GE IS200TBAIS1C

Description

Product Description

Product Parameters

Advantages and Features

1. Ultra-High Signal Conversion Precision: GE IS200TBAIS1C is equipped with 18-bit high-resolution AD conversion chips, outperforming industry-standard 16-bit modules by capturing even subtle changes in analog signals—critical for precision control in industries like chemical processing, aerospace manufacturing, and pharmaceuticals.
2. Flexible Channel Configuration: The module’s 16 analog input channels support multiple common signal types and ranges, allowing direct connection with diverse field sensors without the need for additional signal converters, simplifying system architecture and reducing hardware costs.
3. Strong Anti-Interference Capability: Adopting differential input design and advanced electromagnetic shielding technology, GE IS200TBAIS1C effectively resists common-mode noise and external electromagnetic interference, ensuring stable signal transmission in complex industrial environments such as steel mills and petrochemical plants.
4. Energy-Efficient Operation: With a low typical power consumption of ≤12W, the module reduces the overall energy footprint of the automation system, aligning with industrial energy-saving and emission-reduction goals while cutting long-term operational costs.
5. Seamless GE System Integration: Customized for the Mark VIe control system, GE IS200TBAIS1C integrates flawlessly with other GE PLC components, software, and accessories, eliminating compatibility issues and shortening system commissioning time significantly.

Application Cases in Application Fields

1. Chemical Processing Industry: A large petrochemical plant in Asia deployed GE IS200TBAIS1C in its ethylene production unit. The module accurately collected analog signals of reactor temperature, pressure, and catalyst flow, ensuring strict adherence to process parameters, reducing raw material waste by 10% and improving product qualification rate by 7%.
2. Aerospace Component Manufacturing: A European aerospace manufacturer integrated GE IS200TBAIS1C into its precision machining control system. The module’s 18-bit precision captured subtle changes in cutting tool pressure and spindle speed, improving the machining accuracy of aircraft engine parts by 14% and reducing scrap rate to 0.04%.
3. Water Treatment Industry: A municipal water treatment plant in North America used GE IS200TBAIS1C to monitor water quality indicators (pH value, dissolved oxygen, turbidity). The module’s stable signal processing ensured compliance with environmental discharge standards, reducing pollutant emissions by 16% and enhancing water treatment efficiency.
4. Automotive Component Production: A leading Asian automaker adopted GE IS200TBAIS1C in its engine assembly line. The module monitored analog signals of piston clearance and crankshaft torque, ensuring consistent engine performance, reducing warranty claims by 12% and improving customer satisfaction.

Comparisons with Competing Products

Selection Suggestions and Precautions

1. Selection Suggestions:
   • Prioritize GE IS200TBAIS1C if your automation system is based on GE Mark VIe, as it guarantees optimal performance and avoids the cost of additional compatibility accessories.
   • Choose this module for high-precision application scenarios (e.g., aerospace manufacturing, chemical processing) due to its 18-bit conversion precision and flexible channel configuration.
   • Opt for GE IS200TBAIS1C for energy-sensitive projects, as its low power consumption helps reduce long-term operational costs and environmental impact.
2. Precautions:
   • Ensure the input voltage strictly adheres to the 24VDC ±10% range to prevent damage to the module’s internal circuits.
   • During installation, correctly configure each channel’s signal type and range according to the connected sensor specifications to avoid signal distortion and measurement errors.
   • Use only genuine GE cables and connectors when connecting GE IS200TBAIS1C to maintain signal integrity and system stability.
   • Regularly update the module’s firmware via GE’s official software platform to access the latest functional upgrades and security patches.
   • Maintain a minimum 5cm clearance around the module for heat dissipation, especially in high-temperature working environments, to avoid overheating and performance degradation.