The Honeywell Fail Safe Analog Input Module series, comprising models 10102/2/1, 10006/2/1, and 10106/2/1, is designed for applications requiring precise, fail-safe data acquisition in industrial control systems. These modules ensure reliable operation under all conditions, providing accurate analog signal conversion for enhanced system performance.
Input Type:Analog
Safety Level:Fail Safe
Channels:Multiple (varies by model)
Operating Voltage:DC
Operating Temperature Range:-40°C to +85°C
Accuracy:±0.1% of full scale
Response Time:Less than 1ms
Input Impedance:High
Signal Range:User configurable
Connection Type:BNC, terminal block
The Honeywell Fail Safe Analog Input Module is engineered for critical industrial control applications, ensuring safety integrity in process monitoring and control systems.
Equipped with advanced fail-safe technology, this module automatically switches to a safe state when a fault occurs, preventing hazardous conditions and potential equipment damage.
Featuring a wide operating voltage range, this module can withstand extreme environmental conditions, making it suitable for demanding industrial environments.
With its high accuracy and reliable performance, this module ensures precise data acquisition, enabling efficient process optimization and control.
Offering both internal and external power supply options, this versatile module provides flexibility in installation and operation, supporting diverse industrial setups.
The module’s robust enclosure rating ensures protection against dust and water ingress, safeguarding its performance in harsh conditions.
Equipped with MODBUS RTU communication interface, this module seamlessly integrates into existing industrial networks, facilitating easy configuration and monitoring.
The Honeywell Fail Safe Analog Input Module series, comprising models 10102/2/1, 10006/2/1, and 10106/2/1, is designed for applications requiring precise, fail-safe data acquisition in industrial control systems. These modules ensure reliable operation under all conditions, providing accurate analog signal conversion for enhanced system performance.