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ABB CBC 11 Output Module

ABB CBC 11 Output Module

  • Manufacturer: ABB

  • Product No.: CBC 11

  • Product Type: Output Module

  • Product Origin: USA

  • Payment: T/T

  • Weight: 1000g

  • Shipping port: Xiamen

  • Warranty: 12 months

Description

The ABB CBC 11 Output Module is designed for industrial control applications, providing high-performance signal processing and power output management. It features:

  • 35 P-switching power outputs for controlling electrical devices.

  • 14 N-switching power outputs for additional control flexibility.

  • 48 binary inputs for signal acquisition.

  • 15 supply outputs for binary sensors.

  • Central galvanic separation to ensure signal integrity.

  • Redundant operation capability for enhanced reliability.

  • Monitoring functions

Technical Data

Technical Data Specification
Power Outputs (P-switching) Signal Level: UOL = 0 V (high-impedance output), UOH = 24 V (typical)

Output Current: IOH < 100 mA; short-circuit proof and current limited
Power Outputs (N-switching) Signal Level: UOL =

Output Current: IOH < 100 mA; short-circuit proof and current limited
Output for Sensor Supply Signal Level: UVG = 0 V (high impedance output), UV = 24 V, IO < 100 mA; short-circuit proof

UVG = 36 V, IOH < 20 mA; short-circuit proof and current limited
Binary Inputs for Contact Interrogation Signal Input Voltage: UIL = 0V, UIH = 20.4 V - 40.0 V (switching threshold at 8.5 V)

Signal Input Current: IIH = 3 mA (typical)

Input Resistance: RE = 12 kΩ; For modular redundancy, the entire input resistance is halved
Binary Inputs for 3 & 4 Wire Proximity Switches and Standard Binary Inputs Signal Input Voltage: UIL = 0 - 5 V, UIH = 24 V (switching threshold at 8.5 V)

Signal Input Current: IIH = 2 mA (typical)

Input Resistance: RE = 12 kΩ; For modular redundancy, the entire input resistance is halved
Galvanic Separation Central galvanic separation of I/O system, channel-wise separation from HWS 15 - 20
Ambient Temperature 0 - 50°C (For module sub-rack ventilation)
Voltage Supply Supply Voltage: UV1/UV2 = 20 - 33 V

Fuse Protection: G-fusible element 5 * 20 3.15 A slow-acting T 3.15 H
Permissible Overvoltages 35 V (for 1 s), 45 V (for 10 ms)
Current Drain (Reference Current) 150 mA at UV = 24 V (without external switching)
Power Loss Max. 13 W

 

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