The ODML 400 WS infrared detector is a high-performance sensing solution engineered for reliable detection of hot objects in challenging industrial applications. Built for thermal monitoring processes involving steel girders, flames, furnaces, and heated production materials, this industrial infrared detector delivers dependable switching performance at sensing temperatures starting from 350°C.
Designed with compact device optics and an integrated optic fibre cable, the ODML 400 WS performs efficiently in environments with ambient temperatures reaching up to 250°C. Its rugged stainless steel construction and IP67 protection rating ensure long-lasting operation in rough industrial surroundings where dust, heat, moisture, and vibration are common.
Key Features
- Infrared sensing for hot objects above 350°C
- Compact optics for precise thermal detection
- Fibre optic cable supports high ambient temperatures
- Stainless steel AISI 316 Ti housing
- Reliable relay NO switching output
- Designed for harsh industrial environments
- IP67 protection for demanding process conditions
- Stable sensing performance with low current consumption
Applications
The ODML 400 WS infrared heat detector is widely used across industrial manufacturing and thermal processing operations. It is ideal for monitoring hot steel girders, detecting flames in combustion systems, and identifying heated components on production lines. Industries including steel manufacturing, furnace automation, metal processing, and thermal treatment plants benefit from its accurate non-contact heat sensing capabilities.
Its high-temperature sensing reliability helps reduce equipment damage, improve operational safety, and maintain stable automation processes where direct contact sensors are unsuitable.
Design & Functionality
This industrial infrared sensor combines compact optics with fibre optic technology to provide accurate thermal detection in confined or high-temperature zones. The 2-wire AC NO switching output simplifies integration into industrial control systems, while its relay output ensures stable signal transmission for automation applications.
The durable stainless steel housing protects internal components from corrosion and mechanical stress, making it suitable for continuous operation in aggressive environments.
Total Crossed Beams
The ODML 400 WS uses focused infrared thermal sensing to monitor targeted heat zones with consistent response accuracy. Its compact optical arrangement supports reliable hot object detection even in space-restricted industrial systems.
Beam Pitch Options
Optimized optical sensing geometry allows effective heat detection across industrial production equipment, conveyor systems, and thermal process lines.
Intrinsic Synchronism
The detector maintains stable sensing performance by minimizing false switching caused by fluctuating ambient conditions and nearby thermal interference.
Operational Advantages
The ODML 400 WS improves industrial safety and process efficiency by enabling fast non-contact heat detection. Its durable design, high-temperature resistance, and dependable switching output make it a trusted solution for industrial automation, furnace systems, and heavy manufacturing operations.
