Revolutionize Your Heat Treatment Monitoring
Enhance your process reliability: minimize measurement complexity and time
Reduce your production downtimes to a minimum
Temperature measurement using conventional methods requires extended production downtime of the system and, due to the measuring method, involves an increased susceptibility to faults. By optimizing the measurement process using automation and suitable design, the set-up time should be significantly reduced and sources of error minimized. Furthermore, there is no possibility to measure the whole solution heat treat process, including water cooling.
With EBNER‘s innovative system, you can now perform full-cycle temperature surveys, including water quenching, while minimizing operation interruptions.
Product overview
Two systems – one complete solution. EBNER’s modular temperature measurement system is designed to capture the entire heat treatment process – from the furnace section to the water quench – with precision, reliability, and ease. Each system is engineered for fast setup, robust performance, and compliance with industry standards, ensuring accurate data when and where it matters most.
- EBNER mounting frame, build of steel pipes
- Thermal barrier – two shell concept
- Data Logging system (6 channels)
- Mineral insulated or glass-fiber thermo- wires
- Temperature resistant up to 15 min
- Easy to use
- Fast mounting on the strip
- Use case: Temperature Uniformity Survey as per AMS 2750 + CQI-9 or metal temperature survey
- EBNER mounting frame, build of steel pipes
- Thermal barrier-drawer concept
- Data Logging system (6 channels)
- Mineral insulated thermo-wires
- Temperature resistant up to 9 min
- Use case: water quench survey
Key features and benefits
- Full-process measurement: furnace + water quench
- Compliant with AMS 2750 & CQI-9
- Minimized error sources through automation and intelligent design
- Water-resistant construction
- Quick mounting on strip
- Optimize strip shape by reducing water flow rate
- Analyze key system variables: fan speeds, water volume, strip velocity
