GE IS200DVIBH1B | Mark VIe Vibration Input Module In Stock

Description

Product Introduction

The GE IS200DVIBH1B is a Mark VIe series dedicated vibration input module that provides 4 channels of high-accuracy vibration measurement for turbine shaft vibration, bearing vibration, and housing acceleration monitoring. This I/O pack interfaces with ICP accelerometers, velocity sensors, and proximity probes, converting vibration signals to digital data for turbine protection and monitoring systems.

The H1B revision provides 4 channels of vibration input with 24-bit resolution, a 1 kHz bandwidth, and ICP/accelerometer support. The module includes built-in signal conditioning that eliminates the need for external vibration amplifiers. In our field experience, the DVIBH1B is a critical module for turbine vibration monitoring systems. For facilities requiring reliable vibration measurement for machinery protection, this module provides the precision and diagnostic visibility needed for early fault detection.

Key Technical Specifications

Key Selling Points & Differentiators

• 4-channel dedicated vibration input – provides high-accuracy vibration measurement for turbine protection and monitoring systems.
• 24-bit resolution – delivers exceptional measurement precision for early fault detection and vibration analysis.
• Built-in ICP excitation – eliminates external signal conditioners for accelerometer sensors. Simplifies field wiring and reduces cabinet space.
• 1 kHz bandwidth – captures vibration signals for effective machine condition monitoring. Supports FFT analysis.
• Rigorous 48-hour burn-in – each unit runs with all 4 channels driven by a calibrated vibration simulator across temperature cycling.
• 3-year warranty on hardware – backed by our in-house repair depot with average 48-hour turnaround. Dedicated DVIB swap-pool ensures rapid replacement.

Frequently Asked Questions (FAQ)

Can I hot-swap this IS200DVIBH1B into a running Mark VIe system?

We strongly advise against it. The DVIBH1B has shown unpredictable behavior when inserted into a powered backplane. Schedule a controlled outage, de-energize the rack, and swap it during planned maintenance.

What sensor types does this module support?

The DVIBH1B supports ICP accelerometers, velocity sensors, and proximity probes. The module includes built-in ICP excitation (4 mA at 24 V DC) for accelerometer sensors.

What is the bandwidth of this module?

The DVIBH1B provides a 1 kHz bandwidth, which is suitable for turbine vibration monitoring and machine condition analysis.

Does this module perform FFT analysis?

The DVIBH1B provides raw vibration data to the controller. FFT analysis can be performed in the Mark VIe application software using the module’s high-resolution data.

How do I verify this is a genuine GE module?

We source exclusively from GE-authorized liquidations. Our verification includes OEM packaging inspection, serial number cross-check against GE records, and PCB inspection for GE-specific markings. We test all 4 channels with a calibrated vibration simulator. We provide PCB photographs upon request.

Will I lose any configuration data when I replace the module?

Vibration modules have configuration parameters stored in EEPROM. You will need to reconfigure the new module in ToolboxST after installation. Take note of your current settings before replacement.

What is the expected lifespan of this unit?

We see MTBF around 140,000 hours for the DVIBH1B. The module has no wearable components. We have seen these units exceed 15 years in field service.

What happens if the module fails within the warranty period?

We cross-ship a tested replacement from our dedicated DVIB swap-pool the same business day. You return the failed unit within 15 days. Our repair depot has an average 48-hour turnaround. You receive a DVIBH1B replacement.

Which termination board should I use with this module?

The IS200DVIBH1B mates with GE’s TS200DVI1 or TS200DVI2 termination boards. Check ribbon cable orientation; pin 1 has a red stripe. We include a wiring diagram PDF with every order.

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