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Safety Relays & Glass Relays

Wago Universal Relay Module

Mounting type : DIN-35 rail

Technical Data

Control Circuit

Nominal input voltage UN AC/DC 230 V
Input voltage range -15 … +20 %
Nominal input current at UN 14 mA

Load circuit

Number of break/switch-off contacts 4
Number of make/switch-on contacts 4
Contact material (relay) AgSnO2
Limiting continuous current 6 A
Switching voltage (max.) AC 250 V
Switching power (resistive) max. AC 1500 VA
Recommended minimum load 10 V / 10 mA
Pull-in time (typ.) 18ms
Drop-out time (typ.) 21ms
Bounce time (typ.) 4ms
Electrical life (NO; resistive load; 23 °C) 100 x 10³ switching operations
Mechanical life 10 x 10⁶ switching operations
Mechanical force-guided operation Type B
Connection data
Connection technology CAGE CLAMP®
WAGO connector WAGO 256 Series
Solid conductor 0.08 … 2.5 mm² / 28 … 12 AWG
Fine-stranded conductor 0.08 … 2.5 mm² / 28 … 12 AWG
Strip length 5 … 6 mm / 0.2 … 0.24 inches
Environmental Requirements
Ambient temperature (operation at UN) -40 … +70 °C
Surrounding air temperature (storage) -40 … +80 °C
Processing temperature -25 … +50 °C
Temperature range of connection cable ≥ (Tambient + 20 K)
Relative humidity 5 … 85 %
Operating altitude (max.) 2000m
Safety and protection
Rated voltage 250V
Type of circuits Secondary circuits
Note on insulation parameters per EN 61010-1
Overvoltage category II
Pollution degree 2
Dielectric strength (control/load circuit) (AC, 1 min) 2.5 kVrms
Dielectric strength (open contact) (AC, 1 min) 1.3 kVrms
Dielectric strength (load/load circuit) (AC, 1 min) 2.5 kVrms
Insulation type (control/load circuit) Basic insulation
Insulation type (open contact) Functional insulation
Insulation type (load/load circuit) Basic insulation
Insulation type (adjacent devices) Reinforced insulation (safe isolation)
Physical data
Width 63.5 mm / 2.5 inches
Height 85 mm / 3.346 inches
Depth from upper-edge of DIN-rail 40 mm / 1.575 inches
Material Data
Color gray
Fire load 1.131MJ
Weight 113.3g

Notes :

If required, a ventilation hole can be made in the cover, reducing the protection type from IP67 to IP30.

If an outer contact (20) should weld, then the forced operated inner contact (12) driven by the actuator remains open. The rotating armature remains free to move. The unaffected contact pairs can operate normally, (i. e. their function to make or break remains unaffected).

If an inner contact should weld (12) then the movement of the rotating armature is blocked via the operator. Open contacts of all four contact pairs remain open. This arrangement corresponds to conventional, force-guided operation.

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