![Защитни релета двуръчен изключвател SNZ 4052K Защитни релета двуръчен изключвател SNZ 4052K](https://www.dacpol.eu/6820-large_default/zashhitni-releta-dvurchen-izklyuchvatel-snz-4052k.jpg)
![Защитни релета двуръчен изключвател SNZ 4052K Защитни релета двуръчен изключвател SNZ 4052K](https://www.dacpol.eu/6820-large_default/zashhitni-releta-dvurchen-izklyuchvatel-snz-4052k.jpg)
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• Stop Category 0 according to EN 60204-1
• Two-channel actuation; 1 NO contact and
1 NC contact for each channel
• Cross monitoring
• Monitoring of synchronous activation
• 2 enabling current paths, 1 signaling current pathy
• Protection of people and machinery
• Monitoring of two-hand applications
• Monitoring of safety gates
• According to EN 574 Type IIIC
• Up to PL e / Category 4 (EN ISO 13849-1)
• Up to SIL CL 3 (EN 62061)
The device complies with EN 574 Type III C safety requirements. The safety behavior of the device is designed for applications according to Category 4 (EN 954-1). The device is single-fault safe and self-monitoring. Synchronous activation of both actuators (two-hand momentary contact or safety gate contacts) is monitored. Each of the two actuators is connected to the device with an NO contact and an NC contact. The technical design of the input circuit provides cross connection and ground fault monitoring. The output function is designed with 2 NO contacts as an enabling current path and 1 NC contact as signaling current path (all forcibly guided). With supply voltage applied to terminals A1/A2 and the feedback loop (terminals Y1/Y2) closed, the enabling current paths are closed by simultaneously activating the actuators (S1+S2). Both actuators must be activated within 0.5 s for the output contacts to be enabled. If only one of the two actuators is released, thedevice is immediately de-energized. The enabling current paths open. The device can be restarted only after both actuators have returned to their initial position (for example when the two-hand momentary contact switches have been released) and the feedback circuit is closed again. The feedback circuit should only be opened again after both actuators are activated. Otherwise the device will remain in the OFF position. The current status of the device is indicated by 3 LEDs: application of the supply voltage with LED SUPPLY, activation of both actuators with LED K1 and additionally with LED K2 in case of synchronous activation
Proper usePlease also note the information provided by your trade association.
SNZ 4052K/K-A | AC/DC 24 V |
![]() |
|
SNZ 4052K/K-A | AC 115 – 120 V/AC 230 V |
![]() |
Function diagram
![]() |
A1/ A2 supply voltage, LED SUPPLY Actuator S1 Actuator S2 K1, LED K1 K2, LED K2 Synchronous monitoring Y1/Y2 FEED BACK 13/14, 23/24 31/32 tE = response time tA = release time tW = recovery time tS = synchronous monitoring time |
(3) Not enabled in case of asynchronous activation
SNE 4004K/KV | ![]() |
SNE 4004K-A/KV-A | ![]() |
Description/number | |||
---|---|---|---|
type | Nominal voltage | Terminals | numer pce/package. |
SNZ 4052K |
AC/DC 24 V 50 - 60 Hz
|
screw terminals | R1.188.0450.1 1 |
AC 115 - 120 V 50 - 60 Hz
|
screw terminals | R1.188.0920.1 1 | |
AC 230 V 50 - 60Hz
|
screw terminals | R1.188.0930.1 1 | |
SNZ 4052K-A |
AC/DC 24 V 50 - 60 Hz
|
plug screw terminals | R1.188.0530.1 1 |
AC 115 - 120 V 50 - 60 Hz
|
plug screw terminals | R1.188.0940.1 1 | |
AC 230 V 50 - 60Hz
|
plug screw terminals | R1.188.0950.1 1 |
Technical data | SNZ 4052K | ||
---|---|---|---|
Function according to EN 574-1
|
Two-hand control relay
|
||
Function display
|
3 LEDs green
|
||
Function diagram
|
FD 221-9-1 W
|
||
Power supply circuit
|
|||
Rated voltage Un AC/DC
|
24 V
|
||
Rated voltage Un AC
|
115 - 120 V
|
230 V
|
|
Rated consumption at 50 Hz i Un (AC)
|
3,1 VA
|
2,4 VA
|
2,4 VA
|
Rated consumption at 50 Hz i Un (AC)
|
1,9 W
|
2,2 W
|
2,2 W
|
Rated consumption at Un (DC)
|
2,4 W
|
-
|
-
|
Residual ripple
|
2,4 Vss
|
||
Electrical isolation supply circuit – control circuit
|
no
|
yes
|
yes
|
Fuse for control circuit supply
|
PTC thermistor
|
Short-circuit proof transformer
|
Short-circuit proof transformer
|
Residual ripple Uss
|
2,4 V
|
||
Rated frequency
|
50 - 60 Hz
|
||
Operating voltage range
|
0,85 - 1,1x UN
|
||
Control circuit
|
|||
Rated output voltage (Y12 / Y14 or Y22 / Y24 and Y1), only for supply of inputs Y11, Y21 and Y2
|
DC 24 V
|
||
Response time tE for K1, K2
|
40 ms
|
||
Release time tA
|
< 50 ms
|
||
Synchronous monitoring time tS
|
500 ms
|
||
Recovery time tW
|
250 ms
|
||
Output circuit
|
|||
Contact assignment
|
2 enabling current paths, positively driven contacts (NO contact), 1 signaling current path (NC contact)
|
||
Rated operating voltage Un
|
AC/DC 230 V
|
||
Max. continuous current In per contact
|
6 A
|
||
Max. total current of all current paths AC/DC 24 V
AC 115 - 120 V, AC 230 V |
12 A
8 A |
||
Application category according to EN 60947-5-1
|
AC-15: Ue 230 V AC, Ie 4 A (360 switching cycles//h)
DC-13: Ue 24 V DC, Ie 5 A (360 switching cycles//h) |
||
Short-circuit protection, max. fuse insert
|
6 A class gG or circuit breaker with trigger characteristic B or C
|
||
Mechanical life
|
10x106 switching cycles
|
||
General data
|
|||
Creepage distances and clearances between the circuits
|
według EN 60664-1
|
||
Overvoltage category
|
III
|
||
Rated impulse voltage
|
4 kV
|
||
Rated voltage
|
AC 300 V
|
||
Degree of pollution
|
3 outside, 2 inside
|
||
Protection degree according to DIN EN 60529 (housing / terminals)
|
IP 40/IP 20
|
||
Ambient temperature / storage temperature
|
-25 - +55 °C/-25 - +75 °C
|
||
Dimension diagram
|
K 4-1 (screw terminals / K 4-2 (pluggable terminals)
|
||
Rated cross sections fine-stranded/solid
or fine-stranded with ferrules
|
2x0,14 - 0,75 mm2/1x0,14 - 2,5 mm2
1x0,25 - 2,5 mm2/2x0,25 - 0,5 mm2 |
||
Permissible tightening torque
|
0,5 - 0,6 Nm
|
||
for UL and CSA applications Wire ranges Max. tightening torques |
AWG 18-16 only use Cu wires
0.79 in-lbs
|
||
Weight
|
0,20 kg (device DC) / 0,25 kg (device AC)
|
||
Accessories
|
-
|
Интересувате ли се от този продукт? Имате ли нужда от допълнителна информация или индивидуални цени?
Трябва да сте влезли
• Stop Category 0 according to EN 60204-1
• Two-channel actuation; 1 NO contact and
1 NC contact for each channel
• Cross monitoring
• Monitoring of synchronous activation
• 2 enabling current paths, 1 signaling current pathy
• Protection of people and machinery
• Monitoring of two-hand applications
• Monitoring of safety gates
• According to EN 574 Type IIIC
• Up to PL e / Category 4 (EN ISO 13849-1)
• Up to SIL CL 3 (EN 62061)
The device complies with EN 574 Type III C safety requirements. The safety behavior of the device is designed for applications according to Category 4 (EN 954-1). The device is single-fault safe and self-monitoring. Synchronous activation of both actuators (two-hand momentary contact or safety gate contacts) is monitored. Each of the two actuators is connected to the device with an NO contact and an NC contact. The technical design of the input circuit provides cross connection and ground fault monitoring. The output function is designed with 2 NO contacts as an enabling current path and 1 NC contact as signaling current path (all forcibly guided). With supply voltage applied to terminals A1/A2 and the feedback loop (terminals Y1/Y2) closed, the enabling current paths are closed by simultaneously activating the actuators (S1+S2). Both actuators must be activated within 0.5 s for the output contacts to be enabled. If only one of the two actuators is released, thedevice is immediately de-energized. The enabling current paths open. The device can be restarted only after both actuators have returned to their initial position (for example when the two-hand momentary contact switches have been released) and the feedback circuit is closed again. The feedback circuit should only be opened again after both actuators are activated. Otherwise the device will remain in the OFF position. The current status of the device is indicated by 3 LEDs: application of the supply voltage with LED SUPPLY, activation of both actuators with LED K1 and additionally with LED K2 in case of synchronous activation
Proper usePlease also note the information provided by your trade association.
SNZ 4052K/K-A | AC/DC 24 V |
![]() |
|
SNZ 4052K/K-A | AC 115 – 120 V/AC 230 V |
![]() |
Function diagram
![]() |
A1/ A2 supply voltage, LED SUPPLY Actuator S1 Actuator S2 K1, LED K1 K2, LED K2 Synchronous monitoring Y1/Y2 FEED BACK 13/14, 23/24 31/32 tE = response time tA = release time tW = recovery time tS = synchronous monitoring time |
(3) Not enabled in case of asynchronous activation
SNE 4004K/KV | ![]() |
SNE 4004K-A/KV-A | ![]() |
Description/number | |||
---|---|---|---|
type | Nominal voltage | Terminals | numer pce/package. |
SNZ 4052K |
AC/DC 24 V 50 - 60 Hz
|
screw terminals | R1.188.0450.1 1 |
AC 115 - 120 V 50 - 60 Hz
|
screw terminals | R1.188.0920.1 1 | |
AC 230 V 50 - 60Hz
|
screw terminals | R1.188.0930.1 1 | |
SNZ 4052K-A |
AC/DC 24 V 50 - 60 Hz
|
plug screw terminals | R1.188.0530.1 1 |
AC 115 - 120 V 50 - 60 Hz
|
plug screw terminals | R1.188.0940.1 1 | |
AC 230 V 50 - 60Hz
|
plug screw terminals | R1.188.0950.1 1 |
Technical data | SNZ 4052K | ||
---|---|---|---|
Function according to EN 574-1
|
Two-hand control relay
|
||
Function display
|
3 LEDs green
|
||
Function diagram
|
FD 221-9-1 W
|
||
Power supply circuit
|
|||
Rated voltage Un AC/DC
|
24 V
|
||
Rated voltage Un AC
|
115 - 120 V
|
230 V
|
|
Rated consumption at 50 Hz i Un (AC)
|
3,1 VA
|
2,4 VA
|
2,4 VA
|
Rated consumption at 50 Hz i Un (AC)
|
1,9 W
|
2,2 W
|
2,2 W
|
Rated consumption at Un (DC)
|
2,4 W
|
-
|
-
|
Residual ripple
|
2,4 Vss
|
||
Electrical isolation supply circuit – control circuit
|
no
|
yes
|
yes
|
Fuse for control circuit supply
|
PTC thermistor
|
Short-circuit proof transformer
|
Short-circuit proof transformer
|
Residual ripple Uss
|
2,4 V
|
||
Rated frequency
|
50 - 60 Hz
|
||
Operating voltage range
|
0,85 - 1,1x UN
|
||
Control circuit
|
|||
Rated output voltage (Y12 / Y14 or Y22 / Y24 and Y1), only for supply of inputs Y11, Y21 and Y2
|
DC 24 V
|
||
Response time tE for K1, K2
|
40 ms
|
||
Release time tA
|
< 50 ms
|
||
Synchronous monitoring time tS
|
500 ms
|
||
Recovery time tW
|
250 ms
|
||
Output circuit
|
|||
Contact assignment
|
2 enabling current paths, positively driven contacts (NO contact), 1 signaling current path (NC contact)
|
||
Rated operating voltage Un
|
AC/DC 230 V
|
||
Max. continuous current In per contact
|
6 A
|
||
Max. total current of all current paths AC/DC 24 V
AC 115 - 120 V, AC 230 V |
12 A
8 A |
||
Application category according to EN 60947-5-1
|
AC-15: Ue 230 V AC, Ie 4 A (360 switching cycles//h)
DC-13: Ue 24 V DC, Ie 5 A (360 switching cycles//h) |
||
Short-circuit protection, max. fuse insert
|
6 A class gG or circuit breaker with trigger characteristic B or C
|
||
Mechanical life
|
10x106 switching cycles
|
||
General data
|
|||
Creepage distances and clearances between the circuits
|
według EN 60664-1
|
||
Overvoltage category
|
III
|
||
Rated impulse voltage
|
4 kV
|
||
Rated voltage
|
AC 300 V
|
||
Degree of pollution
|
3 outside, 2 inside
|
||
Protection degree according to DIN EN 60529 (housing / terminals)
|
IP 40/IP 20
|
||
Ambient temperature / storage temperature
|
-25 - +55 °C/-25 - +75 °C
|
||
Dimension diagram
|
K 4-1 (screw terminals / K 4-2 (pluggable terminals)
|
||
Rated cross sections fine-stranded/solid
or fine-stranded with ferrules
|
2x0,14 - 0,75 mm2/1x0,14 - 2,5 mm2
1x0,25 - 2,5 mm2/2x0,25 - 0,5 mm2 |
||
Permissible tightening torque
|
0,5 - 0,6 Nm
|
||
for UL and CSA applications Wire ranges Max. tightening torques |
AWG 18-16 only use Cu wires
0.79 in-lbs
|
||
Weight
|
0,20 kg (device DC) / 0,25 kg (device AC)
|
||
Accessories
|
-
|
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