The indoor pipe thermocouple temperature sensor measures -50 to 100℃, with 4~20mA and RS485 outputs, an 18s response time, and ±0.1% FS/year stability. It has IP65 protection, operates from -40 to 85℃, and supports up to 95% RH. Ideal for precise control in HVAC, ducts, and indoor temperature-regulated spaces.
Specification
Medel |
ATO-CWDZ20 |
Measuring Medium |
Air |
Measurement Range |
-50~100℃ |
Insertion Depth |
100mm/150mm/200mm (optional) |
Output Signal |
4~20mA, RS485 (optional) |
Response Time |
18s |
Stability |
±0.1% FS/year |
Connection Time |
400ms |
Protection Level |
IP65 (Note: Protection level applies after electrical connection is completed) |
Overall Weight |
With Display ≈190g, Without Display ≈170g |
Accuracy Level |
0.5%FS (default), 0.25%FS (optional) |
Resolution |
Analog Output 0.02%FS |
Environmental Temperature |
-40~85℃ |
Ambient Humidity |
0%~95%RH (No condensation or condensation) |
Feature
- New Appearance: Unique appearance with strong design elements, resistant to wear; protected by patents for innovation.
- 304 Stainless Steel Probe: Corrosion-resistant probe extends service life, ideal for long-term applications.
- Sliding Flange: Adjustable sliding flange for easy and flexible installation.
- CE Certification: European CE certification guarantees product quality and safety.
- Durable Metal Screws: Metal screws provide enhanced durability and abrasion resistance.
- LCD Display: Low power consumption with a rich and clear display of information.
Size
Tips: How does the 4~20mA and RS485 output benefit the sensor’s applications?
The 4~20mA output signal is widely used in industrial applications due to its ability to transmit signals over long distances without significant loss of accuracy. This makes it ideal for monitoring temperature in large facilities or distributed systems, as it is less affected by electrical interference. Additionally, the RS485 output provides a digital communication interface, allowing for multiple sensors to be connected to a single network for centralized monitoring and control. This flexibility enables the sensor to be easily integrated into various building management systems, data loggers, and automation platforms, making it suitable for complex applications like HVAC systems, smart buildings, and industrial processes.