The industrial high thermocouple temperature sensor measures from -50 to 500°C with 1/3B accuracy. It offers insertion depths of 175mm, 195mm, 245mm, 295mm, 345mm, and 445mm, with a Pt100 digital current output. Ideal for industrial gas, equipment, and HVAC applications.
Specification
Model |
ATO-CWDZ05M |
Temperature Range |
-50 to 500°C |
Accuracy Level |
0.25%FS (default), 0.5%FS (optional) |
Accuracy |
1/3B level |
Output Methods |
Pt100, digital |
Insertion Depth |
175mm/195mm/245mm/295mm/345mm/445mm (optional) |
Resolution |
0.1℃ |
Working Temperature |
85°C |
Housing Material |
ABS engineering plastic |
Tube Material |
304 stainless steel (contact with the measured medium) |
Stability |
±0.1% FS/year |
Connection Time |
400ms |
Feature
- Replaceable Probe for Easy Maintenance: This temperature sensor is designed with a replaceable probe, making it easier to perform maintenance and replacements directly on-site.
- High Accuracy for Precise Measurements: This sensor is engineered to deliver high accuracy in temperature readings, offering enhanced precision for industrial applications where exact measurements are critical.
- Wide Temperature Range up to 500°C: Capable of measuring temperatures up to 500°C, this sensor offers a broad operational range, making it suitable for a variety of industrial applications where high-temperature measurement is required.
- CE Certification for European Standards Compliance: The sensor holds CE certification, signifying that it meets European Union safety, health, and environmental protection standards.
Size
Application
Tips: What makes Pt100 industrial temperature sensors suitable for industrial applications?
Pt100 sensors are one of the most reliable options for industrial applications due to their accuracy, stability, and wide temperature range. The platinum element used in Pt100 sensors has a stable and linear temperature-to-resistance relationship, making it highly predictable and easy to calibrate. This sensor type is known for long-term stability, which reduces the need for frequent recalibration, an essential factor in industrial settings where sensors are exposed to continuous operations. Moreover, Pt100 sensors can operate in extreme temperatures (up to 500°C in this case), making them versatile for a variety of environments, from low-temperature storage facilities to high-temperature manufacturing processes.