FD-C2H3Cl-SENSOR – Vinyl Chloride Sensor (C2H3Cl) | 0 – 100 ppm

Model: FD-C2H3Cl-SENSOR
Datasheet: Click Here PDF
Availability: Usually in stock
Compatible: FD-90A-C2H3Cl

Features

• ⚛️ High precision and long life (2 years)
• 🚄 Fast response speed, fast return to zero
• 🔋 Low power consumption, high sensitivity
• 🔬Wide linear range, strong anti-interference ability
• 💪 Excellent repeatability and stability

Description

These are generic C2H3Cl sensors used as the pin-to-pin replacement of the standard 4-series electrochemical sensors. It is used throughout many gas detector brands and is an excellent C2H3CL gas sensor replacement element.

Our The C2H3Cl sensor employs an advanced electrolytic mechanism where vinyl chloride and oxygen interact through precise redox reactions on specialized electrodes. By generating an electrical current directly proportional to the gas concentration, this sophisticated sensor enables accurate measurement of vinyl chloride levels. The current’s magnitude provides a quantitative assessment of C2H3Cl presence in various industrial and environmental monitoring applications.

Vinyl chloride detection technologies play a critical role across diverse industrial and environmental domains. From manufacturing facilities and refrigeration industries to municipal infrastructure and environmental protection, C2H3Cl detectors provide comprehensive gas concentration insights. These advanced sensing systems enable precise measurement, early warning mechanisms, and critical monitoring, supporting safety, technological innovation, and environmental preservation in multiple application sectors.

Instructions

• Once replaced and installed in your gas detector or analyzer, please let it sit for 24 hours so the sensor can stabilize to your environment. This step is very important.
• Then undertake the appropriate zero and calibration for your specific gas detector. See your gas detector manufacturer’s specific instructions.
• Once calibrated, your gas analyzer will be ready for use.

Specifications

Cross-Sensitivity Data