Build-in switch SV
EVE - ETIREL
Technical data
Build-in switch SV
Technical data
Type
16A-40A
Electrical
Number of poles
Rated operational voltage Ue
Rated current In
Rated Insulation voltage Ui
Rated impulse withstand voltage Uimp
Utilization category
Rated frequency
Rated short-time withstand current Icw
Rated short-circuit making capacity Icm
Rated conditional short-circuit current
Rated making capacity
Rated breaking capacity
Switch Type
Standard
1p, 2p, 3p, 4p
230/400V AC (1p), 400V AC (2p, 3p 4p)
16, 25, 40A
1000V
4 kV
AC-23B
50/60Hz
800A
500A
2000A (with 50A fuse)
400A
320A
Build-in switch
IEC/EN 60947-3
Mechanical
Device height
Device width
Degree of protection
Terminal capacity
Terminal screw
Terminal torque
Operating temperature
Storage- and transport temperature
Contact position indicator
Supply possibility
68mm (DIN rail acc to EN60715)
18mm/p
IP20
1-25mm2
M5 (Pozidrive PZ2)
max 3Nm
-25°C ... +55°C
-40°C ... +70°C
mechanical red/green
Top or bottom
In≥63A
1
02 Tehnical data.indd 109
109
9/2/2016 1:43:02 AM
EVE - ETIREL
Technical data
Technical data
Type
63-125A
Electrical
Number of poles
Rated operational voltage Ue
Rated current In
Rated Insulation voltage Ui
Rated impulse withstand voltage Uimp
Utilization category
Rated frequency
Rated short-time withstand current Icw
Rated short-circuit making capacity Icm
Rated conditional short-circuit current
Rated making capacity
Rated breaking capacity
Switch Type
Standard
1p, 2p, 3p, 4p
1p: 230/400V AC, 24V DC
2p: 400V AC, 48V DC
3p, 4p: 400V AC
63, 80, 100, 125A
AC: 1000V; DC:1500V
4 kV
AC-22B; DC-22B
50/60Hz AC, DC
1500A / 1s
2200A peak
4,0kA (with 100A fuse) / 2,5kA (with 125A fuse)
400A
320A
Build-in switch-disconnector
IEC/EN 60947-3
Mechanical
Device height
Device width
Degree of protection
Terminal capacity
Terminal screw
Terminal torque
Operating temperature
Storage- and transport temperature
Contact position indicator
Supply possibility
68mm (DIN rail acc to EN60715)
18mm/pole
IP20
1-50mm2
M6 (Pozidrive PZ2)
max 3Nm
-25°C ... +55°C
-40°C ... +70°C
mechanical red/green
Top or bottom
In<63A
1
110
02 Tehnical data.indd 110
9/2/2016 1:43:04 AM
EVE - ETIREL
Technical data
Build-in devices ”EVESYS”
Technical data
Rated voltage Un
Rated current In
Rated frequency fn
Terminals
Width of the switch
Standards
230/400 V AC, 24 V DC
16 A, 25 A
50/60 Hz
1,5 - 6 mm2
17,5 mm
IEC 60947-1, EN 60947-1, IEC 60947-3
EN 60947-3, IEC 60947-5-1, EN 60947-5-1
Switch
Switch with control light
Change-over switch
1
1 3
1 3 5
1 3 5 7
1 3
1 3 7
1 3 5 7
2
1P
2 4
2P
2 4 6
3P
2 4 6 8
4P
2
1P
2
2
7 5
1 3
1 3
5
8
2 4
1P
2 4 6
2P
1 3
1 3
II 0I
8
1 3
6 8
1 3
7 5
2
1P
2
7
1 3
1 3
5
7
8
2 4
2P
2 4 6
4P
8
2P
3P
8
2P
II0I
2
1P
2
2P
Center-off Change-over Switch
Control Switch
Push-button
45
5
max. 1,5W
68
1
58
42.5
5 7
2
6.2
6 8
2P
87.5
Push-button with Control Light
Signal Light L1
02 Tehnical data.indd 111
111
9/2/2016 1:43:07 AM
3
47,5
56
42,5
1
57,5
45
3
1
2
2
35,8
80
35,8
80
Signal light 2 SS 220
Bell/Buzzer
2M
45
10.5
58
63
33
43,7
45
48.7
54
36
63
3M
43.7
58
47,5
57,5
45
42,5
52,5
EVE - ETIREL
Technical data
90
36
54
90
78.5
Bell transformer type 3M
Bell transformer type 2M
DIN socket
112
02 Tehnical data.indd 112
9/2/2016 1:43:08 AM
EVE - ETIREL
Technical data
Power relays VS116K, VS316K
Symbol
Technical data
VS116K
Supply terminals
Voltage range
Burden
Supply terminals
Voltage range
Burden
Supply voltage tolerance
Output
Number of contacts
Current rating
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life (AC1)
Time between switching
Other information
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting/DIN rail
Protection degree
Overvoltage category
Pollution degree
Max. cable size (mm2)
Dimensions
Weight
Standards
230 V AC/5060 Hz
AC max. 7.5
VA/ 1W
A1-A3
24 V AC/DC
(50-60 Hz)
1 VA AC/ 1W DC
VS316/24
A1 - A2
24 V AC/DC/
50-60 Hz
1.6 VA/ 1.2 W
VS316/230
230 V AC/
50-60 Hz
2.5 VA
x
x
VS116K
A1
12
14
A2 A3
11
VS316/24
x
VS316/230
12
A1
24 32 34
14 22
A1
12
14 22
24 32
34
-15%; +10%
1 x changeover/
SPDT (AgSnO2)
16 A/ AC1
4000VA/ AC1,
384W/ DC
30 A/ <3s
3x107
0.7x105
min. 2s
3 x changeover/ 3PDT (AgSnO2)
11
A2
21
31
A2
11
21
31
16A/ AC1
4000VA/ AC1, 384W/ DC
30 A/ <3s
250 V AC1/ 24 V DC
500 mW
high intensity of LED
1x107
1x105
20 ms
50 ms
Description
VS116K
Supply terminals
A2
A3
A1
-20 °C ... +55 °C (-4 °F ... 131 °F)
-30 °C ... +70 °C (-22 °F ... 158 °F)
4 kV (supply-output)
any
DIN rail EN 60715
IP 40 from front panel
III.
2
max.1x 2.5 / 2x1.5
max. 1x2.5
90 x 17.6 x 64 mm (3.5˝ x 0.7˝ x 2.5˝)
54 g (1.9 oz.)
90 g (3.17 oz.) 92 g (3.25 oz.)
EN 61810-1, EN 61010-1
Indication LED
Red/čevená
12
11
14
Output changeover contact
terminal A3 only for VS116K
Notes
Max. time of changeover of contact is 10ms.
VS316/24 and VS316/230 enable switching of different phases or 3
phase voltage.
VS316/24, VS316/230
21
22
2nd output changeover contact
Supply terminals
24
A1
A2
Indication LED
31
02 Tehnical data.indd 113
11
12
32
34
14
Output changeover
contact
3rd output changeover
contact
113
9/2/2016 1:43:10 AM
EVE - ETIREL
Technical data
Delay OFF without supply voltage CRM-82TO
Symbol
Technical data
Number of functions
Supply terminals
Voltage range
Burden
Supply voltage tolerance
Supply indication
Time ranges
Time setting
Time deviation
Repeat accuracy
Temperature coeffi cient
Output
Number of contacts
Current rating
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life (AC1)
Other information
Operating temperature
Storage temperature
Electrical strength
Mounting/DIN rail
Protection degree
Operating position
Overvoltage category
Pollution degree
Max. cable size(mm2)
Dimensions
Weight
Standards
CRM-82TO
a - On Delay (Power On)/ e - Off
Delay (S Break)
A1 - A2
12 - 240 V AC/DC(AC 50 - 60 Hz)
0.7 - 3 VA AC/ 0.5 - 1.7 W DC
-15 %; +10 %
green LED
0.1 s - 10 min
potentiometer
5 % - mechanical setting
0.2 % - set value stability
0.01 % / °C, at = 20 °C ( 0.01 % /
°F, at = 68 °F)
2x changeover/SPDT (AgNi/ Silver
Alloy)
8 A / AC1
2000 VA / AC1, 192 W / DC
10 A / <3 s
250 V AC1 / 24 V DC
500 mW
red LED
3x107
0.7x105
16
A1
A2
18
15
26
28
25
Connection
Un
A1
A2
16
26
18
28
15
25
Description
Supply terminals
A1
Output contact
A2
26
16
Output indication
CRM-82TO
Supply indication
Rough time setting
-20 °C ... +55 °C (-4 °F ... 131 °F)
-30 °C ... +70 °C (-22 °F ... 158 °F)
4 kV (supply-output)
DIN rail EN 60715
IP 40 from front panel / IP 10
terminals
any
III.
2
solid wire max. 2x2.5 or 1x4 (
AWG 12 )
with sleeve max. 2x1.5 or 1x2.5
( AWG 12 )
90 x 17.6 x 64 mm (3.5˝ x 0.7˝
x 2.5˝)
93 g (3.3 oz.)
EN 61812-1, EN 61010-1
Fine time setting
Function setting
FUNC
e
28
18
15
a
Output contact
25
Output contact
Function
a - Delay OFF (S break) the power supply
U
t
ON
U
t
t
114
02 Tehnical data.indd 114
9/2/2016 1:43:12 AM
EVE - ETIREL
Technical data
Multifunction time relay CRM-91H, CRM-93H
Connection
Technical data
CRM-91H
Number of functions
Supply
Supply voltage
Consumption
Supply indication
Time ranges
Time settings
Time deviation
Repeat accuracy
Temperature coefficient
Output
Changeover contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Controlling
Controlling voltage
Consumption of output
Load between S-A2
Glow-tubes
Control. terminals
Impulse length
Reset time
Operating temperature
Storing temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
CRM-93H
10
A1-A2
12-240 V AC/DC(50-60 Hz AC)
AC 0,7-3 VA / DC 0,5 - 1,7 W
green LED
0.1 s-10 days
rotary switch
5%-mechanical setting
0,2%-set value stability
0,01% / °C at 20 °C
1
3
16 A / AC1
8 A / AC1
4000 VA / AC1, 2000 VA / AC1,
384 W /DC
192 W / DC
30 A / <3 s
10 A / <3 s
250 V AC1 / 24 V DC
500 mW
multifunction red LED
3x107
0,7x105
12-240 V AC/DC
0,025-0,2 VA AC/ 0,1-0,7 W DC


A1-S
min. 25 ms/ max. unlimited
max. 150 ms
-20...+55 °C
-30...+70 °C
4 kV
any
DIN rail EN 60715
IP 40 from frontal panel
III.
2
2.5 mm2
90 x 17,6 x 64 mm
EN 61812-1, EN 61010-1
CRM91-H
CRM-93H
Load with control input
possible.
Load between S-A2 possible to
connect in parallel way, without
disturbing of proper operation
of the relay.
Dimensions
CRM-91H
CRM-93H
CRM-2H
1-MODULEdesign
DESIGN
1-module
CRM-4
MR-41
02 Tehnical data.indd 115
MR-42
S
115
3-MODULE DESIGN
9/2/2016 1:43:14 AM
SHT-2
EVE - ETIREL
Technical data
Functions
a) Delay ON after energisation
b) Delay OFF after energisation
c) Cycler beginning with pause after energisation
d) Cycler beginning with impulse after energisation
e) Delay OFF after de-energisation, instant make of output
f) Delay OFF responding to make of control contact regardless its length
g) Delay OFF after break of control. contact with instant output
h) Delay OFF after make and break of control. contact
i) Memory (latching) relay
j) Pulse generator
Description
Time ranges
Supply terminals
Control. input S
day
Supply indicator
Rough time setting
Output indication - multifunction LED
Examples of signalling
Function:
days
Fine time setting
Function setting
Function:
only ON
Output contact
only OFF
116
02 Tehnical data.indd 116
9/2/2016 1:43:15 AM
EVE - ETIREL
Technical data
Time relay CRM-2H
Technical data
Connection
Number of functions
Supply
m
10
1
h
1 10
Supply voltage
Consumption
Supply indication
Time ranges
Time setting
Time deviation
Repeat accuracy
Temperature coefficient
Output
Changeover contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Reset time
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting/DIN rail
Protection degree
Overvoltage category
Pollution degree
Max. cable
size
h
h
1 10
1 10
m
m
10Dimensions
10
1 d
1
1
10
10
10
Standards10030
S
S
1 d
10
10
S 1
30
100
1
0.1 - 1 s
m
10
1
h
1 10
m
1 d
10
10
S 1
10
1
h
1 10
Time ranges
10
S 1
30
100
1 - 10 h
1
16A / AC1
4000 VA / AC1, 384 W /DC
30 A / <3 s
250 V AC1 / 24 V DC
500 mW
multifunction red LED
3x107
0,7x105
max. 150 ms
-20...+55 °C
-30...+70 °C
4 kV (supply-output)
any
EN 60715
IP 40 from frontal panel
III
2
2,5 mm2
h
1 10
m
d
10 mm2 1 d
1 90x17,6x64
1
10
10
10
30 61812-1,
30
EN
EN 61010-1
S
100
30
100
h
1 10
0.1m -101 day
1
1 d
10
10
S 1
30
100
m
10
1
h
1 10
30
100
1
1 - 10m days
10
10
1
h
1 10
h
10
10
1
h
1 10
10
S 1
30
100
30
100
m
3 - 30 days
10
10
S 1
30
100
1 - 10 h
Supply terminals
h
1 10
Output indication
Fine time setting-PULSE
30
100
m
10
1
h
1 10
10
S 1
h
1 10
0.1 - 1 day
15-18
t1
t2
LED
Terminal for function select
Supply indication
10
1
1 10
10
S 1
1 d
10
30
100
Output indicat
TIME
2
CRM-2H
Un
30
100
h
1 10
10
S 1
30
100
m
10
1
h
1 10
10
30
CRM-91H
S
100
CRM-93H 1
1 d
10
30
100
3 - 30 days
h
1 10
1 d
10
10
S 1
1 - 10 min
10
1
10
1
h
1 10
10
S 1
Rough time setting-PAUSE
30
100
m
m
m
m
10 - 100 days
10
1 - 10 days
30
100
TIME
1
U
1 d
10
30
100
TIME
1
15-18
10
1
10
S 1
1 10
1 d
10
30
100
TIME
2
Fine time setting-PAUSE
h
1 10
Dimensions
1 d
10
30
100
Output cont
CRM-2H
10 - 100 days
3-MODULE DESIGN
117
CRM-4
t2
30
100
0.1 - 1 h
m
Output contact
10
1
10
S 1
1-module
design
1-MODULE DESIGN
02 Tehnical data.indd 117
t1
LED
Fine time setting-PULSE
1 d
10
10
S 1
1 d
10
U
1 d
10
Fine time setting-PAUSE
30
100
10
1
h
1 10
Rough time setting-PULSE
1 d
10
10
S 1
10
S 1
10
1
10
S 1
Rough time setting-PAUSE
1
10
1
m
m
0.1 - 1 min
1 d
10
Un
Rough time setting-PULSE
1
h
1 10
Supply termin
CRM-2H
1 d
10
m
Terminal for function selection
Supply indication
m
h
1 10
Cycler beginning with pause
Description
1 d
10
1 - 10 s
10
1
Cycler beginning with pulse
0.1 - 1 h
1 d
10
10
S 1
1
m
1 d
10
10
S 1
m
1 d
10
0.1 - 1 s
m
Functions
1 - 10 min
1 d
10
10
S 1
100
1
0.1 - 1 min
1 d
10
Cycler beginning with pause
12-240 V AC/DC (50-60 Hz AC)
AC 0,7-3 VA / DC 0,5 - 1,7 W
green LED
0.1 s-100 days
rotary switch and potentiometer
5% mechanical setting
0,2% set value stability
0,01% / °C -> 20 °C
1
1 - 10 s
Cycler beginning with pulse
2
A1-A2
MR-41
MR-42
SOU-1
9/2/2016 1:43:18 AM
EVE - ETIREL
Technical data
Delay ON star/delta CRM-2T
Connection
Technical data
CRM-2T
1
A1-A2
AC/DC 12-240 V (AC 50-60 Hz)
AC 0,7-3VA/DC 0,5-1,7 W
-15% - +10%
green LED
t1: 0.1 s - 100 days
Number of functions
Supply
Universal supply
Consumption
Supply voltage tolerance
Supply indication
Time ranges
Time setting
Time deviation
Repeat accuracy
Temperature coefficient
Output
Number of contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Reset time
Controlling
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
start up of motor ( - )
start of a motor
(Motor)
S1
S3
auxiliary supply
S2
A1
A2
CRM-2T
rotary switch and potentiometer
5%-mechanical setting
0,2%-set value stability
0,01% / °C at 20 °C
25 26 28
15 16 18
(motor)
S1
2 x changeover (AgNi)
16 A / AC1
4000 VA / AC1, 384 W / DC
30A/<3s
max. 250 V AC1 / 24 V DC
500 mW
multifunction red LED
3x107
0.7x105
max. 150 ms.
18
16
A1
A2
15
26
S2
S3
28
25
Functions
Delay ON star/delta
U
t1
15-18
-20...+55 °C
-30...+70 °C
4 kV
any
DIN rail EN 60715
IP 40 from front panel
III.
2
2.5 mm2
90 x 17,6 x 64 mm
EN 61812-1, EN 61010-1
t2
25-28
Description
Supply terminals
Output indication multifunction LED
A2
A1
Supply indication
U
15-18
25-28
LED
Rough time setting t1
Fine time setting t1
t1
t2
230 V
LED
Fine time setting t2
24-480V
28
25
15
18
Output contact
Output contact
Time ranges
m
10
1
10
S1
h
1 10
1 d
10
30
100
m
10
1
10
S1
0.1 - 1 s
m
10
1
10
S1
h
1 10
1 d
10
30
100
m
10
1
10
S1
1 - 10 s
1 d
10
30
100
1 - 10 hrs
h
1 10
m
10
1
10
S1
h
1 10
h
1 10
1 d
10
30
100
m
10
1
10
S1
0.1 - 1 min
1 d
10
30
100
0.1 - 1 day
m
10
1
10
S1
h
1 10
1 d
10
30
100
1 - 10 days
h
1 10
1 d
10
30
100
m
10
1
10
S1
1 - 10 min
m
10
1
10
S1
h
1 10
1 d
10
30
100
3 - 30 days
h
1 10
1 d
10
30
100
0.1 - 1 h
m
10
1
10
S1
h
1 10
1 d
10
30
100
10 - 100 days
118
02 Tehnical data.indd 118
9/2/2016 1:43:21 AM
EVE - ETIREL
Technical data
Staircase switch CRM-4
Connection
Technical data
Function
Supply
Supply voltage
Consumption
Supply voltage tolerance
Supply indication
Time ranges
Time setting
Time deviation
Repeat accuracy
Temperature coefficient
Output
Changeover contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Controlling
Control. voltage
Consumption of input
Load between S-A2
Glow-tubes
Control. terminals
Impulse length
Reset time
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
delay OFF
A1-A2
230 V AC/50-60 Hz
max. 12 VA AC/1.8 W
- 15%; + 10%
green LED
0,5 - 10 min
potentiometer
10% mechanical setting
5% set value stability
0,05% / °C -> 20 °C
1
16 A / AC1
4000 VA / AC1, 384 W /DC
30 A / <3 s
250 V AC1 / 24 V DC
500 mW
red LED
3x107
0,7x105
230 V AC
0,53 VA AC
yes
yes, max. 20 pcs. (at 1 mA)
A1-S
min. 25 ms/max. unlimited
max. 150ms
-20...+55 °C
-30...+70 °C
4 kV (supply - output)
any
DIN rail EN 60715
IP 40 from frontal panel
III
2
2,5 mm2
90x17, 6x64 mm
EN 60669-2-3, EN 61010-1
3-wire connection
4- wire connection
L
L
N
N
A1 S A2
A1 S A2
max.
20mA
250V AC1
16A/4000VA
250V AC1
16A/4000VA
15 16 18
15 16 18
Description
Supply terminals
Controlling contact
CRM-4
Supply indication
Output indication
Un
ON
Function setting
AUTO
CRM-91H
CRM-93H
OFF
t
[min]
0.5
Time setting
10
Output contact
switch
Dimensions
CRM-4
MR-41
1-module
1-MODULEdesign
DESIGN
3-MODULE DESIGN
02 Tehnical data.indd 119
119
SHT-2
9/2/2016 1:43:23 AM
EVE - ETIREL
Technical data
Programmable staircase switch CRM-42
Connection
Technical data
Functions
Supply
Supply voltage
Consumption
Supply voltage tolerance
Supply indication
Time ranges
Time setting
Time deviation
Repeat accuracy
Temperature coefficient
Output
Number of contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Reset time
Controlling
Control Voltage
Input consumption
Glow tubes
Control terminals
Impulse length
Reset time
Operating temperature
Storage temperature
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
CRM-42
delay OFF responsive to control
contact switch on
A1-A2
230 V AC / 50-60Hz
max. 12VA AC / 1.8 W
-15% - +10%
green LED
0.5 - 10 min.
potentiometer
5%-mechanical setting
5%-set value stability
0,05% / °C at 20 °C
1, (AgSnO2), switching potential A1
16 A / AC1
4000 VA / AC1, 384W / DC
30A / < 3s.
max. 250 V AC1 / 24 V DC
500 mW
red LED
3x107
0.7x105
max. 150 ms.
3-wire connection
4-wire connection
Functions
funkc. ON
Function ON
red LED
Function AUTO
red LED
230 V AC
0.53 VA AC
yes, max. 100 pcs. (at 1mA)
A1-S / A2-S
min 50ms. / max.unlimited
max. 150 ms.
-20...+55 °C
-30...+70 °C
any
DIN rail EN 60715
IP 40 from front panel
III.
2
2.5 mm2
90 x 17,6 x 64 mm
EN 60669-2-3, EN 61010-1
Function PROG
red LED
Description
Supply terminals
Control terminal S
Supply indication
Output indication
Function settings
Time setting
Supply terminals
Output contacts
120
02 Tehnical data.indd 120
9/2/2016 1:43:25 AM
EVE - ETIREL
Technical data
Digital time switch SHT-1, SHT-1/2, SHT-3 and SHT-3/2
Controlling elements
Technical data
Supply terminals
Supply voltage
Consumption
Supply voltage
Consumption
Supply voltage tolerance
Back-up supply
Summer/winter time
Output
Number of contacts
A1-A2
12 - 240 V AC/DC (50 AC - 60 Hz)
UNI
0,5 - 2 VA AC/ 0,4 - 2 W DC
230 V AC/50 - 60 Hz
230
max. 14 VA AC / 2 W
-15%; +10%
yes
automatic
1x CO SHT-1, SHT-3;
2X CO SHT-1/2, SHT-3/2
Rated current
16 A / AC1
Breaking capacity
4000 VA /AC1, 384 W / DC
Inrush current
30 A / < 3 s
Switching voltage
250 V AC1 /24 V DC
Min. breaking capacity DC 500 mW
Mechanical life
>3x107
>0,7x105
Electrical life (AC1)
Time circuit
Power back-up
3 years
max. +/-1s/dat / 23°C
Accuracy
1s
Minimum interval
Data stored for
min. 10 years
Program circuit
Program SHT-1, SHT-1/2 daily, weekly
Program SHT-3, SHT-3/2 daily, weekly, monthly, yearly
Data readout
LCD display
Other information
-20...+55°C
Operating temperature
-30...+70°C
Storage temperature
Electrical strength
4 kV (supply-output)
Operating position
any
Mounting
DIN rail EN 60715
IP 20
Protection degree
III
Overvoltage category
2
Pollution degree
max. 2x1,5 mm2, 2x2,5 mm2
Max. cable size
90x35, 6x64mm
Dimensions
EN 61812-1, EN 61010-1
Standards
Selection of switch on mode
Day of the week
Pulse output
Signalling ON/OFF
Winter/summer time
Mode random switching
Supply term
(A1)
The time is shown on bragraf
Mode manual switching
Description
Supply terminal
(A1)
Channel 1 (SHT-1, SHT-3)
(16-15-18)
A1 16
15
Reset
Un
Display
A2
SHT-1
Controlling buttons
Reset
Supplyterminals
(A2)
Channel 2, (SHT-1/2, SHT-3/2)
(26-25-28)
Connection
SHT-1, SHT-3
SHT-1/2, SHT-3/2
Dimensions
02 Tehnical data.indd 121
Display
18
121
9/2/2016 1:43:28 AM
Supply term
(A2)
EVE - ETIREL
Technical data
Analog electromechanical time switch APC-D1, APC-DR1
Technical data
Supply voltage
Power reserve
Dial/minimum switching time
Operating accuracy
Program
Output contact
Switching capability
Power consumption
Operating temperature
Mounting
Protection category
Overvoltage category
Dimensions
Standards
APC-DR1
230V AC
yes (100 hrs)
15 min
+/- 1s/day at 220C
Daily
1 x NO
16A 125/250V AC1
0,5W
-25...+550C
DIN rail EN 60715
IP20
II.
90 x 17,5 x 66
EN 60730-2-7
Connection
APC-D1
230V AC
no
15 min
+/- 1s/day at 220C
Daily
1 x NO
16A 125/250V AC1
0,5W
-10...+450C
DIN rail EN 60715
IP20
II.
90 x 17,5 x 66
EN 60730-2-7
Dimensions
Programming
Multifunction relays SMR-T, SMR-H, SMR-B
Technical data
Number of functions
Connection
Supply voltage
Consumption (no operation/make)
Supply voltage tolerance
Time ranges
Time setting via
Time deviation
Repeat accuracy
Temperature coefficient
Output
Resistive load
Inductive load
Controlling
Voltage
Current
Impulse length
Operating temperature
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Fuse
Outlets
Glow-laps in button (pcs)
Dimensions
Standards
SMR-T
9
3-wires, without neutral
SMR-H
9
4-wires, with neutral
230 V AC / 50-60 Hz
0,8/3 VA
0,8/3 VA
- 15%; + 10%
0,1 s-10 days
0,1 s-10 days
via rotary switch and potentiometer via rotary switch and potentiometer
10% mechanical setting
10% mechanical setting
2% set value stability
2% set value stability
0,1%, °C at 20 °C
0,1%, °C at 20 °C
1x triac
10-160 VA
0-200 VA
10-100 VA
0-100 VA
F1 A / 250 V
230 V AC
3 mA
min. 50 ms/ max. unlimited
0...+50 °C
any
free at connecting wires
IP 30 from front panel
III
2
F1 A / 250 V
3 x solid wires 0,75 mm2 length 90 mm
max. 10
48,5 x 48,5 x 13 mm
EN 61010-1
SMR-B
10
4-wires, with neutral
3 VA
x
x
x
x
x
10-300 VA
10-150 VA
F1,6 A / 250 V
122
02 Tehnical data.indd 122
9/2/2016 1:43:30 AM
EVE - ETIREL
Technical data
Function
Function a - delay off on entrering edge
Function f - delay on
S
output times when it is switched. Each following
pressing (max. 5x) increases time
Long pressing switches output off
V
t
S
delay on after switch is switched on until it
is switched off
2xt
t
V
Function g - pulse relay
switches on by a press, another pressing switches the output S
off . The length of pressing doesn’t matter, it is possible to V
set reaction delay by a potentiometer and thus eliminate
rebound of a button
S
Function b - delay off on downward edge
output times after button is switched off ,
switches immediately
V
Function c - delay off on downward edge
S
after switching off output switches on and times.
V
Function d - cycler - flasher impulser
S
output cycles in regular interval, cycler starts with an impulse
Function e - puls shift
t
one press switches on, another one switches the output off
in case it is done before the end of timing
t
V t t t t t
V
t
V
output cycles in regular intervals, cycler
starts with a gap
t
t t t t t t
S
Function j *- cycler starting with gap
t
V
S
Function i - delay on after switched off
S
delay on after the switch is switched on
and delay on after it is switched off
S
Function h - impulse relay with delay
delay on after switching on until it is de-energized or a
switch is pressed again.
V
t
t
*function j is valid only for SMR-B
Time ranges
m
10
1
h
1 10
10
S1
m
m
1 d
10
0.1 - 1 s
ON
OFF
10
1
h
1 10
10
1
1 - 10 hrs
ON
OFF
h
1 10
10
S1
m
1 d
10
10
S1
10
1
1 d
10
ON
OFF
h
1 10
10
S1
1 - 10 s
10
1
10
S1
0.1 - 1 day
1 d
10
ON
OFF
m
1 d
10
ON
OFF
h
1 10
m
10
1
h
1 10
10
S1
m
0.1 - 1 min
1 d
10
ON
OFF
10
1
10
S1
m
10
1
1 - 10 days
h
1 10
1 d
10
ON
OFF
h
1 10
10
S1
1 d
10
ON
OFF
m
10
1
1 - 10 min
h
1 10
10
S1
m
10
1
only ON
10
S1
1 d
10
ON
OFF
h
1 10
0.1 - 1 hrs
1 d
10
only OFF
ON
OFF
Connection SMR-B, SMR-H, SMR-T
N
L
n
AC 230V
Example of SMR-H connectio
Function
S
V
V
02 Tehnical data.indd 123
L
S
V
L
S
V
L
S
N
V
L
S
N
SMR-T
SMR-T
SMR-H
SMR-H
Typical connection of SMR-T
- timer for light
Fan control depending
on light
Typical connection of SMR-H
- timer fot light
Fan control depending
on light
N
S
L
V
SMR-
t
t
Replaces 4 common cross switches
Light control in corridor
Input for external
supply voltage
AC/DC 5-250 V
123
9/2/2016 1:43:32 AM
Description
SMR-T, H
SMR-B
Exchangeable
fuse
FUSE
5x20
Output indication
Rought time setting
Fine time setting
Output indication
Output
neutral
switch
Output
Phase
Switch (button)
Function setting
Neutral (only in SMR-H)
function settings
Rough time setting
FUSE
5x20
Fine time setting
Galvanically separated control input 5-250 V AC/DC
Phase
EVE - ETIREL
Technical data
Dimension
124
02 Tehnical data.indd 124
9/2/2016 1:43:34 AM
EVE - ETIREL
Technical data
Dimmer flush mounting SMR-S, SMR-U
Technical data
SMR-S
SMR-U
4-wire without neutral
4-wire with neutral
AC 230 V / 50-60 Hz
max. 3VA
- 15%; + 10%
Connection
Supply voltage
Consumption (no operation/make)
Supply voltage tolerance
Output
Resistive load
Capacitive load
Inductive load
Controlling
Control Voltage
Current
Impulse length
Operating temperature
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Fuse
Output
Glow-lamps in control button
Dimensions
Standards
10-300 VA
10 -150VA
x
500 VA*
500 VA*
500 VA*
Voltage
Ouput
brightness
Controlling
contact
KA short press (<0.5s) turns a light on, another short
press turns it off . A longer press (>0.5s) causes a gradual
regulation of light intensity min-max-min round until the
button is released. After releasing a set intensity is kept in
memory, further short presses turn the light on/off keeping
the set intensity. The intensity can be changed by further
long press. After de-energising the relay remembers the
set value.
AC 230 V
3 mA
min. 50 ms/ max. unlimited
0...+50 °C
any
free of connecting wires
IP30 from front panel
III
2
F 1.6A/ 250V
solid 0,75 mm2, length 90 mm
max. 10 pcs.
49x49x13 mm
EN 60669-2-1, EN 61010-1
Functions
x
* When load is above 300 VA it is necessary to ensure sufficient cooling; see instruction manual technical data
Dimensions
Warning: it cannot be used for fluorescent lights and energy saving lights!
SMR-U: It is not allowed to connect together loads of inductive and capacitive type at the same time
Connection SMR-S, SMR-U
N
L
V
L
S
V
L
S
N
Description SMR-S
SMR-S
Typical connection of SMR-S
- dimmer of lights
SMR- U
R, L
R, L, C
Typical connection of SMR-U
- dimmer of lights
Warning: it cannot be used for fluorescent lights and energy saving lights!
SMR-U: It is not allowed to connect together loads of inductive and
capacitive type at the same time
Exchangeable fuse
Indication
Output
Button control input
Phase
02 Tehnical data.indd 125
125
9/2/2016 1:43:35 AM
EVE - ETIREL
Technical data
Twilight switch in IP65 ETS-16b
Connection
Technical data
Voltage
Time delay
Light level
The number and types of contacts
Rated current contact
Installation
Standards
Power supply range
Max load current (AC-1)
Switch ON treshold
Switch off treshold
Time delay of switch ON or OFF
Adjustment range
Working temperature
Protection class
ETS-16b
230 V AC
cca 20s
2-50 Lx
1 NO - NO
16A/AC1
on a flat surface
EN 61812-1, EN 50081, EN
61000
180 - 240 V AC 50Hz
16 A
10 lux
20 lux
cca 20 s
cca 2 - 200 lux
- 40 0C ... +50 0C
IP65
Setting
Dimensions
126
02 Tehnical data.indd 126
9/2/2016 1:43:37 AM
EVE - ETIREL
Technical data
Memory and latching relays MR-41, MR-42
Connection
Technical data
MR-41
Number of functions
Supply
Supply voltage UNI
Consumption UNI
Supply voltage 230
Consumption 230
Supply indication
Output
Supply voltage tolerance
Number of contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Controlling
Voltage
Consumption of input
Load between A2 ON/OFF
Glow-lamps
Control terminals
Max. capacity of cable control:
-without connected glow lamps
-with connected glow lamps
Impulse length
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
MR-41
MR-41
MR-42
1
2
A1-A2
CRM-91H
12-240 V AC/DC (50-60 Hz AC) CRM-91H
CRM-93H
CRM-93H
AC 0,17-3 VA / DC 0,5 - 1,2 W
AC 0,17-12 VA / DC 0,11 - 1,9 W
230 V AC / 50-60 Hz
AC max. 12 VA / DC 1,2 W
AC max. 12 VA / DC 1,9 W
green LED
CRM-2H
CRM-2H
- 15%; + 10%
1xCO
2xCO
16 A / AC1
2x16 A / AC1
4000 VA / AC1, 384 W /DC
4000 VA / AC1, 2x384 W / DC
30 A / <3 s
30 A / <3 s
250 V AC1 / 24 V DC
250 V AC1 / 24 V DC
500 mW
500 mW
red LED
red LED
3x107
0,7x105
MR-42
MR-42
12-240 V AC/DC
Dimensions
AC 0,025-0,2 VA / DC0,1-0,7 W (UNI) , AC 0,53 VA (AC 230V)
yes
MR-41
CRM-4
CRM-4
MR-41
no (UNI) , yes -max. 4 pcs at 1mA (AC 230V)
A1 ON/OFF
SOU-1SOU-1
MR-42
MR-42
12 nF (UNI), 12nF (230V)
9nF (UNI), glow lamps cannot connected/NO
9nF (230V), max. 4pcs (1pc-1mA)
9nF (UNI), glow lamps cannot connected/NO
9nF (230V), max. 4pcs (1pc-1mA)
min. 25 ms/ max. unlimited
-20...+55°C
-30...+70°C
4 kV (supply - output)
any
DIN rail EN 60715
IP 40 from frontal panel
III
2
2,5 mm2
90x17, 6x64 mm
EN 60669-2-2, EN 61010-1
Function
1-MODULE DESIGN
1-module
design
DIM-2DIM-2
MR-41
MR-42
3-MODULE
DESIGN
02 Tehnical data.indd 127
SHT-2
127
9/2/2016 1:43:39 AM
EVE - ETIREL
Technical data
91H
93H
MR-41
Staircase switch with dimming DIM-2
Connection
Technical data
Supply
Supply voltage
Consumption
Supply voltage tolerance
Supply indication
Time setting via
Time deviation
Repeat accuracy
Temperature coefficient
Controlling T1
Terminals
Voltage
Power on control input
Impulse length
Glow-lamps
Controlling T2
Terminals
Voltage
Power control input
Impulse length
Glow-lamps
Output
Rated current
Resistive load
Inductive load
Operating temperature
Storage temperature
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
A1-A2
230
V AC (50 Hz)
CRM-2H
max. 5 VA
- 15%; + 10%
green LED
potentiometer
10% mechanical setting
5% set value stability
0,01% / °C / 20 °C
Function
Controlled via input T1 (button)
T1-A1
230 V AC
max. 1,5 VA
min. 100 ms / max. unlimited
yes, max. 5 pcs (at 1 mA)
T2-A1
230 V AC
max. 0,1 VA
min. 100 ms / max. unlimited
no
MR-42
contactless - triac
2A
10-500 VA
10-250 VA
-20...+55 °C
-30...+70 °C
any
DIN rail EN 60715
IP 40 from front panel
III
2
2,5 mm2
90x17,6x64 mm
EN 60669-2-1, EN 61010-1
Cycle dim-up time is activated by pressing the button; By repressing the button
(during the cycle) it is possible to prolong
the time of the cycle.
Legend:
Controlled via input T2 (switch)
t1
t2
t3
T1/T2
Output / Brightness: 10-100%
Legend:
Dim-up
time: 1-40 s
Time delay: Output
0s-20min
/ Brightness: 10-100%
Dim-down
1-40s
Dim-up
time: 1-40 s
t1 time:
Controlling
Time delay: 0s-20min
t2 contact
time: 1-40s
t3 Dim-down
The cycle is started
by activating
the switch
T1/T2 Controlling contact
and breaks on max. adjusted brightness level.
After the switch is turned off the switch cycle
is complete.
SOU-1
Legend:
Description
Output / Brightness: 10-100%
t1
Dim-up time: 1-40 s
t2 Time delay: 0s-20min
Supply
terminals A1
t3 Dim-down time: 1-40s
T1/T2
Controlling contact
Supply indication
Brightness setting
t1 - dim-up time setting
Output
Controlling input for push button
Output indication
t2 - time delay setting
t3 - dim-down time setting
Dimensions
Supply terminals A2
Controlling input for switch
DIM-2
1-module
design
1-MODULE DESIGN
128
02 Tehnical data.indd 128
3-MODULE DESIGN
SHT-2
9/2/2016 1:43:41 AM
EVE - ETIREL
Technical data
Dimmer DIM-14
Connection
Technical data
Supply
Supply voltage
Consumption
Supply voltage tolerance
Supply indication
Indication output
Controlling
Terminals
Control Voltage
Power control input
Impulse length
Glow-lamps in control button
Output
Rated current
Resistive load
Inductive load
Capacitive load
Output indication
Operating temperature
Storage temperature
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
DIM-14
A1-A2
230 V AC (50 Hz)
1,3 W
- 15%; + 10%
green LED
6 VA
L
max. 5 mA
Glow-lamps
A1
A1
V
T 2.5 A
V
T1-A1
230 V AC
0,3 - 0,6 VA AC
min. 80 ms / max. unlimited
yes, max. 5 pcs. (at 1 mA)
2 x MOSFET
2A
500 VA*
500 VA*
500 VA*
red LED
-20...+35 °C
-20...+60 °C
any
DIN rail EN 60715
IP 40 from front panel
III
2
2,5 mm2
90x17,6x64 mm
EN 60669-2-1, EN 61010-1
DIM-14
T A2
R, L, C
A2
T
N
Functions
Supply A1-A2
Output
Brightness
Controlling
input T
* When load is above 300 VA it is necessary to ensure sufficient cooling
Recommendation for mounting: leave a gap of min. 0,5 module ( approx. 9 mm) on
side of the device to ensure better cooling of the device.
Description
Warning for DIM-14: it is not allowed to connect together loads of inductive
and capacitive type at the same time
Supply terminal L
Button input
Supply terminal N
02 Tehnical data.indd 129
Output
129
9/2/2016 1:43:42 AM
EVE - ETIREL
Technical data
Dimmers for LED bulbs and dimmable fluorescent lamps DIM-15 and SMR-M
Technical data
DIM-15
SMR-M
230V
AC / 50-60 Hz
AC 230V
-15%; +10%
max. 1.5VA
max. 0.7W
green LED
Supply voltage
Supply voltage tolerance
Apparent power
Loss power
Supply indication
Controlling
Control terminals
Control wire
Control voltage
Control input power
Control impulse length
Glow tubes connection
Max. amount of glow lamps
connected to controlling input
Output
Contactless
Load*
Output status indication
Other data
Operating temperature
Storing temperature
Operating position
Mounting
Protection degree
x
L-S
230V
AC
AC
230V
AC 0.3-0.6 VA
min. 80 ms / unlimited
Yes

230V - max. 15pcs
230V - max. 10pcs
(measured with glow lamp
(measured with glow lamp
0.68mA/230VAC)
0.68mA/230VAC)
2 x MOSFET
300W (at cos fi=1)
red LED
160W (at cos fi=1)
x
-20C ... +35C
-20C ... +60C
any
DIN rail EN 60715
free at connection wires
IP40 from front panel / IP10
IP30 in standard conditions
terminals
Overvoltage category
III.
Pollution level
2
Terminal wires
max. 2x2.5; with sleeve
x
1x1.5mm2
Dimensions
90 x 17.6 x 64 mm
49 x 49 x 21 mm
Weight
57 g
38 g
Standards
EN 60669-2-1, EN 61010-1
* Due to a large number of light source types, the maximum load depends on the internal
construction of dimmable LEDs and ESL bulbs and their power factor cos φ.
The power factor of dimmable LEDs and ESL bulbs ranges from cos φ = 0.95 to 0.4.
An approximate value of maximum load may be obtained by multiplying the load capacity
of the dimmer by the power factor of the connected light source.
Connection
Light source type setting
SMR-M
DIM-15
L
L
N
A1
LED bulbs
V
T 2.5 A
recomended fuse
T 1.6 A
recomended fuse
V
A2
L
N
S
T
N
130
02 Tehnical data.indd 130
9/2/2016 1:43:43 AM
EVE - ETIREL
Technical data
Functions and controlling
Supplying Un
T
>0.5s
<0.5s
<0.5s
>0.5s
<0.5s
Controlling::
- short button press (<0.5s) turns the light off or on
- long press (>0.5s) enables slight regulation of light intensity
- setting of minimal luminance is possible only during decreasing of luminance by long button press
V
min
max
max
V
min
Devices description
Supply voltage L
Supply voltage
indication
Light source
type selection
Output
A1
Minimal luminance
setting
Output indication
DIM - 15
Minimal luminance setting
A2
Supply voltage N
Minimal luminance setting:
LED bulb:
- if the light is turned off, short press (<0.5s) switches the light onto last set
luminance level
Saving fluorescent lamp:
- if the light is turned off, short press increases the luminance onto maximal
level (saving fluorescent lamps fires up) and then luminance decreases onto
set level
- setting of minimal luminance by saving fluorescent lamps serves for
harmonizing of lowest light intensity prior its unprompted switching off
V
Additional information
- it is possible to dim only LED bulbs equipped with capacitator supplying
- it is not possible to dim saving fluorescent lamps without marking: dimmable
- an incorrect setting of light source has effect only on dimming range, it
means neither dimmer or load get demaged
- maximal load is counting with usage of LC filter
T
Controlling input
Light source
type selection
Supply voltage
indication
Output to an appliance
Switch (button)
Phase
Neutral
02 Tehnical data.indd 131
131
9/2/2016 1:43:45 AM
EVE - ETIREL
Technical data
1-MODULE DESIGN
Twilight switch SOU-1 + sensor
Technical data
Supply
Supply voltage AC 230
Consumption AC 230
Supply voltage tolerance
Supply indication
Time dwell
Time dwell setting
Measuring range 1)
Measuring range 2)
Output
Number of contacts
Rated current
Breaking capacity
CRM-91H
Inrush current
CRM-93H
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Controlling
Voltage
Consumption of input
Load between S-A2
Glow-lamps
Terminals
Impulse length
Reset time
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
SMR-S
MR-41
Connection cable length for sensor
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
LE DESIGN
IGN
SMR-T, SMR-H CRM-4
A1-A2
230 V AC ( 50-60 Hz)
max. 12 VA AC / 1,8 W
- 15%; + 10%
green LED
0-2 min
potentiometer
1-100 Lx
100-50000 Lx
Connection
1xCO
16/AC1
4000 VA/AC1, 384 W/DC
SHT-2
30 A/<3 s
250 V AC1/24 V DC
500 mW
red LED
3x107
0,7x105
230 V AC
0,8-530 mVA
yes
yes, max. 4 pcs (at 1 ms)
A1-S
min. 25 ms/ max. unlimited
150 ms
-20...+55 °C
-30...+70 °C
4 kV (supply - output)
any
DIN rail EN 60715
IP 40 from frontal panel
max. 50 m (standard wire)
III
2
2,5 mm2
90x17, 6x64 mm
EN 60255-6, EN 61010-1
CRM-2H
Function
ambient light
intensity
Description of DIP switch
Lx
LEVEL hysteresis
A1-A2
TEST ON
S
15-18
t
DIP 1
ON
DIP 2
ON
t
100 - 50000 Lx
1 - 100 Lx
TEST ON
NORMAL
Supply terminals
Dimensions
MR-42
Terminal of
blocking input
Sensor for SOU-1
Supply voltage
indication
Setting of level of
illumination
Fine setting of level
of illumination
Terminals for sensor
SOU-1
SOU-1
Un
h
1
2
Output indication
LUX
TEST
LEVEL
[Lx]
max
min
DELAY
0
Switch of test function
Setting of output contact delay
2min
Output contatcs
DIM-2
132
02 Tehnical data.indd 132
9/2/2016 1:43:46 AM
Technical data
LEVEL hysteresis
A1-A2
TEST ON
S
15-18
t
DIP 1
ON
DIP 2
ON
t
Description
EVE - ETIREL
Description of DIP switch
Lx
100 - 50000 Lx
1 - 100 Lx
TEST ON
NORMAL
Supply terminals
Terminals for sensor
Terminal of
blocking input
Supply voltage
indication
Setting of level of
illumination
Fine setting of level
of illumination
SOU-1
Un
h
1
2
Output indication
LUX
TEST
LEVEL
[Lx]
max
min
DELAY
0
Switch of test function
Setting of output contact delay
2min
Output contatcs
1-module design
1-MODULE DESIGN
3-MODULE DESIGN
02 Tehnical data.indd 133
SHT-2
133
9/2/2016 1:43:47 AM
EVE - ETIREL
Technical data
Twilight switch with digital time switch SOU-2 + sensor
Connection
Technical data
Supply
Supply voltage
Consumption
Supply voltage tolerance
Back-up supply
Summer/winter time
Output
Number of contacts
Rated current
Breaking capacity
Switching voltage
Min. breaking capacity DC
Mechanical life
Electrical life
Time circuit
Back-up supply
Accuracy
Minimal interval
Data stored for
Program circuit
Illumination range
Program place number
Program
Data readout
Controlling
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
SOU-2
A1-A2
230 V AC (50-60Hz)
max. 3,5 VA
-15% ; +10%
yes
automatic
external sensor
A1
16
A1 T1 T1 16 15 18
18
T1
T1
1 changeover (AgNi)
8 A / AC1
2500 VA / AC1, 240W / DC
max. 250 V AC1 / 24 V DC
500 mW
1x107
1x105
3 years
max. +/- 1s. day (230C)
1 min.
min. 10 years
1-50000 Lx
100
daily, weekly
LCD display
15
A2
A2
Controlling elements
shows the day of the week
mode choice output switching
indication of pulse/ cyclic output
shows 12/24 h mode
winter/summer time
indication output ON/OFF
random switching mode
-20...+55 °C
-30...+70 °C
4kV (supply - output)
any
DIN rail EN 60715
IP 20 from front panel
III.
2
2.5 mm2
90 x 35,6 x 64 mm
EN 61812-1, EN 61010-1, EN
60255-6
indication of closed output
manual switching mode
Description
external sensor
Output - channel 1
(16-15-18)
Supply terminal
(A1)
A1 T1 T1 16 15 18
Display
SOU-2
Reset
reset
reset
+
ok
man
esc
prg
Controlling keys
-
A2
Supply terminal
(A2)
134
02 Tehnical data.indd 134
9/2/2016 1:43:49 AM
EVE - ETIREL
Technical data
Time switch ASTROCLOCK-2
Software class and structure
Memory spaces
Fluorescent
TypesIncandescent
of manoeuvres
Astronomical adjustment
3000 W
1200 VA
Operating temperature
Transport and storage temperature
Pollution degree
Protection level
Overvoltage category
Transient impulse voltage
Keyboard access cover
Connection
Battery
Size
02 Tehnical data.indd 135
Electrical scheme and parameters
230V~ /50-60Hz
± 10%
2
2x 16A / 250 V~
See Electrical scheme and parameters
16 VA (1,3 W)
back-lit liquid crystal display
± 1 s / day at 23 ºC
± 0.15 s / ºC / 24 h
10 years (without connection to
mains), 48 h (without battery and
without connection to mains)
Class A
40
Low voltage halogen (12
(230 V AC)
SUNRISE,V AC)
SUNSET, FIXEDHalogen
TIME: ON/
OFF, REDUC.
Daily
2000 VA
3000 W
-10 ºC ... +45 ºC
-20 ºC ... +60 ºC
2
IP 20 (EN60529)
Class II under correct mounting
conditions
2.5 kV
Sealable
With screw terminal for section
conductors of 4mm² maximum
section
½ AA – 3.6 V – 1000 mAh – Li/SOCi2
2 DIN modules (35 mm)
Incandescent
Fluorescent
Low voltage halogen (12
V AC)
Halogen (230 V AC)
Low consumption lamps
Downlights
3000 W
1200 VA
2000 VA
3000 W
600 VA
400 VA
Low consumption lamps
Downlights
LED
600 VA
400 VA
90 VA
Dimensions
65
35
60
88
Technical data
Rated voltage As indicated in the device
Tolerance
No. of output contacts
Rated current/switching voltage
Maximum recommended loads (N.A)
Consumption
Display
Accuracy
Temperature effect on accuracy
Power reserve
135
9/2/2016 1:43:52 AM
EVE - ETIREL
Technical data
Digital time switch ETICLOCK-R1
Connection
Technical data
Rated voltage and frequency
As indicated on the device
Breaking capacity
Own consumption
Contact
Display screen
Running accuracy
Accuracy variation with
temperature
Power reserve
Memory spaces
No. of channels
Types of operations
Operating temperature
Transport and storage
temperature
Pollution degree
Protection level
Protection class
Transient impulse voltage
Temperature for the ball test
Keyboard access cover
Connection
Battery
Size
ETICLOCK-R1
(230 V~ 50-60Hz)
L
L
µ 1x16 (10) A / 250 V AC
16 VA (1.3 W) max
AgSnO2 switched
LCD
± 1 s / day at 23 ºC
± 0.15 s / ºC / 24 h
10 years (with battery and no
network connection)
48 h (no battery and no network
connection)
40
1
ON/OFF, PULSE (1 ... 59 sec.) &
CYCLES (1 ... 59 sec. / 1 min ... 23h,
59 min)
-10 ºC ... +45 ºC
-20 ºC ... +60 ºC
2
IP 20 (EN60529)
II under correct mounting conditions
2.5 kV
+ 80 ºC (21.2.5)
Sealable
With screw terminal for wire cross
section of up to 4mm²
½ AA – 3.6 V – 1000 mAh – Li/
SOCi2
2x DIN mod. (35 mm)
~
1
2
3
N
C1
N
Load
Controlling elements
1
2
0
3
3
6
9
16
12 15 18 21 24
15
4
12
5
6
7
RESET
C1
8
MENU
C
10
9
11
1. Time scale
2. Schedules
3. Text line
4. Low-battery symbol
5. Hour / Date
6. C1 manual operation (blinking)/
C1 permanent manual (fixed)
7. C1 relay status symbol
8. Scroll down / C1 manual operation
9. Go up
10. Cancel option / Go back
11. Accept option / Enter the menu /
Switch on the device without power
12. 12 H / 24 H
13. Days of the week
Dimensions
65
60
35
Maximum recommended loads
Load
Designation
88
ETICLOCK-R1
3000 W
Fluorescent
Low voltage halogen (12 V):
1200 VA
Halogen (230 V):
Low consumption lamps
3000 W
600 VA
400 VA
90 VA
Downlights
LED
Max. load
Incandescent
2000 VA
136
02 Tehnical data.indd 136
9/2/2016 1:44:01 AM
EVE - ETIREL
Technical data
Current monitoring relay PRI-51
Connection
Technical data
PRI-51
Supply circuit
Supply
Universal supply
Consumption
Supply voltage tolerance
Measuring circuit
Load
Current ranges
Inrush overload <1ms
Max. permanent current
Time setting
Time ranges
Setting accuracy - mechanical
Time deviation
Limit values tolerance
Temperature coefficient
Hysteresis
Output
Number of contacts
Rated current
Breaking capacity
Output indication
Controlling
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
A1-A2
24-240V AC / 24 V DC (50-60 Hz AC)
max 1,5 VA
-15% - +10%
between B1 - B2
PRI51/1 PRI51/2 PRI51/5 PRI51/8 PRI51/16
AC 0.1- AC 0.2- AC 0.5- AC 0.8- AC 1.61A
2A
5A
8A
16A
100 A
1A
2A
5A
8A
16A
potentiometer
0.5 s-10 s.
5%
<1%
5%
< 0.1 % / °C
5%
Example connection: PRI-51 with current transformer for current
range increase
L
N
LOAD
A1
A2
A1
A2
B1
B2
B1
B2
16
16
15
1 x changeover (AgNi)
8 A / AC1
2500 VA / AC1, 240W / DC
green / red LED
Functions
-20...+55 °C
-30...+70 °C
4 kV (supply-output)
any
DIN rail EN 60715
IP 40 from front panel
III.
2
2.5 mm2
90 x 17,6 x 64 mm
EN 60255-6, EN 61010-1
Description
A1
current transformer
18
15
18
A1
A2
B1
B2
16
18
15
Supply terminals
Measuring input (only AC)
A2
B1
B2
PRI-51
Un
I>
Output indication
Adjusting current in % In
Adjusting time pause
0.5
In-1A
16
15
02 Tehnical data.indd 137
Output contact
18
Output contact
137
9/2/2016 1:44:02 AM
EVE - ETIREL
Technical data
Voltage monitoring relay HRN-33, HRN-34, HRN-35
Symbols
Technical data
HRN-33, HRN-34, HRN-35
HRN-34
A1-A2
monitoring voltage range
max. 1,2 VA AC / DC
18-30 V DC
30-99% Umax
0 -10 s.
5%
<1%
< 0,1% / °C
2-6 % of adjusted value
Type
Supply
Universal supply
Consumption
Upper level Umax
Bottom level Umin
Time delay
Setting accuracy (mechanical)
Repeat accuracy
Temperature coefficient
Hysteresis
Output
Number of contacts
HRN-33
A1-A2
monitoring voltage range
max. 1,2 VA AC / DC
160-276 V AC
30-99% Umax
0 -10 s.
5%
<1%
< 0,1% / °C
2-6 % of adjusted value
1 x changeover (AgNi)
1 x changeover (AgNi)
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Controlling
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
16 A / AC1
4000VA / AC1, 384W / DC
30 / < 3s.
max. 250 V AC1 / 24V DC
500mW
green / red LED
3x107
0.7x105
16 A / AC1
4000VA / AC1, 384W / DC
30 / < 3s.
max. 250 V AC1 / 24V DC
500mW
green / red LED
3x107
0.7x105
HRN-33
HRN-35
A1-A2
monitoring voltage range
max. 1,2 VA AC / DC
160-276 V AC
30-99% Umax
0 -10 s.
5%
<1%
< 0,1% / °C
2-6 % of adjusted value
HRN-34
16
A1
1 x changeover (AgNi) for each
voltage level
16 A / AC1
4000VA / AC1, 384W / DC
30 / < 3s.
max. 250 V AC1 / 24V DC
500mW
green / red LED
3x107
0.7x105
18
15
A2
18
15
A2
HRN-35
16
A1
-20...+55 °C
-30...+70 °C
4 kV
any
DIN rail EN 60715
IP 40 from front panel
III.
2
2.5 mm2
90 x 17,6 x 64 mm
EN 60255-6, EN 61010-1
Functions
16
A1
18
15
A2
26
28
25
Connection
Un
Legend:
Umax - upper adjustable level of voltage
HRN-33
HRN-33
Un - measured voltage
Hysteresis
Umin - bottom adjustable level of voltage
A1
A2
Un
Hysteresis
15-18 - switching contact of output relay No.1
HRN-34
-
+
25-28 - switching contact of output relay No. 2
A1
LED ≥ Un - indication green
A2
< - indication red
LED U>
Un
HRN-35
15 16 18
A1
HRN-35
HRN-34
A2
15 16 18
Hysteresis
Hysteresis
Hysteresis
Hysteresis
25 26 28
15 16 18
138
02 Tehnical data.indd 138
9/2/2016 1:44:03 AM
EVE - ETIREL
Technical data
Indication LED
HRN-33
HRN-34
Normal state
Umin<Un<Umax
Green LED = ON
Red LED = OFF
Normal state
Umin<Un<Umax
Green LED = ON
Red LED = OFF
Exceeded Umax (overvoltage)
Drop below Umin (undervoltage)
Un>Umax or Un<Umin.
Green LED = ON
Red LED = ON
Exceeded Umax (overvoltage)
Drop below Umin (undervoltage)
Un>Umax or Un<Umin.
Green LED = OFF
Red LED = ON
HRN-35
Normal state
Umin<Un<Umax
Green LED = ON
Red LED = OFF
Exceeded Umax (overvoltage)
Un>Umax
Green LED = ON
Red LED = ON
Drop below Umin (undervoltage)
Un<Umin
Green LED = OFF
Red LED = ON
Function description
Monitoring relay series HRN-3 monitors level of voltage in single-phase circuits. Monitored voltage serves also as supply voltage. It is possible to set two independent levels of
voltage, when exceeded output is activated. HRN-33 and HRN-34 - in normal state the output relay is permanently switched on. It switches off when voltage is below or above
deflection. This combination of linkage of the output relay is advantageous when the full failure of supply (monitored) voltage is considered to be a faulty state in the same way
as a decrease of voltage within the set level. Output relay is in both situations always switched off. Differently HRN-35 version uses independent relay for each level, in normal
state it is switched off . If the upper level is exceeded (for example overvoltage) 1st relay switches on, when the bottom level (e.g. undervoltage) is exceeded 2nd relay switches.
It is thus possible to see the particular faulty state. To eliminate short peaks in the main, the time delay, which is possible to be set in range 0 - 10 s, is used. It functions when
changing from normal to faulty state and prevents unavailing pulsation of the output relay caused by parasitive peaks. Time delay doesn´t apply when changing from faulty to
normal state, but hysteresis (1-6% depends on the voltage setting) apply. Thanks to changeover contacts it is possible to get other configurations and functions according to
actual requirements of the application.
Description
HRN-33, HRN-34
Supply/monitoring voltage
A1
A2
Indication
HRN-35
Adjusting of upper value Umax
Supply/monitoring voltage
Adjusting of delay
A1
Adjusting of bottom value Umin
A2
Indication
Adjusting of upper value Umax
Adjusting of delay
Adjusting of bottom value Umin
15
16 18
Output contact
25
15
02 Tehnical data.indd 139
16
26
18
28
Output contact for Umin
Output contact for Umax
139
9/2/2016 1:44:05 AM
EVE - ETIREL
Technical data
Over/undervoltage monitoring relay HRN-54, HRN-54N
Connection
Technical data
Supply and measuring
Supply
Supply/measured voltage
Level Umin
Level Umax
Consumption
Hysteresis
Max. permanent overload
Peak overvoltage <1ms.
Time delayT1
Time delayT2
Output
Number of contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Reset time
Controlling
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
HRN-54
HRN-54N
L1,L2,L3
L1,L2,L3,N
L1,L2,L3
L1,N
3 x 400 V
3 x 400 V/ 230 V
75 - 95% Un
105 - 125% Un
max. 2 VA
5%
3 x 460V AC
3 x 265V AC
3 x 500V AC
3 x 288V AC
max. 500 ms.
0.1 - 10 s.
1 x changeover (AgNi)
8 A / AC1
2500 VA / AC1, 240W / DC
10 A
max. 250 V AC1 / 24 V DC
500mW
red LED
1x107
1x105
max. 150 ms.
HRN-54
HRN-54N
L1
L2
L3
16
15
18
15
HRN-54N
L1
16
18
L1
U
N
18
16
18
U
L3
15
L2
L3
15
Functions
Hysteresis
Umax
-20...+55 °C
-30...+70 °C
4 kV
any
DIN rail EN 60715
IP 40 from front panel
III.
2
2.5 mm2
90 x 17,6 x 64 mm
EN 60255-6, EN 61010-1
N
L3
16
HRN-54
L2
L1
L2
Umin
Uoff
Umax
Umin
Uoff
Umax
Umin
Uoff
Hysteresis
15 - 18
green LED
red LED
Function description
Relay in 3-phase main monitors size of phase voltage. It is possible
to set two independent voltage levels and thus it is possible to set
two independent voltage levels and monitor e.g. undervoltage and
overvoltage independent. In normal state when voltage is within set
levels, output relay is closed and red LED shines. In case voltage exceeds
or falls below the set levels, output relay breaks and red LED shines (LED
indicates faulty state – flashes when timing). In case of In case supply
voltage falls below 60 % Un (UOFF lower level) relay immediately breaks
without delay and faulty state is indicated by red LED. In case timing is
in progress and faulty state is indicated, timing is immediately stopped.
Description
L1
Supply/monitoring voltage
Supply/monitoring voltage
supply indication
N
L2
L3
Output indication
Adjusting upper value Umax
Adjusting of time delay T2
Adjusting bottom value Umin
16
15
18
Output contact
140
02 Tehnical data.indd 140
9/2/2016 1:44:07 AM
Technical data
EVE - ETIREL
Level switch HRH-1
Connection and symbol
Technical data
Function:
Supply terminals:
Supply voltage:
Consumption:
Supply voltage tolerance:
Measuring circuit
Hysteresis (input - opening):
Voltage on electrode:
Current in probes:
Time reaction:
Max. cable capacity:
Time delay tD:
Time delay tH:
Accuracy
Setting accuracy (mech.):
Output
Number of contacts:
Rated current:
Breaking capacity:
Inrush current:
Switching voltage:
Min. breaking capacity DC:
Mechanical life:
Electrical life (AC1):
Other information
Operating temperature:
Storage temperature:
Electrical strength:
Operating position:
Mounting:
Protection degree:
Overvoltage category:
Pollution degree:
Max. cable size (mm²)
Dimensions:
Weight:
Standards:
4
A1 - A2
AC/DC 230 V, AC/DC 24 V, AC 110 V,
(galvanically separated)
max. 4.5 VA
-15 %; +10 %
in an adjustable range 5 kΩ- 100 kΩ
max. 5 V AC
<1 mA AC
max. 400 ms
4 nF
adjustable 0.5 -10 sec
adjustable 0.5 -10 sec
±5%
2x changeover (AgNi)
16 A / AC1
4000 VA / AC1, 384 W / DC
30 A / < 3 s
250 V AC1 / 24 V DC
500 mW
3x107
0.7x105
-20 .. +55 0C
-30 .. +70 0C
4 kV (supply - output)
any
DIN rail EN 60715
IP 40 from front panel
III.
2
solid wire max.1x 2.5 or 2x1.5/ with
cavern max. 1x1.5
90 x 52 x 65 mm
240 g
EN 60255-6, EN 61010-1
Un
HRH-1
A1
A1 A2 C
D H S
C
D
H
S
16
18
28
26
Level
A2
15
25
16 15 18 28 25 26
Terminals description:
A1, A2 - supply voltage
C - wire for both probes
D - wire of bottom probe E2
H - wire of upper probe E1
S - earth terminal for possible screening of cable
15-16-18 output contact relay 1
25-26-28 output contact relay 2
Description
Selection of delay type of input H
Selection of delay type of input D
Inversion of function of input D
Function selection: double/single level relay
Indication of
supply voltage
Output contact
1. relay
Adjusting
delay input H
Output contact
2. relay
Adjusting
delay input D
Adjusting sensitivity of
probe according to liquid
resistance
Measuring probes
Measuring probe can be arbitrary (whatever conductive contact, recommended is using of brass or
stainless-steel material). Conductor doesn´t need to be screened, but it is recommened . In application of
screened conductor is this contacted to terminal S (the earth potential).
Function description
It is a relay to control levels of conductive liquids (water, chemical solutions, foodstuff . etc.) It means measuring
of liquids by measuring probes. AC voltage 5V / 50 Hz is used as a measuring signal. Using this AC signal prevents
increased oxidation of probes and undesirable polarization and electrolysis of liquid. It is possible to control two independent levels or to use a combined function for one level control. It depends on DIP switch setting (see also diagram
of functions). Relay is equipped by sensitivity regulation that applies to liquid resistance. When the sensitivity is set
according to particular conditions it is possible to eliminate some undesirable switching (e.g. pollution of probes,
sediments, humidity etc.) It is also possible to set a delay for each probe in range 0.5 - 10 s and by ussing. DIP switch
also the type of delay (when the relay is switched on/off , the choice depends on particular application.
02 Tehnical data.indd 141
141
9/2/2016 1:44:08 AM
EVE - ETIREL
Technical data
Level switch HRH-5
Technical data
Symbol
HRH-5
Functions:
Supply terminals:
Supply voltage:
Input:
Tolerance of supply voltage:
Measuring circuit
Sensitivity ( input resistance):
Voltage in electrodes:
Current in probes:
Time response:
Max. capacity of probe cable:
Time delay (t):
Time delay after switching on (t1):
Accuracy
Accuracy in setting (mechanical):
Output
Number of contacts:
Rated current:
Switched output:
Switched voltage:
Min. switched output DC:
Mechanical life (AC1):
Electrical life:
Other data
Operational temperature:
Storing temperature:
Electrical strength:
Operational position:
Mounting:
Protection degree:
Overvoltage category:
Pollution degree:
Profile of connecting wires (mm²)
Dimensions:
Weight:
Applicable standards:
2
A1 - A2
24... 240 V AC/ DC
max. 2 VA
-15 %; +10 %
16
A1
C
D
H
Level
15
A2
adjustable in range 5 kΩ -100 kΩ
max. 3.5 V AC
<0.1 mA AC
max. 400 ms
max. 400 ms
800 nF (sensitivity 5kΩ), 100 nF (sensitivity 100 kΩ)
adjustable, 0.5 -10 sec
1.5 sec
±5%
18
Supply voltage terminals
Terminals for conection of
probes H , D
Output indication
Description
A1
A2
D
H
Indication of supply voltage
Choice of function
1x changeover (AgNi)
8 A / AC1
2500 VA , 240 W
250 V AC1 / 24 V DC
500 mW
1x107
1x105
Choice of function
Adjustment of delay on
output
C
16
HRH-5
15
Terminal for connection of
probe C
18
Output contacts
Connection
-20.. +55 0C
-30.. +70 0C
3.75 kV (supply - sensors)
any
DIN rail EN 60715
IP 40 from font panel
III.
2
max.1x 4, max.2x2.5/ with sleeve max.
1x2.5, 2x1.5
90 x 17.6 x 64 mm
72 g
EN 60255-6, EN 61010-1
Monitoring of two levels
Monitoring of one level
Un
Un
A1
A2
A1
A2
H
D
H
D
16
C
16
C
15
18
15
18
max
max
min
Tank with monitored
level
Tank with monitored level
Technical data - Measuring probes HRH
HRH-5-measuring probes
Functions
Function PUMP UP
Function PUMP DOWN
Un
max
level
min
Un
max
level
min
t
15-18
red LED
t
15-18
t
t
10m, 15m, 20m, 30m, 40m
1,5 mm2
750 V
Conductible, unaggressive *
red LED
Relay is designated for monitoring of levels of conductive liquids with possibility of functions: PUMP UP or
PUMP DOWN. To prevent polarization and liquid electrolysis of liquid, and undesirable oxidation of measuring
probes, alternating current is used. For measuring use three measuring probes: H- upper level, D- lower level,
C - common probe. In case you use a tank made of a conductive material, you can use it as probe C. In case
you require monitoring of one level only, it is necessary to connect inputs H and D and connect them to one
probe - in this case sensitivity is lowered by half (2.5... 50kΩ). Probe C can be connected with a protective wire
of supply system (PE). To prevent undesirable switching out output contacts by various influences (sediment on
probes, humidity...) it is possible to set sensitivity of the device according to conductivity of monitored liquid
(corresponding to “resistance” of liquid) range 5 up to 100...kΩ. To reduce influences of undesirable switching of
output contacts by liquid gorgle in tanks, it is possible to set delay of output reaction 0,5 - 10s.
Cables
Max. cable size
Insulation voltage Ui
Fluids
* Special probes for aggressive fluids
14mm
120mm
142
02 Tehnical data.indd 142
9/2/2016 1:44:12 AM
EVE - ETIREL
Technical data
Thermostat relay TER-3 (A, B, C)
Connection
Technical data
Function
Supply
Universal supply
Consumption
Supply voltage tolerance
Measuring circuit
Measuring terminals
Temperature range
Hysteresis
Sensor
Sensor fault indication
Setting accuracy - mechanical
Switching difference
Temperature coefficient
Output
Number of contacts
Rated current
Breaking capacity
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Controlling
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
TER-3 (A, B, C)
single level
A1-A2
AC/DC 24-240 galvanically unseparated
2 VA
-15% - +10%
A1
18
A2
15
sensor
T1
T1
A1 A2
T1 T1
T1 - T1
TER-3A
TER-3B
TER-3C
-30..+10 0C 0..+40 0C -30..+70 0C
adjustable in range 0.5...5K
external, termistor NTC
flashing red LED
5%
0,50C
< 0.1 % / °C
1 x changeover (AgNi)
16 A / AC1, 10A/24 V DC
4000 VA / AC1, 300W / DC
250V AC1/ 24V DC
500 mW
red LED
3x107
0,7x105
-20...+55 °C
-30...+70 °C
4 kV
any
DIN rail EN 60715
IP 40 from front panel
III.
2
2.5 mm2
90 x 17,6 x 64 mm
EN 60730-2-9, EN 61010-1
15 18
Functions
TEMPERATURE
Hysteresis
HEATING
COOLING
TEST
Sensor OFF
TER-3 It is a single but practical thermostat with a separated sensor for monitoring temperature. The device is
placed in a switchboard and an external sensor senses temperature of required space, object or liquid. Supply is
not galvanically separated from the sensor. The sensor is double insulated. Maximal length of a delivered sensor
is 12m. device has in-built
indication of sensor damage, which means that in case of short-circuit or disconnection red LED flashes. Thanks
to adjustable hysteresis , it is advantageous to regulate width of the range and thus define sensitivity of load
switching. Sensed temperature is decreased by set hysteresis. When installing it is necessary to keep in mind that
hysteresis is increased by temperature gradient between sensor’s jacket and thermistor.
Description
Supply terminals
Sensor terminals
Supply voltage indication
Heating / cooling selection
Output indication
Function TEST
Temperature adjusting
Hysteresis adjusting
Output contact
02 Tehnical data.indd 143
143
9/2/2016 1:44:13 AM
EVE - ETIREL
Technical data
Thermostat for monitoring temperature of motor winding TER-7
Technical data
Function
Supply terminals
Supply voltage
Consumption
Supply voltage tolerance
Measuring circuit
Measuring terminals
Cold sensor resistance
Upper level
Bottom level:
Sensor:
Sensor failure indication
Accuracy
Accuracy in repetition
Temperature dependance
Output
Number of contacts
Rated current
Breaking capacity
Inrush current
Switching voltage
Min. breaking capacity DC
Mechanical life
Electrical life
Other information
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size (mm2)
Dimensions
Weight
Standard
Symbol and connection
TER-7
monitoring temperature of motor winding
A1-A2
24 - 240 V AC/ DC
max. 2 VA
-15 %; +10 %
16
A1
18
26
28
A1
PTC
R
25 26 28
15
A2
25
Ta-Tb
50 Ω - 1.5 kΩ
3.3 kΩ
1.8 kΩ
PTC temperature of motor winding
blinking red LED
< 5%
±5%
< 0.1 % / 0C
A2
15 16 18
Ta
R Tb
PTC
Function
∞Ω
Ω
2x changeover (AgNi)
8 A / AC1
2000 VA / AC1, 192 W / DC
10 A /< 3 s
250 V AC1 / 24 V DC
500mW
3x107
0.7x105
- 20 .. +55 0C
- 30 .. +70 0C
4 kV (supply - output)
any
DIN rail EN 60715
IP 40
III.
2
solid wire max.1x 2.5 or 2x1.5
with sleeve max. 1x2.5
90 x17.6 x 64 mm,
83 g
EN 60730-2-9, EN 61010-1
3.3 Ω
1.8 Ω
Ω
Ω
Red LED
Memory
The device controls temperature of motor winding with PTC thermistor which is mostly placed in motor winding or
very close to it. Resistance of PTC thermistor run to max 1.5 kΩ in cold stage. By temperature increase the resistance
goes strongly up and by overrun the limit of 3.3 kΩ the contact of output relay switch off - mostly contactor controlling a motor. By temperature decrease and thereby decrease of thermistor resistance under 1.8 kΩ the output
contact of relay again switches on. The relay has function “Control of sensor fault“. This controls interruption or
disconnection of sensor. When switch is in position “TK” monitoring of faulty sensor is not functional - it is possible
to connect bimetal sensor with only 2 states: ON or OFF. The device can work with bi-metal sensor in this position.
Other safety unit is function “Memory”. By temperature overrun (and output switches off ) the output is hold in
faulty stage until service hit. This bring the relay to normal stage (with RESET button) on front panel or by external
contact ( remote).
Description
Supply terminals
25
Note:
Sensors could be in series in abide with conditions in technical
specifi cation - switching limit.
Output contacts
A2
A1
28
26
Faulty states indication
Supply voltage indication
MEMORY function
Function TEST
Warning!:
In case of supply from the main, neutral wire must be connected
to terminal A2.
RESET button
Ta
15
16
R
Tb
18
Output contacts
Terminals for sensor and reset
144
02 Tehnical data.indd 144
9/2/2016 1:44:15 AM
EVE - ETIREL
Technical data
Multifunction digital thermostat TER-9
Connection
Technical data
Number of functions
Supply
Supply voltage
Consumption
Supply voltage tolerance
Measuring circuit
Measuring terminals
Temperature range
Hysteresis (sensitivity):)
Difference temperature
Sensor
Sensor fault indication
Measuring accuracy
Repeat accuracy
Temperature coefficient
Output
Number of contacts
Rated current
Breaking capacity
Switching voltage
Min. breaking capacity DC
Output indication
Mechanical life
Electrical life
Controlling
Operating temperature
Storage temperature
Electrical strength
Operating position
Mounting
Protection degree
Overvoltage category
Pollution degree
Max. cable size
Dimensions
Standards
TER-9
6
A1-A2
AC 230V or AC/DC 24V, galvanically
separated
max. 3,5 VA
-15% - +10%
T1 - T1 in T2-T2
-40...+110 °C
adjustable in range 0.5...5K
adjustable 1.. 20 °C
termistor NTC 12Ω at 25°C
sign ''Err''
5%
<0,5 %
< 0.1 % / °C
1 x changeover for each output (AgNi)
8 A / AC1
2500 VA / AC1, 240W / DC
250V AC1/ 24V DC
500 mW
ON / OFF
1x107
1x105
-20...+55 °C
-30...+70 °C
4 kV (supply - contact)
any
DIN rail EN 60715
IP 40 from front panel
III.
2
2.5 mm2
90 x 35,6 x 64 mm
EN 60730-2-9, EN 61010-1, EN 61812-1
sensor NTC 1
Output 1
A1 T1 T1 16 15 18
A1
16
18
26
28
T1
T1
T2
T2
TER-9
A2
15
25
A2 T2 T2 26 25 28
Output 2
sensor NTC 2
Note: It is possible to operate the device with one sensor. In such case it is necessary to connect
resistor10kΩ. This resistor is a part of delivery.
Description
Supply terminal (A1)
sensor 1
Output 1 (16-15-18)
A1 T1 T1 16 15 18
Display
T1
0
C
Sealable cover
Controlling keys
TER - 9
reset
+
ok
man
prg
esc
A2 T2 T2 26 25 28
Output 2 (26-25-28)
Supply terminal
(A2)
sensor 2
02 Tehnical data.indd 145
145
9/2/2016 1:44:17 AM
EVE - ETIREL
Technical data
2 independent single-stage thermostat
Function HEATING
T1
H1
dy1Ts1
25-28
dy2
dy1
dy2
Function HEATING
T2
dy1Ts2
25-28
dy2
H2
dy1
Legend:
Ts1 - real (measured) temperature 1
Ts2 - real (measured) temperature 2
T1 - adjusted temperature T1
T2 - adjusted temperature T2
H1 - adjusted hysteresis for T1
H2 - adjusted hysteresis for T2
dy1 - set switching delay of the output
dy2 - set delay on output breaking
15-18 output contact (for T1)
25-28 output contact (for T2)
Output contact switched until adjusted temperature is reached. Hysteresis eliminates frequent switching. Heating/cooling function adjusted in the menu.
Legend:
Ts1 - real (measured) temperature 1
Ts2 - real (measured) temperature 2
T1 - adjusted temperature T1
T2 - adjusted temperature T2
H1 - adjusted hysteresis for T1
H2 - adjusted hysteresis for T2
dy1- set switching delay of the output
dy2 - set delay on output breaking
25-28 output contact (for T2)
15-18 output contact (intersection T1 and T2)
Output 15-18 is closed, if temperature of both thermostats is bellow an adjusted
level. When any thermostat reaches adjusted level, the contact 15-18 open. Serial
inner connection of thermostats (logic function AND).
Legend:
Ts1 - real (measured) temperature T1
Ts2 - real (measured) temperature T2
D - adjusted difference
dy1- set switching delay of the output
dy2 - set delay on output breaking
15-18 output contact (for T1)
25-28 output contact (for T2)
Switching of output corresponds with input, which has lower temperature when
difference is exceeded differential thermostat is used for keeping two identical
temperature e.g. in heating systems (boiler and reservoir), solar systems ( collector reservoir, exchanger), water heating ( water heater, water distribution) etc.
Legend:
Ts - real (measured) temperature
T1 - adjusted temperature
D - adjusted diff erence
H1 - adjusted hysteresis for T1
H2 - adjusted hysteresis for T2
dy1- set switching delay of the output
dy2 - set delay on output breaking
15-18 output contact
25-28 output contact
Typical example of use for two-stage thermostat is e.g in boiler-room, where
there are two boilers from which one is main and the other one is auxiliary.
The main boiler is managed according to set temperature and auxiliary boiler is
switched in case temperature falls under set difference.
Thus it helps to the main boiler in case outside temperature dramatically falls.
In the range of difference (D) output 15-18 functions as normal thermostat to
input 1 ( type 1). In case temperature falls under set difference, output 2 switches.
Legend:
Ts - real (measured) temperature
T1 - adjusted temperature MAX
T2 - adjusted temperature MIN (T2=T1-D)
H1 - adjusted hysteresis for T1
H2 - adjusted hysteresis for T2
dy1- set switching delay of the output
dy2 - set delay on output breaking
15-18 output contact
25-28 output contact
Output is closed (heating) only if temperature is within adjusted range. If temperature is out of range, the contact opens. T2 is set as T1-D.
The function is used for protection of gutters against freezing.
Legend:
Ts - real (measured) temperature
T1 - adjusted temperature T1
T2- adjusted temperature T2 (T2=T1-D)
H1 - adjusted hysteresis for T1
H2 - adjusted hysteresis for T2
dy1- set switching delay of the output
dy2 - set delay on output breaking
15-18 output contact (heating)
25-28 output contact (cooling)
In case of thermostat with a „dead zone“ , it is possible to set temperature T1 and a
difference (respectively a width of dead zone D). In case the temperature with set
hysteresis H1 is lower than T1, the output contact switches heating ON and when T1 is
reached it opens. In case the temperature falls under T2, contact switches cools down
and opens when T2 is reached. This function can be used for example for automatic
air warming and cooling in ventilation so the sit is always within the range T1 and T2.
dy2
Dependent functions of 2 thermostats
H2
Ts2
T2
dy2
dy1
dy2
dy1
25-28
H1
Ts1
T1
dy1 dy2
15-18
dy2
dy1
dy1 dy2
dy1
dy1 dy2
15-18
Differential thermostat
Ts1
D-H1
D
D-H2
D
Ts2
D
dy2
dy1
dy1
dy2
dy1
2-stage thermostat
H1
T1
Ts
D
H2
dy1 dy2
dy2
dy1
dy1
dy2
15-18
dy1dy2
dy1
25-28
Thermostat with “WINDOW”
T1
H1
Ts
D
H2
T2
dy1
dy2
dy1
dy2
dy1
dy2
dy1
dy2
dy1
dy2
dy1
dy2
15-18
25-28
Thermostat with dead zone
H1
T1
Ts
D
H2
T2
dy1
dy2
15-18
dy1
dy2
dy1
25-28
146
02 Tehnical data.indd 146
9/2/2016 1:44:19 AM
EVE - ETIREL
Technical data
Thermal sensor TZ
Temperature sensors are made of thermistor NTC embedded in a metal sleeve by thermo-conductive sealer (TZ)
Sensor TZ : - cable V03SS-F 2Dx0,5mm with silicon insulation
- suitable mainly for use in extreme temperatures
Technical parameters TZ
Range:
Scanning element:
In air/in water:
In air/in water:
Cable material:
Terminal material:
Protection degree:
Protection class:
-40...+125°C
NTC 12K 2%
(t65) 62s/8s
(t95) 216s/23s
silicone
nickel-couted copper
IP 67
II (double insulation)
Resistive values of sensors in dependance on temperature
Temperature (°C)
Sensor NTC (kΩ)
20
14,7
30
9,8
40
6,6
50
4,6
60
3,2
70
2,3
TZ: Thermal sensors for range -40...+125°
TZ-0 - Thermo sensor can be connected directly to terminal block (length of the sensor 110mm)
TZ-3 - Temperature sensor 3m, double isolation silicone
TZ-6 - Temperature sensor 6m, double isolation silicone
TZ-12 - Temperature sensor 12m, double isolation silicone
Dimensions
1-module devices
02 Tehnical data.indd 147
2-module devices
147
9/2/2016 1:44:20 AM
EVE - ETIREL
Technical data
Product loadability
It is valid for following products: CRM-4, SHT-1, MR-41, MR-42, SOU-1, SHT-1/2, SHT-3, SHT-3/2, CRM-42, SMR-B
Load
relay
contact
16 A
AgSNO2
2000 W
1000 W
1000 W
750 W
500 W
AC1
AC3
AC15
DC1
(24/110/220 V)
4000 VA
0,9 kW
750 VA
16A/0,5A/0,35A
AC3
AC15
DC1
(24/110/220 V)
375 VA
8A/0,4A/0,25A
It is valid for following products: CRM-93H, SOU-2, HRN-54, HRN-54N, PRI-51, TER-9
Load
relay
contact
8A
AgNi
AC1
500 W
x
x
x
x
2000 VA
It is valid for following products: CRM-91H, CRM-2H, CRM-2T, HRN-33, HRN-34, HRN-35, TER-3
Load
relay
contact
16 A
AgNi
1000 W
x
x
x
x
AC1
AC3
AC15
DC1
(24/110/220 V)
4000 VA
0,9 kW
750 VA
16A/0,5A/0,35A
Hour meter HM-1
Technical data
Mechanical data
Display
Digit height
Counting range
Reading accuracy
Weight
Electrical data
Operating voltage
Current consumption
Accuracy
IP protection
Ambient conditions
Operating temperature
Storage temperature
Relative humidity
Approvals
description
5 integers, 2 decimals
4mm
99999,99
1/100 h (36sec)
32g
Dimensions
230V+/- 10%, 50Hz
Max. 8mA
+/- 0,02%
IP40
-25oC .. + 70oC
-40oC .. + 70oC
Max. 80% / +25oC
CE Mark
RoHS compliant
148
02 Tehnical data.indd 148
9/2/2016 1:44:25 AM
EVE - ETIREL
Technical data
Pulse counter PC-1
Technical data
Mechanical data
Counting
Display
Digit height
Operating life
Weight
Electrical data
Operating voltage
Power consumption
Pulse duration
Pulse interval
Max. counting speed
Cycle duration factor
Connection
IP protection
Ambient conditions
Operating temperature
Storage temperature
Relative humidity
Approvals
description
adding without reset
6 digit
4mm
2 x 106 pulses
60g
230V+/- 10%, 50Hz
4W
50ms
50ms
10 pulses/sec
100% (max. 20 sec at 230V AC)
Wire leads ca. 120 mm
IP31
-100C .. + 550C
-200C .. + 700C
Max. 80% / +250C
CE Mark
RoHS compliant
Dimensions
02 Tehnical data.indd 149
149
9/2/2016 1:44:26 AM
EVE - ETIREL
Technical data
Power supplies PS-30
Technical data
PS-30-12
Input Voltage range
Burden without load (max)
Burden with full load (max)
Protection
Output Output voltage DC / max. current
Tolerance of output voltage:
Output indication
Wave of off-load output voltage
Wave of output voltage with
max load
Time delay after connection
Time delay after over-load
Efficiency
Electronic fuse
PS-30-24
AC 100-250V / 50 - 60Hz
9VA / 1W
10VA/1.5W
70VA / 37W
fuse T2A
12.2V/2.5A
24.2V/1.25A
PS-30: switching stabilized power supplies, version 3-module
„„ PS-30-12 - stabilized power supply with fixed output
voltage 12 V/30 W
„„ PS-30-24 - stabilized power supply with fixed output
voltage 24 V/30 W
Connection
AC 100 - 250 V
50 Hz/ 60 Hz
N
L
± 2%
green LED
30mV
80mV
max. 5s
max. 1s
>82%
electronic protections short-circuit, over
load, over voltage (from 120% of rated
output)
Other information
Working humidity
Operating temperature
Storage temperature
Electrical strength input- output
Protection degree
AC
DC
+
-
20 .. 90% RH
-20 °C ... +40 °C
-25 °C ... +70 °C
4kV
IP40 device/ IP20 in-built in distribution
board
II.
2
solid wire max.1x2.5 or 2x1.5/ with
sleeve max.1x1.5
90 x 52 x 65 mm
158 g
EN 61204-1, EN 61204-3, EN 61204-7
Overvoltage category:
Pollution degree
Max. cable size (mm2)
Dimensions
Weight
Standards
Description
PS-30-12, PS-30-24
Supply terminals
N
L
Output voltage
indication
Output voltage terminals
+
+
+
\ -
-
-
Output voltage terminals
150
02 Tehnical data.indd 150
9/2/2016 1:44:27 AM
EVE - ETIREL
Technical data
Wireless Wall Switch Button BU-WS2, BU-WS4
Technical data
Type
Supply voltage
Transmission indication
Number of buttons
Transmitter frequency
Signal transmission method
Range in free space
Operating temperature
Operating position
Mounting
Protection
Contamination degree
Dimensions
Frame - plastic
Frame - metal, glass, wood, granite
Weight*
Related standards
BU-WS2
BU-WS4
3V CR 2032 battery
red LED
2
4
868 MHz
unidirectionally addressed message
≤ 200 m
-10 ...+50 °C
any
glue / screws
IP 20
2
85 x 85 x 16 mm
94 x 94 x 16 mm
38g
39g
EN 60669, EN 300 220, EN 301 489
*including standardly delivered plastic frame. No installation into multi-frames.
Description
BU-WS2
Transmitter
indication
Control buttons
BU-WS4
Transmitter indication
Control buttons
On wall
02 Tehnical data.indd 151
On wood
On glass
151
9/2/2016 1:44:29 AM
EVE - ETIREL
Technical data
Switching Actuator BU-SU, BU-SU Multi
Technical data
Type
Supply voltage
Apparent input
Dissipated power
Supply voltage tolerance
Output
Number of contacts
Rated current
Switching power
Peak current
Switching voltage
Max. DC switching power
Mechanical service life
Electrical service life (AC1)
Control
RF, by command from transmitter
Manual control
Range in free space
Other data
Operating temperature
Operating position
Mounting
Protection
Overvoltage category
Contamination degree
Terminals (CY wire, cross-section)
Length of terminals
Dimensions
Weight
Related standards
BU-SU
Description
BU-SU Multi
230 V AC / 50 - 60 Hz
7 VA / cos φ = 0.1
0.7 W
+10 %; -15 %
1x switching (AgSnO2)
16 A / AC1
4000 VA / AC1, 384 W / DC
30 A / <3 s
250 V AC1 / 24 V DC
500 mW
3x107
0.7x105
BU-SU
Indication of operating
and programming mode
Program button (ON/OFF
manual control)
Neutral conductor
Phase conductor
Output relay contacts
868 MHz
PROG (ON/OFF) button
up to 200 m
Wiring
L
N
-15 ... + 50 °C
any *
free at lead-in wires
IP 30
III.
2
2x 0.75 mm2 , 2x 2.5 mm2
90 mm
49 x 49 x 21 mm
46 g
EN 60669, EN 300 220, EN 301 489
L
N
BU-SU
BU-SU Multi
BU-SU
BU-SU Multi
Functions and their programming - BU-SU Multi
Button
Press 1x
rogram
mode
The output contact will close by
pressing the button and open by
releasing the button.
Switch On
rogram
mode
The output contact will close
by pressing the button.
Press 4x
The output contact will switch to the
opposite position with each press of
the button. If the contact was closed,
it will open and vice versa.
rogram
mode
rogram
mode
Press 5x
The output contact will close by
pressing the button and open after
the set time interval has elapsed.
Press 3x
The output contact will open be
pressing the button.
Delayed return
Impulse relay
rogram
mode
Press 2x
Switch Off
Delayed start
rogram
mode
Press 6x
The output contact will open by
pressing the button and close after
the set time interval has elapsed.
152
02 Tehnical data.indd 152
9/2/2016 1:45:06 AM
EVE - ETIREL
Technical data
Dimming Actuator BU-DU, BU-DU Multi
Technical data
Type
Supply voltage
Apparent input
Dissipated power
Supply voltage tolerance
Connection
Output
Resistance load
Capacity load
Inductive load
Control
RF, by command from transmitter
Manual control
Range in free space
Other data
Operating temperature
Operating position
Mounting
Protection
Overvoltage category
Contamination degree
Terminals (CY wire, cross-section)
Length of terminals
Dimensions
Weight
Related standards
BU-DU
BU-DU Multi
230 V AC / 50 Hz
8.3 VA / cos φ = 0.1
0.83 W
+10/ -15 %
3 conductors, including neutral
250 VA*
250 VA*
250 VA*
868 MHz
PROG (ON/OFF)
up to 160 m
-15 ... + 50 °C
any
free at lead-in wires
IP 30
III.
2
3x0.75 mm2
90 mm
49 x 49 x 21 mm
40 g
EN 60669, EN 300 220, EN 301 489
Wiring with different types of load
L
N
L
N
Description
N
Device status indicator
Program button (ON/OFF
manual control)
L
N
V
L
V
RLC
RLC
RFDA-11B
RFDA-71B
RFDA-11B
RFDA-71B
L-Induction
R-Resistance
Neutral conductor
L
N
Output to appliance
Phase conductor
N
L
V
RLC
RFDA-11B
RFDA-71B
C-Capacity
02 Tehnical data.indd 153
153
9/2/2016 1:45:45 AM
EVE - ETIREL
Technical data
Function 1 - press 1x
<0.5s >0.5s
<0.5s
Function 2 - press 2x
>0.5s<0.5s <0.5s >0.5s
<3s >3s
<3s
<0.5s
<3s <3s
3s
a
b
c
a) Press the button for less than 0.5 seconds to switch on the light;
press again to switch it off.
b) Press and hold the button for more than 0.5 seconds to adjust
brightness continuously. After releasing the button, the brightness
level is saved into memory and pressing the button shortly later
will switch on/off the light to this intensity.
c) Brightness may be adjusted at any time by pressing and holding
the button. The receiver remembers the adjusted value even after
disconnecting from power supply.
a
t=3s
a
<0.5s
>0.5s
t=3s
<0.5s
<0.5s
<0.5s
a
<0.5s
t=2s..30min
>0.5s
>0.5s<0.5s <0.5s >0.5s
<0.5s
t=3s
b
c
a) Press the button for less than 0.5 second to switch on the light,.
By pressing the button shortly again, the light will continuously
switch off for 3 seconds (at 100% brightness).
b) Press and hold the button for more than 0.5 second to adjust
brightness continuously. After releasing the button, the brightness
level is saved into memory and pressing the button shortly later
will switch on/off the light to this intensity.
c) Brightness may be adjusted at any time by pressing and holding
the button. The receiver remembers the adjusted value even after
disconnecting from power supply.
Sunset - press 6x
<0.5s
After pressing the button, the light will
start to switch on during the selected
time period, ranging from 2 seconds to
30 minutes.
c
t=3s
t=3s
c
a) Press the button for less than 0.5 seconds to continuously switch on
the light for 3 seconds (at 100% brightness). By pressing the button
shortly again, the light will continuously switch off for 3 seconds.
b) Press and hold the button for more than 0.5 seconds to adjust
brightness continuously. After releasing the button, the brightness
level is saved in the memory and pressing the button shortly later
will switch on/off the light to this intensity.
c) Brightness may be adjusted at any time by pressing and holding
the button. The receiver remembers the adjusted value even after
disconnecting from power supply.
Sunrise - press 5x
3s
b
Function 4 - press 4x
>0.5s<0.5s <0.5s >0.5s
b
<3s
a) Press the button for less than 3 seconds to switch on the light; press
again to switch it off.
b) To avoid undesirable brightness adjustment, the continuous
brightness regulation is only activated pressing and holding the
button for more than 3 seconds. After releasing the button, the
brightness level is saved in the memory and pressing the button
shortly later will switch on/off the light to this intensity.
c) Brightness may be adjusted by pressing and holding the button
for more than 3 seconds at any time. The receiver remembers the
adjusted value even after disconnecting from power supply.
Function 3 - press 3x
<0.5s
>3s
ON/OFF - press 7x
<0.5s <0.5s <0.5s <0.5s >0.5s >0.5s <0.5s
t=2s..30min
After pressing the button, the light will
start to switch off during the selected
time period, ranging from 2 seconds to
30 minutes.
If the light is off, press the button to
switch it on. If the light is on, press the
button to switch it off.
Dimming Actuator for LED and Dimmable Energy-saving Light Bulbs BU-DEU
Examples of connection
N
L
154
02 Tehnical data.indd 154
9/2/2016 1:45:56 AM
Technical data
Supply voltage
Apparent input
Dissipated power
Supply voltage tolerance
Connection
Dimmed load
Output
Contactless
Load capacity
Control
RF, by command from transmitter
Manual control
EVE - ETIREL
Technical data
230 V AC / 50 Hz
7 VA
0.83 W
+10/ -15 %
4 conductors, including “NEUTRAL”
LED, ESL
Description
Potentiometer to set
minimum brightness
Potentiometer to
select the light source
2 x MOSFET
160 W (-> cos φ=1)*
868 MHz
PROG (ON/OFF) button), external
button
up to 160 m
Range in free space
Other data
-20 ... +35 °C
Operating temperature
-30 ... +70 °C
Storage temperature
Operating position
any
Mounting
free at lead-in wires
Protection
IP30 at normal conditions
III.
Overvoltage category
2
Contamination degree
4 x 0.75 mm2
Terminals (CY wire, cross-section)
90 mm
Length of terminals
49 x 49 x 21 mm
Dimensions
40 g
Weight
EN 607 30-1 ED.2
Related standards
Installation recommendation: ensure sufficient cooling of the device.
* Due to a large number of light source types, the maximum load depends on the
internal construction of dimmable LEDs and ESL bulbs and their power factor cos φ.
The power factor of dimmable LEDs and ESL bulbs ranges from cos φ = 0.95 to 0.4.
An approximate value of maximum load may be obtained by multiplying the
load capacity of the dimmer by the power factor of the connected light source.
Prog
button
Output to appliance
Phase conductor
Button
Neutral conductor
Wiring
L
N
T 1.6 A
stabilizer
protection is
recommended
V
L
N
S
Function description
6 light functions (identical to BU-DEU functions)
Control with the added button:
 press the button shortly (<0.5 s ) to switch the light on/off
 press and hold the button (>0.5 s) to regulate the intensity of light continuously
Additional information
 dimming is only possible for LED lamps equipped with condenser power supply
 dimming is not possible for energy-saving fluorescent tubes not designated as dimmable
 an incorrect setting of the type of light source will only affect the dimming range, i.e. will not
cause damage to the dimmer or the load
 the maximum number of dimmable light sources depends on their internal construction
 maximum load capacity is calculated using a LC filter - DIM-15F
 setting a minimum brightness is only possible when decreasing brightness by
pressing and holding the button
Setting minimum brightness:
“LED lamp” :
 if the light is off, press the button shortly (< 0.5s) to turn on the light onto last
set intensity level
„Energy-saving fluorescent tube“
:
 if the light is off, press the button shortly to turn on the light onto max.
intensity level (fluorescent tube will „light up“) and then intensity decreases
onto set level.
 setting of minimum light intensity by energy-saving fluorescent tubes serves
for adjusting the lowest luminance before automatic turning off
02 Tehnical data.indd 155
155
9/2/2016 1:45:58 AM
Twilight light switch BU-DUSK1
2x1.5 batteries AAA
around 2 years (based on number of
controlled units)
Setting light level range
Function (twilight switch)
1 ... 10 lx
- range 1:
10 ... 100 lx
- range 2:
100 ... 1.000 lx
- range 3:
Function (light switch)
100 ... 1 000 lx
- range 1:
1 000 ... 10 000 lx
- range 2:
10 000 ... 100 000 lx
- range 3:
Setting functions:
rotating switch
Fine-tuned lighting level:
0.1 ... 1 x range
Fine-tuned setting of lighting level:
potentiometer
0 / 1 min. / 2 min.
Time delay t:
Delay setting t:
rotating switch
Output
868 MHz
Sending communication RF packet:
Range in the open:
up to 160 m
Further data
-20.. +50°C*
Working temperature:
-30 .. +70°C
Storage temperature:
Working position:
sensor down and to sides
IP65
Degree of protection:
2
Pollution degree:
72 x 62 x 34 mm
Dimensions:
104 g
Weight
EN 60730-1, EN 300 220, EN 301 489
Relating standards:
*Note pay attention to the working temperature of the batteries
Description
Hole
Otvorforzawall
zidnuassembly
montažu
Ø 4.3mm
+
Batteries
Baterije
2x AAA 1.5 V
MINM
NM AX
PROG
-
1-10
3
2
1
4
5
6
7
Fino podešavanje
Fine-tuning
light svetlosti
intensity
intenziteta
lighting
within
range
osvetljenje
u dometu
Range selection
(Lx),(Lx),
selection
Izbor opsega
izbor
light
/ twilight switch
svetlosne/noćne
sklopke
Range
+
Technical data
Power
Battery life
-
EVE - ETIREL
Technical data
8
9 Function
Selection
of function
with RF
Izbor funkcije
sa RF repetitora
unit.
signalRFrepeater,
signala,
dodir RF touch
Holezafor
wall
Otvor
zidnu
assemblyØ Ø
4.3mm
4.3mm
montažu
Ambient
light sensor
Spoljni svetlosni
senzor
Function
True level
lighting
Set the light
level
Rigid
hysteresis ± 6%
from set value
Function
Twilight switch
Function
Light switch
t
t
t
t
t
on
Twilight
BU-SU Multi
0 or 100%
BU-DU Multi
0 or 100%
Light
BU-SU Multi
BU-DU Multi
156
02 Tehnical data.indd 156
9/2/2016 1:46:00 AM
EVE - ETIREL
Technical data
Bistable Switch RBS
RBS220, RBS225, RBS232
44
35
90
35.2
45
90
45
60
RBS420, RBSI425, RBS432
17.6
5
90
02 Tehnical data.indd 157
°
15°
90
°
15°
157
9/2/2016 1:46:01 AM
EVE - ETIREL
Technical data
Technical data
Type
Standards
Manual control
Control with impulse voltage
Indication
Protection degree accordance to IEC/EN 60529
Module width
Ambient temperature
Storage temperature
Max. resistance to humidity
Min. contact reliability
Max. shock resistance accordance to IEC/EN 60068-2-27
Max. vibration resistance accordance to IEC/EN 60068-2-6
Min. distance of open contacts
Distance between contacts and coil
Mechanical endurance
Max. back-up fuse for short-circuit protection (gL)
Power dissipation per pole
Rated control voltages
Rated frequency of control voltage
Range of control voltage
Coil consumption − inrush
Coil consumption − hold
Min. impulse duration at Uc
Min. impulse duration at 0,85 Uc
Min. duration between two impulses
Max. number of impulses per minute
Max. impulse duration at Uc
Rated impulse voltage
Thermal current
Rated insulation voltage
Rated operational voltage
Rated frequency
Rated operational current for cosφ = 0,6 acc. to IEC/EN 60669-2-2
Rated operational current for AC-1 acc. to IEC/EN 60947-4-1
Rated operational current for AC-7a acc. to IEC/EN 61095 −
Slightly inductive loads in hausehold appliances and similar
applications
Rated operational current for AC-21 acc. to IEC/EN 60947-3 −
Switching of resistive loads including moderate overloads
Rated operational current for AC-22 acc. to IEC/EN 60947-3
Switching of mixed resistive and inductive loads, including
moderate overloads
Rated operational current for AC-23 acc. to IEC/EN 60947-3
Switching of motor loads or other highly inductive loads
RBS220
RBS232
RBS420
IEC/EN 60669-2-2


With actuator
IP 20
RBS425
1
°C
°C
g
g
mm
mm
cycles
Uc
fc
Uc
A
W
V
Hz
%
VA/W
VA/W
ms
ms
ms
20
1,5
25
2
BI432
2
-25…+55
-30…+80
95 % RH at +55 °C
10 V / 100 mA
15
3
>3
>6
106
32
20
3
1,5
AC: 24, 230, other on request
25
2
32
3
50 / 60
90…110
18 / 13
9/4
50
100
150
15
7,5
15
7,5
1 hour
Uimp
Ith
Ui
Ue
fe
Ie
Ie
Ie
kV
A
V
V
Hz
A
A
A
Ie
A
Ie
A
Ie
A
4
20
25
25
32
25 / 440 V
25 / 440 V
20
440
440
50 / 60
32 / 440 V
20 / 440 V
32 / 440 V
20 / 440 V
20 / 440 V
20 / 440 V
25 / 440 V
25 / 440 V
32 / 440 V
32 / 440 V
20 / 440 V
25 / 440 V
32 / 440 V
20 / 440 V
25 / 440 V
32 / 440 V
20 / 440 V
25 / 440 V
32 / 440 V
20 / 440 V
25 / 440 V
32 / 440 V
20 / 230 V
25 / 230 V
32 / 230 V
20 / 230 V
25 / 230 V
32 / 230 V
16 / 440 V
20 / 440 V
25 / 440 V
16 / 440 V
20 / 440 V
25 / 440 V
25 / 230 V /
1-phase
16 / 230 V /
1-phase
16 / 230 V /
3-phase
16 / 400 V /
3-phase
20 / 230 V /
1-phase
20 / 230 V /
3-phase
20 / 400 V /
3-phase
25 / 230 V /
1-phase
25 / 230 V /
3-phase
25 / 400 V /
3-phase
16 / 230 V /
1-phase
RBS225
20 / 230 V /
1-phase
32
158
02 Tehnical data.indd 158
9/2/2016 1:46:02 AM
Technical data
Type
Rated operational current for AC-3 acc. to IEC/EN 60947-4-1
Squirrel-cage motors: starting, switching off motors during
running
Rated operational current for AC-7b acc. to IEC/EN 61095 Motorloads for household applications
Rated operational current for AC-6a acc. to IEC/EN 60947-4-1
Switching of transformers having inrush current peaks of not more
than 30 times peak of rated current
Rated operational current for AC-6b acc. to IEC/EN 60947-4-1 −
Switching of capacitor banks
Rated operational current for DC-1 acc. to IEC/EN 60947-4-1 −
Non-inductive or slightly inductive loads, resistance furnances
Rated operational current for DC-3 acc. to IEC/EN 60947-4-1 −
Shunt-motors: starting, plugging, inching
Rated operational current for DC-5 acc. to IEC/EN 60947-4-1 −
Series-motors: starting, plugging, inching
Rated operational current for DC-21 acc. to IEC/EN 60947-3 −
Switching of resistive loads including moderate overloads
Rated operational current for DC-22 acc. to IEC/EN 60947-3
− Switching of mixed resistive and inductive loads, including
moderate overloads
Rated operational current for DC-23 acc. to IEC/EN 60947-3 −
Switching of highly inductive loads (e.g. series motors)
Rated operational current for AC-5a acc. to IEC/EN 60947-4-1 −
Switching of electric discharge lamp controls
Rated operational current for AC-5b acc. to IEC/EN 60947-4-1 −
Switching of incandescent lamps
Rated operational current for fluorescent lamps acc. to IEC/EN
60669-2-2
Fluorescent / energy saving / compact lamps with electronic
control gear
Electrical endurance for all utilization categories
Terminal capacity for main circuit
Screw for main circuit
Screw-head for main circuit
Tightening torque for main circuit
Terminal capacity for control circuit
Screw for control circuit
Screw-head for control circuit
Tightening torque for control circuit
02 Tehnical data.indd 159
EVE - ETIREL
Technical data
Ie
Ie
Ie
RBS220
RBS225
RBS232
4,5 / 230 V
RBS420
7 / 230 V /
1-phase
6,3 / 230 V /
3-phase
6,6 / 400 V /
3-phase
7 / 230 V /
1-phase
6,3 / 230 V /
3-phase
6,6 / 400 V /
3-phase
3 / 230 V
RBS425
8 / 230 V /
1-phase
8,7 V / 230 V /
3-phase
8,5 / 400 V /
3-phase
8 / 230 V /
1-phase
8,7 V / 230 V /
3-phase
8,5 / 400 V /
3-phase
3,6 / 230 V
BI432
10 / 230 V /
1-phase
11,5 / 230 V /
3-phase
11,3 / 400 V /
3-phase
10 / 230 V /
1-phase
11,5 / 230 V /
3-phase
11,3 / 400 V /
3-phase
4,5 / 230 V
7 / 230 V /
1-phase
8 / 230 V /
1-phase
10 / 230 V /
1-phase
7 / 230 V /
1-phase
8 / 230 V /
1-phase
10 / 230 V /
1-phase
3 / 230 V
3,6 / 230 V
1,5 / 400 V
1,8 / 400 V
2,2 / 400 V
1,5 / 400 V
1,8 / 400 V
2,2 / 400 V
A
A
A
C
μF
Ie
A
Ie
A
Ie
A
Ie
A
Ie
A
Ie
A
Ie
A
Ie
A
Ie
A
Ie
A
S
cycles
mm2
S
Nm
mm2
Nm
100 μF / 230 V
20 / 24 V / 1
pole
10 / 24 V / 1
pole
10 / 24 V / 1
pole
20 / 24 V / 1
pole
25 / 24 V / 1
pole
15 / 24 V / 1
pole
16 / 24 V / 1
pole
25 / 24 V / 1
pole
32 / 24 V / 1
pole
25 / 24 V / 1
pole
20 / 24 V / 1
pole
32 / 24 / V 1
pole
20 / 24 V / 1
pole
10 / 24 V / 1
pole
10 / 24 V / 1
pole
20 / 24 V / 1
pole
25 / 24 V / 1
pole
15 / 24 V / 1
pole
16 / 24 V / 1
pole
25 / 24 V / 1
pole
32 / 24 V / 1
pole
25 / 24 V / 1
pole
20 / 24 V / 1
pole
32 / 24 / V 1
pole
16 / 24 V / 1
pole
20 / 24 V / 1
pole
25 / 24 V / 1
pole
16 / 24 V / 1
pole
20 / 24 V / 1
pole
25 / 24 V / 1
pole
10 / 24 V / 1
pole
16 / 24 V / 1
pole
20 / 24 V / 1
pole
10 / 24 V / 1
pole
16 / 24 V / 1
pole
20 / 24 V / 1
pole
16 / 230 V
10 / 230 V
16 / 230 V
2 / 230 V
105
1…10 rigid / flexible
M4
(±) PZ2
1,2
1…4 rigid / flexible
M3
(±) PZ1
0,6
159
9/2/2016 1:46:03 AM
EVE - ETIREL
Technical data
Industrial plugin electromagnetic relays
Relays for general application
For plug-in sockets: 35 mm rail mount acc. to EN 60715; panel mounting
Miniature dimensions
Cadmium - free contacts
AC and DC coils
Recognitions, certifications, directives: RoHS, CE
Standards: EN61810-1:2008 (electromechanical relays); EN61984:2002, EN60998-2-1:2001, EN60664-1:2003 (sockets)
Table 1: Technical data
Number and type of contacts
Contact material
Rated / max. switching voltage AC
Min. switching voltage
Rated load (capacity)
AC1
AC15
AC3
DC1
DC13
Min. switching current
Max. inrush current
Rated current
Max. breaking capacity
AC1
Min. breaking capacity
Contact resistance
Max. operating frequency (cycles/hour)
• at rated load AC1
• no load
Coil data
Rated voltage
50/60 Hz AC DC
Must release voltage
Operating range of supply voltage
AC
Rated power consumption
DC
Insulation according to EN 60664-1
Insulation rated voltage
Rated surge voltage
Overvoltage category
Insulation pollution degree
Dielectric strength
• between coil and contacts
• contact clearance
• pole - pole
Contact - coil distance
• clearance
• creepage
General data
Operating / release time (typical values)
Electrical life
• resistive AC1
• cosΦ
Mechanical life (cycles)
Dimensions (L x W x H)
Weight
Ambient temperature
• storage
• operating
Cover protection category
Environmental protection
Shock resistance
(NO/NC)
Vibration resistance
ERM2
2 CO
ERM4
4 CO
AgNi
250 V / 440 V
10 V
250 V / 250 V
10 V AgNi, 10 V AgNi/Au 0,2 µm, 5 V AgNi/Au 5 µm
12 A / 250 V AC
3 A / 120 V 1,5 A / 240 V
370 W (single-phase motor)
12 A / 24 V DC (see Fig. 3)
0,22 A / 120 V 0,1 A / 250 V
6 A / 250 V AC
1,5 A / 120 V 0,75 A / 240 V (C300)
125 W (single-phase motor)
6 A / 24 V DC (see Fig. 3)
0,22 A / 120 V 0,1 A / 250 V (R300)
5 mA
24 A
12 A
3 000 VA
0,3 W
12 A
6A
1 500 VA
0,3 W AgNi, 0,3 W AgNi/Au 0,2 µm, 0,1 W AgNi/
Au 5 µm
≤ 100 mΩ
1 200
18 000
See table 2
AC: ≥ 0,2 Un DC: ≥ 0,1 Un
see Table 2
1,6 VA
0,9 W
250 V AC
4 000 V 1,2 / 50 µs
III
3
2 500 V 1,2 / 50 µs
II
2
2 500 V AC type of insulation: basic
1 500 V AC type of clearance: micro-disconnection
2 500 V AC type of insulation: basic
≥ 2,5 mm
≥ 4 mm
≥ 1,6 mm
≥ 3,2 mm
AC: 10 ms / 8 ms
> 105
DC: 13 ms / 3 ms
12 A, 250 V AC
see Fig. 2
> 105
6 A, 250 V AC
see Fig. 2
> 2 x 107
27,5 x 21,2 x 35,6 mm
35 g
-40...+85 oC
DC: -40...+70 oC
AC: -40...+55 C
IP 40 EN 60529
RTI
EN 116000-3
10 g / 5 g
5 g 10...150 Hz
o
160
02 Tehnical data.indd 160
9/2/2016 1:46:03 AM
EVE - ETIREL
Technical data
Table 2: Coil data
DC voltage version
Coil code
Rated voltage
V DC
Coil resistance
at 20 °C Ω
Acceptable
resistance
Coil operating range V DC
min. (at 20 °C)
max. (at 55 °C)
012DC
12
160
± 10%
9,6
13,2
024DC
24
640
± 10%
19,2
26,4
024AC
24
158
± 10%
19,2
26,4
230AC
230
16100
± 10%
184,0
253,0
AC voltage version
Dimensions
ERM 2
Lockable test button
ERM 4
Lockable test button
Connection diagram (pin side view)
ERM 2
ERM 4
Meaning of color codes:
Ordering designation
ERMX-YYYYYZ
X – Number of contacts:
4: 4 CO (4 changeover)
2: 2 CO (2 changeover)
YYYYY – Coil code:
024AC: 24 V AC 50/60 Hz
230AC: 230 V AC 50/60 Hz
024DC: 24 V DC
012DC: 12 V DC
green - DC coils
Z – Additional features:
L – Light indicator (smd LED - red)
Example:
ERM4-024DCL Electromagnetic relay for plugin sockets with mechanical
indication and lockable test button, four changeover contacts, coil voltage
24 V DC with light indicator.
02 Tehnical data.indd 161
orange - AC coils
161
9/2/2016 1:46:08 AM
Electrical life at AC resistive load. Switching frequency: 1 200 cycles/hour
Fig. 1
ERM 4
Number of cycles N
ERM 2
Number of cycles N
EVE - ETIREL
Technical data
Breaking capacity [kVA]
Breaking capacity [kVA]
Electrical life reduction factor at AC inductive load
Fig. 2
Reduction factor
ERM 4
Reduction factor
ERM 2
Power factor
Power factor
N - electrical life at AC1
Max. DC resistive load breaking capacity
DC voltage [V]
A - resistive load DC1
B - inductive load L/R = 40 ms
DC current [A]
ERM 4
DC current [A]
ERM 2
Fig. 3
DC voltage [V]
162
02 Tehnical data.indd 162
9/2/2016 1:46:10 AM
Contact material selection for different load types
AgNi - for resistive or inductive loads,
EVE - ETIREL
Technical data
ERM2 and ERM4
Mounting
ERM 2
ERM 4
protecting modules type ERC are available as accessories /sockets (see below)
protecting modules type ERC are available as accessories /sockets (see below)
*Plug-in sockets ERB2-T and ERB2-M may be linked with interconnection strip type ER-TERMINAL
*Plug-in sockets ERB4-T and ERB4-M may be linked with interconnection strip type ER-TERMINAL
Relays ERM2 are designed for mounting in plug-in sockets, standard version
includes mechanical indicator with lockable front test button.
Relays ERM2 are designed for:
„„ screw terminals plug-in
„„ sockets ERB2-T*
„„ sockets ERB2-M* with clip ER-CLIP
„„ 35 mm rail mount acc. to EN 60715 or
„„ panel mounting
Relays ERM4 are designed for mounting in plug-in sockets, standard version
includes mechanical indicator with lockable front test button.
Relays ERM4 are designed for:
„„ screw terminals plug-in
„„ sockets ERB4-T*
„„ sockets ERB4-M* with clip ER-CLIP
„„ 35 mm rail mount acc. to EN 60715 or
„„ panel mounting
Plugin Sockets And Accessories
ERB2-T and ERB4-T
Plugin sockets (base) type T
„„
„„
„„
„„
„„
Dimensions
Screw terminals
Max. tightening moment for the terminal: 0,7 Nm
35 mm rail mount acc. to EN 60715
or on panel mounting
76,3 x 27 x 42,5(80) mm*
*In the bracket the height of socket with retainer / retractor clip is shown.
Two poles
Four poles
12A, 300 V AC
6A, 300 V AC
For ERM2
For ERM4
Connection diagram
02 Tehnical data.indd 163
163
9/2/2016 1:46:10 AM
EVE - ETIREL
Technical data
Dimensions
ERB2-M and ERB4-M
Plugin sockets (base) type M
„„
„„
„„
„„
„„
Screw terminals
Max. tightening moment for the terminal: 0,7 Nm
35 mm rail mount acc. to EN 60715
or on panel mounting
75 x 27 x 61(82) mm*
*In the bracket the height of socket with retainer / retractor clip is shown.
Two poles
Four poles
12A, 300 V AC
6A, 300 V AC
For ERM2
For ERM4
Connection diagram
Removing the relay from the socket
with a retrainer / retractor clip
Protection RC modules type ERC_AC
It protects against EMC disturbance and
limits overvoltage.
6/24 V AC
ERC-024AC
110/240 V AC
ERC-230AC
6…24 V ACDC
ERC-024ACDCL
24…60 V AC DC
ERC-060ACDCL
110…230 V ACDC
ERC-230ACDCL
Protection RC modules type ERC_ACDCL
It limits overvoltage on AC and DC coils.
Coil energizing indication.
Modules are parallely connected with relay coil
Interconnection strip ER-CLIP
designed for the co-operation with plug-in sockets ERB of miniature industrial relays, which are equipped with
screw terminals; sockets and relays are mounted on 35 mm rail mount acc. to EN 60715.
„„ bridges common input signals (coil terminals A1 or A2)
„„ maximum permissible current is 10 A / 250 V AC,
„„ possibility of connection of 6 sockets or relays
Dimensions
164
02 Tehnical data.indd 164
9/2/2016 1:46:12 AM
EVE - ETIREL
Technical data
Miniature Electromagnetic Relays
Table 1: Technical data
MER2
2 CO
AgNi
250 V / 440 V
5 V AgNi
Number and type of contacts
Contact material
Rated / max. switching voltage AC
Min. switching voltage
Rated load (capacity)
AC1
AC15
AC3
DC1
DC13
Min. switching current
Rated current
Max. breaking capacity
AC1
Min. breaking capacity
Contact resistance
Max. operating frequency (cycles/hour)
• at rated load AC1
• no load
Coil data
Rated voltage
50/60 Hz AC
8 A / 250 V AC
3 A / 120 V 1,5 A / 240 V (B300)
550 W (single-phase motor)
8 A / 24 V DC (see Fig. 3)
0,22 A / 120 V 0,1 A / 250 V (R300)
5 mA Agni
8A
2000 VA
0,3 W AgNi
≤ 100 mΩ
600
72 000
DC
Must release voltage
Operating range of supply voltage
AC
Rated power consumption
DC
Insulation according to EN 60664-1
Insulation rated voltage
Rated surge voltage
Overvoltage category
Insulation pollution degree
Dielectric strength
• between coil and contacts
• pole - pole
Contact - coil distance
• clearance
• creepage
General data
Operating / release time (typical values)
Electrical life
• resistive AC1
• cosΦ
• DC L/R = 40 ms
Mechanical life (cycles)
Dimensions (L x W x H)
Weight
Ambient temperature
• storage
• operating
Cover protection category
Environmental protection
Shock resistance
(NC)
Vibration resistance
Solder bath temperature/ soldering time
02 Tehnical data.indd 165
12 ... 240 V
3 ... 110 V
DC: ≥ 0,1 Un
AC: ≥ 0,15 Un
See Tables 1, 2 and Fig. 4, 5
0,75 VA
0,4 ... 0,48 W
400 V AC
4000 V 1,2 / 50 µs
III
3
5000 V AC type of insulation: reinforced
2500 V AC type of insulation: basic
≥ 10 mm
≥ 10 mm
7 ms / 3 ms
8 A, 250 V AC
see Fig. 2
0,15 A, 220 V DC
> 105
> 3x107
29 x 12,7 x 15,7 m
14 g
> 105
-40 ... +85 0C
AC: -40 ... +70 0C DC: -40 ... +85 0C
IP40 / IP67
RTII / RTIII
20 g
5g
10 ... 150 Hz
max. 270 0C / max. 5 s
165
9/2/2016 1:46:12 AM
EVE - ETIREL
Technical data
Table 2: Coil data
DC voltage version
Rated voltage
V DC
Coil code
Coil resistance
at 20 °C Ω
Acceptable
resistance
Coil operating range V DC
min. (at 20 °C)
max. (at 20 °C)
005DC
5
60
± 10%
3,5
12,7
012DC
12
360
± 10%
8,4
30,6
024DC
24
1440
± 10%
16,8
61,2
AC 50/60 Hz voltage version
024AC
24
400
± 10%
19,2
28,8
230AC
230
38 500
± 10%
184,0
276,0
12,7
Connection diagram (pin side view)
7,5
12,7
Dimensions
5
15
5
2,5
15,7
3,9
3,9
15,7
29
Electrical life at AC resistive load.
Switching frequency: 600 cycles/hour
Fig. 1
Electrical life reduction factor at
AC inductive load
Fig. 2
166
02 Tehnical data.indd 166
9/2/2016 1:46:14 AM
Max. DC resistive load breaking capacity
Fig. 3
EVE - ETIREL
Technical data
Coil operating range = DC
Fig. 4
Coil operating range = AC 50 Hz
Fig. 5
Pinout (soldier side view)
Mounting
Relays MER2 are designed for:
„„ direct PCB mounting
„„ screw terminals plug-in sockets MERB-T and MERB-M
02 Tehnical data.indd 167
167
9/2/2016 1:46:16 AM
EVE - ETIREL
Technical data
Plugin Sockets And Accessories
MERB-T
Plugin sockets (base) type T
MERB-M
Plugin sockets (base) type M
„„
„„
„„
„„
„„
„„
„„
„„
„„
„„
Screw terminals
Max. tightening moment for the terminal: 0,7 Nm
35 mm rail mount acc. to EN 60715
or on panel mounting
75,3 x 15,5 x 61(67) mm*
*In the bracket the height of socket with retainer / retractor clip is shown.
Screw terminals
Max. tightening moment for the terminal: 0,7 Nm
35 mm rail mount acc. to EN 60715
or on panel mounting
78,1 x 15,9 x 61(66,5) mm*
*In the bracket the height of socket with retainer / retractor clip is shown.
Two poles, 5mm pinout
Two poles, 5mm pinout
12A, 300 V AC
12A, 300 V AC
Dimensions
Dimensions
Connection diagram
Connection diagram
COM
NC
NO
COM
NO
NC
COIL
COIL
168
02 Tehnical data.indd 168
9/2/2016 1:46:21 AM
EVE - ETIREL
Technical data
SLIM RELAYS SSR & SER, Electromagnetic and solid
Table 1: Technical data
Number and type of contacts
Contact material
Rated / max. switching voltage AC
Min. switching voltage
Rated load (capacity)
AC1
DC1
Min. switching current
Max. inrush current / Max. non-repeat surge current
Rated current
Max. breaking capacity
AC1
Min. breaking capacity
Contact resistance
Max. operating frequency (cycles/hour)
• at rated load AC1
• no load
I2t for fusing
SER1; Contact data
1 CO
AgSnO2
400 V AC / 250 V DC
10 V AC / DC
SSR1; Output circuit - Triac
1 NO
400 V AC / 440 V AC
20 V AC
6 A / 250 V AC
6 A / 24 V DC; 0,15 A / 250 V DC
100 mA
10 A (t=20 ms)
1,2 A / 400 V AC
10 mA
30 A (t=20 ms)
6A
1 500 VA
1W
≤100 mΩ 100 mA, 24 V
1,2 A
-
360
72 000
-
5,1 A2s (t=1-10 ms)
dI/dt
-
50 A/µs
dV/dt
-
40 V/µs
Input circuit
Rated voltage
AC: 50/60 Hz AC/DC
24 V; 230 V
Must release voltage / Turn-off voltage
AC: ≥ 0,2 Un DC: ≥ 0,1 Un
Must operate voltage
AC & DC: ≤ 0,8 Un
AC/DC
Rated power consumption
0,3 ... 1,6 VA / 0,3 ... 1,6 W
0,3 VA / 0,3 W 24 V AC/DC
AC/DC
1,6 VA / 1,6 W 230 V AC/DC
Insulation according to PN-EN 60664-1
400 V AC
600 V AC
Insulation rated voltage
4 000 V 1,2 / 50 µs
Rated surge voltage
III
Overvoltage category
3
2
Insulation pollution degree
Dielectric strength
4 000 V AC 50/60 Hz, 1 min. (type of insulation: reinforced) 4 000 V AC 50/60 Hz, 1 min. (type of insulation: reinforced)
• input - output
6 000 V 1,2 / 50 µs
• input - output
2 500 V AC 50/60 Hz, 1 min.
• mass - input, output
1 000 V AC 50/60 Hz, 1 min. (type of clearance: micro-disconnection)
• contact clearance
Input - output distance
• clearance
≥ 6 mm
• creepage
≥ 8 mm
General data
Operating / release time (typical values)
AC: 7 ms DC: 6 ms / AC: 15 ms DC: 10 ms
10 ms max. (zero turn-on) / 10 ms max.
Electrical life
> 0,6 x 105 6 A, 250 V AC; > 2 x 105 2 A, 250 V AC
• resistive AC1 (cos φ = 0,4)
105 6 A, 30 V DC
• resistive DC1
> 2 x 107
Mechanical life (cycles)
93,8 x 6,2 x 80 mm
Dimensions (L x W x H)
40 g
Weight
Ambient temperature
-40...+70 oC
-40...+70 oC
• storage
-40...+55 oC (-40...+60 oC 24 V DC)
-40...+55 oC
• operating
IP 20 PN-EN 60529
Protection category
RTI PN-EN 116000-3
Environmental protection
10 g
Shock resistance
5 g 10...500 Hz
Vibration resistance
02 Tehnical data.indd 169
169
9/2/2016 1:46:22 AM
EVE - ETIREL
Technical data
Input data SER1
Input data SSR1
Input - voltage range, V
Interface relay code Rated input voltage, Un Power of input circuit
min. (20 °C)
max. (55 °C)
SER1-024ACDC
24 V AC/DC
0,5 VA / 0,5 W
19,2
26,4
SER1-230ACDC
230 V AC/DC
0,8 VA / 0,8 W
184,0
253,0
Dimensions
Interface relay code Rated input voltage Un Power of input circuit
SSR1-024ACDC
SSR1-230ACDC
24 V AC/DC
230 V AC/DC
0,3 VA / 0,3 W
1,6 VA / 1,6 W
Connection diagram
SER1-024ACDC / SER1-230ACDC
SER1-024ACDC
SER1-230ACDC
SSR1-024ACDC / SSR1-230ACDC
SSR1-024ACDC
SSR1-230ACDC
SR-TERMINAL
170
02 Tehnical data.indd 170
9/2/2016 1:46:24 AM
Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF

advertisement