GE IS200TAMBH1ACB Acoustic Monitoring Board

Advanced Acoustic Monitoring Interface

General Electric designed the IS200TAMBH1ACB for precise acoustic analysis. This Acoustic Monitoring Terminal Board operates within Mark VI control systems. It provides comprehensive signal processing and monitoring capabilities for acoustic applications.

Core Technical Specifications

• Manufacturer & Model: General Electric IS200TAMBH1ACB
• Product Type: Acoustic Monitoring Terminal Board
• Series: Mark VI Control System
• Channel Capacity: 9 channels for signal processing
• Operating Temperature: -30°C to +65°C
• Manufacturing Origin: United States
• Designed for industrial acoustic monitoring applications

Power Supply Outputs

• Dual power supply outputs on each of 9 channels
• Current-Limited Output: Regulated +24 VDC with current limiting
• Standard Output: Additional +24 VDC power supply
• Ensures stable voltage within specified limits
• Prevents overloading and device damage
• Provides redundancy for reliable operation

Signal Handling & Current Source

• Constant current source linked to SIGx line for PCB sensors
• Maintains consistent current supply regardless of variations
• Ensures accuracy and reliability of sensor readings
• Control Signal: CCSELx determines current source activation
• Managed by VAMB (Vibration Acoustic Monitoring Board) output
• Proper initialization sequence during system power-up

Input Selection & Configuration

• Hardware jumpers JPx (even numbers) for input mode selection
• Current Input Mode: Includes 250 ohm burden resistor
• Voltage Input Mode: Accepts voltage signals directly
• Current mode for 4-20 mA industrial instrumentation loops
• Voltage mode for direct sensor voltage measurements
• Flexible adaptation to various sensor types

Return Line Configuration

• Hardware jumpers JPx (odd numbers) for return line setup
• PCOM Connection: Return line tied to power common
• OPEN Configuration: Return line isolated from power common
• Establishes common reference point for signal returns
• Allows independent signal return path isolation
• Minimizes noise and ground loop interference

Open Connection Detection

• High-impedance DC bias for open circuit detection
• Maintains stable voltage across circuit components
• VAMB system monitors voltage levels and impedance
• Detects breaks in electrical path continuity
• Identifies open circuits between sensors and TAMB
• Initiates diagnostic procedures for fault location

Diagnostic & Troubleshooting

• Enhanced monitoring capabilities for system diagnostics
• Prompt identification and resolution of open circuit issues
• Isolation and testing of independent signal paths
• Quick determination of return line connectivity problems
• Optimized signal integrity through proper configuration
• Comprehensive fault detection and alert systems

System Integration

• Interfaces with VAMB (Vibration Acoustic Monitoring Board)
• Seamless integration into Mark VI control architecture
• Managed by VAMB output signals for coordinated operation
• Compatible with industrial acoustic monitoring equipment
• Adaptable to various measurement requirements
• Supports multiple sensor and transducer types

Application Flexibility

• Accommodates diverse sensor types and signal sources
• Configurable for specific acoustic monitoring needs
• Suitable for industrial instrumentation applications
• Adaptable to different environmental conditions
• Supports precise data acquisition requirements
• Enables accurate acoustic signal analysis

Reliability Features

• Current-limiting protection for connected components
• Redundant power supply outputs for continuous operation
• Stable constant current source for sensor accuracy
• Robust construction for industrial environments
• Comprehensive diagnostic capabilities
• Designed for long-term reliable performance

Product Availability

• Current Status: In stock for immediate shipment
• New and original General Electric component
• Complete with all necessary hardware and jumpers
• Ships with comprehensive documentation
• Ready for integration into monitoring systems
• Manufactured to industrial quality standards

Configuration Guidance

• Set hardware jumpers for desired input modes
• Configure return lines based on system requirements
• Ensure proper initialization sequence during setup
• Verify all connections before system commissioning
• Test open circuit detection functionality
• Validate signal integrity across all channels

Shipping & Delivery

• Fast shipping via FedEx, UPS, and DHL services
• Orders typically ship within 24 business hours
• International shipping available worldwide
• Complete tracking information provided
• Professional packaging ensures board protection

Frequently Asked Questions (FAQ)

How many channels does this board support?

• The IS200TAMBH1ACB provides 9 channels for comprehensive acoustic signal processing.

What power outputs are available?

• Each channel offers dual outputs: current-limited +24 VDC and standard +24 VDC for redundancy.

How are input modes selected?

• Hardware jumpers (even-numbered JPx) select between current input (with 250 ohm burden) or voltage input modes.

What is the constant current source for?

• Provides stable current to PCB sensors via SIGx line, ensuring accurate readings regardless of signal variations.

How does open circuit detection work?

• Uses high-impedance DC bias monitored by VAMB system to detect breaks in electrical path continuity.

What return line options are available?

• Odd-numbered JPx jumpers configure return lines as connected to PCOM or isolated (OPEN) based on needs.