GE IS215VAMBH1A

Operating Parameters

Input Voltage:  24V DC

Operating Temperature: -40°C to +85°C

Acoustic Monitoring Channels: The IS215VAMBH1A provides 18 channels of acoustic monitoring, facilitating comprehensive analysis

Signal Conditioning: Utilizes two TAMB terminal boards to offer 18 channels of signal conditioning, ensuring accurate processing of acoustic data.

Compatibility: Supports acoustic monitoring for Frame 6, 7, or 9 size gas turbines, enhancing its applicability across various turbine models.

Product Features

Sensor Interface and Data Aggregation: GE IS215VAMBH1A serves a significant function of operating as an interface of multiple sensors. It collects data from different types of sensors: temperature, pressure, vibration sensors, etc. This data is aggregated and preprocessed and is then sent in further in the system.

Signal Generation and Modulation: The GE IS215VAMBH1A also excels in generating accurate control signals. It can generate signals to control the operation of actuators or other controlled devices according to the received sensor data and predefined control algorithms. For example, in a production line it can adjust the speed of a conveyor belt according to the weight or volume of the product being processed.

System Monitoring and Diagnostics: Includes specialized monitoring and diagnostics features. GE IS215VAMBH1A continuously monitors its own circuitry and the attached components. In cases where discrepancies are detected, GE IS215VAMBH1A can even trigger some alarms or send detailed error codes up the chain to maintenance staff. This assists in preventative maintenance and reduction of system downtime.

Monitoring of Acoustic Signals: Acoustic signals from the rotating turbine are monitored by the board, which helps identify problems or abnormalities in turbine behavior.

Signal conditioning: Signal conditioning through its sub-assembly.

High Impedance DC Bias: Has high impedance DC bias that monitors open connections between TAMB board and charge amplifier for improved diagnostics.

Installation

Site Preparation: Ensure the installation area is clean, dry, and free from obstructions or hazards.

Place: Position the GE IS215VAMBH1A into the corresponding slot of the Mark VI system.

Power Supply: Confirm that the modules are connected to the suitable power source as per specified voltage and frequency.

I/O Connections: Attach required field devices & sensors, to the module’s I/O terminals, using appropriate wiring & cables.

Interfacing: of Communication If necessary, the module is connected to systems such as SCADA or HMI through appropriate communication protocol and cables.

Configuration: Using the supplied programming environment, configure the module's control logic, I/O configurations, and communication parameters to suit the application's requirements.

Application range

Power Generation Plants: Supervising the function of gas and steam turbines so as to generate electricity safely and efficiently

Industrial Manufacturing: Managing turbine-driven equipment for operational continuity.

Oil and Gas Industry: Managing the turbines powering the extraction and processing operations.

Troubleshooting

Enclosure Check: Ensure all panels are well fitted.

Check Connections: Make sure that all cables and connectors are seated correctly and undamaged.

Use diagnostic software to identify any error codes or faults reported by the system.

Visual Component Check: Look closely at the board for burnt components or bad connections.

Firmware Update: Identify and apply any firmware updates from GE.

Replacement: If board is defective and not repairable replace with new unit.