

700S-CF440EJBC | Allen-Bradley Safety Industrial Relay
- Regular price
- $314.00
- Sale price
- $314.00
- Regular price
-
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Product Description P/N: 700S-CF440EJBC
Description
The 700S-CF440EJBC is a heavy-duty safety industrial relay designed for use in safety-critical applications. Featuring force-guided contacts and enhanced contact reliability, it ensures dependable performance in emergency stop and safety monitoring systems.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Safety Systems
|
Part Number | 700S-CF440EJBC |
Subcategory |
Safety Relay
|
Voltage Type For Actuating | DC |
Interface | False |
Coil Voltage | 24V DC Electronic Coil |
Mounting Method | DIN-rail/screw |
Electrical Life Cycle | 1500000 ops @ AC-15 (240V @ 3A) |
Contact Rating | NEMA A600, Q600 @ front mounted bifurcated auxiliary contacts |
Base Contact Configuration | 3 N.O. / 1 N.C. |
Base Contact Type | Standard Contact |
Front Auxiliary Contact Configuration1 N.O. / 3 N.C. | 1 N.O. / 3 N.C. |
Front Auxiliary Contact Type | Bifuracated Contact |
Weight | 0.99 lbs |
Information About 700S-CF440EJBC
The Allen-Bradley 700S-CF440EJBC is an 8-pole safety control relay designed for industrial applications requiring high reliability and compliance with international safety standards. It features mechanically linked contacts to ensure fail-safe operation, making it ideal for safety circuits in machinery and process control systems.
Key Features:
-
Model: 700S-CF440EJBC
-
Contact Configuration:
-
Base Contacts: 3 Normally Open (N.O.), 1 Normally Closed (N.C.)
-
Auxiliary Contacts: 1 N.O., 3 N.C.
-
-
Contact Type: Bifurcated, mechanically linked
-
Coil Voltage: 24V DC (electronic coil)
-
Current Rating: 20 A
-
Standards Compliance: IEC 60947-5-1, UL, CSA, SUVA
-
Mounting: Surface mount
-
Color: Red housing for easy identification
This relay is engineered to provide dependable performance in safety-critical applications, ensuring that any failure in the contact mechanism does not compromise the safety function. Its bifurcated contacts enhance reliability in low-energy circuits, and the mechanically linked design prevents simultaneous closure of N.O. and N.C. contacts, adhering to safety standards.
Description
The 700S-CF440EJBC is a heavy-duty safety industrial relay designed for use in safety-critical applications. Featuring force-guided contacts and enhanced contact reliability, it ensures dependable performance in emergency stop and safety monitoring systems.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category |
Safety Systems
|
Part Number | 700S-CF440EJBC |
Subcategory |
Safety Relay
|
Voltage Type For Actuating | DC |
Interface | False |
Coil Voltage | 24V DC Electronic Coil |
Mounting Method | DIN-rail/screw |
Electrical Life Cycle | 1500000 ops @ AC-15 (240V @ 3A) |
Contact Rating | NEMA A600, Q600 @ front mounted bifurcated auxiliary contacts |
Base Contact Configuration | 3 N.O. / 1 N.C. |
Base Contact Type | Standard Contact |
Front Auxiliary Contact Configuration1 N.O. / 3 N.C. | 1 N.O. / 3 N.C. |
Front Auxiliary Contact Type | Bifuracated Contact |
Weight | 0.99 lbs |
Information About 700S-CF440EJBC
The Allen-Bradley 700S-CF440EJBC is an 8-pole safety control relay designed for industrial applications requiring high reliability and compliance with international safety standards. It features mechanically linked contacts to ensure fail-safe operation, making it ideal for safety circuits in machinery and process control systems.
Key Features:
-
Model: 700S-CF440EJBC
-
Contact Configuration:
-
Base Contacts: 3 Normally Open (N.O.), 1 Normally Closed (N.C.)
-
Auxiliary Contacts: 1 N.O., 3 N.C.
-
-
Contact Type: Bifurcated, mechanically linked
-
Coil Voltage: 24V DC (electronic coil)
-
Current Rating: 20 A
-
Standards Compliance: IEC 60947-5-1, UL, CSA, SUVA
-
Mounting: Surface mount
-
Color: Red housing for easy identification
This relay is engineered to provide dependable performance in safety-critical applications, ensuring that any failure in the contact mechanism does not compromise the safety function. Its bifurcated contacts enhance reliability in low-energy circuits, and the mechanically linked design prevents simultaneous closure of N.O. and N.C. contacts, adhering to safety standards.
