DS4-NH3-100 Three-electrode Electrochemical Gas Sensor Detection Principle: Based on printed solid polymer electrochemical sensing technology with a three-electrode design. The sensor utilizes three electrodes ... Lesen Sie weiter
MMD1002E Module Industrial Grade Electrochemical Ammonia Gas Sensor NH3 Odor Gas Detection Product Applications: Civilian Scenarios: It is mainly used in places where ammonia is prone to accumulate, such as ... Lesen Sie weiter
MEu-NH3 Ammonia Gas Sensor Three Electrode Electrochemistry Potentiostatic Electrolytic Type Core Operating Principle Utilizes a three-electrode system (Working Electrode [WE], Reference Electrode [RE], and ... Lesen Sie weiter
DS4-NH3 Smart Digital Ammonia Gas Sensor Solid Polymer Electrochemical Features 1. Low power consumption, wide range power supply from 3.3 to 12V DC (5V recommended). 2. Wide operating temperature range from ... Lesen Sie weiter
GS+4NH3-1000 Electrochemical Ammonia Gas Sensor Is A High Range Ammonia Gas Sensor Suitable For Portable Gas Detector Fixed Gas Detector High Stability Fast Response And High Precision Product introduction: ... Lesen Sie weiter
Product Description: ME3-NH3 Electrochemical Ammonia NH3 Aas Sensor Is Used For NH3 Detection In Industrial Mines And Environmental Protection Features: ME3-NH3 electrochemical gas sensor is based on the ... Lesen Sie weiter
NE4-NH3 Industrial Type Ammonia Gas Sensor Electrochemical Gas Sensor Suitable For Extremely Low Temperatures Can Be Used In Many Applications And Can Be Retrofitted Easily To Existing Product Designs NE4-NH3 ... Lesen Sie weiter
NH3 3E 100 SE Electrochemical Gas Sensor Ammonia Gas Sensor Very Stable Zero Reading Hydrous Electrolyte TLV-monitoring Leakage Detection FEATURES: Amperometric 3 electrode sensor cell Very stable zero reading ... Lesen Sie weiter
Product Description: YJJ ANH3000 Electrochemical Ammonia Gas Sensor Is Used in Alarm Systems And Industrial Monitoring Equipment Features: Main specification parameters of the ANH3000 ammonia gas sensor are as ... Lesen Sie weiter