GE IS215VAMBH1A / IS200VSPAH1ACC | Acoustic Monitoring Card Price Advantage 30-Day Returns！

Brand：GE Fanuc PLC

Item No.：GE IS215VAMBH1A IS200VSPAH1ACC

Product origin：USA

Dimensions:21 x 188 x 262 mm

Weight:0.32 kg

This product is imported from overseas, supports test report assistance, and smooth after-sales docking

Regular models are in stock for a long time, and the inventory is stable. Welcome to inquire about the price!

Product Introduction：

Overview
The GE IS215VAMBH1A / IS200VSPAH1ACC is an acoustic monitoring board used in GE Mark VI turbine control systems. It processes multi-channel acoustic signals to support machinery condition monitoring and early fault detection in gas and steam turbine applications.

General Information
Part Numbers: IS215VAMBH1A, IS200VSPAH1ACC
Manufacturer: GE (General Electric), USA
Series: Mark VI Control System
Type: Acoustic Monitoring PCB
Function: Acoustic signal conditioning and health monitoring

Power Specifications
Supply Voltage: +24 V DC from system backplane
Power Use: Standard low-power electronic board
Protection: Built-in bias protection and signal filtering
Indicators: Front-panel LEDs for health and activity

Communication & Interface
Interface Type: Backplane connectors with additional signal ports
Role: Transfers conditioned acoustic data to the Mark VI controller
Diagnostics: Real-time status, bias checks, and channel monitoring
Configuration: Managed through the Mark VI Toolbox software

I/O & Channels
Channels: 18 acoustic input channels
Output: Buffered outputs for each acoustic channel
Mode: Supports bias, return line monitoring, and signal integrity detection

Environmental
Operating Temperature: −30 to +65 °C
Humidity: 5–95% RH, non-condensing
Installation: Mounted inside Mark VI cabinet or VME rack

Dimensions & Weight
Dimensions (L × W × H): Approx. 21 x 188 x 262 mm
Weight: 0.32 kg

Brand-new original components, stable availability, and live support.

The product inventory cycle is short, the delivery response is fast, the price coordination is high, and batch cooperation has advantages.