GE CR215PEX01A Fiber-Optic Cable

The GE CR215PEX01A, also cataloged as the CR215PEX01 Fiber-Optic Cable, operates as a dedicated hardware component for optical signal transmission within industrial communication networks. It handles high-speed light transmission across a 1.0 mm plastic optical fiber core to link field sensors, controllers, and optical transceivers. The assembly maintains low attenuation during dynamic flexing cycles without signal degradation.

Hardware Specifications

Backplane Bus Communication Velocity & Firmware Flash Compatibility

The GE CR215PEX01A cable assembly provides deterministic physical layer transmission for high-speed protocols, supporting backplane bus communication velocity across linked PLC racks and distributed nodes. Operating at a 650 nm optical wavelength, the plastic optical fiber maintains full firmware flash compatibility and data integrity at transmission speeds up to 10 Mbps. Its passive physical layer architecture eliminates backplane bus delay and preserves signal propagation stability across varied operational sweep rates.

Frequently Asked Questions

Q: What is the minimum bend radius specification for the CR215PEX01A optical cable?

A: The cable supports a minimum bend radius of 25 mm for long-term operational reliability without causing optical attenuation or structural failure.

Q: How many mating cycles can the Versatile Link snap-lock connectors withstand?

A: The factory-terminated Versatile Link connectors endure up to 1,000 mating cycles without performance loss or mechanical retention degradation.

Q: Does the CR215PEX01A cable assembly exhibit polarity sensitivity during field termination?

A: No. The cable assembly features an orientation-free design with no polarity sensitivity, simplifying connection to compatible 650 nm optical transceivers.

Field Installation Guidelines

1. Connector Cleaning: Inspect and clean both connector optical end faces with isopropyl alcohol and a lint-free optical wipe before insertion to prevent dust-induced signal attenuation.
2. Physical Engagement: Align the Versatile Link connector with the optical transceiver port and push firmly until an audible snap indicates complete locking engagement.
3. Cable Routing Limits: Route the black polyethylene jacket clear of sharp metal edges, high-temperature heat sources, and tight structural corners, maintaining the 25 mm minimum bend radius.
4. Mechanical Strain Avoidance: Prevent excessive tensile pull force on the outer jacket during installation to avoid physical stretch damage to the 1.0 mm POF core.
5. Chemical Exposure: Confirm that exposure to industrial fluids remains within rated chemical resistance limits for oils, coolants, and mild acids.