Allen-Bradley 5370-CVIM Machine Vision Module Processor

Configured for high-speed image processing and machine vision execution in CompactLogix 5370 controller platform architectures, the Allen-Bradley 5370-CVIM (5370-CVIM Machine Vision Module Processor) provides direct physical/electrical execution.

Suffix Breakdown & Model Matrix

• 5370-CVIM: Standard Machine Vision Module Processor featuring integrated processor architecture and dedicated camera port interfaces.
• Backplane Interface Options: Configured for standard CompactLogix backplane integration and controller data synchronization.

Hardware Specifications

Profinet and EtherNet/IP Deterministic Networks

The module interfaces directly with industrial automation networks via deterministic protocols to synchronize vision inspection results with controller tag databases. Integrated firmware flash compatibility supports execution of complex image pattern matching algorithms without introducing latency into backplane bus communication velocity. High-density I/O scaling algorithms process inspection trigger inputs and strobe outputs while preserving data throughput across multi-node control architectures.

Frequently Asked Questions

Q: Can the 5370-CVIM module be inserted or removed from the backplane while powered?

A: No, system power must be completely isolated before installing or extracting the module to prevent electrical arc damage to backplane connector pins.

Q: How does the processor exchange inspection data with the main CompactLogix controller?

A: Data exchange is handled via high-speed backplane communication, mapping inspection pass/fail bits and coordinate registers directly into controller tags.

Q: What power source is required to operate this machine vision module?

A: The unit requires a regulated 24 VAC power supply capable of delivering the specified 4.5 A operating current.

Field Installation Guidelines

• DIN-Rail Mounting: Securely snap the module onto a grounded 35 mm DIN-rail, ensuring proper latch engagement for mechanical stability under vibration.
• Power and Grounding: Connect the 24 VAC supply wires to the designated terminal block and attach a low-impedance copper wire from the chassis ground lug to the enclosure ground busbar.
• Cable Separation: Route camera data and strobe cables away from high-voltage AC power conduits to eliminate electromagnetic interference on vision signal inputs.