Industrial control systems require reliable output modules for actuator and indicator control. The GE IC600BF929K output card delivers this essential functionality for Series 600 systems. This card provides discrete output signals to field devices such as solenoids and contactors. It interfaces directly with the system backplane for seamless integration.
Technical Architecture and Specifications
This output card features a standard Series 600 form factor for rack-based installation. Its dimensions measure 10.2 cm in width and 11.4 cm in height. The GE IC600BF929K weighs approximately 0.3 kilograms for secure mounting. It interfaces with the system backplane via a card-edge connector assembly. This connector provides power and communication to the output circuits.
The internal assembly contains a single integrated circuit board with all output channels. Engineers will note the grouping of outputs for simplified field wiring. The card draws 5 V DC power from the backplane for its logic circuits. It also requires external 115 V AC power for field device switching.
Output Characteristics
The GE IC600BF929K provides discrete AC outputs for controlling field devices. Each channel switches 115 V AC loads up to 2 amperes continuously. For field connections, it utilizes a terminal block that accepts AWG 14 to 22 gauge conductors. Status indicators display the on-off state for each output channel clearly. You can explore similar industrial output solutions for reference.
| Specification | Detail |
|---|---|
| Model | IC600BF929K |
| Manufacturer | GE |
| Product Line | Series 600 |
| Dimensions (W x H) | 10.2 cm x 11.4 cm |
| Weight | 0.3 kg |
| Output Type | Discrete AC Output |
| Output Voltage | 115 V AC |
| Current Rating | 2 A per Channel |
| Backplane Power | 5 V DC |
| External Power | 115 V AC |
| Terminal Type | Screw Clamp (AWG 14-22) |
| Status Indication | LED per Channel |
System Integration and Reliability
The GE IC600BF929K operates reliably across standard industrial environments. It functions within a temperature range of 0°C to 60°C. Fused outputs protect both the card and connected devices from overcurrent conditions. These fuses prevent damage during short circuit or overload events. Field technicians can replace output fuses without removing the card from the rack. This design simplifies maintenance and reduces system downtime.
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