Catalog (1209_A014_REV4).CDR

Catalog (1209_A014_REV4).CDR
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Navi Mumbai
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NEW PRODUCTS
Digital Panel Meters
Pg 06
Energy Meter
Automatic Power Factor Controller
Pg 08
NEW Temperature
Controllers
Pg 18
Contents
Programmable Logic Controllers
01
Accessories
04
Protection Relays
05
Digital Panel Meters
06
Electrical Panel Meters
07
Energy Meter
08
Automatic Power Factor Controller
08
Auto Mains Failure Controller (for gensets)
09
Hotrunner Controllers
14
Advanced PID Temperature Controllers
15
Economic PID Temperature Controllers
17
Process Indicators
20
Low cost Digital / PID Temperature Controllers
21
Digital Timers
23
Din Rail Timers - 800 Series
25
Din Rail Timers - 642 Series
27
Plug / Panel Mount Timers - 55 Series
28
Counters
29
Rate Indicators
31
Totalisers & Time Measuring Instruments
32
Appendix
Accessories
33
Timing Diagrams
34
Dimensions
38
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Programmable Logic Controllers
Single Box Solution
!Upto 47 I/Os
!Upto 6 analog channels
Built in:
!HMI
!I/Os
!Relays
!Analog (including temp.
sensor inputs)
!Upto 8 Digital inputs
!Upto 5 Relays / Digital outputs
!One analog input
96 x 96
MM3010
MM1010
48 x 96
MM1013
MM1012
DISPLAY
LCD (backlight) 4 line x 16 character
7 segment LED, 3 digit + (4 + 4) digit
No. of Keys
18 (10 numeric keys)
5
No. of Configurable Keys
14
4
DIGITAL SECTION
DIGITAL INPUT (Refer card selection table for available options)
No. of Digital Inputs
Dependent on card selections
(refer table 1.0 on Page 02)
8
Input Type
PNP
PNP
Input Voltage Range
11 - 28V DC (abs. max.: 30V DC)
11 - 28V DC (abs. max.: 30V DC)
Response Time (Inputs other than fast counter)
IX0-IX3 (4 inputs) - 1 ms
Others - 10 ms
*For 8DI, 6DI
IX0,IX1 (2 inputs) - 1 ms (without debounce)
Others - 10 ms (with debounce)
*Note: 8DI for MM1010, MM1013 & 6DI for MM1012 only
Isolation
2 kV
2 kV
6
8
Fast Counter Input
Operating Modes / Frequency
Bidirectional, Unidirectional: 7.5 kHz
Quadrature: 2.5 kHz
Maximum Count
10 digits (32 bit)
DIGITAL OUTPUT - Relay / Transistor (Refer card selection table for available options)
No. of Relay / Transistor Outputs
Relay (NO Type) Contact rating
Dependent on card selections
(refer table 1.0 on Page 02)
4ch / 8ch: 5 A resistive @ 240V AC
11ch: 3 A resistive @ 240V AC
5
4
3 A [email protected]
240V AC
5 A [email protected] AC
10 msec
20 msec
Minimum Switching Time
10 msec
Transistorised Output rating
For 4 / 8 / 11 Channels:
NPN Type: 30V, 10mA
Isolation
2kV
2kV
Short Circuit Protection
Yes
Yes
Max. Switching Frequency
1kHz
1kHz
For 14 Channels:
PNP Type: 30V, 100mA
5
20 msec
NPN Type 30V, 10 mA
ANALOG SECTION
ANALOG INPUT (Refer card selection table for available options)
No of Inputs / Type
Dependent on card selections
(refer table 1.0)
TC / RTD / 4-20mA / 0-10V
1
2
TC / RTD / 0-10V / 0-20mA (User selectable)
ANALOG OUTPUT (Refer card selection table for available options)
1
No. of Analog Outputs
2
1
Output Type
4-20mA / 0 - 10V (factory set)
4-20mA / 0 - 10V
(factory set)
Resolution
12 bit
12 bit
Conversion Time
100 msec
100 msec
Linearity Error
0.1%
0.1%
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MM1010
MM3010
MM1012
MM1013
FUNCTIONAL SPECIFICATIONS
Windows based software for ladder program
& HMI configuration
Data memory: 16K
Code memory: 256K
Windows based software for ladder program
& HMI configuration
Data memory: 16K
Code memory: 128K
No of Objects
Maximum 5000 (as per memory)
Maximum 5000 (as per memory)
Minimum Scan Time
200 µsec
200 µsec
Universal Timer: ON delay, OFF delay, Pulse, Up timer,
Down timer (10 ms)
Up counter, Down counter, Up/down counter
(Upto 10 digits)
PID Control (Autotuning), Analog input, Analog output,
Time switch, Communication (Master)
ON delay, OFF delay, Pulse timer, Up timer, Down
timer, Universal Timer (10 ms)
Up counter, Down counter, Up / down counter (8 digit)
Communication Ports
2 RS232 / RS485 ports (master/slave) isolated
1 RS485 port (slave) Isolated
Communication Protocol
MODBUS / RTU
MODBUS / RTU
Memory Retention
10 years
10 years
RTC
Yes
No
Programming Method
Memory
FUNCTION BLOCKS
Timer
Counter
Other Blocks
PID Control (Autotuning), Analog input
Supply Voltage
90 - 270V AC/DC, 24V DC, [email protected]/60 Hz
Temperature
Operating: 0 to 50 C
Storage: -20 to 60oC
Operating: 0 to 50 C
Storage: -20 to 60oC
Humidity (non-condensing)
95%
95%
Weight
564 gms
258 gms
o
90 - 270V AC/DC, 24V DC, [email protected]/60 Hz
o
Certifications
(For MM1010 only)
Dimensions
Refer diagram D on page 38
Refer diagram H(V) on page 38
Ordering Code
Please see overleaf for ordering information
Please see overleaf for ordering information
Table 1.0
There are 4 card slots internal to the unit.
These cards are factory fitted but possible to
select while ordering. Each card slot has some
selectable card types that can be inserted.
Detailed information regarding these cards is
I/O combinations available
Slot 1
Digital Input Cards
Slot 2
Digital output Cards
Slot 1
Slot 2
Slot 3
Digital / Analog Mixed I/O Cards
Order Codes
8 Digital Input
DI08
13 Digital Input
DI13
19 Digital Input + 1 Quad
DIQ19
8 Digital Output
DR08
11 Digital Output
DR11
14 Transistor Output, 100mA
DT14
20 Transistor Output, 10mA
DT20
Digital Mixed I/O: 8DI + 4DO
MDI08R04
6 Channel Analog I/P: AI 06 (Thermocouple/RTD type)
(factory set-to be specified while ordering)
Slot 3
6 Channel Analog I/P: AI 06 (Voltage/current type)
(factory set-to be specified while ordering)
2 Channel Analog I/P: AI 02 (universal input)
AI06-T/R
AI06-V/I
AI02
Slot 4
Analog Mixed I/O: 4AI + 2AO
Slot 4
Power Supply
85 to 270V AC/DC
24V DC
MAI04O02
270 V
24V DC
2
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Ordering Information (MM3010)
MM3010
A
B
C
D
Choose from Legend
Legend
Digital Input Card
Digital Output Card
Configuration
A
B
Digital/Analog Mixed Input Card
Configuration
DR08
8 Digital Inputs
DI08
Relay type
DT08
Configuration
C
MDI08R04
8 Digital Outputs
Relay type
DT11
85 to 270V AC/DC
AI06- T/R
6 Analog Inputs
TC / RTD type
24V DC
24V DC
AI06- V/I
6 Analog Inputs
Voltage / Current type
AI02
2 Analog Inputs
Universal type
*MAI04O02
4 Analog Inputs +
2 Analog Outputs
11 Digital Outputs
Transistor type
DIQI9
19 Digital Inputs + 1 Quad
DT14
DT20
!
14 Transistor Outputs,
(100mA each)
20 Transistor Outputs,
(10mA each)
NOTE
* In case of MAI04O02, type of Analog Input/Output to be
specified separately.
INPUTS
OUTPUTS
TC
0-10V
RTD
0-20mA
Ordering Example
MM3010 - DI13 - DR11 - AI02 - 270V
MM3010 - Digital Inputs: 13 - Digital Outputs: 11 Analog Inputs : 2 - Supply Voltage : 85 to 270V AC/DC
Ordering Information (MM1010, MM1012 & MM1013)
Order Code
Supply Voltage
MM1010-4VDC
24V DC
MM1012-24VDC
24V DC
MM1013-24VDC
24V DC
MM1010-230V
90 to 270V AC/DC
MM1012-230V
90 to 270V AC/DC
MM1013-230V
90 to 270V AC/DC
Accessories (to be ordered separately)
Communication cable
Part no. - ACH-001.
Windows-based software for ladder programming
Part no. - ACD-002
Four Relay module
Part no. - AR - 04 - 5A - NONC
Power Supply module
Part no. 1) AP-24V-500mA
RS485 to RS232 converter
Part no. - AC - RS485 - RS232 - 01
AC - RS485 - RS232 - ISO (with isolation)
3
!
Configuration
270 V
DR11
13 Digital Inputs
D
8 Digital Inputs +
4 Relay Outputs
Only relay type
O/P available
Transistor type
DI13
Power Supply
NOTE
In case of MM1010 & MM1012, type of Analog
Input/Output to be specified separately.
INPUTS
OUTPUTS
TC
0-10V
RTD
0-20mA
Voltage
4-20mA
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Accessories
24V DC Power Supply
Supply Voltage
90-270V AC/[email protected] 50-60Hz
Max. input current 50 mA
Output
24V DC, maximum current 500 mA
RS232-485 Converter
90-270V AC/[email protected] 50-60Hz
Max. input current 50 mA
4 Relay Module
24V DC, 40 mA for 4 relays,
each relay ON at 24V DC, 10 mA
4 relay outputs with NONC
Contact rating: 5 A resistive/
1 A inductive
minimum switching time: 10 ms
Transmission Speed
9600 to 115200 BPS
Transmission Mode
2-wire (half duplex)
Isolation
2 kV
2 kV
2 kV
Temperature
Operating: 0 to 50°C
Storage: -20 to 75°C
Operating: 0 to 50°C
Storage: -20 to 75°C
Operating: 0 to 50°C
Storage: -20 to 75°C
Humidity (non-condensing)
upto 95%
upto 95%
upto 95%
Weight
110 gms
80 gms
130 gms
Dimensions
Refer diagram P(I) on page 39
Refer diagram S on page 39
Refer diagram P(I) on page 39
Ordering Information
Product Name
Order Code
Product Name
Order Code
24VDC Power Supply
AP-24V-500 mA
RS232-RS485 Converter
(without isolation)
AC-RS485-RS232-01
RS232-RS485 Converter (with isolation)
AC-RS485-RS232-ISO
4 Relay Module
AR-4-5A-NO/NC
CBCTs for Earth Leakage Relay
FI400
Description
Frequency to current converter
Inputs
(factory set)
Max. Frequency
a) Voltage pulse: 3 to 30 VDC or
3 wire DC proximity switch
b) 2 wire Namur proximity switch
999, 99.9, 9.99, 0.999 Hz
Accuracy
± 0.5%
Sensor Supply
12V DC, 30 mA
Damping Factor
512, 256, 128, 64, 32, 16, 8 or 4 (selectable by push wheel)
Check Mode
To verify minimum & maximum output values
Output
a) 0-20mA / 4-20mA
b) Pulse repeat output (open collector)
Supply Voltage
230 / 110V AC (user selectable), 50/60Hz
Temperature
Operating: 0 to 50°C
Storage: -5 to 50°C
Humidity
(non-condensing)
Description
CBCT
CT Ratio
1200:1
Sizes
(inner diameter)
35mm, 70mm, 120mm
Ordering Information
Inner Diameter
(in mm)
Order Code
35
CBCT-35
70
CBCT-70
120
CBCT-120
upto 95%
Weight
420 gms
Ordering Code
FI400 - Proximity: 3 wire DC proximity input
FI400 - Ag 19: 2 wire namur proximity input
4
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Protection Relays
Description
Output Contact
Power
Consumption
Nominal
Values
ELR 600
VPR 604
CPR 605
FPR 602
Earth Leakage relay
3 Ø-4 wire & 1 Ø
Voltage Protection relay
3 Ø-4 wire
Current Protection relay
3 Ø-4 wire
Frequency Protection relay
1Ø
1. Trip Relay:
1 SPDT: NO (5 [email protected] AC)
NC (3 [email protected] AC )
2. Fail Safe Relay:
1 SPST: NO ( 10 A @ 250V AC)
Fail Safe Relay:
1 SPDT: relay with 7A @ 250 / 30
1. Normal Relay:
1 SPDT: NO ([email protected] AC)
NC ([email protected] AC)
2. Fail Safe Relay:
1 SPST: NO (5A @ 250V AC)
1. Trip Relay:
1 SPDT: [email protected] AC/24V DC
2. Fail Safe Relay:
1 SPST: 5A @ 250V AC/24V DC
3VA
5VA
11VA
10.5VA
240V AC
5A
50Hz
TRIP SETTING
Leakage
Current
via CBCT(see accessories on pg 4 )
30,100,300,500 mA, 1,3,5,10,20,30 A
Under
Voltage
Over
Voltage
Over
Current
Under
Frequency
Over
Frequency
LED Indication
180V AC to 234V AC (Vn -% (25,
22.5, 20,17.5,15,12.5,10,7.5,5,2.5))
246V AC to 300V AC (Vn +% (2.5,5,
7.5,10,12.5,15,17.5,20,22.5,25))
30,40,50,60,70,80,90,100,110,
120 % of phase current
40,41,42,43,44,45,46,47,48,49 Hz
51,52,53,54,55,56,57,58,59,60 Hz
Normal operation,Under/Over voltage
Power ON, Tripped condition
condition, Phase reverse condition
Power ON, Trip, % of leakage /
CBCT error
Normal operation(frequency within
trip setting), Under & Over frequency
-0.5 to 2Hz (dependent on under &
over frequency trip settings)
Hysteresis
Approx. 2% of trip levels (factory set)
5, 10, 15, 20, 25, 30% of trip current
Power ON Delay Approx. 1 sec
Approx. 400 ms
Approx. 100 ms
Approx. 100 ms
Trip Time Delay
0 to 9 seconds (adjustable)
0.2 to 10 seconds (adjustable)
0.2 to 10 seconds (adjustable)
0 to 9 seconds (adjustable)
Accuracy
± 5% of F.S.
± 0.5% at constant condition
± 0.5% at constant condition
± 0.5% at constant condition
Reset
Below 85% of tripped level & in the
presence of CBCT by:
Front reset
Remote reset
On power interruption
Auto reset on removal of
fault condition
Auto reset on removal of
fault condition
Auto reset on removal of
fault condition
5A
Rated Current
CBCT Ratio
1200 : 1 (Please see page 4 for
compatible CBCT selection)
Phase Current
Supply Voltage
5 A, AC (50-60 Hz)
230V AC (± 15%)
240V AC (± 30%)
240V AC (± 25%)
240V AC (± 30%)
Storage / Operating: 0 to 50°C
Storage / Operating: 0 to 50°C
Storage / Operating: 0 to 50°C
Storage / Operating: 0 to 50°C
(non-condensing)
95% RH
95% RH
95% RH
95% RH
Weight
190 gms
180 gms
130 gms
100 gms
Dimensions
Refer diagram P(I) on page 39
Refer diagram P(I|) on page 39
Refer diagram P(I|) on page 39
Refer diagram P(I|) on page 39
AC: 50 or 60 Hz
Temperature
Humidity
Terminal
Connections
Fail Safe Relay
18
COM
17
Fail Safe Relay
Trip relay
16
NO
14
15
NC
13
COM
12
11
10
18
NO
NO
17
16
COM
15
14
13
12
11
10
L1+
L1-
18
17
16
L2+
L2-
15
14
13
L3+
L3-
12
11
10
18
17
16
COM
NC
RLY1
NO
15
NO
NC
14
13
NO NC COM
12
11
10
7
8
9
NO
RLY1
RLY2
RLY1 COM
1
2
3
5
4
6
7
8
Ordering Code
5
ELR600
9
COM
CBCT
L1
L2
L3
N
1
2
N
L1
(R)
3
4
L2
(Y)
5
6
L3
(B)
7
8
9
1
2
N
3
L
SUPPLY
TST
4
5
NORMAL
RELAY
RLY2
6
7
COM
8
FAIL SAFE
RELAY
9
1
2
N
SUPPLY
3Ø Input
VPR604
CPR605
3
L
FPR602
4
5
6
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Digital Panel Meters
(96 x 96)
(96 x 96)
(48 x 96)
(48 x 96)
MA12 ; MA302
MA12-DC-75mV ;
MA302-DC-75mV
MA12-AC-20A ;
MA302-AC-20A
MV15 ; MV305
Description
Digital Ammeter
Digital Voltmeter
Display
4 digit, 7 segment LED Display
3 digit, 7 segment LED display
Display Range
0 to 4960A (scaled as per CT)
Input Range
50mA to 5A AC, 45 to 65Hz
Method
True RMS
Accuracy
± 0.5% of F.S.
Measuring Element Drop
0.07V at 5A
75mV at Primary current
(external 75mV, 5A DC rated shunt)
0 to 24.80A
0 to 516V
20A (Direct type)
50 V to 480V AC, 45 to 65Hz
True RMS
± 0.5% of F.S. over rated
operating conditions
±0.5% of 20A
0.23W at 480V AC input
Input Impedance
1M Ώ (± 5%)
CT Primary
5, 10, 15*, 20, 25*, 30, 40, 50, 60, 75, 80, 100, 125*, 150, 200, 250, 300, 400, 500, 600,
750*, 800,1000, 1200,1500,1600, 2000, 2500, 3000, 4000 (*available in MA12 & MA302-DC-75mV)
Continuous Max. Input Rating
6A AC
Sampling Rate
3 samples / second
3 samples / second
Dielectric withstand Voltage
2kV AC between auxiliary supply & measuring input
2kV AC between auxiliary supply
and measuring input
Rated Impulse withstand voltage
3.5kV (1.2/50µS)
3.5kV (1.2/50µS)
Supply Voltage
240 VAC, ±20%, 50/60 Hz
240V AC, ± 20%, 50/60Hz
Power Consumption
3VA maximum
3VA maximum
Temperature
0 to 50°C
0 to 50°C
Humidity (non-condensing)
90% RH
90% RH
Weight
170 gms
170 gms
Ordering Code
MA12 ; MA302 ; MA12-DC-75mV ; MA302-DC-75mV ; MA12-AC-20A ; MA302-AC-20A
MV15 ; MV305
6A DC
24A AC
(96 x 96)
(48 x 96)
NEW
516V AC
(96 x 96)
(48 x 96)
MF16 ; MF316
NEW
MP14 ; MP314
Description
Digital Frequency Meter
Digital Power Factor Meter
Display
4 digit, 7 segment LED Display
4 digit, 7 segment LED Display
Over Range /
Under Range Indication
"Or" (Over 99.99 Hz)
"Ur" (Under 40.00 Hz)
Resolution
0.01
0.001
Input Voltage Range
Self Powered
Self Powered
Input Measurement Range /
Current Input Measurement
40.00 - 99.99 Hz
0.05 - 5.75 A (AC)
Accuracy
± 0.05 Hz
± 0.5% (± 1 digit))
Auxiliary Supply Voltage (Vn),
Frequency Range
240 / 110VAC (± 20%), 40.00 - 99.99 Hz
240 / 110VAC (± 20%), 50-60 Hz
Supply Variation
0.75 to 1.25 x Vn
0.75 to 1.25 x Vn
Over Voltage
1.5 x Vn continuous, 2 x Vn (3s)
1.5 x Vn continuous, 2 x Vn (3s)
Electrical Connection
1Ø
1Ø 2 wire
Temperature
Operating: -20°C to 60°C ; Storage: -30°C to 80°C
Operating: -20°C to 60°C ; Storage: -30°C to 80°C
Ordering Code
MF16 ; MF316
MP14 ; MP314
DIMENSIONS: MA12,MV15,MF16,MP14 Refer diagram H(U) on page 38 ; MA302,MV305,MF316,MP314: Refer diagram Q(II) on page 39
6
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Electrical Panel Meters
96 x 96
96 x 96
!3 Ø (rms) Voltage
!3 Ø (rms) Current
!3 Ø power (Active, Reactive,
Apparent)
!3 Ø Power factor
!Frequency
!3 Ø (rms) Voltage
!3 Ø (rms) Current
!3 Ø Power (Active, Apparent)
! 3 Ø Power factor
!Frequency
!Energy
! Programmable CT
MFM309
96 x 96
96 x 96
! Monitors average value of
Voltage, Current & Frequency
! Programmable CT
MFM383 / MFM383C
! Monitors average value of
Voltage, Current & Frequency
! Programmable CT
VAF32 & 36
VAF39
Description
Multifunction Meter
Multifunction Meter
V.A.F. Meter
V.A.F. Meter
Display
7 segment LED; Height: 0.5”
Liquid crystal display (with backlight)
VAF32: Liquid crystal display
VAF36: Liquid crystal display (backlight)
7 segment LED; Height: 0.5”
Digits
3 rows of 3 digits
3 rows of 3 digits, Bar graph,
8 digits for energy
3 rows of 3 digits, Bar graph
3 rows of 3 digits
Input Type
3 Ø-4 wire & 1 Ø - 2 wire
3 Ø-4 wire & 1 Ø - 2 wire
3 Ø-4 wire & 1 Ø - 2 wire
3 Ø-4 wire & 1 Ø - 2 wire
Rated Input
Current
Display
Scrolling
5A max.
5A max.
5A max.
5A max.
Auto / Manual
Auto / Manual
Auto / Manual
Auto / Manual
Range
99999999 for energy
0.01, 0.1, 1
(depending on CT Primary)
1) 50Hz
2) 60Hz
0.01, 0.1, 1, Auto shift from 0.1 to 1
for energy (depending on CT Primary)
1) 50Hz
2) 60Hz
0.01, 0.1, 1
(depending on CT Primary)
1) 50Hz
2) 60Hz
0.01, 0.1, 1
(depending on CT Primary)
1) 50Hz
2) 60Hz
CT Primary
5 to 5000 programmable
5 to 5000 programmable
5 to 5000 programmable
5 to 5000 programmable
Burden (max)
0.2VA max per phase
0.2VA max per phase
0.2VA max per phase
0.2VA max per phase
Accuracy
As per table 1
As per table 1
As per table 2
As per table 2
1) LCD for all measured parameters
2) % of current in bar graph form
LEDs for all measured parameters
Resolution*
Frequency
Display Reset
Programmable (for energy)
Memory
10 years (for energy)
LED/Parameter
Indication
1) LCD for all measured parameters
2) % of current in bar graph form
LEDs for all measured parameters
RS485 (MODBUS) (MFM383C only)
Communication
Supply Voltage
90 to 270V AC/DC
90 to 270V AC/DC
Rated input
Voltage (L-N)
350V AC
350V AC
Temperature
Operating: 0 to 50°C
Storage: -20 to 75°C
95%
Humidity
(non-condensing)
Weight
238 gms
Dimensions
Refer diagram Q(II) on page 39
Terminal
Connections
CT-R
S1
S2
Operating: 0 to 50°C
Storage: -20 to 75°C
VAF32: 170 to 270V AC
VAF36: 90 to 270V AC
Operating: 0 to 50°C
Storage: -20 to 75°C
Operating: 0 to 50°C
Storage: -20 to 75°C
85%
85%
85%
250 gms
VAF32 - 180 gms
VAF36 - 220 gms
210 gms
Refer diagram Q(II) on page 39
Refer diagram Q(II) on page 39
Refer diagram Q(II) on page 39
CT-Y
S1
S2
CT-B
S1
S2
90 to 270V AC
CT-R
S1
S2
CT-Y
S1
S2
CT-B
S1
S2
N
R
Y
B
L
N
7
MFM309
Measurement
Accuracy (%)
Voltage VL-N
Y
N
B
N
MFM383
MFM383-C (Communication)
Measurement
R
VAF32
VAF36
Y
B
VAF39
Accuracy (%)
Parameters
Accuracy
±0.5% of F.S. +1 digit Frequency
± 0.1% of F.S. ± 0.1Hz
Voltage VL-N
±0.5% of F.S.* Average Current Iavg
±1% of F.S.**
Voltage VL-L
±1% of F.S. +1 digit
±1% of F.S. +1 digit
Voltage VL-L
±0.5% of F.S.* Frequency
±0.1 Hz
Average VoltageL-N
±0.5% of F.S. +1 digit Apparent Power
±1% of F.S. +1 digit
Average VoltageL-L
±1% of F.S. +1 digit
±1% of F.S. ± 2 digits
Average Voltage VL-L
Current
±1% of F.S. +1 digit
±0.01 PF +1 digit
Phase current I
Average current
±1% of F.S. +1 digit
Active Power
Reactive Power
Power Factor &
Avg. Pf
Energy
Class 1
TABLE 2
TABLE 1
Ordering Code
R
N
R
Y
B
Measurement
Accuracy
Average Voltage VL-N ±0.5% of F.S.* * + ± 2 digit
** + ± 2 [email protected] Hz
±0.5% of F.S.* *** + ± 2 [email protected] Hz
*Resolution is dependent on the
type of parameter and the CT
±1% of F.S.**
primary value. For further details,
±2% of F.S.***
refer instruction manual.
selec
Energy Meter
(96 x 96)
NEW
EM306
Description
Energy Meter
Supply Voltage
90 to 270V AC/DC
Display
7 segment LED ; Height 0.5”
Temperature
Operating: 0 to 50 OOC
Storage: -20 to 75 C
Digits
6
Humidity
(non-condensing)
85 %
Input Type
3 Ø - 4 wire & 1 Ø - 2 wire
Communication*
RS485 communication
(MODBUS protocol)
Rated Input Current
6 A max.
Weight
225 gms
Resolution
0.01, 0.1, 1 & 10 (depending on CT primary)
Dimensions
Refer diagram Q(II) on page 39
Frequency
50 Hz
Terminal Connections
CT Primary
5, 30, 40, 50, 60, 75, 80, 100, 150, 200, 250,
300, 400, 500, 600, 800, 1000, 1200, 1500,
1600, 2000, 2500, 3000, 4000, 5000
Burden
0.5 [email protected] per phase
Measurement
kWh
Accuracy
Class 1
LED Indications
Integration of energy, Resolution is 10,
Reverse connected CT warning
Pulse Output:
Voltage range - 24V DC
Current capacity - 100 mA max
Pulse Width:
500 ms ± 50 ms.
Output
IR
S1
IY
S2
IB
S1
S2
S1
KEY
PULSE O/P
+
S2
N
R
Y
B
N
L
N
R
Y
B
+
*For EM306-C Consult factory
-
Automatic Power Factor Controller
(96 x 96)
NEW
APFC336
Description
Automatic Power Factor Controller
Display Updation Rate
2 sec
Display
7 segment LED ; Height 0.5”
Supply Voltage
90 to 270V AC/DC (AC: 50 or 60Hz )
Digits
3
Power Consumption
3 VA max @ 230 VAC
Input Type
1 Ø - 2 wire
Temperature
Operating: 0 to 50°C
Storage: -20 to 75°C
Nominal Input Voltage
240 VAC
Humidity
(non-condensing)
95%
Nominal Input Current
5A
Number of Stages*
6
PF Measurement Range
2 % to 120 % of rated current
Weight
227 gms
Error Indications
CT (Current) absent
CT reverse
Under Compensation
Over Compensation
Dimensions
Refer diagram Q(II) on page 39
Hysteresis
0.01 of Target PF
Capacitor Switch ON time
30 sec – Fixed
Capacitor Switch OFF time
30 sec – Fixed
Operating mode
AUTO, MANUAL
Relay Switching Logic
FIFO
Operating Frequency
45 – 65Hz
Terminal Connections
NO1 NO2 C1 NO3 NO4 C2 NO5 NO6 C3
R1
R2
R1
R2
R1
R2
R
Y
B
N
S1
S2
L
N
*For 8/10/12/16 stage consult factory
8
selec
Auto Mains Failure Controller (for gensets)
(148 x 250)
! 3 Ø / 1 Ø AMF controller
! Auto / Manual / ATS mode of operation
! Monitors all power and energy
parameters
! Complete engine and generator
protection
! Event recorder (max 300 events) with
(148 x 250)
! 3 Ø / 1 Ø mains & single phase
! 3 Ø mains / 1 Ø generator supply
generator supply controller.
controller.
! Auto / Manual / ATS mode of operation. ! Auto / Manual mode of
! 4- digital outputs for selection of best
operation.
! Remote start input
phase of mains.
! Single phase LCU current & voltage
measurement.
! Rs485 serial communication (MODBUS).
AMF1101
Description
(96 x 96)
AMF1102
AMF315
Auto mains failure controller
Auto mains failure controller
Auto mains failure controller module
16 character- 2 line back lit LCD
4 digit, 4 line, 7 segment LED display
14 LED indication for operational status
and fault condition.
3 Ø-4 wire, 3 Ø-3 wire, 1 Ø-2 wire &
1 Ø-3 wire
16 character- 2 line back lit LCD
4 digit, 4 line, 7 segment LED display
14 LED indication for operational status
& fault condition.
Mains: 3 Ø-4 wire & 1 Ø-2 wire.
Generator & LCU: 1 Ø-2 wire.
13 LED indication for operational status
& fault condition.
Mains: 3 Ø-4 wire / 1 Ø-2 wire.
Generator: 1 Ø -2 wire
Auto / Manual / ATS
Auto / Manual/ ATS
Auto / Manual
Voltage Measurement
Generator & mains voltage
120V AC: Rated : 50 to 120V AC
Maximum: 50 to 161V AC
480V AC: Rated: 50 to 480V AC
Maximum: 50 to 540V AC
Mains / Generator / LCU:
120V AC: Rated : 50 to 120V AC
Maximum: 50 to 161V AC
Mains:
480V AC: Rated: 50 to 480V AC
Maximum: 50 to 540V AC
Rated input voltage (for mains / generator)
300V AC max (phase to neutral)
Voltage Measurement Range
Using external PT: Up to 66 kVAC
Without PT: 50 to 540V AC
Via internal CT: 0 to 5 A
Using external CT: 5 to 10000 A
Using external PT: Up to 66 kVAC
Without PT: 50 to 540V AC
For generator / LCU:
Via internal CT: 0 to 5 A
Using external CT: 5 to 10000 A
CT Ratio (Programmable)
1 to 2000
1 to 2000
Frequency (Load Connected)
50/60Hz
50/60Hz
Resolution
Mains & generator voltage: 0.1V
Mains & generator Current: 0.1A
Frequency: 0.1Hz
Mains & generator voltage:
±0.5% for 27 to 540V
Mains & generator Current:
2% for 200mA to 17A
Frequency: 0.5%
Power & Energy: Class1
Mains & generator voltage: 0.1V
Mains & generator Current: 0.1A
Frequency: 0.1Hz
Mains & generator voltage:
±0.5% for 27 to 540V
Generator current:
2% for 200mA to 17A
Frequency: 0.5%
Power & Energy: Class1
From magnetic pickup
Engine speed range: 100-4000 RPM.
Via generator voltage
8 bipolar inputs with one common
terminal for;
DI1: Emergency Stop
DI2: Low oil pressure
DI3: High coolant temperature
DI4: Configurable*
DI5: Configurable*
DI6: Configurable*
DI7: Configurable*
DI8: Configurable*
* Configurable to Fuel level low/ Fuel finish
/GCB monitor/MCB monitor/Sprinkler/
Lubricant oil level low/ Coolant level low
8 bipolar inputs with one common
terminal for;
DI1: Emergency Stop
DI2: Low oil pressure
DI3: High coolant temperature
DI4: Fire / Smoke alarm.
DI5: BTS Battery monitoring
DI6: Configurable*
DI7: Configurable*
DI8: Configurable*
*Configurable to low fuel / Fuel finish /
low lube / low coolant / AC fail / AC1 fail
/AC2 fail / Door open / OFF
DISPLAY
LED Indications
Supply Networks Supported
Operating Modes
MEASUREMENT
Current measurement Range
Accuracy
Engine speed measurement
50/60Hz
Under speed: 20% below the nominal
frequency
Over speed: 14% above the nominal
frequency
INPUT SPECIFICATIONS
Digital Inputs (Optically isolated)
9
5 bipolar inputs with one common
terminal for;
DI1: Low oil presure
DI2: High coolant temperature
DI3: Remote start
DI4: Configurable*
DI5: Configurable*
*Configurable to close on fault warning /
open on fault warning / close on fault
shutdown / open on fault shutdown /
delayed warning / delayed shutdown.
selec
AMF1101
Analog Inputs
AMF1102
AMF315
3 resistive inputs configurable to,
VDO: 0-5 bar, 0-72 psi, 0-10 bar, 0-145
psi, 40-120oC, 104-248oF, 50-150oC,
122-302oF
OR
Resistive input: PT100
3 current inputs configurable to,
0/4 to 20mA: Linear (2 point scaling)
/Custom (9 point table)
Analog input for:
! BTS Battery input (5-61V DC)*
! PIU Battery input (5-61V DC)*
! NTC sensor input for room
temperature
(0-50o)*
11 digital output with contact ratings
5 A @ 240V AC or 5 A @ 24V DC
RL1: Close GCB
RL2: Open GCB
RL3: Close MCB
RL4: Open MCB
RL5: Configurable*
RL6: Crank
RL7: Fuel (close to start/close to stop)
RL8: Configurable*
RL9: Configurable*
RL10: Configurable*
11 digital output with contact ratings
6 transistor drive output for
5 A @ 240V AC / 24V DC.
OP1: GCB Close
RL1: GCB Close
OP2: MCB Open
RL2: LCB Close
OP3: Start
RL3: RY Close
OP4: Fuel
RL4: YB Close
RL5: Configurable*
RL5: BR Close
RL6: Configurable*
RL6: Start / crank
* Configurable to OFF / preglow /
RL7: Fuel supply control
engine running / common warning /
RL8: Configurable*
common shutdown / system in auto /
RL9: Configurable*
common alarm / energize to stop
RL10: Configurable*
*RL11:
Configurable
for preglow / auxiliary /
Configurable*
alarm O/P / LLOP / HCT / Door / start fail /
stop fail / DG fault / DG over / under voltage
/ mains fail / LCU fail / BTS low /
N/P selection / Room temp high / aviation
timer / OFF
OUTPUT SPECIFICATIONS
Digital Output
* Configurable for preglow / auxiliary /
alarm/ ready for operation
1) Single 4 to 20mA output for
retransmission
2) Excitation current for alternator charger
Single 4 to 20mA output for
retransmission
300 events FIFO (Oldest entry gets
replaced in rollover)
Max 1000 events (FIFO type)
RS485 serial communication (MODBUS)
Communication with GSM / GPRS
(consult factory)
6.5 to 40V DC with reverse polarity
protection
RS485 serial communication (MODBUS)
Communication with GSM / GPRS
(consult factory)
6.5 to 40V DC with reverse polarity
protection
8 to 32V DC with reverse polarity
protection
Maximum Operating Current
0.92A at 6.5V DC
0.92A at 6.5V DC
17mA at 8V DC
Internal Power Consumption
7W maximum
Temperature
Operating: 0 to 75 C,
o
Storage: -20 to 75 C
Operating: 0 to 75 C,
o
Storage: -20 to 75 C
Operating: 0 to 60 C,
o
Storage: -20 to 75 C
Humidity (non-condensing)
95% RH (non-condensing)
95% RH (non-condensing)
95% RH (non-condensing)
Protection
IP65 / IP21
IP65 / IP21
Weight
800 gms
800 gms
173 gms
Dimensions
Refer diagram O on page 39
Refer diagram O on page 39
Refer diagram Q(II) on page 39
A) Electrical Parameters:
a) Generator (1 Ø)
! Voltage
! Current
! Frequency
! Power (active, reactive & apparent)
! Energy (active & apparent)
b) Mains (1 Ø & 3 Ø)
! Voltage
! Frequency
B) Engine:
a) Battery Voltage
b) Engine Coolant Temperature*
c) Engine Oil Pressure*
d) Engine Run Time (Hours)
e) Engine RPM (through magnetic
pickup)
A) Electrical Parameters:
a) Generator (1 Ø )
! Voltage
! Current
! Frequency
! Power (active, reactive & apparent)
! Energy (active & apparent)
b) LCU (1 Ø )
! Voltage
! Current
! Frequency
! Power (active, reactive & apparent)
! Energy (active & apparent)
c) Mains (1 Ø & 3 Ø)
! Voltage
! Frequency
d) Engine
! Engine coolant temperature*
A) Electrical Parameters:
a) Mains (3 Ø)
= Voltage
b) Engine
= Engine coolant temperature*
= Engine oil pressure*
= Engine start failure monitoring
= Low battery / alternator charger
failure
Analog Output
Event Logging
Communication Interface
Supply Voltage
7W maximum
o
SPECIAL FUNCTIONS
Measurement and Monitoring
Excitation current for alternator charger
2W maximum
o
o
*Through external transducer.
10
selec
AMF1101
Protection / Monitoring
AMF1102
Generator
! Over / under frequency
! Over / under voltage
! Overload
! Time over current
! Inverse time over current
! Load balance
! Voltage symmetry
! Ground current
Generator
Mains
! Over / under frequency
! Under voltage
Engine
! Overload
! Time over current
! Inverse time over current
! High coolant temperature
! Low lubricant oil pressure
! Over / under speed
Mains
! Over / under voltage
Mains
! Over / under voltage
! Over / under frequency
! Phase rotation
Engine
!
High coolant temperature*
! Low lubricant oil pressure*
! Over / under speed*
Engine
! High coolant temperature
! Low lubricant oil pressure
! Over / under speed
! Two level monitoring + 5 alarm
class for protection (Alarm + shutdown)
Battery
! Over / under voltage
! Charging alternator
CONTROL
AMF315
LCU
!
Over / under frequency
! Over / under voltage
! Overload
! Time over current
Others
!
Alternator battery over /
under voltage
! BTS battery over / under voltage
! Automatic / Manual closing &
opening of mains / generator
circuit breakers. Closing & breaking
supports magnetic & motorised
breakers
! Automatic / Manual closing &
opening of mains / generator / LCU
circuit breakers
! Automatic / Manual closing &
opening of mains / generator
circuit breakers
! Emergency stop input
! Emergency stop input
! Automatic & configurable engine
start / stop logic
! Engine fuel supply control ( close
to
start or close to stop)
! Automatic & configurable engine
start / stop logic
! Aviation timer output
! Engine fuel supply control
! Engine fuel supply control
! Configurable preglow / auxiliary
control
! 7 fixed and 4 configurable digital
output
! 6 fixed and 4 configurable digital
O/P to preglow / auxiliary / alarm /
ready for operation
! Single 4 to 20mA analog output
for retransmission
! Remote start input
! 4 Fixed & 2 configurable transistor
drive output.
! 2 configurable digital inputs for
fault
warning & shutdown
! Engine warm up & cool down
delay
! Single 4-20 mA analog output for
retransmission
+
AMF315
RELAY CARD
F
From Generator
30
28
26
24
21
19
Generator
Voltage
Input
Transistor
Drive Output
MCB OPEN
START
FUEL
O/P 5
O/P 6
ALT. CHG. O/P
COMMON
LLOP
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18
V-
3
4
5
6
16
15
14
13
12
RLY1 (CRANK/STARTER)
20A max
8
15
11
10
RLY2 (FUEL)
20A max
Fuel
RLY3
5A
V+
DI2
8-32 VDC
SUPPLY
DI1
REMOTE
GCB CLOSE
Digital Input
HCT
2
17
Starter
Motor
SHORT FOR
CONFIGURATION
Mains Voltage Input
1
18
+ BAT
L1
(RL6)
N
(RL5)
L3
FUEL
(RL4)
L2
MCB
(RL2)
L1
GCB
(RL1)
N
From AMF 315
COMMON
From Mains
START
(RL3)
Typical wiring diagram
for AMF315
1
RLY4
5A
2
3
4
RLY5
5A
5
6
RLY6
5A
7
O/P 5
MCB
8
9
O/P 6
GCB
Configurable
1
2
3
4
CHG
ALT
5
6
G
8
F
WL
+
15
M
N
N
L1
L1
L2
L3
Generator
Output
L2
L3 Mains supply
To load
Battery
11
N
9
3
L2-
I2-
4
5
L3+
I3+
mA
-
mA
-
-
+
14
mA
13
R3
+
12
I2
G
+
11
R2
ANALOG INPUTS
I3
L3-
6
I3-
GENERATOR CURRENT
INPUT
L2+
I2+
10
I1
L1-
L1+
R1
2
I1-
1
I1+
7
15
GND+
GND+
L3
GND-
2
!
GND-
8
!
6
16
DI1
60
N
Battery +Ve
or
Battery -Ve
E
1
!
17
L3
62
L2`
63
L2
64
18
DI3
19
DI4
20
DI5
21
DI6
L1`
65
DIGITAL INPUTS
GENERATOR VOLTAGE
INPUTS
DI2
L3`
61
22
DI7
L1
66
23
DI8
46
MCB
GCB
25
NC
26
NC
42
41
28
I-
0/4-20 mA output for
scaling & retransmission
27
I+
4 - 20 mA OUTPUT
39
40
43
44
GCB
OPEN
Battery -Ve
or
Battery +Ve
24
45
GCB
MCB
MCB
L2
L3`
L3
L2`
56
29
30
RS-
RS485 COMMUNICATION
INTERFACE
RS+
L1
57
MAINS VOLTAGE
INPUTS
55
54
53
L1`
58
MAINS
N
59
N
L3
L2
L1
51
F2
Battery6.5-40 VDC
BATTERY SUPPLY
52
+
-
36
STARTER
MOTOR
5A
35
MOTOR
STARTER
RELAY
34
5A
FUEL
STOP
RELAY
ALT.
Charger
24 V
12 V
!
5
47
D+
48
CHARGE
ALTERNATOR
B+
FROM MAINS SUPPLY
Battery+
L2
L1
TO LOAD
L3
L2
SGN
+
50
MPU
-
49
GND
!
3
5A
38
Magnetic
Pickup
(upto 11 Khz)
RL5
!
4
37
GND
Configurable output 5
L1
GCB
CLOSE
Common
GCB
N
MCB
OPEN
G
Sender Common
MCB
CLOSE
FROM GENERATOR
Configurable output 8
5A
33
Configurable output 9
5A
32
Configurable output 10
5A
31
selec
Typical wiring diagram for AMF1101
12
F3
L1-
9
10
7
8
11
E
GEN. GROUND
CURRENT INPUT
GND-
12
14
66
L1
60
N
FUSE
L1`
65
15
NC
NC
16
63
64
BATTERY +VE
OR
BATTERY-VE
GEN. VOLTAGE
INPUT
ROOM
TEMPERATURE
SENSOR
13
ANALOG INPUTS
NC
4
5 V-61 VDC
NC
GEN.
CURRENT
INPUT
L1+
3
- VE
2
PIU BATTERY 12V
1
PIU BATTERY
I1-
BTS BATTERY
GND+
GND+
GND-
- VE
I1+
I3
E
NTC SENSOR
DI1
17
DI2
46
LCB
GCB
18
DI3
44
20
DI5
19
DI4
21
DI6
DI7
43
22
DIGITAL INPUTS
45
GCB
LCB
LCB
CLOSE
N
COMMON
DI8
23
LCB
61
L3`
62
L3
FUSE
24
L3-
L3+
LCU
CURRENT
INPUT
6
I3-
5
I3+
N
L
LCU OUTPUT
BATTERY -VE
OR
BATTERY+VE
25
26
LCU
INPUT
BR’/N
YB’/N
RY’/N
28
I-
42
RY’/N
37
RY’/N
39
YB’/N
41
YB’/N
29
RS+
38
BR’/N
BR’/N
40
YB’/N
PN
PN
BR’/N
RY’/N
30
RS-
RS485 COMMUNICATION
INTERFACE
0/4-20 mA OUTPUT FOR
SCALING & RETRANSMISSION
27
I+
4 - 20 mA OUTPUT
LCU
RS485
RELAY EXPANSION
LCU VOLTAGE
INPUT
N
60
COMMON
GCB
RS+
RY
CLOSE
M
L2`
L1
L1`
FUSE
L2
55
L3`
54
MAINS VOLTAGE
INPUTS
56
57
FUSE
58
FUSE
L3
53
N
59
BATTERY-
+
START
SOLENOID
51
36
ENGINE
BATTERY
(12/24 V)
6.5-40 VDC
BATTERY SUPPLY
52
B
N
Y
R
FROM MAINS SUPPLY
FUSE
BATTERY+
L1
+ VE
-
+
BTS BATTERY 48V
RS-
YB
CLOSE
35
34
RL11
47
RELAY OUTPUT
NC
50
NC
49
TO ENGINE
BATTERY (+)
PN
PN
(CONFIGURABLE)
48
AN
GND
FUEL
SOLENOID
FUSE
FUEL
P
BR
CLOSE
FUSE
START
TO LOAD
COM
33
P
CONFIGURABLE OUTPUT
RL8
AN
32
CONFIGURABLE OUTPUT
PN
N
31
PN
RL9
CONFIGURABLE OUTPUT
RL10
FROM GENERATOR
Fire / Smoke
Alarm
GCB
CLOSE
BTS Battery
+ VE
-
13
+
G
selec
Typical wiring diagram for AMF1102
selec
Hotrunner Controllers
! Solid state high speed thyristor
control
! Soft start
TC75 (Single Zone, Two Zone, Four Zone, Six Zone, Eight Zone, Twelve Zone)
Description
Hotrunner controllers for accurate mould temperatures
Display
7 segment LED display
Digits
3 digit dual display
Upper Display: PV and parameter name
Lower Display: SV and parameter value (selectable)
LED Indications
8 LED indications on front panel
Inputs
Thermocouple: J and K type
Range: 0 to 537°C (999°F)
Resolution
1° fixed
Control
Accuracy
Temperature
Unit
Response
Time
±1°C (1°F) dependent on total thermal system
°C or °F ( selectable)
250 ms
Auto and Manual Control functions
(Soft start system / Auto tune PID / ON-OFF Control modes)
Internal solid state thyristor control
Power capability : 15A @ 230V AC
Control Action
Main Output
Overload
Protection
15A internal fuse
Adjustable from 0-100%, maintains output power
within 1% of setpoint
Manual Control
Soft Start
Variable stepping voltage, 18 V to Line voltage
Special
Functions
Heater current monitoring
Heater current alarm
Open triac or heater detection
Ground fault detection
Boost mode
Standby mode
Supply Voltage
230 to 240V AC, -15% to 20% @ 50/60Hz
Power Supply
Protection
15A internal fuse
Temperature
Operating: 0 to 50°C
Storage: -20 to 75°C
Humidity
85%
(non-condensing)
1 Zone: 2.8 kg
2 Zone: 4.6 kg
4 Zone: 9.5 kg
6 Zone: 11.9 kg
8 Zone: 15.6 kg
12 Zone: 20.5 kg
Weight
Refer table R on page 39
Dimensions
Ordering Information
Legend
TC75
A
A
Accessories
Connectors
TCHTCN75
Thermocouple
& Heater
Connector
A
B Choose from Legend
Cables
TCHTCL75
Thermocouple
& Heater Cable
B
C
Choose from Legend
A
C
Choose from Legend
Code
Zones
Code
Connector Type
Code
Length
of cable
1
Single Zone
M
Male
4
4 meters
2
2 Zone
F
Female
4
4 Zone
5
5 meters
10
10 meters
6
6 Zone
15
15 meters
8
8 Zone
20
20 meters
12
12 Zone
NOTE: For other configurations,
consult factory
14
selec
PID Temperature Controllers
Full Featured PID Series
PID500 / 110 / 330
! Heat cool
!Ramp soak
!Soft start
!Heater current monitoring
! Remote setpoint
!Motorised valve control
!RS485 communication
Profile Controller
!10 programs, 16 steps each
!Alarm at each step
PID500
(48 x 48)
PID110
(96 x 48)
PID330
(96 x 96)
PR502
(48 x 48)
Common specifications for PID500 / 110 / 330 & PR502
Description
DISPLAY
Advanced PID controller,
covers most applications
Cycle Time
0.1 to 100 sec
Upper: 7 segment red LED
Lower: 7 segment green LED
Manual Reset Value
-99.9 to 99.9°
Heat Cool PID
Digits
Upper: 4 digits (process value)
Lower: 4 digits (selectable)
Control Method
PID
LED Indications
Relay ON, Alarm, Manual mode, Tune
Cycle Time
0.1 to 100 sec
Proportional Gain
0.0 to 400.0°
Deadband
Programmable (SPLL to SPHL)
INPUT SPECIFICATIONS
Types
Sampling time
Thermocouple:
J, K, T, R, S, C, E, B, N, L, U, W, Platinel II
RTD:
PT100
Signal Inputs (DC):
-5 to 56 mV, 0 to 10 V, 0 to 20 mA
200 ms
Resolution
1 / 0.1° for TC/RTD
1/0.1/0.01/0.001 for analog input
Temperature Unit
°C / °F selectable
Indication Accuracy
TC / RTD Input
Signal Input
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
Cold junction accuracy ± 5°C
±0.5%, ± 1 digit
Control Output (Factory Set)
Alarms
Modes
Deviation high/low, Absolute high/low,
Band, Sensor break
Hysteresis
0.1 to 99.9°
Ramp Soak
Ramp Rate
1 to 9999 °/hr
Soak Time
0 to 1440 min
Soft Start Time
0 to 999 min
OPTIONAL FEATURES FOR PID500
Remote set point input
Input Type
0 to 20mA DC / 0 to 10V DC
Input Resistance
100 ohm
Range
-5% to 105%
Scale Range
-1999 to 9999 with fixed 1o for TC/RTD
and as per resolution selected for
analog input
Relay
5 [email protected] AC or 30V DC
SSR
18V DC, 20mA
Current output
0/4 to 20mA DC (max. load :500E)
Voltage output
0 to 5/10V DC (min. load :10K)
Input
100mA AC, 50 to 400Hz
Max. 2 (max.1 for PR502)
Display Scale Range
0 to 999.9
Relay
[email protected] AC or 30V DC
Input Resistance
47 ohms
SSR
12V DC (20mA)
Accuracy
+0.5% F.S +1 digit
Alarm mode
LA / HA / BAND
Over load
150 mA (continuous)
Alarm Output
Retransmission Output
Heater current monitor input
Current Output
0/4 to 20mA DC (max. load :500E)
Voltage Output
0 to 5/10V DC (min. load :10K)
Update Rate
100 ms
Closed Loop Feedback Input
Potentiometric
Voltage Input Range: 0 to 10 VDC
Current Input Range: 4 to 20 mADC
Control Method
PID or ON/OFF
Motorised Control Mode
Bounded / Boundless
Hysteresis
0.1 to 99.9°
Manual Motor Control Modes
Rest / Run / Up / Down
Proportional Band
0.0 to 400.0°
Motor Position Indication (in %)
0.0 to 100.0%
Integral Time
0 to 3600 sec
Valve Travel Time
0.1 to 240.0 sec
0 to 200 sec
Control Action (fixed)
Output1: Reverse action
Output2: Forward Action
Motorised Input
FUNCTIONAL SPECIFICATIONS
Derivative Time
15
FUNCTIONAL SPECIFICATIONS FOR PR502 (continued)
Serial Communication (Applicable for PR502/PID500/PID110/PID330)
Interface standard
RS485
No. of Steps
16 each
Communication address
1 to 99, maximum of 32 units per line
Ramp / Soak Time Range
0.01 to 99.59 hrs : min
Transmission mode
Half duplex
Target Temperature Range
SPLL to SPHL
Transmission protocol
MODBUS RTU
Supply Voltage
Transmission distance
500 m maximum
Temperature
85 to 270V AC/DC
Optional-24V AC/DC
Operating: 0 to 50°C
Storage: -20 to 75°C
Transmission speed
9600, 4800, 2400, 1200, 600, 300
bits/sec
Humidity (non-condensing)
95% RH
Weight
PID500: 180 gms ; PID110: 230 gms
PID330: 330 gms ; PR502: 170 gms
AC: 50 or 60 Hz
FUNCTIONAL SPECIFICATIONS FOR PR502
No. of Profiles
10
Dimensions
PID500: Diagram B ; PID110: Diagram H(W) ; PID330: Diagram G(Y) ; PR502: Diagram B - Page 38
Certifications
Terminal Connections
PID110/330
RS485
5
+
V
+
-
4
8
7
6
9
10
+
3
+
TC /RTD2
mV
-
2
1
RTD3
PID500
TC + /RTD1
mV +
PR502
MI / CT / R-SP
SSR1/
ANA OP
SSR3
N
L
19
20
+
+
+
SSR2
11
12
13
14
15
16
NO1
COM1
NO2
COM2
NO3
COM3
17
18
+
-
Terminal nos same for PID110. For layout consult factory.
Ordering Information
A
B
xx
Choose from Legend
A
B
xx
Output 1
Output 2
Output 3 / Special functions
0
Relay
0
Relay
00
Only output 1 & 2
1
18V DC SSR Drive
1
12V DC SSR Drive
01
Output 3 (relay)
2
4-20mA (Current)
02
Output 3
(12V DC SSR drive)
3
0-10V (Voltage)
03
Communication RS485
4
0-5V (Voltage)
04
5
0-20mA (Current)
05
For second analog I/P in
PID110/330, consult factory.
PID500
PID110
PID330
Legend
**Second Analog Input
Valve positioner type
Ordering Example
Remote setpoint type
-P
Potentiometric f/b input
-C
4-20 mA input
-C
4-20 mA f/b input
-V
0-10 V input
-V
0-10 V f/b input
PID500 - 3 - 0 - 01
**NOTE
PID500 - Output 1 (Voltage) - Output 2 (Relay)
- Output 3 (Relay)
1) For 24V AC / DC model, add suffix ‘-24’.
2) For motoriosed, both the outputs can be Relay only.
06
Output 3 (relay) +
Communication RS485
Output 3 (12V DC SSR) +
Communication RS485
CT Input
07
Output 3 (relay) + CT Input
08
09
Output 3 (12V DC SSR) +
CT Input
CT Input+
Communication RS485
Second Analog Input**
10
Valve positioner type
11
Valve positioner type +
Communication RS485
12
Remote setpoint type
13
Remote setpoint type+
Communication RS485
Ordering Information(for PR502)
PR502
Legend
A
B
x
Choose from Legend
Ordering Example
A
B
x
Output 1
Output 2
Serial Communication
0
Relay
0
Relay
0
No
1
12V DC SSR Drive
1
Yes
1
18V DC SSR Drive
PR502 - 3 - 0 - 1
2
4-20mA (Current)
PR502 - Output 1 (Voltage) - Output 2 (Relay)
- Serial Communication (Yes)
3
0-10V (Voltage)
16
selec
PID Temperature Controllers
Economy Series
!4 digit PV, 4 digit SV
!2 set point
! High performance
!Simple to use
!Best value products in
!3 digit
!Single setpoint
(48 x 48)
!4+4 digit
!Single setpoint
(48 x 48)
PID528
(48 x 48)
TC523
TC518
Description
Economical PID
Economical PID
Economical PID
Display
7 segment LED, dual display
7 segment LED, single display
7 segment LED, dual
display
Digits
4 + 4 digits
3 digits
4 + 4 digits
LED Indications
Relay ON, Tune
Relay ON, Tune
Relay ON, Tune
Types
Thermocouple (J,K,T,R,S) / RTD (PT100)
Thermocouple (J,K,T,R,S) / RTD (Pt100)
Thermocouple (J,K,T,R,S) / RTD (PT100)
Sampling time
250 ms
250 ms
250 ms
Resolution
1°/0.1°
Fixed 1° resolution
1°/0.1°
INPUT SPECIFICATIONS
Temperature Unit
o
Fixed C
o
C / °F selectable
o
C / °F selectable
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
Relay
[email protected] AC or 30V DC
[email protected] AC or 30V DC
[email protected] AC or 30V DC
SSR (optional)
18V DC, 20mA
18V DC, 20mA
18V DC, 20mA
Current (optional)
4-20mA DC (consult factory)*
Auxiliary Output
Max. 1
Relay
5 [email protected] AC or 30V DC
SSR (optional)
12V DC , 20mA
Indication Accuracy**
Control Output
Functional Specifications for Control
Control Method
PID or ON/OFF
PID or ON/OFF
PID or ON/OFF
Hysteresis
0.1 to 99.9°
0.1 to 99.9°
0.1 to 99.9°
Proportional Band
0.0 to 400.0°
0 to 400°
0.0 to 400.0°
Integral Time
0 to 3600 sec
0 to 999 sec
0 to 3600 sec
Derivative Time
0 to 200 sec
0 to 200 sec
0 to 200 sec
Cycle Time
0.1 to 100.0 sec
0.1 to 99.9 sec
0.1 to 100.0 sec
Manual Reset Value
-99.9 to 99.9°
-99.9 to 99.9°
-99.9 to 99.9°
Heat-Cool
Control Method
Proportional Band-Cool
Cycle Time-Cool
Dead Band
Functional Specifications for Auxiliary O/P
Modes
Deviation , Absolute
Hysteresis
0.1 to 99.9°
Supply Voltage
85 to 270V AC/DC, 24V AC/DC optional
85 to 270V AC/DC, 24V AC/DC optional
85 to 270V AC/DC, 24V AC/DC optional
Temperature
Operating: 0 to 50°
Storage: -20 to 75°
Operating: 0 to 50°
Storage: -20 to 75°
Operating: 0 to 50°
Storage: -20 to 75°
Humidity (non-condensing)
95% RH
95% RH
95% RH
Weight
160 gms
150 gms
160 gms
Diagram B on page 38
Diagram B on page 38
Diagram B on page 38
AC: 50 or 60 Hz
Certifications
Dimensions
17
*NOTE: Not for re-transmission
**NOTE: Cold junction calibration accuracy in TC mode ± 5°C
!Heat-Cool Control
!Dwell timer ranging 0 to 9999 min
!1 alarm output - Absolute/deviation
!Programmable inputs
!Single setpoint
!Temperature unit oC / °F selectable
(52 x 52)
NEW
!Programmable inputs
!Single setpoint
!Temperature unit oC / °F selectable
(52 x 52)
TC544
NEW
selec
(52 x 52)
TC533/TC533NX
NEW
TC513/TC513NX
Economical PID
Economical PID
7 segment LED, dual
display
7 segment LED, dual
display
7 segment LED, single
display
4 + 4 digits
3 + 3 digits
3 digits
Relay ON, Tune, Soak Time
Control output ON
Control output ON
Thermocouple (J,K,T,R,S) / RTD (PT100)
Thermocouple (J,K,T,R,S) / RTD (PT100)
Thermocouple (J,K,T,R,S) / RTD (PT100)
250 ms
250 ms
250 ms
TERMINAL CONNECTIONS
PID528
C / °F selectable
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
Fixed 1 resolution
o
C / °F selectable
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
Fixed 1o resolution
o
C / °F selectable
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
5 A @250 VAC / 30 VDC, resistive
10 [email protected] VAC or 30 VDC, resistive
10 [email protected] VAC or 30 VDC, resistive
12V DC, 20 mA
12V DC, 20 mA
12V DC, 20 mA
TC523 / TC518
L (+)
1
6
N (-)
2
7
3
8 TC /RTD2
NO
COM
TC + /RTD1
4
9
5
10
L (+)
1
6
2
7
NC
Max. 1
SSR
o
o
-
0.1/1° for TC/RTD inputs
(fixed 1° for R & S type TC input)
SSR
SSR
Economical PID
RTD3
5 [email protected] AC or 30V DC, resistive
TC544
PID or ON/OFF
PID or ON/OFF
PID or ON/OFF
N( )
0.1 to 99.9°
0.1 to 99.9°
0.1 to 99.9°
NO2
1.0 to 400.0°
1 to 400°
1 to 400°
TC + /RTD1
-
TC /RTD2
0.0 to 99.9 min
0 to 9999 sec
0 to 200 sec
0 to 200 sec
0.1 to 99.9 sec
0.1 to 99.9 sec
0.1 to 99.9 sec
-19.9 to 19.9°
-19.9 to 19.9°
-19.9 to 19.9°
PID (with auto-tuning)
0.0 to 400.0°
4
9
5 + SSR
10 COM1
RTD3
COM2
NO1
TC533/TC533NX
L(+)
1
6
N(-)
2
7
3
8
NC*
TC + /RTD1
-
0.0 to 99.9 min
8
-
0 to 9999 sec
3
TC /RTD2
RTD3
NO
4
SPLL to SPHL (Programmable)
+
SSR
0.1 to 99.9 sec
9
5
10 *NC CONTACT
L(+)
1
6
N(-)
2
7
3
8
COM
VALID FOR
TC533NX
Deviation, Absolute
TC513
85 to 270V AC/DC, 24V AC/DC optional
85 to 270V AC/DC, 24V AC/DC optional
85 to 270V AC/DC, 24V AC/DC optional
Operating: 0 to 50°
Storage: -20 to 75°
Operating: 0 to 50°
Storage: -20 to 75°
Operating: 0 to 50°
Storage: -20 to 75°
95% RH
95% RH
95% RH
142 gms
129 gms
129 gms
Diagram T on page 39
Diagram T on page 39
Diagram T on page 39
NC*
TC + /RTD1
-
0.1 to 99.9°
TC /RTD2
RTD3
COM
4
5
+
SSR
NO
9
10 *NC CONTACT
VALID FOR
TC513NX
18
selec
Ordering Information
FOR PID528 / TC523 / TC518 / TC544 / TC533 / TC513
PID528
Legend
PID528
A
A Choose from Legend
Ordering example
Code
Output 1
Output 2
1
Relay
Relay
2
18V DC SSR Drive
Relay
3
4-20mA
Relay
5
Relay
12V DC SSR Drive
6
18V DC SSR Drive
12V DC SSR Drive
PID528 - 2
Note: For 24V AC/DC model add suffix '-24'
TC523 / TC518
Model
Output
TC523
Relay
TC523-SSR
18V DC SSR Drive
TC518
Relay
TC518-SSR
18V DC SSR Drive
*Note: For 24V AC/DC model, add suffix ‘-24’
TC544
Model
Output 1
Output 2
TC544
Relay
Relay
TC544-1-0
12V DC SSR Drive
Relay
TC544-0-1
TC544-1-1
Relay
12V DC SSR Drive
*Note: For 24V AC/DC model, add suffix ‘-24’
TC533
Model
Output
TC533
Relay (SPST)
TC533-SSR
TC533NX
12V DC SSR Drive
Relay (SPDT)
*Note: For 24V AC/DC model, add suffix ‘-24’
TC513
Model
Output
TC513
Relay (SPST)
TC513-SSR
TC513-NX
12V DC SSR Drive
Relay (SPDT)
*Note: For 24V AC/DC model, add suffix ‘-24’
19
12V DC SSR Drive
12V DC SSR Drive
PID528 - 18V DC SSR Drive - Relay
Output1
Output2
selec
Process Indicators
!4 alarms
!Retransmission
!2 alarms
!Scalable Indicator
PIC1000N
(48 x 96)
(48 x 96)
PIC152N
(48 x 96)
PIC101N
Description
4 Alarm outputs, Retransmission,
Communication
2 Alarm outputs with retransmission.
Very low cost indicator (no output)
Display
4 digit, 7 segment LED : 0.5”
4 digit, 7 segment LED : 0.5”
4 digit, 7 segment LED : 0.5”
LED Indication
Alarm ON (4 Nos)
Alarm ON (2 Nos)
None
Error Indications
Over range/Under range/Open sensor/
TC reverse
Thermocouple: J, K, T, R, S, C, E, L, U,
W, N, B, Platinell II
RTD: PT100, PT1000
Signal Inputs (DC): -5 to 56 mV, 0 to 100
mV, 0 to 10V, 0/4 to 20 mA
Temperature input: 1/0.1oC / oF ;
Signal input: 0.001, 0.01, 0.1 & 1.
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
For Signal inputs: ±0.5% of F.S., ± 1 digit
Over range/Under range/Open sensor/
TC reverse
Over range/Under range/Open sensor/
TC reverse
Thermocouple: J, K, T, R, S
RTD: PT100
Signal Inputs (DC): -5 to 56 mV, 0 to 10V,
0/4 to 20 mA
Thermocouple: J, K, T, R, S
RTD: PT100
Signal Inputs (DC): 0 to 56 mV,0 to 10 V,
0/4 to 20 mA
For Temperature input: 1/0.1oC / oF ;
For Signal input: 0.001, 0.01, 0.1 & 1.
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
For Signal inputs: ±0.5% of F.S., ± 1 digit
For Temperature input: 1/0.1oC / oF ;
For Signal input: 0.001, 0.01, 0.1 & 1.
For TC inputs: 0.25% of F.S. ±1°
For R & S inputs: 0.5% of F.S. ±2°
(20 min of warm up time for TC input)
For RTD inputs: 0.1% of F.S. ±1°
For Signal inputs: ±0.5% of F.S., ± 1 digit
Inputs
Resolution
Accuracy
Alarms
4 nos
2 nos
Alarm Modes
High alarm, Low alarm, Band, Fail output
and Fault diagnosis
High alarm, Low alarm, Band, Fail output
and Fault diagnosis
Hysteresis
0.1 to 99.9 o
0.1 to 99.9 o
Annunciator
Programmable
Programmable
Reset Action
Automatic or Latched
Automatic or Latched
Relay Rating
5A @ 250V AC or 24V DC
5A @ 250V AC or 24V DC
Retransmission Output (Optional)
0/4 to 20 mA DC, 0 to 5V DC, 0 to 10V DC
0/4 to 20 mA DC, 0 to 5V DC, 0 to 10V DC
Sensor Supply
24V DC, 30 mA
24V DC, 30 mA
24V DC, 30 mA
Communication
RS485 (MODBUS)
Supply Voltage
85 to 270V AC/ DC
Optional - 24V DC
85 to 270V AC/ DC
Optional - 24V DC
85 to 270V AC/ DC
Optional - 24V DC
Temperature
Operating:0 to 50oC. Storage:-20 to 75oC.
Operating:0 to 50oC. Storage:-20 to 75oC.
Operating:0 to 50oC. Storage:-20 to 75oC.
Humidity (non-condensing)
95% RH.
95% RH.
95% RH.
Weight
260 gms.
240 gms.
200 gms.
Refer diagram H(V) on page 38
Refer diagram H(V) on page 38
Refer diagram H(V) on page 38
AC: 50 or 60 Hz
Certifications
Dimensions
Terminal Connections
mV/TC/RTD
mV/TC/RTD
A
1
2
3
mA+ V+
5
4
+
B’
6
7
8
-
1
24
22
21
sensor supply
-
11 12 13 14 15 16 17 18 N
NO1 NO2 NO3 NO4 COM GND +24V
23
L
- +
2
3
B
4
mA+ V+
mV/TC/RTD
-
A
9 10
mA / V-
21
+
ANALOG
OUTPUT
+
22
B
FOR
PT100
-
-
+
+
5
+
ANALOG
OUTPUT
+
B’
7
6
8
-
mA
+ -
5
CONFIG
+ -
7
1
22
24
23
21
23
N
L
11 12 13 14 15 16 17 18 N
-
+
+
GND +24V
NO1 COM1 NC1 NO2 COM2 NC2
B’
24
sensor supply
-
V
B
9 10
mA / V-
11 12 13 14 15 16 17 18
-
A
2
3
+24V GND
sensor supply
4
6
8
9
-
10
L
+
Ordering Information
MODELS
RETRANSMISSION
OUTPUT
COMMUNICATION
MODELS
RETRANSMISSION
OUTPUT
MODELS
PIC1000-A
X
X
PIC152-A
X
PIC101N
PIC152-B-1
0-20mA
PIC152-B-2
4-20mA
PIC152-B-3
0-5V
PIC152-B-4
0-10V
PIC1000-D-1
PIC1000-D-2
PIC1000-D-3
PIC1000-D-4
0-20mA
4-20mA
0-5V
0-10V
PIC1000-E
PIC1000-E-1
0-20mA
PIC1000-E-2
4-20mA
PIC1000-E-3
0-5V
PIC1000-E-4
0-10V
Note: For 24V DC model add suffix '-24'
X
20
selec
Digital / PID Temperature Controllers
Low Cost
DTC503 / 203 / 303
!J, K, PT100 (selectable)
!ON-OFF / Proportional control
PID513 / 213 / 313
!J, K, PT100 (selectable)
!PID Control
(48 x 48)
DTC503-N / PID513-N
(72 x 72)
DTC203 / PID213
(96 x 96)
DTC303 / PID313
Description
Economical
Economical
Economical
Digits
3 digits
3 digits
3 digits
LED Indication
Output ON
Output ON
Output ON
Input Sensor (Range)
User selectable: J (-99 to 750) /
K (-99 to 999) / PT100 (-99 to 850)
User selectable: J (-99 to 750) /
K (-99 to 999) / PT100 (-99 to 850)
User selectable: J (-99 to 750) /
K (-99 to 999) / PT100 (-99 to 850)
Resolution
Fixed 1o
Fixed 1o
Fixed 1o
Setpoints
1
1
1
Control Modes
DTC503: ON/OFF & Time proportional
PID513: Autotune PID
DTC203: ON/OFF & Time proportional
PID213: Autotune PID
DTC303: ON/OFF & Time proportional
PID313: Autotune PID
Accuracy
±0.25% of F.S. ±1oC
±0.25% of F.S. ±1oC
±0.25% of F.S. ±1oC
Outputs
1 (1 C/O)
1 (1 C/O)
Relay Action
A) Heat mode
B) Cool mode (for DTC503N only)
A) Heat mode
B) Cool mode (for DTC203 only)
1 (DTC303/PID313: 1 NO,
DTC303NX: 1C/O)
A) Heat mode
B) Cool mode (for DTC303 only)
Relay Rating
10A @ 230V AC
10A @ 230V AC
10A @ 230V AC
Optional Output Configuration
12V DC, 20mA
12V DC, 20mA
12V DC, 20mA
Supply Voltage
85 to 270V AC/DC
24V AC/DC (optional)
Operating: 0 to 50oC
Storage: -5 to 50oC
85 to 270V AC/DC
24V AC/DC (optional)
Operating: 0 to 50oC
Storage: -5 to 50oC
85 to 270V AC/DC
24V AC/DC (optional)
Operating: 0 to 50oC
Storage: -5 to 50oC
Humidity (non-condensing)
95% RH
95% RH
95% RH
Weight
140 gms
200 gms
210 gms
Diagram B on page 38
Refer diagram C on page 38
Refer diagram G(Z) on page 38
AC: 50 or 60 Hz
Temperature
Certifications
Dimensions
Terminal Connections
short for TC
short for RTD
3
2
1
5
4
RTD3
TC+ TCRTD1 RTD2
Short for config
11
3 WIRE
RTD
short for 2 wire
RTD (PT 100)
RTD
12
For SSR O/P
+
7
+
6
L
-N
-
9
8
NO
10
COM NC
NOTE: R - Red, W - White
Ordering Information
Model
Description
Model
Description
DTC503
48 x 48, ON/OFF & Time proportional
PID513
48 x 48, Autotune PID
DTC203
72 x 72, ON/OFF & Time proportional
PID213
72 x 72, Autotune PID
DTC303
96 x 96, ON/OFF & Time proportional ,
with 1 NO relay output
PID313
96 x 96, Autotune PID
DTC303NX
96 x 96, ON/OFF & Time proportional ,
with 1 C/O relay output
!
NOTE
For SSR output models: Add suffix ‘SSR’
21
selec
Digital Temperature Controllers
Low Cost
! 2 setpoints
! J, K, PT100 (selectable)
! 0.1oC resolution for RTD
!ON-OFF / Proportional
! 2 setpoints
! J, K, PT100 (selectable)
! 0.1oC resolution for RTD
!ON-OFF / Proportional
Cooling Controller
! 0.1oC resolution
! Defrost management
! High & low temperature
alarm
!20 A relay output
! J / K / PT100 versions
! ON-OFF / Proportional
(96 x 96)
(72 x 72)
DTC324
(48 x 48)
DTC204
(36 x 72)
TC52
CH403
Programmable, ON/OFF & Time
proportional mode
Programmable, ON/OFF & Time
proportional mode
Analog temperature controller
4 digits
4 digits
Dial setting
3 digits
Controller for cooling applications
Output ON, Alarm ON
Output ON, Alarm ON
Relay ON, Power ON
Setpoint lock, Defrost,
Relay ON, Alarm ON
User selectable: J (-99 to 750) /
K(-99 to 1350) / PT100 (-99 to 850.0)
User selectable: J (-99 to 750) /
K(-99 to 1350) / PT100 (-99 to 850.0)
J (200 or 400) / K (200 or 400) /
PT100 (200 or 400)
NTC
o
o
o
o
1/0.1o
1 for TC, 1/0.1 for RTD
1 for TC, 1/0.1 for RTD
2
2
1
Proportional / ON-OFF (Band/
Hysteresis: 0.1 to 99.9o)
Cycle time: 1 to 99 sec.)
Proportional / ON-OFF (Band/
Hysteresis: 0.1 to 99.9oC)
Cycle time: 1 to 99 sec.)
Time proportional & ON-OFF Control
±0.25% of F.S. ±1oC
±0.25% of F.S. ±1oC
Setting: ± 3% Repeat: ± 0.5% of F.S.
±0.25% of F.S. ±1oC
2
2
1
2
A) Heat mode
B) Cool mode
A) Heat mode
B) Cool mode
Heat mode
Main, High Alarm, Low Alarm
Set 1: 10A @ 230V AC
Set 2: 5A @ 230V AC
Set 1: 10A @ 230V AC
Set 2: 5A @ 230V AC
[email protected] AC
Main output : 10A @ 230V AC or 20A;
Alarm output : SSR drive 12V DC, 10mA
or Relay 5A @ 230V AC
1
ON-OFF (Hysteresis: 0.1 to 9.9 o)
12 VDC, 20 mA
12V DC, 20 mA
85 to 270 VAC/DC
Optional: 24 VAC/DC
Operating: 0 to 50oC ;
Storage"- -5 to 50oC.
85 to 270V AC/DC
Optional: 24V AC/DC
Operating: 0 to 50oC
Storage: -5 to
50oC Output to drive SSR.
12VDC
Operating: 0 to 50 C
Storage: -5 to 50oC
85 to 270V AC/DC
Optional: 24V AC/DC
Operating: 0 to 50oC
Storage: -5 to 50oC
95% RH
95% RH
95% RH
95% RH
230 gms
230 gms
130 gms
110 gms
Refer diagram G(Z) on page 38
Refer diagram C on page 38
Refer diagram B on page 38
Refer diagram F on page 38
230V AC
o
NO COM NC ALARM
+
-
SENSOR
N
L
1 2 3 4 5 6 7 8 9 10 11 12
+
+ FOR COM
NO
SSR (VALID FOR 20A)
Specifications for NTC Sensor (TSP04)
Thermocouple
Sensor
Nominal
Type
Range (OC)
Resistance
10 K ohms
NTC probe -40 to +100
@25OC
Ordering Information
Product
Name
PIC1000N-A
DTC204
PIC1000N-A
Order Code
DTC204-2
Ordering Information (for TC52)
Description
PIC1000N-A
Model
Range
Sensor
Supply
200 - 0 to 200 C
J / K / PT100
230V AC
400 - 0 to 400oC
J / K / PT100
230V AC
o
Relay Output
TC52
DTC324
DTC324
CH403-1
CH403
CH403-2
CH403-3
Relay Output
Main O/P : 10A Relay
Alarm O/P : 12V DC, 10 mA
Main O/P : 20A Relay
Alarm O/P : None
Main O/P : 10A Relay
Alarm O/P : 5A Relay
Ordering Example
TC52 - 400 - J - 230
TC52 (model) - 0 - 400oC - J Type Thermocouple
- 230V AC supply
!
NOTE
For SSR output models: Add suffix ‘SSR’
22
selec
Digital Timers
!Low cost
!Single setpoint
!2 C/O output
!Preset
!2 C/O output
(48 x 48)
(48 x 48)
XT543
Description
Economical, multifunction programmable
(48 x 48)
XT5042
Multifunction, dual display
Upper: 7 segment red LED; 0.5”
Lower: 7 segment green LED ; 0.3”
Upper: 4 digits
Lower: 4 digits
XT56
High accuracy, push wheel setting
Display
7 segment LED; Height: 0.5”
Digits
3 digits
Time Setting
Front keypad
Front keypad
Pushwheel
ON delay / Interval delay /
Cyclic ON first / Cyclic OFF first
ON delay / Interval delay / Cyclic ON first /
Cyclic OFF first / Forward-pause-reverse/
instantaneous + delayed / timer / batch
ON delay / Interval
7 segment LED; Height: 0.3”
3 digits
No of Channels
Operating Modes
( refer page 37 for timing diagrams)
( refer page 37 for timing diagrams)
Setpoints
1
2
1
Range
9.99 / 99.9 / 999 sec, 9:59 min:sec
99.9 / 999 min, 9:59 hr:min, 99.9 / 999 hr
9.99 / 99.9 / 999 sec, 99.9 / 999 min,
99.9 hr
Counting Direction
Down
99.99 / 999.9 / 9999 sec, 99:59 min:sec,
999.9 / 9999 min, 99:59 hr:min,
999.9 / 9999 hr
Up / down
Start Input
Gate / pulse start (programmable)
Gate / pulse start (programmable)
Pulse start
Down
Accuracy
±0.5% of F.S. or 50 ms
±0.05% of F.S. or 50 ms
±0.05% of F.S. or 50 ms
Reset
Front, Remote,
Power interruption
Front, Remote,
Power interruption (programmable)
Front, Remote, Power interruption
Memory
10 years
Configuration Lock
Via rear terminals
Password protected
LED Indications
Relay status
Relay status, sec, min & hr
Relay status
Output
2 C/O (DPDT)
2, each 1 NO
2 C/O (DPDT)
Relay Rating
5A @ 230V AC
5A @ 230V AC
5A @ 230V AC
Supply voltage
85 to 270V AC/DC
85 to 270V AC/DC, 24V DC (optional)
85 to 270V AC/DC
Temperature
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Humidity (non-condensing)
95% RH
95% RH
95% RH
Weight
130 gms
175 gms
140 gms
Refer diagram B on page 38
Refer diagram B on page 38
Refer diagram B on page 38
XT543N
XT5042
XT56N
AC: 50 or 60 Hz
Certifications
Dimensions
Terminal Connections
Ordering Code
23
selec
!Preset
!2 C/O output
!Preset
!2 C/O output
(72 x 72)
PT380 - 8 Channel Sequential Timer
! Flexibility of programming each channel
separately
! Sequential / Parallel operation
(96 x 96)
XT264
(96 x 96)
PT380
XT364
Description
Economical, pushwheel setting
Economical, pushwheel setting
Sequential timer
Display
7 segment LED; Height: 0.5”
7 segment LED; Height: 0.5”
7 segment LED; Height: 0.3”
Digits
3 digits
3 digits
2 + 4 digits
Time Setting
Pushwheel
Pushwheel
Front keypad
No of Channels
8 channels
Operating Modes
ON delay / Interval
ON delay / Interval
ON delay, Interval, Cyclic ON first,
Cyclic OFF first (start up delay & no. of
cycles programmable for cyclic mode)
Setpoints
1
1
8
Range
9.99 / 99.9 / 999 sec, 99.9 / 999 min,
99.9 hr
9.99 / 99.9 / 999 sec, 99.9 / 999 min,
99.9 hr
99.99, 999.9, 99:59 min:sec,
99:59 hr:min, 999.9 hr
Counting Direction
Down
Down
Up
Start Input
Pulse start
Pulse start
Start, Hold
Accuracy
±0.5% of F.S. or 50 ms
±0.5% of F.S. or 50 ms
±0.5% of setting or 50 ms,
whichever is greater
Reset
Front, Remote, Power interruption
Front, Remote, Power interruption
Front, remote, on power interruption
( refer page 37 for timing diagrams)
Memory
10 years
Configuration Lock
via rear terminals
LED Indications
Relay status
Relay status
Relay status, Cascade O/P , Time range,
ON/OFF time, Timing in progress
Output
2 C/O (DPDT)
2 C/O (DPDT)
8 nos., NO with single common
Relay Rating
5A @ 230V AC
5A @ 230V AC
5A @ 230V AC
Supply voltage
85 to 270V AC/DC
85 to 270V AC/DC
85 to 270V AC/DC
Temperature
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -20 to 75°C
Humidity (non-condensing)
95% RH
95% RH
95% RH
Weight
200 gms
230 gms
350 gms
Refer diagram C on page 38
Refer diagram G(Z) on page 38
Refer diagram G(X) on page 38
AC: 50 or 60 Hz
Certifications
Dimensions
Terminal Connections
To GND & STRT
of timer2
1
2
3
4
5
6
STRT HOLD RST CONFIG +24V GND
Ordering Code
XT264-3
XT364-3
7
8
9
CAS
NO1
NO2
N
L
17
18
10
11
12
13
14
15
16
NO3
NO4
NO5
NO6
NO7
NO8
COM
-
+
PT380
24
selec
22.5mm
Din Rail Timers
800 Series
! Slim, space saving design
! Din rail / screw mounting
! Finger guards for safety
NEW
Description
+1
Modes
800XU
NEW
800XA
2 functions, 12 ranges
universal voltage
2 functions, 8 ranges
universal voltage (economical)
ON delay / Interval
ON delay / Interval
800M
800S
NEW
800XC
2 functions, 12 ranges
Lowest cost, single range,
single function
Cyclic with unequal ON time
& OFF time
ON delay / Interval
ON: ON delay
Cyclic ON first or OFF first
1 / 10 sec / min / hr for both
ON & OFF time
Setting: ± 5% of F.S.,
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Time Ranges
1 / 3 / 10 / 30 sec / min / hr
3 / 10 / 30 / 60 sec / min
1 / 3 / 10 / 30 sec / min / hr
Accuracy
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
30S: 30 sec, 60S: 60 sec
(factory set)
Setting: ± 5% of F.S. ;
Repeat: ±0.5%
On interruption of power ;
Reset time < 100 ms
LED Indications
Power ON, Relay ON
Power ON, Relay ON
Power ON, Relay ON
Power ON, Relay ON
Power ON, Relay ON
Output contacts
2 C/O (DPDT)
2 C/O (DPDT)
2 C/O (DPDT)
1: 1 C/O SPDT
2 C/O (DPDT)
Relay rating
[email protected] AC /
24V DC resistive
20 to 240V AC
12 to 240V DC
[email protected] AC /
24V DC resistive
20 to 240V AC
12 to 240V DC
[email protected] AC /
24V DC resistive
230: 230V AC
12: 12V DC (factory set)
[email protected] AC /
24V DC resistive
20 to 240V AC
12 to 240V DC
Operating: 0 to 50°C
Storage: -20 to 75°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
[email protected] AC /
24V DC resistive
12: 12V DC
110: 110V AC
230: 230V AC
415: 415V AC (factory set)
Operating: 0 to 50°C
Storage: -5 to 50°C
(non-condensing)
95% RH
95% RH
95% RH
95% RH
95% RH
Weight
100 gms
100 gms
100 gms
70 gms
110 gms
800S-1-ON-30S-230
800XC
Reset
Supply voltage
AC: 50 or 60 Hz
Temperature
Humidity
Operating: 0 to 50°C
Storage: -5 to 50°C
Certifications
Dimensions
Refer to diagram L on page 38
Terminal
Connections
NOTE: Relay2 applicable for
2 C/O models only.
Ordering Code
25
800XU
800XA
800M-230
Supply Voltage 230V AC
800M-12
Supply Voltage 12V DC
1 C/O, On delay, 30 sec, 230V AC
800S-1-ON-60S-230
1 C/O, On delay, 60 sec, 230V AC
selec
Special function timers
800XMR
Forward - Pause - Reverse timer
Special timer for repetitive forward and
reverse motion of motor with intermediate
pause timing.
N
R
NEW
800POD
True power off delay timer
800SD-2 STAR DELTA TIMER
Special timer for star delta changeover.
For star-delta starting of 3 Ø induction motors
R
800XMR
Forward-pausereverse
NEW
800POD
NEW
800SQ-A
800SD-2
True power OFF delay timer
Low cost, 8 ranges,
dual voltage
Star delta timer
Forward-pause-reverse
True power OFF delay
ON delay / Interval (factory set)
Star-Delta
1 / 2/ 4 / 8 min ( ON time)
10 / 20 / 40 / 80 sec (pause time)
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
60: 60 sec, 180: 180 sec
(factory set)
Setting: ± 10% of F.S. ;
Repeat: ±2% or 100 ms
On interruption of power ;
Reset time < 100 ms
3 / 10 / 30 / 60 sec / min
(factory set)
Setting: ± 5% of F.S. ;
Repeat: ±0.5%
On interruption of power ;
Reset time < 100 ms
Relay1 ON, Relay2 ON
Power ON
Power ON, Relay ON
1 C/O each
for forward & reverse
2 C/O (DPDT)
1 C/O (SPDT)
Runup time range: 30/60 sec
Change Over: 50/100 msec
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Star Relay ON
Delta Relay ON
1 C/O relay each for star
& delta
5 [email protected] VAC / 24V DC resistive
2.5 [email protected] VAC / 28 VDC
resistive
5 [email protected] VAC / 24V DC resistive
5 [email protected] VAC, resistive
20 to 240 VAC
12 to 240 VDC
110 to 240 VAC/DC
230: 230 VAC & 24 VAC/DC
110: 110 VAC & 24 VAC/DC
230: 230 VAC, 415: 415 VAC,
110: 110 VAC (factory set)
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -20 to 75°C
95% RH
95% RH
95% RH
95% RH
100 gms
110 gms
115 gms
90 gms
Refer to diagram L on page 38
A1 25
Rly 2
COM
NO
NC
NC
Y relay
S
U
P
P
L
Y
NO
relay
15 26
Rly 1
COM
16 28
18 A2
800XMR
800POD-60
Time Range: 60 seconds
800POD-180
Time Range: 180 seconds
800SQ-A-230
Supply Voltage 230V AC & 24V AC/DC
800SD-2-230
800SQ-A-110
800SD-2-415
Supply Voltage 110V AC & 24V AC/DC
Supply Voltage 230V AC
Supply Voltage 415V AC
800SD-2-110
Supply Voltage 110V AC
!
IMPORTANT INFORMATION
+1 For detailed explanation of timing diagrams, refer to
26
selec
17.5mm Din Rail Timers
642 Series
! Slim, space saving design
! Din rail / screw mounting
! Finger guards for safety
642UX
Description
+1
Modes
Time Ranges
642SQ
13 functions, 8 ranges
Universal voltage
13 functions
( ON delay, Interval delay, Pulse output,
Repeat cycle equal(OFF first),
Repeat cycle equal(ON first), delay on
break,Delay on Make with Totalize
Delay on make / Delay on break,
Interval after break,
Interval with Totalize, Interval on Make /
Interval on Break, Single shot,
Retriggerable single shot)
3 / 10 / 30 sec / min, 3 /10 hr
642VTR-3
Low cost, 4 ranges, 2 voltages
Under voltage time relay
ON delay / Interval
Under voltage time relay ( ON delay )
(refer pg 37 for timing diagrams)
15 / 60 sec, 7.5 / 60 min
5 to 15 min
Setting: ± 5% of full scale ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Setting: ± 5% of full scale ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Setting: ± 5% of full scale ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 200 ms
LED Indications
Power ON, Relay ON
Power ON, Relay ON
Power ON, Relay ON
Output contacts
1 C/O (SPDT)
1 C/O (SPDT)
1 C/O (SPDT)
Relay rating
5 [email protected] VAC /
24V DC resistive
20 to 240 VAC
12 to 240 VDC
Operating: 0 to 50°C
Storage: -20 to 75°C
5 [email protected] VAC /
24V DC resistive
230 VAC & 24 VAC/DC
110 VAC & 24 VAC/DC
Operating: 0 to 50°C
Storage: -20 to 75°C
5 [email protected] VAC /
24V DC resistive
3 Ø / 4 w 380-415 VAC,
P-P (50/60Hz)
Operating: 0 to 50°C
Storage: -20 to 75°C
Humidity (non-condensing)
95% RH
95% RH
95% RH
Weight
80 gms
50 gms
60 gms
Accuracy
Reset
Supply voltage
AC: 50 or 60 Hz
Temperature
Certifications
Dimensions
Refer to diagram K on page 38
Terminal Connections
A1 25
15 26
15 26
230
VAC
10
15 26
10
2 1
30
16 28
16 28
18 A2
18 A2
COM
NO
Ordering Code
!
642 UX
IMPORTANT INFORMATION
+1 For detailed explanation of timing diagrams, refer to
page no. 35, 36 & 37.
27
N
60
NC
0
24
V
NO
8 9
10
3
Control
Contact
(Y)
NC
7
6
5
4
0
0
0
2 1
A1 25
10
COM
3
NO
8 9
10
7
6
5
4
0
COM
0
S
U
P
P
L
Y
R
Y
B
A1 25
642 SQ-230
Supply Voltage 230V AC & 24V AC/DC
642 SQ-110
Supply Voltage 110V AC & 24V AC/DC
16 28
NC
18 A2
642 VTR-3
Supply Voltage 415V AC (phase to phase)
selec
Plug / Panel Mount Timers
55 Series
! Compact size
! Plug / panel mounting
(48 x 48)
NEW
(48 x 48)
55XC
NEW
(48 x 48)
55XU
(48 x 48)
55M
55ES
NEW
Cyclic with unequal
ON & OFF time
2 functions, 12 ranges,
universal voltage
2 functions, 12 ranges
Low cost, 8 range dual voltage
Cyclic ON first or OFF first
ON delay / Interval
ON delay / Interval
ON delay / Interval
P8- 8 Pin plug
T- Screw terminal
1 / 10 sec / min / hr for both
ON time & OFF time
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
P8- 8 Pin plug
T- Screw terminal
P8- 8 Pin plug
T- Screw terminal
P8- 8 Pin plug
T- Screw terminal
1 / 3 / 10 / 30 sec / min / hr
1 / 3 / 10 / 30 sec / min / hr
3 /10 / 30 / 60 sec / min
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
Setting: ± 5% of F.S. ;
Repeat: ±0.5% or 50 ms
On interruption of power ;
Reset time < 100 ms
LED Indications
Power ON, Relay ON
Power ON, Relay ON
Power ON, Relay ON
Power ON, Relay ON
Output contacts
2 C/O (DPDT)
2 C/O (DPDT)
2 C/O (DPDT)
1 C/O (SPDT)
Relay rating
[email protected] AC /
24V DC resistive
20 to 240V AC
12 to 240V DC
Operating: 0 to 50°C
Storage: -5 to 50°C
[email protected] AC /
24V DC resistive
20 to 240V AC
12 to 240V DC
Operating: 0 to 50°C
Storage: -5 to 50°C
[email protected] AC /
24V DC resistive
Operating: 0 to 50°C
Storage: -5 to 50°C
[email protected] AC /
24V DC resistive
230: 230V AC & 24V AC/DC
110: 110V AC & 24V AC/DC
Operating: 0 to 50°C
Storage: -5 to 50°C
(non-condensing)
95% RH
95% RH
95% RH
95% RH
Weight
80 gms
100 gms
90 gms
80 gms
Description
+1
Modes
Base Type
Time Ranges
Accuracy
Reset
Supply voltage
AC: 50 or 60 Hz
Temperature
Humidity
230: 230V AC
Certification
Dimensions
Refer to diagram A on page 38
Terminal
Connections
8 pin plug-in type
NC1
NO1
4
3
6
NO2
1
+
L
8
2
3
4
Ordering Code
+
7
-N
8
1
24V
8
SUPPLY
Terminal type
Terminal type
5
1
9
2
3
NC1
4
5
NO1
COM1
11
12
11
6
6
7
COM
NO1
NO2
NC2 COM2
COM1
5
2
N
NC1
L
4
3
COM2
Terminal type
1
NC
NO
7
2
COM1
8 pin plug-in type
8 pin plug-in type
NC2
5
12
7
6
10
L
N
-
-
9
8
10
24V
55XC - Base type
55XU - Base type
55M - Base type - Supply voltage
55ES - Base type - Supply voltage
Base type
P8 - 8 pin plug
T - Screw Terminal
Base type
P8 - 8 pin plug
T- Screw Terminal
Base type
P8 - 8 pin plug
T - Screw Terminal
Base type
P8 - 8 pin plug
T - Screw Terminal
Supply Voltage
230 : 230V AC
Supply Voltage
230 : 230V AC & 24V AC/DC
110 : 110V AC & 24V AC/DC
!
IMPORTANT INFORMATION
+1 For detailed explanation of timing diagrams, refer to
page no. 35, 36 & 37.
28
selec
Digital Counters
Totalisers
!6 digits
!Inbuilt sensor supply
!Self powered
! Long battery life
! Contact / AC input
!6 digits
(24 x 48)
(36 x 72)
(48 x 48)
(48 x 96)
XC410
XC10D
LXC900/910
LXC905/915
Description
6 digit totaliser
6 digit totaliser
LCD Counter
Display
Seven segment LED; Height: 0.3”
Seven segment LED; Height: 0.5”
Liquid crystal display, Height: 8 mm
LXC910/915 - backlight versions
Digits
6 digits
6 digits
8 digits
Sensor Type
NPN / PNP
NPN / PNP
Voltage pulse (3 to 30V DC) from
Proximity switches, Solid state devices,
Potential free contact encoder
a) 0 to 20Hz
b) 0 to 1kHz
Voltage pulse (3 to 30V DC) from
Proximity switches, Encoders,
Solid state devices, Potential free contact
a) 3Hz b) 30Hz
c) 1kHz
Range
999999 counts
999999 counts
99999999 counts
Counting Direction
Up
Up
Up
Reset
Front, Remote
Front, Remote
Front, Remote
Memory Retention
Yes
Yes
Yes
Sensor Supply
Inbuilt, 12V DC, 30mA
Inbuilt, 12V DC, 30mA
90 to 270V AC/DC, 24V AC/DC (optional)
90 to 270V AC/DC
Battery powered
Temperature
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -20 to 75°C
Humidity (non-condensing)
95% RH
95% RH
95% RH
Weight
110 gms
200 gms
LXC900/910: 40 gms
LXC905/915: 70 gms
Refer to diagram F on page 38
Refer to diagram H(V) on page 38
LXC900/910:Refer diagram N on page 39
LXC905/915:Refer diagram M on page 39
Input Type
Input Speed
V: Voltage pulse of 24 to 260V AC/DC
C: Potential free input
a) 14Hz
b) 100Hz
Operating Modes
Setpoints
Scale Factor
Accuracy
LED Indications
Output
Relay Rating
Supply voltage
AC: 50 or 60 Hz
Certifications
Dimensions
Terminal Connections
Voltage Input
COM RST
INP
Table A: LCD Counters ordering code
LXC 900- C : 24 x 48, contact input
LXC 905- C : 48 x 48, contact input
LXC 900- V : 24 x 48, Voltage input
LXC 905- V : 48 x 48, Voltage input
Back light Version
LXC 910- C : 24 x 48, contact input
LXC 915- C : 48 x 48, contact input
LXC 910- V : 24 x 48, Voltage input
LXC 915- V : 48 x 48, Voltage input
Ordering Code
29
1
SENSOR
SELECTION
NPN
PNP
1
2
22
CNT
3
+12V
4
VERY
RST COM SLOW
5
6
7
2
3
4
5
BL
EN
6
7
RESET
SLOW COM ENABLE
8
9
SPEED
SELECTION
24
+ -
N
L
-
+
24V DC
24 - 260V AC
Contact Input
23
21
11 12 13 14 15 16 17 18
10
8
INP
1
2
RST COM SPD EN
3
4
5
6
BL
7
8
+ -
Contact Input
XC410
XC10D
See Table A
24V DC
Digital Counters
!6 digit counter; 5 digit
RPM indicator
!2 setpoints
!Programmable input
scaling
(72 x 72)
!Multifunction timer cum
counter
!2 configurable setpoints
!Programmable input scaling
(48 x 96)
Multi function, quadrature input
2 setpoints
Seven segment LED; Height: 0.3”
Seven segment LED; Height: 0.5”
Total: 6 digits
Rate: 5 digits
Total: 6 digits
Rate: 5 digits
!Preset counter
!Thumbwheel setting
!Auto reset
!Battery backup
(72 x 72)
(48 x 48)
XTC5400
XC1200
XC200NX
Multi function, quadrature input
2 setpoints
Programmable / Preset
!6 digit counter; 5 digit
RPM indicator
!2 setpoints
!Programmable input
scaling
Multi-function, multi-range timer counter
Upper: Seven segment red LED
Lower: Seven segment green LED
Upper: 4 digits
Lower: 4 digits
XC22B
4 digit preset counter
Seven segment LED; Height: 0.5”
4 digits
NPN
NPN
NPN / PNP
NPN / PNP
Voltage pulse (3 to 30V DC) from
proximity switches, Encoders,
Solid state devices, Potential free contact
a) 0 to 30Hz b) 0 to 2.5kHz
c) 0 to 5kHz (for up & down mode only)
Voltage pulse (3 to 30V DC) from
proximity switches, Encoders,
Solid state devices, Potential free contact
a) 0 to 30Hz b) 0 to 2.5kHz
c) 0 to 5kHz (for up & down mode only)
Voltage pulse (3 to 30V DC) from
proximity switches, Encoders,
Solid state devices, Potential free contact
a) 0 to 30Hz
b) 0 to 2kHz
ON delay / Interval delay /
Auto reset / Time pulse repeat
ON delay / Interval delay /
Auto reset / Time pulse repeat
Voltage pulse (3 to 30V DC) from
proximity switches, Encoders,
Solid state devices, Potential free contact
a) 3Hz
b) 30Hz c) 5kHz
Timer: ON delay, Interval, Cyclic ON first,
Cyclic OFF first, Batch
Counter: ON delay, Interval, Auto reset,
Time pulse Repeat, Batch
2
2
2
1
Count: Selectable least count
0.0001, 0.001, 0.01, 0.1 & 1
Rate: Auto ranging 4.00 to 99999
RPM or RPH mode
Count: Selectable least count
0.0001, 0.001, 0.01, 0.1 & 1
Rate: Auto ranging 4.00 to 99999
RPM or RPH mode
Timer: 99.99 / 999.9 / 9999 sec
99.59 min:sec, 999.9 / 9999 min
99.59 hr:min, 999.9 / 9999 hr
Counter: -999 to 9999 counts
9999
Up, Down, Bidirectional, Quadrature
Up, Down, Bidirectional, Quadrature
n
n
Timer: Down
Counter: Up / down
n
0.001 to 9.999 x 10
n= -3, -2, -1, 0, 1, 2
Time: ± 0.05% of setting
Counter: ± 0 counts
ON delay / Interval delay / Auto reset
Up
0.00001 to 9.99999 x 10
n= -5, -4, -3, -2, -1, 0, 1, 2
0.00001 to 9.99999 x 10
n= -5, -4, -3, -2, -1, 0, 1, 2
Rate: 0.05% ± 2 counts
Rate: 0.05% ± 2 counts
Front (user selectable), Remote
Front (user selectable), Remote
Front, Remote, Power interruption
Front, Remote, Auto (optional)
Yes
Yes
Yes
Yes
Inbuilt, 12V DC, 30mA
(short circuit protected)
Inbuilt, 12V DC, 30mA
(short circuit protected)
12V DC, 30mA
(short circuit protected)
Inbuilt, 12V DC, 30mA
Relay 1, Relay 2
Relay 1, Relay 2
Relay1, Relay2, sec, min, hr
Relay ON
2, 2 Relays each 1 C/O
2, 2 Relays each 1 C/O
2, 2 Relays each 1 NO
2 C/O (DPDT)
5A @ 230V AC/ 24V DC
5A @ 230V AC/ 24V DC
5A @ 230V AC
5A @ 230V AC
Operating: 0 to 50°C
Storage: -5 to 50°C
85 to 270V AC/DC
85 to 270V AC/DC
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
85 to 270V AC/DC
Optional: 24V DC
Operating: 0 to 50°C
Storage: -20 to 75°C
95% RH
95% RH
95% RH
95% RH
220 gms
230 gms
170 gms
320 gms
Refer diagram C on page 38
Refer diagram H(V) on page 38
Refer diagram B on page 38
Refer diagram C on page 38
XC200NX
XC1200
XTC5400, XTC5400-24 (24V DC)
XC22B-4-230 : Without memory
XC22B-4-AR-M1-230 : With memory and Auto reset
230: 230V AC, 110: 110V AC
30
selec
Rate Indicators
!Auto ranging RPM
indicator
!Scalable input
!Measures upto 9999
!Measures upto 9999 RPM
!Inbuilt sensor supply
!6 digit count
!4 digit rate
!Scalable input
!Inbuilt sensor supply
!Measures upto
9999 RPM
!Inbuilt sensor supply
(72 x 72)
NEW
(48 x 96)
RC2100
!RPS, RPM, RPH indication
!Scalable input
!High & low alarm
!Programmable alarm delay
(48 x 96)
RC100
(72 x 72)
RC102C
Description
Rate indicator
Rate indicator
Rate indicator & totaliser
Display
Seven segment LED;
Height: 0.5”
Seven segment LED;
Height: 0.5”
Digits
4 digits
4 digits
Seven segment LED;
Height: 0.5”
Count: 6 digits
Rate: 4 digits
Sensor Type
PNP / NPN
PNP
Input Type
Voltage pulse (3 to 30V DC)
from Proximity switches,
Encoders, Solid state devices,
Potential free contact
Voltage pulse (3 to 30V DC)
from Proximity switches,
Encoders, Solid state devices,
Potential free contact
Input Speed
4 to 9999 pulses/min.
4 to 9999 pulses/min.
RC2108
Rate indicator
(scalable input)
Seven segment LED;
Height: 0.5”
Seven segment LED;
Height: 0.5”
4 digits
PNP
PNP
PNP
Voltage pulse (3 to 30V DC)
from Proximity switches,
Encoders, Solid state devices,
Potential free contact
a) 0 to 30Hz
b) 0 to 2.5kHz
Voltage pulse (3 to 30V DC) Voltage pulse (3 to 30V DC)
from Proximity switches,
from Proximity switches,
Encoders, Solid state devices Encoders, Solid state devices,
Potential free contact
Upto 3.5kHz
Upto 3.5kHz
2 (Low alarm & High alarm)
4.00 to 9999 rpm
Count: 9999.99, 99999.9
999999 (user selectable)
Rate: 4.00 to 9999 RPM
4.00 to 9999 rpm
4.00 to 9999 RPM
4.00 to 9999 RPM
RPS, RPM, RPH
(programmable)
Modes
Counting Direction
Rate switch (with alarm)
4 digits
Setpoints
Range
(72 x 72)
RC2106
Unidirectional (Up)
Unidirectional (Up)
Unidirectional (Up)
Unidirectional (Up)
n
Scale Factor
Unidirectional (Up)
n
0.00001 to 9.99999 x 10
n= -3, -2, -1, 0, 1, 2
0.001 to 9.999 x 10
n= -3, -2, -1, 0, 1, 2
n
0.001 to 9.999 x 10
n= -3, -2, -1, 0, 1, 2
Hysteresis
0 to 99 (LSD)
Power On Delay
0 to 999 sec
Alarm Delay
0 to 999 sec
Accuracy
Rate: 0.05%
Rate: 0.05%
Rate: 0.05% (±2 counts)
Rate: 0.05% (±1 count)
Rate: 0.05% (±1 count)
10 years
Reset
Front, Remote
Memory
Current count value: 1 year
Parameter setting: 10 years
10 years
Inbuilt, 12V DC, 30mA
Inbuilt, 12V DC, 30mA
Sensor Supply
Inbuilt, 12V DC, ±10%,
30mA
Inbuilt, 12V DC, ±10%,
30mA
LED Indications
Output
Relay Rating
Supply voltage
Inbuilt, 12V DC, 30mA
Low alarm status,
High alarm status
1 C/O (SPDT) each for
high & low alarm
5A @ 230V AC/ 24V DC
85 to 270V AC/DC
85 to 270V AC/DC
85 to 270V AC/DC
85 to 270V AC/DC
85 to 270V AC/DC
Temperature
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: 0 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -5 to 50°C
Humidity
(non-condensing)
95% RH
95% RH
95% RH
95% RH
95% RH
Weight
170 gms
180 gms
200 gms
170 gms
200 gms
Refer diagram C
on page 38
Refer diagram H(V)
on page 38
Refer diagram H(V)
on page 38
Refer diagram C
on page 38
Refer diagram C
on page 38
RC2106
RC2108
AC: 50 or 60 Hz
Certifications
Dimensions
Terminal Connections
1
2
3
4
6
5
GND CNT1 +12V CNT2
13
L
15
14
N
16
2
GND
+12V
CNT
1
3
4
5
6
7
8
22
24
21
23
11 12 13 14 15 16 17 18
7
Ordering Code
31
8
RC2100
9
10
11
9 10
12
RC100
N
L
-
+
SENSOR
SELECTION
NPN PNP
1
2
COM FILTER CONFIG
+12V RST
3
4
5
6
7
8
9
22 CNT
11 12 13 14 15 16 17 18
RC102C
10
24
23
21
N
L
-
+
selec
Time Measuring
Instruments
!4 digit time interval meter
!Ideal for measuring:
MCB trip time
Relay changeover time
!6 digit time totaliser
!Selectable least count
(36 x 72)
(48 x 96)
!Self powered
! Long battery life
! Contact / AC input
! Front / Remote reset
(48 x 96)
(24 x 48)
(48 x 48)
LT920/930 ; LT925/935
TI103
TT412 ; TT12
!Low cost
!Self powered
! Long battery life
! Contact / AC input
LT945
Description
Time Totaliser
Time Interval meter
Time Totaliser
Time Totaliser
Display
TT412 :7 segment LED;
Height: 0.3”
TT12 : 7 segment LED;
Height: 0.5”
7 segment LED;
Height: 0.5”
Liquid crystal display
LT930/935-Backlight versions
Liquid crystal display
Digits
6 digits
4 digits
8 digits
8 digits
Contact type, Stop watch, Pickup timer,
Drop off timer, Pick up/drop off timer
Modes
Range
99999.9 / 999999 / sec / min / hr
a) Autoranging: .0001 to 9999 sec
b) Fixed ranges: .9999, 9.999, 99.99,
999.9,9999 sec
a) 9999.59.59 hr:min:sec
b) 999999.99 hr
999999.99 hrs
Direction
Up
Up
Up
Up
Input
Mains, Potential free contact,
PNP sensor
Potential free contact,
3 to 30V DC from solid state devices
a) 24 to 260V AC/DC
b) Contact input
a) Contact input
b) 24 to 260V AC/DC (factory set)
Accuracy
0.05%
0.05%
0.05%
0.05%
Reset
Remote (Reset time: 20 ms)
Front, Remote, Auto
(programmable)
Front, Remote
No reset
Memory
10 years
5 years
5 years
Configuration
Lock
Via rear terminals
Sensor Supply
12V DC (±10%) @ 30 mA
(short circuit protected)
85 to 270V AC/DC (AC: 50/60 Hz)
Battery powered
Battery powered
Operating: 0 to 50°C
Storage: -5 to 50°C
Operating: 0 to 50°C
Storage: -20 to 75°C
Operating: 0 to 50°C
Storage: -20 to 75°C
12V DC (±10%) @ 30 mA
(short circuit protected)
Supply voltage 85 to 270V AC/DC (AC: 50/60 Hz)
Temperature
Operating: 0 to 50°C
Storage: -5 to 50°C
Humidity
(non-condensing) 95% RH
Weight
95% RH
95% RH
95% RH
TT412: 90 gms
TT12: 190 gms
190 gms
LT920/930: 30 gms
LT925/935: 50 gms
50 gms
TT412: Refer diagram F on page 38
TT12: Refer diagram H(V) on page 38
Refer diagram H(V) on page 38
LT920/930:Refer diagram N on page 39
LT925/935:Refer diagram M on page 39
Refer diagram M on page 39
Certification
Dimensions
Terminal
Connections
TT412
Voltage
Voltage Input Model
1
2
3
4
5
6
7
N
8
1
9 10 11 12
1
2
3
4
5
6
8
11 12 13 14 15 16 17 18
3
4
5
6
7
8
9 10
COM
4
5
6
7
8
+
24 - 260V AC/DC
24
23
N
L
-
+
Contact
Contact Input Model
INP
BL
RST COM RNG EN
INP
1
23
11 12 13 14 15 16 17 18
N
L
TT12
-
+
2
24V DC
24
21
1
+ -
9 10
+12V RST COM CONFIG
2
3
24 - 260V AC/DC
7
22
1
2
+
21
22
INP
L
NC/ NO/ COM +12V RST COM
C1 C2
STRT/
HLD
BL
RST COM RNG EN
INP
STRT/
+12V HLD +12V RST COM CONFIG
2
Contact Input
3
4
5
6
7
+
8
1
2
-
24V DC
Contact Input
Ordering Code
TT412
TT12
TI103
LT 945- C : 48 x 48, contact input
LT 945- V : 48 x 48, Voltage input
32
selec
Accessories
Adapter plates
To fit smaller products into 92 mm x 92 mm size, 69 mm x 69 mm or 48 mm x 48 mm size cutouts
Material: ABS
Model: AP9672
To fit 72 mm x 72 mm
product into 92 mm x
92 mm cutout
Model: AP9648
To fit 48 mm x 48 mm
product into 92 mm x
92 mm cutout
Model: AP6050
SNUBBER CIRCUIT
R - C network to reduce electrical noise
Model: APRC01
TRANSPARENT FULL COVER
Material: Polycarbonate
Size: To fit 48 mm x 48 mm products
Model: ACF4801
8 PIN SOCKET
48 x 48 COLLAR CLAMP
Model: ACL4802
Mounting: a) DIN rail mounting b) Surface mounting
Model: AS08
33
Model: AP7248
To fit 48 mm x 48 mm
product into 69 mm x
69 mm cutout
Model: AP4848
selec
Timing Diagrams for XTC5400
TIMER MODE
COUNTER MODE
1. ON delay
1. ON Delay ( OR mode )
Supply
Supply
Reset
Start
Preset
2
ch=
Bat
0
Output
T on
T on
T on
Ba
Ba
tc
tc
h=
h=
B
1
=1
atch
2
Reset
Output
2. Interval ( OR mode )
2. Interval
Supply
Supply
Reset
Start
Preset
Reset
=2
=1
h
atc
h
atc
B
B
0
Output
1
ch=
Bat
T on
2
ch=
Bat
Output
3. Cyclic ON - First
3. Auto Reset ( NOR mode )
Set1
Supply
Set2
Start
Reset
=1
Output
Tstrt
Ton
Toff
Ton
=3
=2
tch
Ba
Ba
=1
tch
Ba
tch
tch
Ba
=2
tch
Ba
Rly1
Toff
Tstrt
Ton
Rly2
Toff
ARtime
4. Cyclic OFF - First
4. Time Pulse Reset ( NOR mode )
Set1
Supply
Start
Set2
Reset
=1
=3
=2
tch
tch
tch
Ba
Ba
Ba
0
Tstrt
Toff
Ton
Toff
Ton
Toff
tstrt
1
ch=
Bat
Output
2
ch=
Bat
Rly1
Rly2
TPR time
5. Batch mode
5. Batch mode
Reset
Reset
Preset
Preset
0
0
Output
Output
Batch mode
34
selec
Timing Diagrams for 800/642 Series
Function: ON Delay
! ON Delay: When input power is applied timing (t) begins, during which the output relay remains deenergized . At the end of the preselected time (t), relay energizes. The output relay is de-energized when
power is removed, thus resetting the timer for the next cycle.
! Reset: Removing input voltage resets the time delay and output relay.
Supply
Voltage
N/O Contact
NC Contact
t
t = set time delay
Function: Interval Delay
! Interval Delay: Applying the power supply starts the time delay & the output relay gets energized. At
the end of the preset time, the contact gets de-energised. The timer is reset when the input power is
removed.
! Reset: Removing input voltage resets the time delay and output relay.
Supply
Voltage
N/O Contact
NC Contact
t
t = set time delay
Function: Pulse Output
! Pulse Output: Applying the power supply starts the time delay, during which the output relay
remains de-energized. At the end of the preset period, the relay gets energized for a preset time
P(P=500ms). At the end of time P again relay de-energizes.
! Reset: Removing input voltage resets the time delay, output relay and the sequence.
Supply
Voltage
N/O Contact
NC Contact
t
P
t = set time delay
P = 500 msec
Function: Repeat Cycle Equal (OFF first)
! Repeat Cycle Equal (OFF First): Upon application of input voltage, the output relay remains deenergized and time t begins. At the end of the time t, output relay energizes for set time t. At the end of
time t again relay de-energizes and this cycle continues until input voltage is removed.
! Reset: Removing input voltage resets the time delay, output relay and the sequence.
Supply
Voltage
N/O Contact
NC Contact
t
t
t
t = set time delay
Function: Repeat Cycle Equal (ON First)
! Repeat Cycle Equal (ON First): Upon application of input voltage, the output relay energizes and
Time t begins. At the end of the time t, output relay de-energizes for set time t. At the end of time t again
relay energizes and this cycle continues until input voltage is removed.
! Reset: Removing input voltage resets the time delay, output relay and the sequence.
Supply
Voltage
N/O Contact
NC Contact
t
t
t
t = set time delay
Function: Delay On Break
! Delay on Break: Input voltage must be applied before and during timing. Upon application of input
voltage, the output remains de-energized. On closing the control contact 'Y' the output energizes. The
time delay begins when 'Y' is opened. The output remains energized during timing. At the end of the
time delay the output de-energizes. The output will energize if 'Y' is closed when input voltage is applied.
! Reset: Re-closing the 'Y' contact during timing resets the time delay. Removing input voltage resets
the Time delay and output.
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
t
t
t = set time delay
Function: Delay on Make with Totalise(Time Storage):
! Delay on Make with Totalize (Time Storage): Input voltage must be applied before and during
timing. The output is de-energized before and during the time delay. Each time the 'Y' contact is closed,
the time delay progresses; when it opens, timing stops. When the amount of time 'Y' is closed equals the
full time delay, the output energizes and remains energized until reset.
! Reset: Removing input voltage resets the time delay and output.
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
t1
t2
t1+t2=set time delay
35
selec
Function: Delay on Make / Delay on Break
! Delay on Make / Delay on Break: Delay on Make time delay t1 and delay on break time delay t2 are
same i.e. Upon application of input voltage and the closure of 'Y', t1 begins and the output remains deenergized. At the end of t1, the output energizes. Upon the opening of 'Y' t2 begins. At the end of t2, the
output de-energizes.
! Reset: If 'Y' is opened during t1, then t1 is reset and the output remains de-energized. And if 'Y' is
closed during t2 then t2 is reset and the output remains energized. Removing input voltage resets the
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
t2
t1
t1 = t2 = t
t = Set time delay
Function: Interval after Break
! Interval after Break: Input voltage must be applied before and during timing. Upon application of
input voltage, the output remains de-energized. On opening (after a closure), the control contact 'Y' the
output energizes and time delay begins. The output remains energized during timing. At the end of the
time delay the output de-energizes.
! Reset: Opening (by closing and then opening) the 'Y' contact during timing resets the time delay.
Removing input voltage resets the Time delay and output.
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
t
t
t = Set time delay
Function: Interval with Totalise (Time Storage):
! Interval with Totalize (Time Storage): Input voltage must be applied before and during timing. The
output is energized before and during the time delay. Each time the 'Y' contact is closed, the time delay
progresses; when it opens, timing stops. When the amount of time 'Y' is closed equals the full time delay,
the output de-energizes and remains de-energized until reset.
! Reset: Removing input voltage resets the time delay and output.
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
t1
t2
t1 = t2 = Set time delay
Function: Interval on make / Interval on break
! Interval on Make / Interval on Break: Interval on Make time delay t1 and Interval on break time delay
t2 are same i.e. t. Upon application of input voltage and the closure of 'Y', t1 begins and the output
energizes. At the end of t1, the output de-energizes. Upon the opening of 'Y' t2 begins and the output
energizes again. At the end of t2, the output de-energizes.
! Reset: If 'Y' is opened during t1, then t1 is reset and the output remains energized. And if 'Y' is closed
during t2 then t2 is reset and the output remains energized. Removing input voltage resets the time
delay and output
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
t2
t1
t = Set time delay
Function: Single Shot
! Single Shot: Input voltage must be applied before and during timing. Upon momentary or
maintained closure of the control contact 'Y' the output energizes and the time delay begins. At the end
of the delay the output de-energizes. Opening or re-closing the 'Y' contact during timing has no effect
on the time delay.
! Reset: Reset occurs when the time delay is complete and the 'Y' contact is open. Removing input
voltage resets the time delay and output.
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
t
t
t = Set time delay
Function: Retriggerable Single Shot
! Retriggerable Single Shot: Input voltage must be applied before and during timing. Upon
momentary or maintained closure of the control contact 'Y' the output energizes and the time delay
begins. At the end of the delay the output de-energizes.
! Reset: Re-closing 'Y' contact resets the time delay and restarts timing. Removing input voltage resets
the time delay and output.
Supply Voltage
(A1/A2)
Control Contact
Y (A1/26)
NO Contact
NC Contact
ta
t = Set time delay
ta< t
t
36
selec
Timing Diagrams for Digital Timers
Applicable for XT543 only
Function : ON delay
Supply
Voltage
Function : ON delay-pulse
start
Supply voltage
Function : Cyclic
(ON time first)
Supply
Voltage
t1
t2
NO
Contact
t1= ON time, t2 = OFF time
t
NO
Contact
t = Set delay time
Function : Reset
Function : Interval delay
Supply
Voltage
Start Contact
NO Contact
NO
Contact
t = Set delay time
t
t = Set delay time
Function : Cyclic
Function: Gate start-ON delay
(OFF time first) Supply voltage
Supply
Voltage
Gate Contact
t2
t1
Supply Voltage
Reset Contact
t1 th t2
t
NO Contact
t = Delay time
NO
Contact
t1= ON time, t2 = OFF time
reset
NO Contact
t=delay time = t1+ t2, th = hold time
Applicable for XT5042 only
1. ON delay, Interval modes:
2. Cyclic ON first, Cyclic OFF first modes:
3. Instantaneous + Delayed at start pulse:
Supply
Supply
Supply
Start
Start
Start
Reset
Reset
Reset
Output
Output
Cyclic ON
Tstrt
TON TOFF TON
Output
Cyclic OFF
Tstrt
TOFF
ON Delay
T strt T ON
T strt T ON
T strt T ON
Output
Interval
T strt T ON
T strt T ON
T strt T ON
TON
TOFF
TOFF TON
Tstrt
TON TOFF
tstrt
TOFF TON
6. Batch mode
5. Motor reverse mode:
4. Instantaneous + Delayed at power ON:
Instant
contact
Delayed
contact
Supply
Supply
Start
Batch
reset
Reset
Reset
Preset
Relay 1
0
t1
Instant
contact
t2
Output
Relay2
Delayed
contact
Tstrt
Tstrt
TON
TON
t2
t3
t1 = ON time of relay1, t3 = ON time of relay2,
t 2 = Pause time
Functions in PT380 only
Serial (with cascading )
Serial
Start Signal
ch-1
channel-1
ch-1
Timer 1
ch-2
ch-n
ch-n
Cycle1
Parallel
Start Signal
Start Signal
Timer 2
channel-2
ch-1
ch-1
ch-n
channel- n
ch-2
ch-n
Cycle N
n = 8 / 16; N = 0000 to 9999 or continuous
642VTR
THREE PHASE MODEL
Supply R Phase
Supply Y Phase
Supply B Phase
NO contact
NC contact
td
37
tr
td
tr
td
tr
td
td = ON delay time
tr = reset time
Un = 75% of supply
voltage
Tstrt
t
TON
Tstrt
TON
selec
Dimensions
Plug type
Terminal type
Diagram
A
Panel cutout
Diagram
B
45 46
48
70.5
7
79
68
72
Front bezel
10
48
Front bezel
46
72
Diagram
C
69
Diagram
D
46
100
Side view
10
Panel Cutout
96
Front bezel
Panel Cutout
92
90
96
69
115
Side view
46
45
48
Diagram F
92
Panel Cutout
95
Side view
25
Diagram G
Panel Cutout
33
F
D
A
28 29
74.5
75
B
71
3.5
DIM
Models
G
C
E
A
B
C
D
E
F
G
X
96
96
110
90
10
92
92
Y
97
97
88
90
10
92
92
Z
96
96
70
90
10
92
92
Diagram H
Diagram H(W)
Panel Cutout
Panel Cutout
A
D
B
Models
DIM
G
C
E
A
B
U
52
102
V
50 97.5 88
Diagram - K
A
F
C
D
E
50 44.8 4.5
45
10
D
B
F
G
46
92
46
92
Models
DIM
W
F
G
C
E
B
C
D
E
F
G
97.5 50
88
91
10
92
46
A
Diagram - L
38
selec
Dimensions
Front View
Side View
60
Front View
Side View
Panel Cutout
22.5
(+0.0/+0.5)
44.80
Diagram
N
46
50
Diagram
M
Panel Cutout
38.5
45.5
(+0.0/+0.5)
46
Dia 50
4
44.80
32
28
134
148
250
5
60
242
45mm
45mm
68mm
Diagram
P(II)
73mm
68mm
Diagram
P(I)
52.5mm
90mm
73mm
Diagram
O
140
Panel Cutout
52.5mm
90mm
Panel Cutout
B
D
C
G
A
B
C
D
E
F
G
96
96
10
60
90
92
92
Diagram
Q(II)
B
Zone 1
Zone 2
Zone 4
Zone 6
Zone 8
Zone 12
Width
95.0
145.0
300.0
385.0
590.0
690.0
F G
D E
46 91 92 92
45
52
52
Front bezel
39
C
5
G
Diagram S
Depth
250.0
250.0
290.0
290.0
290.0
290.0
Diagram
T
0912/A014/REV4
F
D
C
A B
99 99
Table R
Height
185.0
200.0
210.0
220.0
210.0
220.0
E
A
E F
A
Diagram
Q(I)
Panel Cutout
4
94
Side view
46
46
Panel Cutout
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