Gas Detector Sensor

KSS532 Infrared SF6 Purity Sensor 1. Overview KSS532 is a gas sensor module using NDIR infrared absorption detection principle, which determines the concentration according to the absorption of SF6 gas at 10.6um. KSS532 adopts MEMS light source, optical cavity with special structure and dual-channel detector to realize space dual optical path reference compensation, and microprocessor for signal acquisition, processing and output. KSS532 has good selectivity, high sensitivity

KSS530 Infrared SF6 Gas Sensor Module 1. Overview KSS530 is a gas sensor module using NDIR infrared absorption detection principle, which determines the concentration according to the absorption of SF6 gas at 10.6um. KSS530 adopts MEMS light source, optical cavity with special structure and dual-channel detector to realize spatial dual-optical path reference compensation, and microprocessor for signal acquisition, processing and output. KSS530 has good selectivity, high

KSS523 Infrared SF6 Gas Sensor Module 1. Overview SF6 gas is widely used as an insulating medium and arc extinguishing gas in power equipment, especially in high-voltage circuit breakers, transformers, transformers, capacitors, arresters, fuses, etc. If leakage occurs, the pressure of the equipment is reduced and the insulation capacity is reduced; Pollute and destroy the atmospheric environment, increase the greenhouse effect; Accumulation in low-level spaces, resulting in

KSS520 Infrared SF6 Gas Sensor Module 1.Overview SF6 gas is widely used as an insulating medium and arc extinguishing gas in power equipment, especially in high-voltage circuit breakers, transformers, transformers, capacitors, arresters, fuses, etc. If leakage occurs, the pressure of the equipment is reduced and the insulation capacity is reduced; Pollute and destroy the atmospheric environment, increase the greenhouse effect; Accumulation in low-level spaces, resulting in

KSS5F6 Infrared SF6 Purity Meter Table 1 Version history version date description V1.0 2016-10-12 V1.0 released V2.2 2018-03-06 Adapt product attribute modifications Table of Contents 1. Overview............................................................................................................. 4 2. Technical Parameters............................................................................................ 5 3. Structural Dimension Drawing........................

KCS571 Infrared CO2 Gas Sensor Module 1. Brief Introduction SW711 is a gas sensor based on the principle of NDIR infrared absorption, suitable for testing the gas concentration of various heteronuclear molecules in industrial applications. SW711 adopts a patented optical cavity, imported light source and dual-channel detector to achieve dual optical path reference compensation in space. SW711 has good selectivity, no oxygen dependence and long life. The SW711 has UART, 4 to

KCS551 Infrared CO2 Gas Sensor Module 1. overview KCS551 is a gas detection module based on the principle of NDIR infrared absorption, which is suitable for detecting the concentration of carbon dioxide in a gaseous environment at room temperature. KCS551 adopts a patented optical cavity, imported light source and dual-channel detector to realize the reference compensation of dual optical paths in space. KCS551 has good selectivity, no oxygen dependence and long life. KCS551

KCS503 Infrared CO2 Module 1. overview KCS503 is a gas detection module based on the principle of NDIR infrared absorption, suitable for detecting the concentration of carbon dioxide in a gaseous environment at room temperature. KCS503 adopts a patented optical cavity, imported light source and dual-channel detector to realize the reference compensation of dual optical paths in space. KCS503 has good selectivity, no oxygen dependence and long life. KCS503 has UART, 485 output

KCS501X Infrared CO2 Module Table 1 Version history version date description V1.0 2016-10-12 V1.0 released V2.2 2018-03-06 Adapt product attribute modifications Table of Contents 1. overview............................................................................................................. 4 2. Technical parameters............................................................................................ 5 3. Structural Dimension Drawing.............................