GE F31X307LTBAJG1 | Fiber Optic Logic Module Fast Shipping

Description

Product Introduction

This GE F31X307LTBAJG1 is a logic and timing controller board with fiber-optic communication for GE’s drive and excitation control platforms. The “J” suffix indicates fiber-optic communication capability, providing complete electrical isolation for distributed timing applications. This board is designed for applications requiring precision timing with complete isolation between system components.

The board provides 16 configurable digital I/O points, 8 high-speed counter/timer channels with 1 µs resolution, and fiber-optic communication for distributed timing. The fiber-optic interface provides complete galvanic isolation and immunity to electrical noise.

Key Technical Specifications

Key Selling Points & Differentiators

• Fiber-Optic Communication: Complete electrical isolation for distributed timing applications.
• 8 High-Speed Counter/Timer Channels: Precision timing with 1 µs resolution.
• Long-Distance Communication: Supports fiber-optic communication up to 2 km.
• Complete Isolation: Galvanic isolation between system components.
• Quantified Testing Protocol: We test counter/timer accuracy, fiber-optic communication, and all I/O channels.
• Warranty & Support: 2-year functional warranty with fiber-optic installation guide.

Frequently Asked Questions (FAQ)

Q1: What is the difference between the LTBAJG1 and the standard LTBAAG1?

A: The LTBAAG1 is the standard timing board without fiber-optic communication. The LTBAJG1 adds fiber-optic communication for distributed timing applications with complete isolation.

Q2: What is the maximum fiber-optic distance?

A: The board supports up to 2 km with standard multimode fiber.

Q3: Does the LTBAJG1 use standard Ethernet protocols?

A: No, the fiber-optic interface uses GE’s proprietary communication protocol designed for timing and control applications.

Q4: Can the counter/timer channels be used as PWM outputs?

A: Yes, the channels can be configured as PWM outputs with 16-bit duty cycle resolution.

Q5: What is the lifecycle status of the LTBAJG1?

A: This board is extremely rare. We have a very small batch of new surplus units. If your system requires fiber-optic timing, we strongly recommend securing a spare. We do not expect to source more of this variant.

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