100% Original Duct Mounted Humidity Sensor - Humidity Sensor Probe, SS HT-E067 – HENGKO
100% Original Duct Mounted Humidity Sensor - Humidity Sensor Probe, SS HT-E067 – HENGKO Detail:
Features:
• Standard Probe for rough environment
• Measures relative humidity, temperature
• Advanced probe housing and construction
Application Range: 0...100 %rh, -40…125 °C
• Accuracy: ±1.5 %rh, ±0.1 ℃ @ 25 °C
• Materials: SS
Ships with pure stainless steel skeletonized grill housing (optional stainless steel 10 micrometer sintered filter available separately) with faster response time for dry industrial locations. It has IP65 dustproof housing. It can accurately measure the temperature and relative air humidity of the surrounding environment. 4Pin sensor adapter is quite convenient.
Probe length can be extended (sold separately): 1 m / 2 m / 5 m / 10 m
Applications:
HVAC process monitoring
Air Conditioning / Environmental Ventilation Control
Building
Plant
Clean room
Laboratory Environmental Monitoring
Storage room
Fresh Boxes
Agriculture
Food Industry Monitoring
Machine equipment temperature and humidity signal monitoring
Can't find a product that meets your needs? Contact our sales staff for OEM/ODM customization services!
Product detail pictures:
Related Product Guide:
Our firm aims to operating faithfully, serving to all of our consumers , and working in new technology and new machine continually for 100% Original Duct Mounted Humidity Sensor - Humidity Sensor Probe, SS HT-E067 – HENGKO, The product will supply to all over the world, such as: Victoria , Japan , Grenada , You can do one-stop shopping here. And customized orders are acceptable. Real business is to get win-win situation, if possible, we would like to provide more support for customers. Welcome all nice buyers communicate details of products and ideas with us!!
By Naomi from Nairobi - 2016.06.16 18:23
High Quality, High Efficiency, Creative and Integrity, worth having long-term cooperation! Looking forward to the future cooperation!
By Naomi from Madrid - 2015.02.12 14:52