON
'
COM
.
2-1 0K
Figure C-3, the application circuit diagram (3) of
SCR-JKK/2 (Note: this circuit can improve the
static dv/dt)
SCR-JKK/2 Series, Circuit Wiring Diagram (3)
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135
VOLTAGE POWER REGULATOR
I/O waveform
a
o·
Ucon
180"
av a.av
4.6V
5V
The voltage waveform of the
power grid
The vo ltage waveform of the
resistive load RL, in Figure C-1,
Figure C-2
The vo ltage waveform of the
resistive load RL, in Figure C-3
SCR-JKK/2 Series, I/O waveform
Application
● Applications that need three phase voltage adjustment.
● For random fire solid state relay.
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136
VOLTAGE POWER REGULATOR
Precautions and FAQs
● The entire circuit can be applied to 380VAC (300~420VAC), 50Hz power grid. The three phase
input cables (R, S, T) in the main circuit has no phase sequence requirements, but the input cables
must be strict one-to-one correspondence with the output terminals of the solid state relay, TB-3,
and SSR-3JK (such as T corresponding to SSR1 and CON1), otherwise the system will not work
normally.
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω). The +5V
voltage signal is only provided for the manual potentiometer (the selected resistance is between
2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal) cannot be manually
adjusted by the potentiometer, so the +5V port is useless for the G type.
● The four COM ports of the SSR-3JK are connected together inside the module to form the weak
current “earth ground” (fully isolated with the neutral line “N line” of the synchronous transformer),
which will be connected to the DC “earth ground” controlled by the external circuit when choose the
automatic control mode.
● The power of the three phase load should be balanced. When the load uses the Y-connection
method, the center point Y can be connected or not connected to the neutral line. However, the
high-order harmonic interference to the power grid when connected to the neutral line is larger
than that when not connected to the neutral line. The N line on the synchronous transformer TB-3
must be reliably connected to the earth ground (the neutral line).
● SSR-3JK and TB-3 generate very little heat and do not need to be mounted on a heat sink.
● The speed control of the three phase AC asynchronous motor should be adjusted by the
frequency converter, while the three phase voltage regulation module can only be applied to fan
motors and pump motors where the requirements are not high. For the soft start of the three phase
motors, the voltage/current closed-loop control system should be used.
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137
VOLTAGE POWER REGULATOR
● Since the SSR-3JK is isolated from the power grid by the synchronous transformer TB-3 on the
one hand and isolated from the power grid by three solid state relays on the other hand, the
SSR-3JK module is extremely reliable under weak current operation, and will not be damaged even if
the three phase load is burned due to short-circuit. For this reason, it is reasonable to choose the
three phase voltage regulation system consisting of SSR-3JK (here refers to SSR-3JK system): Firstly,
compared with the three phase phase-shift module voltage-regulation system (here refers to SX-JKA
system consisting of SX-JKA and six SCR thyristors) produced by our company, the SSR-3JK system is
more convenient and reliable to connect, and even if it malfunction, the damage is relatively small
(when the SSR-3JK system is short-circuited, only one or two SSRs will be damaged, but for the SXJKA system, not only the thyristor will be damaged, but also the SX-JKA module will be damaged).
Secondly, compared with the three phase voltage regulator module (which integrates the phaseshift trigger circuit and thyristors) produced by our company or other companies, SSR-3JK system is
more reliable, because the three phase voltage regulation module contains six SCR thyristors, which
will be unstable caused by the poor heat dissipation (due to small volume and large heat), in
addition, the damage caused by the load overcurrent is more serious than SSR-3JK system.
● The SSR-3JK (with TB-3) matches the random solid state relays produced by our company. Users
can build the SSR-3JK system by purchasing the SSR-3JK, the TB-3, three random conduction type
SSRs and one heat sink to. If three long strip solid state relays are selected, they can be mounted on
a Y series module air-cooled radiator with a fan installed to form a power unit; and if three
rectangular solid state relays are selected, they can be mounted on the MG-Y heat sink to form a
power unit.
● What is the Phase Shift Control?
Phase shift control (also known as phase control, phase angle control, or conduction angle control)
,which controls the output voltage by controlling the phase of the trigger circuit. For an output
circuit consisting of two anti-parallel (back-to-back) SCRs (each SCR is responsible for a half cycle of
power output, and its phase angle can be controlled by the control signal), by changing the phase
angle, the SCR will run ahead or delay during its duty cycle. If changing the phase angle of SCRs
from 180° to 0°, the AC output voltage (effective value, or rms value) can be smoothly adjusted
from zero to maximum.
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VOLTAGE POWER REGULATOR
SX-JK Series
Voltage Power Regulator
SX-JK Series
Phase-shift Module
Three Phase
For Thyristor
------------------VOLTAGE/POWER REGULATORIHUIMULTD
WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
/TZXUJ[IZOUT
SX-JK Series Three Phase Phase-Shift Trigger Module is a device designed to regulate the load
voltage through three phase thyristor circuits, and it integrates the three phase phase-detection
circuit, the phase-shift circuit, the control circuit and the trigger circuit. Our TB Series three phase
synchronous transformer module (co-sold with SX-JK Series) provides the synchronous signal and
internal operation power supply for the phase-shift module, so users have no needs for any
external circuit or power supply. SX-JK Series can change the conduction angle of thyristors
automatically (E type: CON 0-5V; F type: CON 0-10V; G type: CON 4-20mA; H type: CON 1-5V) or
manually (adjustment of potentiometer) to trigger the corresponding components to achieve the
purpose of phase-shift and voltage-regulation. According to the function, SX-JK Series can be
divided into SX-JKA Series (three phase SCR type phase-shift trigger module), SX-JKT (three phase
TRIAC type phase-shift trigger module), SX-JKZ (three phase fully-controlled rectification phase-shift
trigger module) and SX-JKB (three phase half-controlled rectification phase-shift trigger module).
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139
VOLTAGE POWER REGULATOR
How to order
A: SCR
T :TRIAC
Z : Fully-controll ed
B : Half-contro lled
Series
Option
SX-JK
(Three Phase Phase- shift ModuleI
For Thyristor)
Control
Signal
E: 0-SVDC
F: 0-10VDC
G: 4-20mA
H: 1- SVDC
Parameters
SX-JK Series
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type
cannot be adjusted with the potentiometer)
Power Source: TB-3A/TB-3Z (three phase synchronous transformer module) can provide working
power for SX-JK without additional circuit or external power
Load Voltage: Three phase, 380VAC (300VAC~420VAC), 50HZ
Load Current: Refer to the rated current of the selected solid state relay
Dimensions & Mounting: 107mm*107mm*30mm; Panel mount solid state module with plastic
cover and screw terminals
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Linear phase-shift control circuit with good stability and high precision
● LED status indicator
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140
VOLTAGE POWER REGULATOR
Dimensions and Circuit Wiring Diagram
04.5
-
74 64
-
I
□
-
-
<
V
I
64
94
11
107
-
74
l- s2 --I
Th@ overan dimensions of th@ t hr@e phase trigg@r (S:X -
Th@ overall d imensions of the th re@phase synchronous
JKA, SX-JICT, SX-JKZ, SX -JKB)
transformer mod ule (fB-3A, TB -3Z)
Dimensions
SX-JKA Series (SCR, Phase-Shift)
With the support of the three phase voltage regulation synchronous transformer module (TB-3A),
SX-JKA can continuously adjust the AC output voltage through the circuit composed of three sets
of reverse-parallel SCR thyristors.
KP1
R
s
u
--<
:,;
A<
G•
KP4
KPJ
G3
~
n..,
0
V
A3
A6
G6
""5
T
G1
A1
SX-JKA
:,;
z ►
z l:l
gsI,
0
KPll
COM
Z I>
Gs
w
A5
CON
+5V
,,0
<
A2
G2
KP2
2-10KO
TB- 3A
SX- JKAE
E, F, H types can be coi,trolled by the
manual control circuit, G type cannot be
adjusted with the potentiometer
N
In this figure, R: 15fl ~30fl, 3W or more; C:
0.1~0.47µf, 400VAC or more
-=-
t
0- 5VDC
Figure A: The three phase AC voltage regulation circuit diagram consisting of SX-JKA, TB-3A and six SCR thyristors
(the improved circuit diagram of Figure A shows below)
SX-JKA Series, Circuit Wiring Diagram
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141
VOLTAGE POWER REGULATOR
A1
KP1
G1
u
R
-I
KP4
A4
A3
G3
KP
:::c:
G4
;;o
m
m
("\
0
V
s
z
zm
("\
-I
KP6
A6
A5
G5
KP5
G6
6
z
Vl
m
5
)>
0
- I>
~
0
w
T
G2
"U
:::c:
)>
;;o
-<
KP2
A2
A1
s
R
N
G1
A4
G4
A3
TB-3A
SX-JKAE
N
G3
A6
G6
A5
G5
A2
G2
COM CON +5N
-=
0- 5VOC
Figure A improved circuit diagram
SX-JKA Series, Circuit Wiring Diagram, dv/dt improved version
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142
VOLTAGE POWER REGULATOR
SX-JKT Series (TRIAC, Phase-Shift)
With the support of the three phase voltage regulation synchronous transformer module (TB-3A),
SX-JKT can continuously adjust the AC output voltage through the circuit composed of three TRIAC
thyristors (generally only for the resistive load).
A
T1
u
T2
:i!
~
A
s
Tl
T2
n.,,
0 :c
z i!;
V
z
o
El
Z-
-
T
SX- JKT
ffl
60
R
Tl
i>
,,0
w
T2
<
R
2- 10KO
SX- JKTE
E, F, H types can be controlled by the
manual control circuit, G type cannot be
adjusted with the potentiometer
In this figure. the position, of R and C in
the RC snubber circuit cannot be
No-- - - - - - - - - - - - <
M CON .,.5N
exchanged
= 0- SVDC
R: 150-300, 3W or more; C: 0.1-0.47µ1,
400VAC or more
Figure B: The three phase AC voltage regulation cirrurt diagram consisting of the SX.JKA, t he TB, 3A, and three
TRIAC thyristors
SX-JKT Series, Circuit Wiring Diagram
SX-JKZ Series (Fully-Controlled, Rectification, Phase-Shift)
With the support of the three phase rectification synchronous transformer module (TB-3Z), SX-JKZ
can continuously adjust the AC output voltage of the three phase fully-controlled rectification
circuit.
SX- JKZ
so-------+-------+------♦
G4
KP4
A4
Afi
2- 10KO
E, F, H types can be controlled by the
manual control circuit, G type cannot be
TB-3Z
SX- JKZE
adjusted with the potentiometer
In this figure, the positions of R and C in
the RC snubber circuit cannot be
COM
CON
•~
t
0- 5V0C
exchanged
R: 150 -300, 3W or more; C: 0.1- 0.47µ1,
400VAC o r more
Figure C: The three phase fully-controlled rectification circuit diagram consisting of the SX-JKZ, the TB-3Z, and six
SCR thyristors (the improved circuit diagram of Figure C shows below)
SX-JKZ Series, Circuit Wiring Diagram
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143
VOLTAGE POWER REGULATOR
G1
G3
KP1
KP3
GS
+
AS
R
r-
0
s
)>
0
T
G4
A6 G2
KP4
KP2
TB-3Z
A2
SX-JKZE
A2
G2
ON +SV
t
0- 5VDC
Figure C improved circuit diagram
SX-JKZ Series, Circuit Wiring Diagram, dv/dt improved version
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144
VOLTAGE POWER REGULATOR
SX-JKB Series (Half-Controlled, Rectification, Phase-Shift)
With the support of the three phase rectification synchronous transformer module (TB-3Z), SX-JKB
can continuously adjust the AC output voltage of the three phase half-controlled rectification circuit.
...
G1
KP1
R o------+--------S o-----+--+---------+------+-------<
T o-- --+--+-+ - - - - - - - - + - - - - - - 1 - - - -.....
5
SX-JKB
)>
0
KP4
2-10KQ
E, F, H types ran be controlled by the
manual control circuit, G type cannot be
adjusted with the potentiometer
TB-3Z
SX-JKBE
In th is figu re, the positions of Rand C in
the RC snubber circu it can not be
exchanged
R: 150~300, 3W or more; C: 0.1~0.47µf,
400VAC or more
t
0- 5VOC
Figure D: The three phase half-controlled rectification circuit diagram consisting of the SX-JKD, the TB-3Z and
three sets of reverse-parallel SCR thyristors/rectifier d iodes (Notice: R, S, T ports have phase sequence
requ irements)
SX-JKB Series, Circuit Wiring Diagram
Application
● Applications that need three phase voltage adjustment.
● For power thyristor circuit.
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145
VOLTAGE POWER REGULATOR
Precautions and FAQs
● The three phase AC voltage regulation circuit has no phase sequence requirements, but the three
phase input cables (R, S, T) in the three phase rectifier circuit has phase sequence requirements.
Besides, the input cables and the thyristor (such as R corresponding to the anode of KP1 and the
cathode of KP4), the synchronous transformer module and the three phase trigger must be strictly
one-to-one correspondence, otherwise the system will not work normally.
● The trigger terminals of the three phase trigger (such as A1, G1, ..., A6, G6) adopt the strong
current trigger mode, which can trigger any SCR thyristor within 1000A current. The connection
method of the so-called strong current trigger mode is to connect A1 and G1 (corresponding to the
anode and gate of KP1) instead of the usual cathode and gate.
● The power grid voltage in the four application circuits (Figures A, B, C, D) must be 380VAC
(300~420VAC), 50Hz. If the module is used in the low voltage application (requires full isolation
step-down transformer), customers need to contact us for customization.
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω). The +5V
voltage signal is only provided for the manual potentiometer (the selected resistance is between
2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal) cannot be manually
adjusted by the potentiometer, so the +5V port is useless for the G type.
● The power of the three phase load should be balanced. When the load uses the Y-connection
method, the center point Y can be connected or not connected to the neutral line. However, the
high-order harmonic interference to the power grid when connected to the neutral line is larger
than that when not connected to the neutral line. The N line on the synchronous transformer TB-3A
must be reliably connected to the earth ground (the neutral line).
● In the three phase rectifier circuit, when the output terminal of the module is connected in parallel
with an electrolytic capacitor to filter, the voltage across the capacitor cannot be abruptly changed,
so in this high-voltage and large-capacity case, the thyristor will be damaged due to overcurrent.
Therefore, before the module is powered on, it must ensure that the voltage on the control terminal
CON is 0V, and after power-on, the voltage on the control terminal CON must be gradually
increased from 0V to ensure the minimum surge current of the capacitor.
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146
VOLTAGE POWER REGULATOR
● The speed control of the three phase AC asynchronous motor should be adjusted by the
frequency converter, while the three phase voltage regulation module can only be applied to fan
motors and pump motors where the requirements are not high. For the soft start of the three phase
motors, the voltage/current closed-loop control system should be used.
● The performance of the weak current part of the three phase thyristor phase-shift trigger module
is stable and reliable, and the consistency of the six channels (or three channels) trigger is also very
good. However, the three phase thyristor phase-shift trigger module adopts the strong current
trigger mode, so if any thyristor in the main circuit malfunctions (the gate is damaged) and cannot
be triggered, the corresponding trigger terminal on the three phase thyristor phase-shift trigger
module will be easily damaged. This is the main deficiency of this module.
● In the main circuit, an RC snubber circuit must be added between the anode and the cathode of
the thyristor for protection. The resistance of the RC circuit is generally 15~30Ω, 3W or more, and
the capacitance is 0.1~0.47μf, 400VAC or more.
● SX-JKA, SX-JKT, SX-JKZ, SX-JKB, TB-3A, and TB-3Z generate very little heat and do not need to be
mounted on a heat sink.
● The synchronous transformer is sold together with three phase thyristor phase-shift trigger
module.
● What is the Phase Shift Control?
Phase shift control (also known as phase control, phase angle control, or conduction angle control)
,which controls the output voltage by controlling the phase of the trigger circuit. For an output
circuit consisting of two anti-parallel (back-to-back) SCRs (each SCR is responsible for a half cycle of
power output, and its phase angle can be controlled by the control signal), by changing the phase
angle, the SCR will run ahead or delay during its duty cycle. If changing the phase angle of SCRs
from 180° to 0°, the AC output voltage (effective value, or rms value) can be smoothly adjusted
from zero to maximum.
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147
| SOLID STATE RECTIFIER
Solid state rectifier converts AC current into DC current through an internal solid state rectification
circuit (consisting of solid state diode or solid state thyristor). If power diodes are used as the
rectifying component, solid state rectifier can be also called as solid state diode bridge rectifier;
if power thyristors (such as a MOSFET, IGBT) are used as the rectifying component, solid state
rectifier can be also called as solid state thyristor rectifier, or solid state silicon controlled rectifier.
According to the requirements of use, Solid State Rectifier can be divided into solid state rectifier
relay, solid state bridge rectifier, solid state rectifier module. The solid state diode is an
uncontrollable device, and the solid state thyristor is a controllable device, therefore, the solid
state rectifier can be divided into fully-controlled rectifier (completely composed of solid-state
thyristors) and half-controlled rectifier (composed of solid-state diodes and thyristors). Therefore,
solid state rectifier module can be divided into solid state thyristor rectifier module (completely
composed of solid state thyristor), solid state diode rectifier module (complete solid state Diode
composition), solid-state hybrid rectifier module (composed of solid state diode and thyristor).
In addition, the full-wave solid state rectifier outputs a smooth continuous DC current through a
full-wave solid state rectification circuit; the half-wave solid state rectifier outputs a pulsed DC
voltage through a half-wave solid state rectification circuit. Therefore, the solid state bridge
rectifier can be divided into full-wave bridge rectifier (full bridge) and half-wave bridge rectifier
(half bridge).
You can visit the following pages to find out which products you are interested in and more details
about them (e.g. functions, applications, specifications, outline drawings, mounting dimension
drawings, circuit wiring diagrams, Precautions).
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148
SOLID STATE RECTIFIER
MGR-ZK Series
Solid State Rectifier
MGR-ZK Series
Rectifier Relay
Single Phase
Sol id State Rectifier Relay
SOLID STATE RECTIFIERIHUIMULTD
-----------------------
WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
/TZXUJ[IZOUT
SSR-ZK Series Single Phase Solid State Rectifier Relay has built-in rectifier circuit (rectifier function)
and switch circuit (electronic switch function), which can be directly connected to the single-phase
AC power supply and the DC load, and be controlled by DC control signal. According to rated
voltage, MGR-ZK Series can be divided into MGR-ZK80 series (800VAC) and MGR-ZK120 series
(1200VAC).
How to order
80 : 800VAC
120 : 1200VAC
Series
Load
Rated
Voltage
Current
MGR-ZK
100A, 200A
(Single Phase Solid State Rectifier
Relay)
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149
SOLID STATE RECTIFIER
Parameters
MGR-ZK80 Series
Control Voltage: 3~32VDC (such as 3VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Current: Ultra-low input current, ≤20mA
Power Voltage: Single phase 800VAC
Load Current: 100A, 200A
Dimensions & Mounting: 105mm*75mm*33mm; Panel mount solid state relay with plastic cover,
metal base and screw terminals
MGR-ZK120 Series
Control Voltage: 3~32VDC (such as 3VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: Single phase 1200VAC
Load Current: 100A, 200A
Dimensions & Mounting: 105mm*75mm*33mm; Panel mount solid state relay with plastic cover,
metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Fast fuse
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SOLID STATE RECTIFIER
Dimensions and Circuit Wiring Diagram
MGR-ZK Series
105
90±0.1
Application
● Applications that need single phase rectifier and electronic switch.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
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SOLID STATE RECTIFIER
MGR-3ZK Series
Solid State Rectifier
MGR-3ZK Series
Rectifier Relay
Three Phase
Sol id State Rectifier Relay
SOLID STATE RECTIFIERIHUIMULTD
---------------------
WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
SSR-3ZK Series Three Phase Solid State Rectifier Relay has built-in rectifier circuit (rectifier function)
and switch circuit (electronic switch function), which can be directly connected to the three-phase
AC power supply and the DC load, and be controlled by DC control signal.
How to order
120 : 480VAC
Series
Load
Rated
Voltage
Current
MGR-3ZK
100A, 200A
(Three Phase Solid State Rectifier
Relay)
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152
SOLID STATE RECTIFIER
Parameters
MGR-3ZK Series
Control Voltage: 3~32VDC (such as 3VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Current: Ultra low input current, ≤20mA
Load Voltage: Three phase, 24~480VAC (such as 24VAC, 48VAC,
110VAC/120VAC, 220VAC/230VAC, 380VAC, 415VAC, 480VAC, or customized control voltage)
Load Current: 100A, 200A
Dimensions & Mounting: 105mm*75mm*33mm; Panel mount solid state relay with transparent
cover, metal base and screw terminals
Features
● "Ultra-low" input current
● Low output off-state leakage current
● Low output on-state voltage drop
● Display output status via LED
● Standard output RC snubber circuit
● Fast fuse
Dimensions and Circuit Wiring Diagram
MGR-3ZK Series
Application
● Applications that need three phase rectifier and electronic switch.
Precautions and FAQs
● If the load current is 10A, a heat sink must be equipped; if the load current is 40A or more, an aircooled radiator or a water-cooled radiator must be installed.
● When the load is an inductive load, be sure to connect a varistor in parallel with the output
terminal, whose voltage value is 1.6-1.9 times the load voltage.
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153
SOLID STATE RECTIFIER
KBPC, QL, SQL Series
Solid State Rectifier
KBPC, QL, SQL Series
Bridge Rectifier
Single Phase/Three Phase
Solid State Rectifier
.
SOLID STATE RECTIFIERIHUIMULTD
WWW .HU IMULTD.COM / SALES@HUIMULTD.COM
Introduction
KBPC, QL, SQL Series solid state rectifier bridges are available in a wide range of applications. KBPC
Series (square shape) is suitable for single-phase low-power loads, QL Series (long strip shape) for
single-phase high-power loads, and SQL Series (long strip shape, integrated heat sink) for threephase loads.
How to order
Rated
Series
Current
KBPC
(MGR Bridge Rectifier)
5~ 35A, 40A, S0A, 60A,
100A 1S0A, 200A, 250A
QL
(Single Phase Bridge Rectifier)
SQL
(Three Phase Bridge Rectifier)
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154
SOLID STATE RECTIFIER
Parameters
KBPC, QL, SQL Series
Load Voltage: Single phase or three phase, 100~1600VAC
Load Current: 5~35A, 40A, 50A, 60A, 100A, 150A, 200A, 250A
Dimensions & Mounting: See specification table below
Features
● Current: 5-250A
● Voltage: 100-1600V
● Universal small size, “vacuum + hydrogenation protection” welding technology
● Glass passivated diode chip
● Excellent power/volume ratio
● Conductivity package with high thermal resistance
Dimensions and Circuit Wiring Diagram
KBPC, QL, SQL Series
BRIDGE RECTIFIER
KBPC S-3SA
~
BRIDGE RECTIFIER
QL,/SQlz
BRIDG E RECTIFIER
KBPC 50A
=
~
BRIDGE RECTIFIER
QL,/SQL,
20-100A
BRIDGE RECTIFIER
QLJSQL,
1S0-300A
...
..
lll
~
=
so
32
Application
● Rectifier power supply
● Industrial automation control system
● CNC machine
● Remote control system
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155
SOLID STATE RECTIFIER
All Regular Models We Offer
● KBPC, QL Series (Single Phase)
Average
DC Output
Cu rrent
Model
KBPC 5A-35A
KBPC 50A
QL 5A- 50A(Ova l)
QL40A
QL 60A
QL100A
QL150A
QL 200A
QL 250A
Forward
Input
Cu rrent
Maximum
Maximum
Repetitive
Peak
Reverse
Repetitive
Peak
Reverse
Vo ltage
Current
Isolation
Voltage
Shape Code
Id
IF(AV)
VRRM
IRRM
Visol
A
A
V
mA
V
5-35
50
5- 50
40
60
100
150
200
250
2.5-17.5
2.5-25
2.5- 25
20
30
50
75
100
125
100- 1600
100- 1600
100- 1600
100- 1600
100- 1600
100-1600
100- 1600
100- 1600
100- 1600
5
5
5
7
7
7
10
10
10
2500
2500
2500
2500
2500
2500
2500
2500
2500
Ave rage
Maximum
Repetitive
Maximum
Repetitive
Peak
Reverse
Peak
Reverse
Vo ltage
Cu rrent
28*28*22
32*32*24
32*60*25
60*100*55
60*100*55
60*100*55
132*145*75
132*145*75
132*145*75
● SQL Series (Three Phase)
DC Output
Current
Model
SQ L40A
SQ L 60A
SQ L 100A
SQL 150A
SQL 200A
SQL 250A
SQ L 50-10
Forward
Input
Cu rrent
Isolation
Voltage
Shape Code
Id
IF(AV)
VRRM
IRRM
Visol
A
A
V
mA
V
40
60
100
150
200
250
50
14
20
34
50
67
84
2.5-25
100-1600
100-1600
100 -1600
100-1600
100-1600
100-1600
100-1600
7
7
7
10
10
10
5
2500
2500
2500
2500
2500
2500
2500
60*100*55
60*100*55
60*100*55
132*145*75
132*145*75
132*145*75
32*60*25
*Customized models are available, be free to contact us.
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156
SOLID STATE RECTIFIER
MT, MF, MD Series
Solid State Rectifier
MT, MF, MD Series
Rectifier Module
Electrical Welding Machine
Solid State Rectifier Module
-----------------------SOLID STATE RECTIFIERIHUIMULTD
------------------------
WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
MT, MF, MD Series solid state rectifier module are available in a wide range of applications,
especially for electrical welding machine. MT, MF, MD Series are all non-isolated rectifier modules.
MT Series (non-insulated solid state thyristor rectifier module) is composed entirely of power
thyristors; MD Series (non-insulated solid state diode rectifier module) is composed entirely of
power diodes; MF Series (non-insulated solid state thyristor and the diode hybrid rectifier module)
are composed of power thyristors and power diodes.
How to order
Rated
Series
Current
MTV.MTG
(Non- inStJlated Thyristor Rectifier Module, Fully-controlled)
70A, 11QA, 160A. 200A,
250A, 300A
MFV,MFG
(Non-insulated Thyristor Rectifier Module, Half-controlled)
MDY,MDG
(Non-insulated Diode Rectifier Module)
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157
SOLID STATE RECTIFIER
Parameters
MT, MF, MD Series
Load Current: 70A, 110A, 160A, 200A, 250A, 300A
Dimensions & Mounting: Click here to get the corresponding
overall dimensions according to the shape code, Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
● The transistor is not insulated from the backplane, and the backplane is a common electrode
● International standard package
● "Vacuum + hydrogenation protection" welding technology
● Low forward voltage drop
● Maximum operating junction temperature up to 140 ℃
● High surge current
● Crimp style structure, excellent thermal cycling and power cycle capability
Dimensions and Circuit Wiring Diagram
MT, MF, MD Series
MFG
f i f
O MDY
t t t
O
MDG
~
ff
c
Application
● Welding machine power supply
● Various DC power supplies
● Frequency converter
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158
SOLID STATE RECTIFIER
Precautions and FAQs
● What is the difference between Non-insulated Type and Insulated Type?
For non-insulated type, there is at least one input power line is connected to the output power line.
For insulated type, the input power line and the output power line are isolated and non-conductive.
All Regular Models We Offer
● MTY, MTG Series / MFY, MFG Series
Voltage
Maximum
Repetitive
Peak Offstate and
Reverse
Current
lr(AV)
A
VoRM, VRRM
loRM, IRRM
IGT
mA
VrM
V
I™
V
A
mA
V
70
110
160
200
250
300
400-2600
400-2600
400-2600
400-2600
400 - 2600
400 - 2600
12
12
12
20
20
25
1.67
1.67
1.67
1.70
1.70
1.70
210
330
480
600
750
900
100
100
100
150
150
150
2.5
2.5
2.5
2.5
2.5
2.5
Average
On-state
Model
MTx 70A
MTx 110A
MTx 160A
MTx 200A
MTx 250A
MTx 300A
Model
Current
Holding
Current
Maximum
Repetitive
Peak Offstate and
Reverse
Maximum Peak On-state
Voltage and Cu rrent
Gate
Trigger
Current
Gate
Trigger
Voltage
VGT
Maximum
Rate Of Rise Rate Of Rise
Junction
Of Off-state Of On-state
Temperatur
Voltage
Current
Shape Code
e
IH
dv/dt
di/dt
mA
V/us
A/us
oc
MTx 70A
100
800
100
125
MTx 110A
100
800
100
125
MTx 160A
100
800
100
125
MTx 200A
MTx 250A
MTx 300A
100
100
100
800
800
800
100
100
100
125
125
125
Tim
www.huimultd.com
103B, 102B,
101B
103B, 102B,
101B
103B, 102B,
101B
104B
104B
104B
159
SOLID STATE RECTIFIER
● MDY, MDG Series
M aximum
Repetitive
Peak
Maxim um
Repetitive
Peak
Current
Reverse
Voltage
Reverse
Current
IF(AV)
VRRM
IRRM
VTM
V
mA
V
I™
A
IF(RMS)
A
A
oc
MDx 70A
MDx 110A
MDx 160A
MDx 200A
MDx 250A
MDx 300A
70
110
160
200
250
300
400-2600
400-2600
400-2600
400-2600
400-2600
400-2600
12
12
12
20
20
25
1.57
1.57
1.57
1.60
1.60
1.60
210
330
480
600
750
900
157
157
236
314
393
471
150
150
150
150
150
150
Model
Shape Code
MDx 70A
MDx 110A
201F, 101B
201F, 101B
103B, 102B,
101B
104B
104B
104B
Average
Forward
Model
MDx 160A
MDx 200A
MDx 250A
MDx 300A
Maximum Peak On - state
Voltage and Current
RM S
Forward
Current
M aximum
Junction
Temperatur
e
Tim
*Customized models are available, be free to contact us.
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160
SOLID STATE RECTIFIER
MTC, MTA, MTK, MTX Series
Solid State Rectifier
MTC, MTA, MTK, MTX Series
Rectifier Module
Thyristor
Solid State Rectifier Module
----------------------
SOLID STATE RECTIFIERIHUIMULTD
WWW .HUIMULTD .COM / SALES@HUIMULTD .COM
Introduction
MT Series solid state thyristor module are available in a wide range of applications. According to
the control mode, MT Series can be divided into MTC Series, MTA Series, MTK Series and MTX
Series.
How to order
Rated
Series
Current
MTC
MTA
MTK
MTX
2SA, SSA, 70A, 90A,
11OA, 130A, 160A, 200A,
2SOA, 300A, 400A, SODA
800A 1000A
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161
SOLID STATE RECTIFIER
Parameters
MTC, MTA, MTK, MTX Series
Load Current: 25A, 55A, 70A, 90A, 110A, 130A, 160A, 200A, 250A,
300A, 400A, 500A, 800A, 1000A
Dimensions & Mounting: Click here to get the corresponding
overall dimensions according to the shape code, Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
● Electrical insulation between the chip and the backplane with insulation voltage 2500VAC
● International standard package
● "Vacuum + hydrogenation protection" welding technology
● Crimp style structure, excellent thermal cycling and power cycle capability
● If the current is below 350A, the module is cooled by forced air cooling; if the current is more
than 400A, the cooling method can be either air-cooling or water-cooling.
● Easy to install, easy to apply and maintain
● Compact dimensions and low weight
Dimensions and Circuit Wiring Diagram
MTC, MTA, MTK, MTX Series
MTG
MTK
©~\d<l
MTA
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MTX
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www.huimultd.com
162
SOLID STATE RECTIFIER
Application
● Control system of AC and DC motor
● Various rectification power supplies
● Industrial heating control system
● Lighting system
● Contactless switch
● Motor soft start
● Static var compensator
● Welding machine
● Frequency converter
● UPS power supply
● Battery charging and discharging
Precautions and FAQs
● VDSM/VRSM=VDRM/VRRM+200V
● Unless otherwise stated, IGT, VGT, IH, VTM, and VISO are all tested at 25 °C, and other parameters
in the table are tested at Tjm.
● I2t=I2TSM×tw/2; In the formula, tw=half period of sinusoidal current. If the frequency is 50Hz,
I2t=0.005I2TSM (Amps2 sec)
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163
SOLID STATE RECTIFIER
All Regular Models We Offer
● MTC, MTA, MTK, MTX Series
Model
MTx 25A
MTx 55A
MTx 70A
MTx 90A
MTx 110A
MTx 130A
MTx 160A
MTx 200A
MTx 250A
MTx 300A
MTx 400A
MTx 500A
MTx 800A
MTx 500A*
MTx 800A*
MTx lO00A*
Model
Average
On-state
Current
Maximum
Repetitive
Peak Offstate and
Reverse
Voltage
lr(AV)
V oRM, VRRM
VTM
ITM
IDRM , IRRM
Gate
Trigger
Current
Gate
Trigger
Voltage
IGT
VGT
A
V
V
A
mA
mA
V
25
55
70
90
110
130
160
200
250
300
400
500
800
500
800
1000
400 - 2600
400 - 2600
400-2600
400-2600
400-2600
400-2600
400 - 2600
400 - 2600
400-2600
400-2600
400-2600
400-2600
400 - 2600
400 -2600
400-2600
400-2600
1.5
1.5
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
80
80
170
270
330
410
480
600
750
900
1050
1500
2400
1500
2400
3000
8
8
10
15
20
25
25
30
30
40
40
40
40
40
40
40
100
100
100
100
100
150
150
180
180
180
200
200
200
200
200
200
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
3.0
3.0
3.0
3.0
3.0
3.0
Holding
Current
IH
MTx 25A
MTx 55A
MTx 70A
MTx 90A
MTx 110A
MTx 130A
MTx 160A
MTx 200A
MTx 250A
MTx 300A
MTx 400A
MTx 500A
MTx 800A
MTx 500A*
MTx 800A*
MTx lO00A*
Maximum
Repetitive
Maximum Peak On - state Peak OffVoltage and Current
state and
Reverse
Current
Maximum
Rate Of Rise Rate Of Rise
Junction
Of Off-state Of On-state
Temperatur
Voltage
Current
e
dv/dt
di/dt
Isolation
Voltage
Tim
V;sol
V(AC)
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
mA
V/us
A/us
oc
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
50
50
50
100
100
100
100
100
100
100
100
100
100
100
100
100
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
Shape Code
101F
101F
201 F
201F
201F
301F
301F
401F
401F
401F
501F
501F
701F
907F
111F
70F
Note: In the model table, MTx represents any one series of MTC, MTK, MTA, MTX, and MT.
The domestic models corresponding to the imported models PK, SKKT, IR, EMGE, TM, MSG, MCC,
MTT, etc., are subject to the circuit diagram.
*Customized models are available, be free to contact us.
www.huimultd.com
164
SOLID STATE RECTIFIER
MDC, MDA, MDK, MDX Series
Solid State Rectifier
MDC, MDA, MDK, MDX Series c5J
Rectifier Module
Diode
Solid State Rectifier Module
SOLID STATE RECTIFIERIHUIMULTD
----------------------
WWW .HUIMULTD .COM / SALES@HUIMULTD .COM
Introduction
MD Series solid state diode module are available in a wide range of applications. According to the
control mode, MT Series can be divided into MDC Series, MDA Series, MDK Series and MDX Series.
How to order
Rated
Series
Current
MDC
MDA
MDK
MDX
2SA. SSA, 70A, 90A,
110A, 130A, 160A, 200A,
2S0A, 300A, 400A, S00A,
BODA, 1000A
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165
SOLID STATE RECTIFIER
Parameters
MDC, MDA, MDK, MDX Series
Load Current: 25A, 55A, 70A, 90A, 110A, 130A, 160A, 200A, 250A,
300A, 400A, 500A, 800A, 1000A
Dimensions & Mounting: Click here to get the corresponding
overall dimensions according to the shape code, Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
● Electrical insulation between the chip and the backplane with insulation voltage 2500VAC
● International standard package
● "Vacuum + hydrogenation protection" welding technology
● Crimp style structure, excellent thermal cycling and power cycle capability
● If the current is below 350A, the module is cooled by forced air cooling; if the current is more
than 400A, the cooling method can be either air-cooling or water-cooling.
● Easy to install, easy to apply and maintain
● Compact dimensions and low weight
Dimensions and Circuit Wiring Diagram
MDC, MDA, MDK, MDX Series
MDA
©l[>I
K1
[>I
®
K2
®
MDC
ml[>!
MDK
K1K2
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I
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A1
®
I
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K1
®
I
1<3
A2
@
A2
®
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166
SOLID STATE RECTIFIER
Application
● Control system of AC and DC motor
● Various rectification power supplies
● Industrial heating control system
● Lighting system
● Contactless switch
● Motor soft start
● Static var compensator
● Welding machine
● Frequency converter
● UPS power supply
● Battery charging and discharging
Precautions and FAQs
● VDSM/VRSM=VDRM/VRRM+200V
● Unless otherwise stated, IGT, VGT, IH, VTM, and VISO are all tested at 25 °C, and other parameters
in the table are tested at Tjm.
● I2t=I2TSM×tw/2; In the formula, tw=half period of sinusoidal current. If the frequency is 50Hz,
I2t=0.005I2TSM (Amps2 sec)
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167
SOLID STATE RECTIFIER
All Regular Models We Offer
● MDC, MDA, MDK, MDX Series
Average
On-state
Model
MDx 25A
MDx 55A
MDx 70A
MDx 90A
MDx 110A
MDx 130A
MDx 160A
MOx 200A
MDx 250A
MDx 300A
MDx 400A
MDx 500A
MDx 800A
MDx 1000A
MDx 500A*
MDx SODA*
Model
Current
Maximum
Repetitive
Peak Offstate and
Reverse
Voltage
Maximum
Repetitive
Maximum Peak On-state Peak OffVoltage and Current
state and
Reverse
Current
RMS
Forward
Cu rrent
Maximum
Junction
Temperatu r
e
lr(AV)
VoRM• VRRM
VrM
I™
loRM• IRRM
IF(RMS)
A
V
V
A
mA
A
oc
25
55
70
90
110
130
160
200
250
300
400
500
800
1000
500
800
400- 2600
400- 2600
400-2600
400-2600
400- 2600
400-2600
400-2600
400-2600
400- 2600
400- 2600
400- 2600
400- 2600
400- 2600
400-2600
400-2600
400-2600
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.65
1.65
1.65
1.65
1.65
1.65
80
170
270
270
330
410
480
600
750
900
1000
1500
2400
3000
1500
2400
8
8
8
8
8
12
12
12
20
20
40
40
40
40
40
40
41
86
110
141
173
212
251
314
393
471
640
785
785
785
785
1256
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
Isolation
Voltage
Tim
Shape Code
Visol
V(AC)
MDx 25A
MDx 55A
MDx 70A
MDx 90A
MDx 110A
MDx 130A
MOx 160A
MDx 200A
MDx 250A
MDx 300A
MDx 400A
MDx 500A
MDx 800A
MDx 1000A
MDx 500A*
MOx SODA*
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
101F
101 F
201 F
201F
301F
301F
301 F
401F -1
401 F-1
401F -1
401F
401 F
501F
701 F
801F
901 F
Note: In the model column, MDx represents any one series of MDC, MDK, MDA, MDX, and MD.
The domestic models corresponding to the imported models RM, SKKD, DD, MDD, 2RL, 100L, etc.,
are subject to the circuit diagram.
*Customized models are available, be free to contact us.
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168
SOLID STATE RECTIFIER
MFC, MFA, MFK, MFX Series
Solid State Rectifier
MFC, MFA, MFK, MFX Series
Rectifier Module
Thyristor-Diode Hybrid
Solid State Rectifier Module
- - - - - - - - - - - - - - - - - - - - -
SOLID STATE RECTIFIERIHUIMULTD
--------------------WWW.HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
MF Series solid state thyristor and diode hybrid module are available in a wide range of
applications. According to the control mode, MF Series can be divided into MFC Series, MFA Series,
MFK Series and MFX Series. According to the process, MF Series can be divided into DT type
(Diode-Thyristor) and TD type (Thyristor-Diode).
How to order
Rated
Series
Current
MFC
MFA
MFK
MFX
25A, SSA, 70A, 90A,
110A, 130A, 160A 200A,
250A, 300A, 400A, S00A,
800A, 1000A
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169
SOLID STATE RECTIFIER
Parameters
MFC, MFA, MFK, MFX Series
Load Current: 25A, 55A, 70A, 90A, 110A, 130A, 160A, 200A, 250A,
300A, 400A, 500A, 800A, 1000A
Dimensions & Mounting: Click here to get the corresponding
overall dimensions according to the shape code, Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
● Electrical insulation between the chip and the backplane with insulation voltage 2500VAC
● International standard package
● "Vacuum + hydrogenation protection" welding technology
● Crimp style structure, excellent thermal cycling and power cycle capability
● If the current is below 350A, the module is cooled by forced air cooling; if the current is more
than 400A, the cooling method can be either air-cooling or water-cooling.
● Easy to install, easy to apply and maintain
● Compact dimensions and low weight
Dimensions and Circuit Wiring Diagram
MFC, MFA, MFK, MFX Series
MFA(TD)
,,.,IH
(j)
~I
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@
MFC(TD)
MFK(TD)
~~m
MFA(DT)
KIK2
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AO
®
ht!~:
MFK(DT)
~~
3
lt11tZ I
(j)
l<l
AO
®
''"'
I bl 11 ®
(D
Kl
MFX(TD)
~g~i
MFC(DT)
~;
<D I [)I
www.huimultd.com
.,
@
?b"' I
bl
I (1~
MFX(DT)
~~
cb"' I
II ~
D:l,1
i~~
I::~
170
SOLID STATE RECTIFIER
Application
● Control system of AC and DC motor
● Various rectification power supplies
● Industrial heating control system
● Lighting system
● Contactless switch
● Motor soft start
● Static var compensator
● Welding machine
● Frequency converter
● UPS power supply
● Battery charging and discharging
Precautions and FAQs
● VDSM/VRSM=VDRM/VRRM+200V
● Unless otherwise stated, IGT, VGT, IH, VTM, and VISO are all tested at 25 °C, and other parameters
in the table are tested at Tjm.
● I2t=I2TSM×tw/2; In the formula, tw=half period of sinusoidal current. If the frequency is 50Hz,
I2t=0.005I2TSM (Amps2 sec)
All Regular Models We Offer
● MFC, MFA, MFK, MFX Series
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171
SOLID STATE RECTIFIER
Model
Average
On - state
Current
Gate
Trigger
Voltage
V GT
VoRM• VRRM
V
VTM
l oRM• I RRM
IGT
V
A
mA
mA
V
25
55
70
90
110
130
160
200
250
300
400
500
800
1000
500
800
400-2600
400- 2600
400-2600
400-2600
400-2600
400-2600
400-2600
400-2600
400- 2600
400-2600
400-2600
400-2600
400-2600
400- 2600
400-2600
400-2600
1.69
1.69
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
1.9
80
170
170
270
330
410
480
600
750
900
1050
1500
2400
3000
1500
2400
8
8
10
15
20
25
25
30
30
40
40
40
40
40
40
40
100
100
100
100
100
150
150
180
180
180
200
200
200
200
200
200
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
3.0
3.0
3.0
3.0
3.0
3.0
Holding
Current
Model
IH
MFx 25A
MFx 55A
MFx 70A
MFx 90A
MFx 110A
MFx 130A
MFx 160A
MFx 200A
MFx 250A
MFx 300A
MFx 400A
MFx 500A
MFx 800A
MFx 1000A
MFx 500A*
MFx 800A*
Gate
Trigger
Current
A
IT(AV)
MFx 25A
MFx 55A
MFx 70A
MFx 90A
MFx 110A
MFx 130A
MFx 160A
MFx 200A
MFx 250A
MFx 300A
MFx 400A
MFx 500A
MFx 800A
MFx 1000A
MFx 500A*
MFx 800A*
Maximum
Maximum
Repetitive
Repetitive
Peak Off- Maximum Peak On- state Peak OffVoltage and Current
state and
state and
Reverse
Reverse
Voltage
Current
I™
Maximum
One-cycle
NonM aximum
Rate Of Rise Rate Of Rise repetitive
Junction
Of Off-state Of On-state On - state
Temperatur
and
Voltage
Current
e
Forward
Surge
Current
dv/ dt
di/dt
ITSM, IFsM
3
mA
V/µs
A/µs
A* 10
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
100
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
800
50
50
50
100
100
100
100
100
100
100
100
100
100
100
100
100
0.55
1.25
1.60
2.00
2.40
3.80
5.40
7.20
8.50
9.30
14.0
16.0
16.0
16.0
no
16.0
Isolation
Voltage
Shape Code
Tim
V;sol
oc
V(AC)
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
2500
101F
101F
201F
201F
201F
301F
301F
401F
401F
401F
501F
501F
701F
907F
lllF
70F
Note: The MFx in the model column indicates any one series of MFC, MFK, MFA, and MFX.
The domestic models corresponding to the imported models TM, SKKH, PD, IR, PE, TD, etc., are
subject to the circuit diagram.
*Customized models are available, be free to contact us.
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172
SOLID STATE RECTIFIER
MGR-DQZ Series
Solid State Rectifier
MGR-DQZ Series
Rectifier Module
Fu 11 Isola ti on Fu Ily-control led
Bridge Rectifier Module
SOLID STATE RECTIFIERIHUIMULTD
WWW.HUIMULTD.COM / SALES@HUIMULTD .COM
Introduction
SSR-ZK Series single phase full isolation fully-controlled bridge rectifier module integrates the fullycontrolled bridge rectifier (consisting of four SCR thyristors), the phase-shift circuit and the trigger
circuit. Under the AC synchronous voltage (18VAC) provided by external device, the conduction
angle of the four SCR thyristors can be changed by the automatic control method or manual
control method (i.e. the external potentiometer), which means the single phase AC voltage can be
easily converted into the pulsed DC voltage with the continuously adjustable amplitude. According
to the rated voltage, MGR-DQZ Series can be divided into MGR-DQZ36 Series (20~50VAC), MGRDQZ110 Series (50~120VAC), MGR-DQZ220 Series (120~250VAC), and MGR-DQZ380 Series
(180~450VAC).
How to order
36D: 20-S0VAC
E: 0-SVDC
F: 0-l0VDC
G :4-20mA
H: 1-SVDC
110D : 50- 120VAC
220D : 120-250VAC
380D: 780-450VAC
Series
Load
Rated
Voltage
Current
MGR-DQZ
1 SA, 35A, 75A, 120A,
150A, 190A
(Single Phase Full Isolation Fullycontrolled Bridge Rectifier
Module)
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173
SOLID STATE RECTIFIER
Parameters
MGR-DQZ Series
Control Voltage: 3~32VDC (such as 3VDC, 9VDC, 12VDC, 24VDC,
32VDC or customized control voltage)
Control Signal: E: CON 0-5V; F: CON 0-10V; G: CON 4-20mA; H:
.~1:
CON 1-5V
*(E, F, H types can be controlled by the manual control circuit, G type cannot be adjusted with the
potentiometer)
Load Voltage: 36VAC (20~50VAC); 110VAC (50~120VAC); 220VAC (120~250VAC); 380VAC
(180~450VAC)
Load Current: 15A, 35A, 75A, 120A, 150A, 190A
Dimensions & Mounting: 105mm*74mm*33mm; Panel mount solid state module with plastic
cover, metal base and screw terminals
Features
● Modularization with high pressure resistant, safer and more reliable
● Miniaturization with convenience for installation, wiring and etc.
● Integrates the fully-controlled bridge rectifier, the phase-shift circuit and the trigger circuit
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174
SOLID STATE RECTIFIER
Dimensions and Circuit Wiring Diagram
MGR-DQZ Series
*
0
COM
G)
CON
0
©
©
~
0- :SV
+5V
220/\C
o·
The relationship and waveform
of the control voltage UcoN and
the conduction angle a of the
thyristor (when resistive load) 180" .._......_ _ _ _ _ _ _ _ _ _.,_....__ Ucon
_
OV 0.8V
DOZ2- lO K
4.6V SV
The voltage waveform of the
power grid
E, F, H types can be controlled by the manual
control circuit, G type cannot be adjusted with
the potentiometer
The voltage waveform of the
resistive load R,
a
● ① and ② ports are the AC power supply input terminals of the module, and the voltage grade
can be divided into 380VAC, 220VAC, 110VAC and 36VAC.
● ③ and ④ are DC output positive and negative terminals of the load voltage respectively
● ⑤ and ⑥ ports are the synchronous voltage input terminals, allowing the input voltage with
amplitudes of 18 ± 5 VAC (synchronized with AC power supply of ① and ② ports). ⑤ and ② ports
are synchronous terminals.
● ⑦, ⑧ and ⑨ ports are +5V port, CON port and COM port respectively. COM port is the internal
common ground terminal, CON port is the control terminal, and the +5V port is the power supply
generated inside the module only for the manual control of potentiometer. The strong current part
(①, ②, ③, and ④ ports) and the weak current part (⑤, ⑥, ⑦, ⑧, and ⑨ ports) are fully isolated.
Application
● Applications that need single phase full isolation and fully control.
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175
SOLID STATE RECTIFIER
Precautions and FAQs
● When the output terminal of the module is connected in parallel with an electrolytic capacitor to
filter, the voltage across the capacitor cannot be abruptly changed, so in this high-voltage and
large-capacity case, the module will be damaged due to overcurrent. Therefore, before the module
is powered on, it must ensure that the voltage on the control terminal CON is 0V, and after poweron, the voltage on the control terminal CON must be gradually increased from 0V to ensure the
minimum surge current of the capacitor.
● CON must be positive relative to COM, and if the polarity is opposite, the output terminal will be
out of control (fully open or fully closed). When the control terminal CON changes from 0V to 5V,
the voltage on the AC load can be adjusted from 0V to the maximum value (for resistive loads).
When the control voltage on CON is around 0V~0.8V (Fully-closed Region), the control signal can
reliably shut down the output of the module. When the control voltage on CON is around
0.8V~4.6V (Adjustable Region), the conduction angle α decreases linearly from 180° to 0° as the
control voltage increases, and the voltage on the AC load increases from 0V to the maximum value.
When the control voltage on CON is around 4.6V~5V (Full-open Region), the voltage on the AC
load is the maximum value (close to the power grid voltage).
● The input impedance between CON and COM is divided into E, F and H type (the impedance of
these three types are greater than or equal to 30KΩ), and G type (the impedance is 250Ω). The +5V
voltage signal is only provided for the manual potentiometer (the selected resistance is between
2~10KΩ), not for other uses. Note: The G type (4~20mA as control signal) cannot be manually
adjusted by the potentiometer, so the +5V port is useless for the G type.
● When ⑤ and ② ports are not synchronous, the whole module has no output, but such problem
can be solved by switching the two cables on ⑤ and ⑥ ports. The synchronous transformer power
can be 2W, and our company can supply synchronous transformers with 220V/18V (2W), 380V/18V
(2W) specification.
● The heat of the whole module = Actual load current (Amps) * 3.0 W/Amps. Customers can select
MG-L, MG-H series heat sink according to actual needs.
● The insulation voltage between the strong current part, the weak current part, and the module
backplane is greater than 2000VAC.
● The single phase rectifier module must be applied to a 50 Hz frequency power grid. Besides, the
380V type must be applied to the 180~450VAC power grid; the 220V type must be applied to
120~250VAC power grid; the 110V type must be applied to 50~120VAC power grid; the 36V type
must be applied to 20~50VAC. And the synchronous voltage on ⑤ and ⑥ ports must be 18 ± 5
VAC.
● For specifications and precautions for selecting the current grade, device protection, etc., please
refer to the instruction of single phase AC solid state relays.
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176
SOLID STATE RECTIFIER
MDQ, MDS Series
Solid State Rectifier
M DQ, M DS Series
Rectifier Module
Single Phase/Three Phase
Bridge Rectifier Module
SOLID STATE RECTIFIERIHUIMULTD
WWW .HUIMULTD.COM / SALES@HUIMULTD .COM
Introduction
MDQ, MDS Series solid state bridge rectifier modules are available in a wide range of applications.
MDQ Series is single phase bridge rectifier module, MDS Series is three phase bridge rectifier
module.
How to order
Control
Signal
Series
MDQ
(Single Phase Bridge Rectifier
Module)
MOS
25A, SSA, 70A, 90A,
110A, 130A, 160A, ZODA,
250A, 300A, 400A, SOOA,
800A, 1000A
(Three Phase Bridge Rectifier
Module)
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177
SOLID STATE RECTIFIER
Parameters
MDQ, MDS Series
Load Current: 25A, 55A, 70A, 90A, 110A, 130A, 160A, 200A, 250A,
300A, 400A, 500A, 800A, 1000A
Dimensions Mounting: Click here to get the corresponding
overall dimensions according to the shape code, Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
● Electrical insulation between the chip and the backplane with insulation voltage 2500VAC
● International standard package
● "Vacuum + hydrogenation protection" welding technology
● Low forward voltage drop
● Maximum operating junction temperature up to 150 ℃
● Compact dimensions and low weight
Dimensions and Circuit Wiring Diagram
MDQ, MDS Series
MOS
MDQ
+
+
Application
● DC power supply of the instruments and equipment
● Input rectification power supply of the PWM inverter
● Excitation power supply of the DC motor
● Input rectification system of switching power supply
● Soft start capacitor charging system
● Electrical drive and auxiliary current
● Inverter welder
● DC power charging system
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178
SOLID STATE RECTIFIER
Precautions and FAQs
● VRSM=VRRM+200V
● In addition to VFM and VISOL, the other parameters in the table are the test values under Tjm.
All Regular Models We Offer
● MDQ Series
DC Output
Current
Average
Forward
Input
Current
Model
MDQ30
MDQ 60
MDQ 100
MDQ 150
MDQ 200
MDQ 300
MDQ 400
MDQ 500
MDQ 600
Model
Cover
Temperatur
e
Maximum
Repetitive
Peak
Reverse
Voltage
Maximum
Repetitive
Peak
Reverse
Current
Maximum Peak On-state
Voltage and Current
Id
IF(AV)
Tc
VRRM
IRRM
VrM
A
A
oc
V
mA
V
I™
A
30
60
100
150
200
300
400
500
600
10
20
35
50
68
100
135
168
200
100
100
100
100
100
100
100
100
100
600-2000
600-2000
600-2000
600- 2000
600-2000
600-2000
600-2000
600-2000
600-2000
8
8
10
10
10
10
10
10
10
1.45
1.45
1.45
1.50
1.50
1.50
1.50
1.50
1.50
30
60
100
150
200
300
400
500
600
Maximum
Junction
Temperatu r
e
Isolation
Voltage
Tim
oc
Visol
V(AC)
MDQ30
MDQ 60
MDQ 100
150
150
150
2500
2500
2500
MDQ 150
150
2500
MDQ 200
150
2500
MDQ 300
MDQ 400
MDQ 500
MDQ 600
150
150
150
150
2500
2500
2500
2500
Shape Code
102A
102A
102A
103A, 103A1
103A, 103A1
104A
104A
105A
106A
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179
SOLID STATE RECTIFIER
● MDS Series
Average
Model
MDS 30
MDS 60
MDS 100
MDS 150
MDS 200
MDS 300
MDS 400
MDS 500
MDS 600
Model
DC Output
Current
Forward
Input
Current
Maximum
Maximum
Cover
Temperatur
e
Repetitive
Peak
Reverse
Voltage
Repetitive
Peak
Reverse
Current
VRRM
IRRM
VrM
V
mA
V
I™
A
600- 2000
600- 2000
600- 2000
600- 2000
600- 2000
600- 2000
600-2000
600- 2000
600-2000
8
8
10
10
10
10
10
10
10
1.45
1.45
1.45
1.50
1.50
1.50
1.50
1.50
1.50
30
60
100
150
200
300
400
500
600
Id
IF(AV)
Tc
A
A
oc
30
60
100
150
200
300
400
500
600
10
20
35
50
68
100
135
168
200
100
100
100
100
100
100
100
100
100
Maximum
Junction
Temperatur
Isolation
Voltage
e
Tim
oc
V;sol
V(AC)
MDS 30
MDS 60
MDS 100
150
150
150
2500
2500
2500
MDS 150
150
2500
MDS 200
150
2500
MDS 300
MDS 400
MDS 500
MDS 600
150
150
150
150
2500
2500
2500
2500
Maximum Peak O n-state
Voltage and Current
Shape Code
102A
102A
102A
103A, 103A1
103A, 103A1
104A
104A
105A
106A
Note: Single phase bridge rectifier module (MDQ); the domestic models corresponding to the
imported models SKCH, DF, VHF etc., are subject to the circuit diagram.
Three phase bridge rectifier module (MDS); the domestic models corresponding to the imported
models 6RI, RM, DF etc., are subject to the circuit diagram.
*Customized models are available, be free to contact us.
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180
SOLID STATE RECTIFIER
MFQ, MTF, MHF Series
Solid State Rectifier
MFQ, MTF, MHF Series ~
Single Phase
Fully-control led/Half-control led
Bridge Rectifier Module
SOLID STATE RECTIFIERIHUIMULTD
WWW .HUIMULTD.COM / SALES@HUIMULTD .COM
Introduction
MFQ, MTF, MHF Series single phase fully controlled/ half controlled solid state bridge rectifier
modules are available in a wide range of applications.
How to order
Rated
Current
Series
MFQ
MTF
MHF
60A, 90A, 130A, 1S0A,
200A, 300A, 450A
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181
SOLID STATE RECTIFIER
Parameters
MFQ, MTF, MHF Series
Load Current: 60A, 90A, 130A, 150A, 200A, 300A, 450A
"I
Dimensions & Mounting: Click here to get the corresponding
...
overall dimensions according to the shape code, Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
● Electrical insulation between the chip and the backplane with insulation voltage 2500VAC
● International standard package
● "Vacuum + hydrogenation protection" welding technology
● Low forward voltage drop
● Maximum operating junction temperature up to 150 ℃
● Compact dimensions and light weight
Dimensions and Circuit Wiring Diagram
MFQ, MTF, MHF Series
MFQ
•t {
MFQ,
MFQ3
0
o>--------
+
a
t t
0
MHF2
MHF
+
+
Application
● DC power supply of the instruments and equipment
● Input rectification power supply of the PWM inverter
● Excitation power supply of the DC motor
● Input rectification system of switching power supply
● Soft start capacitor charging system
● Electrical drive and auxiliary current
● Inverter welder
● DC power charging system
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182
SOLID STATE RECTIFIER
Precautions and FAQs
● VRSM=VRRM+200V
● In addition to VFM and VISOL, the other parameters in the table are the test values under Tjm.
All Regular Models We Offer
● MFQ, MTF, MHF Series
Average
Forward
Input
Current
Maximum
Repetitive
Peak Offstate and
Reverse
Voltage
Maximum
Repetitive
Peak Offstate and
Reverse
Cu rrent
A
IF(AV)
V
VoRM • V RRM
V
loRM • IRRM
mA
v™
V
I™
A
IGT
mA
MTx 60
MTx 90
MTx 130
MTx 150
MTx 200
MTx 300
MTx 450
60
90
130
150
200
300
450
30
45
65
75
100
150
225
400-2600
400 - 2600
400-2600
400 - 2600
400-2600
400 -2600
400-2600
8
15
25
25
30
40
40
1.45
1.45
1.45
1.50
1.50
1.50
1.50
90
135
195
225
300
450
675
100
100
150
180
180
180
200
Model
Gate
Trigger
Voltage
Holding
Current
Model
DC Output
Current
Id
MTx 60
MTx 90
MTx 130
MTx 150
MTx 200
MTx 300
MTx 450
Maximum Peak On - state
Voltage and Cu rrent
Maximum
Rate Of Rise Rate Of Rise
Junction
Of Off- state Of On - state
Temperat ur
Voltage
Cu rrent
e
Isolation
Voltage
VGT
V
IH
dv/dt
di/dt
Tim
mA
V/µs
A/µs
oc
V;sol
V(AC)
2.5
2.5
2.5
2.5
2.5
2.5
3.0
100
100
100
100
100
100
100
800
800
800
800
800
800
800
50
100
100
100
100
100
100
125
125
125
125
125
125
125
2500
2500
2500
2500
2500
2500
2500
Gate
Trigger
Current
Shape Code
102A
102A
103A-1
103A-1
104A
104A
105A
Note: The MTx in the model column indicates any one series of MFQ, MHF, and MTF.
The domestic models corresponding to the imported models SKKT, IR, PD, 2RI, 100L, etc., are
subject to the circuit diagram.
*Customized models are available, be free to contact us.
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183
SOLID STATE RECTIFIER
MTQ, MFS Series
Solid State Rectifier
MTQ. MFS Series
Three Phase
Fully-controlled/Half-controlled
Bridge Rectifier Module
SOLID STATE RECTIFIERIHUIMULTD
WWW .HUIMULTD.COM / SALES@HU IMULTD.COM
Introduction
MTQ, MFS Series three phase fully controlled/ half controlled solid state bridge rectifier modules are
available in a wide range of applications.
How to order
Rated
Series
Current
MTQ
60A 90A 130A 1S0A
200A, 300A, 450A
MFS
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184
SOLID STATE RECTIFIER
Parameters
MTQ, MFS Series
Load Current: 60A, 90A, 130A, 150A, 200A, 300A, 450A
Dimensions & Mounting: Click here to get the corresponding
overall dimensions according to the shape code, Panel mount
solid state module with plastic cover, metal base and screw terminals
Features
● Electrical insulation between the chip and the backplane with insulation voltage 2500VAC
● International standard package
● "Vacuum + hydrogenation protection" welding technology
● Low forward voltage drop
● Maximum operating junction temperature up to 150 ℃
● Compact dimensions and light weight
Dimensions and Circuit Wiring Diagram
MTQ, MFS Series
MFS
MFS2
+
MTQ
+
+
Application
● DC power supply of the instruments and equipment
● Input rectification power supply of the PWM inverter
● Excitation power supply of the DC motor
● Input rectification system of switching power supply
● Soft start capacitor charging system
● Electrical drive and auxiliary current
● Inverter welder
● DC power charging system
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185
SOLID STATE RECTIFIER
Precautions and FAQs
● VRSM=VRRM+200V
● In addition to VFM and VISOL, the other parameters in the table are the test values under Tjm.
All Regular Models We Offer
● MTQ, MFS Series
Model
DC Output
Current
Average
Forward
Input
Current
Maximum
Repetitive
Peak Offstate and
Reverse
Voltage
Maximum
Repetitive
Peak Offstate and
Reverse
Cu rrent
Maximum Peak On - state
Voltage and Cu rrent
Gate
Trigger
Current
Id
I F(AV)
VDR M, VRR M
loR M, IRR M
v ™
I™
IGT
A
A
V
mA
V
A
mA
MTx 60
MTx 90
MTx 130
MTx 150
MTx 200
MTx 300
MTx 450
60
90
130
150
200
300
450
20
30
44
50
67
100
150
400 - 2600
400-2600
400-2600
400-2600
400-2600
400-2600
400-2600
8
15
25
25
30
40
40
1.45
1.45
1.45
1.50
1.50
1.50
1.50
60
90
130
150
200
200
450
100
100
150
180
180
180
200
Model
Gate
Trigger
Voltage
Holding
Current
VGT
V
MTx 60
MTx 90
MTx 130
MTx 150
MTx 200
MTx 300
MTx 450
Note: The MTx in the
Maximum
Rate Of Rise Rate Of Rise
Junction
Of Off- state Of On-state
Temperatur
Voltage
Cu rrent
e
IH
dv/dt
di/dt
mA
V/µs
A/µs
Isolation
Voltage
Tim
oc
2.5
100
800
50
125
2.5
100
800
100
125
2.5
125
100
800
100
2.5
100
800
100
125
2.5
100
800
100
125
2.5
100
800
100
125
3.0
100
800
100
125
model column indicates any one series of MTS, and MFS.
Shape Code
V;sol
V(AC)
2500
2500
2500
2500
2500
2500
2500
102A
102A
103A-1
103A-1
104A
104A
105A
The domestic models corresponding to the imported models SKKT, IR, PD, 2RI, 100L etc., are
subject to the circuit diagram.
*Customized models are available, be free to contact us.
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186
| PLC DIGITAL MODULE
The PLC digital module is used to supplement and enrich supplement the function of
programmable logic controller (PLC). PLC digital module can be divided into PLC digital input
module (for converting analog signals of external devices into digital signals to PLC), PLC digital
output module (for converting the digital signal of the PLC into a control signal to an external
device), PLC digital communication module (for exchanging data between PLC and SCADA, HMI
or other PLC), and PLC digital expansion module (for expanding the function of PLC input module,
or PLC output module).
You can visit the following pages to find out which products you are interested in and more details
about them (e.g. functions, applications, specifications, outline drawings, mounting dimension
drawings, circuit wiring diagrams, Precautions).
www.huimultd.com
187
PLC DIGITAL MODULE
PLC Digital I/O Module
IAC, IDC, OAC, ODC Series
1/0 Module
Input/ Output
PLC Digital Module
VOLTAGE/POWER REGULATORIHUIMULTD
WWW .HUIMULTD.COM / SALES@HUIMULTD.COM
Introduction
PLC Digital I/O Modules are the collective name for PLC Digital Input Modules and PLC Digital
Output Modules. They have excellent anti-interference and compatibility, and are used for signal
interaction between PLC and sensors or actuators. According to the input and output signals, our
PLC Digital I/O Modules are divided into IAC Series (AC signal input), IDC Series (DC signal input),
OAC Series (AC signal output), and ODC Series (DC signal output). Each series uses a different
striking color plastic case (yellow, white, black, red) for easy differentiation.
How to order
Series
IA
(AC input module - Yellow housing)
IDC
[DC input module - White housing)
OAC
(AC output module - Black housing)
ODC
Logic
Signal
Option
5:SVDC
E: IAC series -
15: 1 SVDC
F: IDC series - 4~32VDC input & fast on & off time
H : OAC series - SA, 24~280VAC, zero crossing voltage output
24: 24VDC
18~36VAC/VDC input
R: OAC series - SA, 12-280VAC, random fire voltage output
Blank:
IAC series IDC series -
120VAC/VDC input (90~140VAC/VDC)
3.3~32VDC input**
10~60VDC input**
OAC series - 3A, 24~280VAC, zero-crossing voltage inp ut
ODC series - 3A, 3~60VDC inp ut
1A, 3~250VDC input
(DC output module - Red housing)
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188
PLC DIGITAL MODULE
Parameters
● Isolation voltage: 4000Vrms,60Hz
● Capacitance: 8PF typical (input to output)
● Operating temperature: -30℃~+80℃
● Storage temperature: -40℃~+85℃
● Approximate weight: 35g
Features
● Industry standard package and pin
● Differentiate each module product series by color
● 4000Vrms optical isolation
● Excellent anti-interference ability
● Compatible with the same type product of other companies
Dimensions and Circuit Wiring Diagram
Dimensions
1-
1. 25
(31 .B)
,270
- ~ -(6,85)
l
~
1
1.0
(25.4
1.7 ~-
1
"'
CAPTIVE
~4- 40 PH ILLIPS
HEAD HOLD
DOWN SCREW
(15.2)
/g2 1-1
SETSCREW
"'
(7 ,62)
0
!
"'
r
0,7
I17.B)
I
1.2
(30.5) 1.4
~
+
I
0
...
O1
-l-(2. 54 l
0.3
I
1.0
(25.4)
(43.1 l
l_o.s_l
SIT5CR
l
(35.6) 16
(40.6)
I
.........___042 DIA.TYP.
(1 .067)
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0
I
0
189
PLC DIGITAL MODULE
Circuit Wiring Diagram
IAC SCHEMATIC
IDC SCHEMATIC
INPUT
I NPUT
+VC C
+VGC
O UTPUT
OUTPUT
GND -
GND
<S>---~
EQUI VA LENT O RCU IT
OAC SCHEMATIC
EQU IVALENT CI RCUIT
ODC SCHEMATIC
+ I NPUT
+
{111>-- ------,
IN PUT
+
+
OUTP UT
Re
OUTPUT
EQ UI VALE NT O RCUIT
EQ U 11/ALENT Cl RCUIT
Application
● Various commercial and industrial digital equipment that requires an digital I/O module,
especially but not limited to Programmable Logic Controller system, compute control system,
Numerical Control Machinery.
Precautions and FAQs
We recommend that customers carefully review the technical data in our manuals and select the
product model based on your own product design parameters to ensure that our products meet
your specific application.
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190
| SSR/SSM ACCESSORIES
We offer a wide range of accessories for the all series of solid state relays and solid state modules,
including but not limited to solid state relay heat sinks, solid state module heat sinks, air cooled
radiators (air-cooling fan), DIN rails, DIN rail brackets, etc.
You can visit the following pages to find out which products you are interested in and more details
about them (e.g. functions, applications, specifications, outline drawings, mounting dimension
drawings, circuit wiring diagrams, Precautions).
www.huimultd.com
191
SSR/SSM ACCESSORIES
MG-F, MG-H, MG-I, MG-L, MG-T, MG-W, MG-Y
Series
Solid State Relay Heat Sink
Introduction
We offer MG-F, MG-H, MG-I, MG-L, MG-T, MG-W, MG-Y Series heat sinks for our solid state relays.
Please choose the right one according to your needs.
Solid State Relay Heat Sink
MG-F SERIES HEAT SINK
● Model: F-150
● Length×Width×Height: 120mm*105mm*93mm
● Application:
1.Suitable for three phase solid state relays, and the actual load current (sum of three phases) is not
more than 120A
2. Suitable for rectangular solid state relays or long strip industrial solid state relays, and the actual
load current is not more than 120A
130
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192
SSR/SSM ACCESSORIES
MG-H SERIES HEAT SINK
● Model: H-150
● Length×Width×Height: 150mm*80mm*80mm
● Application:
1.Suitable for three phase solid state relays, and the actual load current (sum of three phases) is not
more than 75A
2.Suitable for rectangular solid state relays or long strip industrial solid state relays, and the actual
load current is not more than 35A
I
80
_I
0
co
_..
I
••
100
_I
I
MG-I SERIES HEAT SINK
● Model: I-50
● Length×Width×Height: 50mm*60mm*50mm
● Application: Suitable for the rectangular single phase solid state relay with the actual load current
no greater than 15A
80
60
0
ll)
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SSR/SSM ACCESSORIES
MG-L SERIES HEAT SINK
● Model: L-150
● Length×Width×Height: 150mm*88mm*35mm
● Application:
1.Suitable for three phase solid state relays, and the actual load current (sum of three phases) is not
more than 20A
2.Suitable for rectangular single phase solid state relays, and the actual load current is not more
than 26A
88
MG-T SERIES HEAT SINK
● Model: T-80
● Length×Width×Height: 80mm*70mm*80mm
● Application: Suitable for rectangular single phase solid state relays or long strip industrial solid
state relays, and the actual load current is not greater than 26A
● Model: T-110
● Length×Width×Height: 110mm*70mm*80mm
● Application: Suitable for rectangular single phase solid state relays or long strip industrial solid
state relays, and the actual load current is not greater than 26A
70
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SSR/SSM ACCESSORIES
MG-W SERIES HEAT SINK
● Model: W-70
● Length×Width×Height: 70mm*125mm*50mm
● Application: Suitable for the rectangular single phase solid state relay with the actual load current
no greater than 20A
● Model: W-100
● Length×Width×Height: 100mm*125mm*50mm
● Application: Suitable for the rectangular single phase solid state relay with the actual load current
no greater than 26A
MG-Y SERIES HEAT SINK
After installing the fan, the length of the heat sink needs to be increased by 45mm. The actual load
current should be calculated after installing a cooling fan (thickness 45mm*length 120mm*width
120mm) at one end of the MG-Y series heat sink.
Precautions and FAQs
● Can you customize the heat sink according to our needs?
Under the premise of fixed width (W) and height (H) dimension, the length (L) dimension of the
above heat sink can be customized according to customer's requirements.
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SSR/SSM ACCESSORIES
E, G, K, Y, Z Series
Solid State Module Heat Sink
Introduction
We offer E, G, K, Y, Z Series heat sinks for our solid state modules. Please choose the right one
according to your needs.
Solid State Module Heat Sink
E SERIES HEAT SINK
● Length: 105/150mm
● Width: 74mm
● Height: 40mm
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SSR/SSM ACCESSORIES
G SERIES HEAT SINK
● Length: 120mm
● Width: 84.5mm
● Height: 95.7mm
100
K SERIES HEAT SINK
● Length: 60mm
● Width: 74mm
● Height: 80mm
74
22
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197
SSR/SSM ACCESSORIES
Y SERIES HEAT SINK
● Length: 150/200mm
● Width: 125mm
● Height: 135mm
Z SERIES HEAT SINK
● Length: 150mm
● Width: 150mm
● Height: 50mm
120:10
X
12
Precautions and FAQs
● Can you customize the heat sink according to our needs?
Under the premise of fixed width (W) and height (H) dimension, the length (L) dimension of the
above heat sink can be customized according to customer's requirements.
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198
SSR/SSM ACCESSORIES
DIN Rail Bracket
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199
DIN Rail
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200
| SHAPE CODE
We use the shape code to mark the product's overall dimensions and installation dimensions. You
can visit the following to know the shape code of our products and its corresponding dimensions.
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SSR/SSM ACCESSORIES
Overall Dimensions of Module
Introduction
You will find the overall size and shape codes for all modules, including solid state modules, SSR
modules, welding machines (or welding machine rectifier modules), and water-cooled modules. For
example, "102A: Module 30-100A","102A" is the shape code, and "Module 30-100A" indicates that
this shape code is for a solid state module with a load current of 30-100A, and the figure shows the
detailed dimensions of such solid state module.
Shape Code and Dimensions of Module
.....
0
102A:Module 30-100A
"'
103A:Module 150-200A
103A-1:Module 150-200A
~=========== ~===========
53
104A:Module 250-400A
105A:Module 450-600A
..,.
a,
"" "'
100B:Welding machine 200300A
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SSR/SSM ACCESSORIES
LEBEL
25.5
24
, 24
80
101B:Welding machine 25-
102B:Welding machine 70-
103B:Welding machine 70-
130A
160A
130A
104B:Welding machine 160300A
101F:Module 25-55A
104B-1:Welding machine
160-300A
201F:Module 25-55A
301F:Module 130-200A
401F:SSR 500-600A Module
200-350A
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SSR/SSM ACCESSORIES
110
93
401F-1:Module 160-250A
501F:SSR 800-1000A
801F:Water-cooled module
901F:Water-cooled module
200-350A
400-500A
Module 400-5000A
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701F:SSR, Module 6001000A
204
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