TI214 BACHMANN High-performance Temperature Input Module For Industrial Automation

The TI214 BACHMANN Temperature Input Module is a high-precision industrial signal acquisition module designed for advanced automation systems. It is engineered to accurately measure and process temperature signals in demanding industrial environments, making it an essential component for modern control and monitoring applications.
As part of the Bachmann M1 automation platform, the TI214 module ensures stable, real-time temperature data acquisition with high reliability, enabling precise process control in energy, manufacturing, and infrastructure systems.

The TI214 temperature input module is designed to convert temperature sensor signals into accurate digital data for control systems. It supports seamless integration into distributed automation architectures, ensuring precise monitoring of thermal processes.
It is widely used in systems that require:

• High-accuracy temperature measurement
• Real-time process monitoring
• Industrial-grade reliability
• Modular and scalable I/O expansion

• Model: TI214
• Brand: BACHMANN electronic
• Function: Temperature Input Module
• System Compatibility: Bachmann M1 automation platform
• Signal Type: Temperature sensor input (industrial-grade)
• High-resolution temperature signal conversion
• Modular plug-in design for easy system integration
• Supports multiple industrial temperature sensing applications
• Designed for continuous 24/7 operation

The BACHMANN TI214 temperature input module is widely used in:

• Wind turbine temperature monitoring systems
• Industrial automation and machinery control
• Power generation systems
• Process industry temperature regulation
• Marine and offshore control systems
• Energy management systems
• HVAC and environmental control systems

The TI214 module operates within the Bachmann M1 automation ecosystem, working alongside:

• CPU control modules
• Digital and analog I/O modules
• Communication interfaces
• Power supply systems

This modular structure enables flexible and scalable automation system design with high reliability.

• Bently Nevada: 3500 Systems, Proximitor sensors, and 3300 XL probes
• Honeywell: Experion PKS, TDC 3000, and FSC safety systems
• ABB: 800xA, Symphony Plus, and Bailey INFI 90 DCS
• Allen-Bradley: ControlLogix 1756 and legacy SLC 500 modules
• GE Vernova: Mark VI/VIe Speedtronic turbine control cards
• Triconex: Invensys/Schneider TMR emergency shutdown systems