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MD
MD-U3
The MD-U is a universal intrinsically safe barrier that can measure analog signals and be configured with the Modbus protocol, which is done with an integrated CPU platform. It is available in 1-2 or 3 channels, with a 35 mm DIN mounting rail acc....
MD-U3
MD-U2
The MD-U is a universal intrinsically safe barrier that can measure analog signals and be configured with the Modbus protocol, which is done with an integrated CPU platform. It is available in 1-2 or 3 channels, with a 35 mm DIN mounting rail acc....
MD-U2
MD-U1
The MD-U is a universal intrinsically safe barrier that can measure analog signals and be configured with the Modbus protocol, which is done with an integrated CPU platform. It is available in 1-2 or 3 channels, with a 35 mm DIN mounting rail acc....
MD-U1
MD-UT3
The MD-UT is a universal temperature intrinsically safe barrier. It can measure analog signals and be configured with the Modbus protocol. It can be purchased with 1-2 or 3 channels. The current and power consumption of the input is about 208 mA and...
MD-UT3
MD-UT2
The MD-UT is a universal temperature intrinsically safe barrier. It can measure analog signals and be configured with the Modbus protocol. It can be purchased with 1-2 or 3 channels. The current and power consumption of the input is about 208 mA and...
MD-UT2
MD-UT1
The MD-UT is a universal temperature intrinsically safe barrier. It can measure analog signals and be configured with the Modbus protocol. It can be purchased with 1-2 or 3 channels. The current and power consumption of the input is about 208 mA and...
MD-UT1
MD-RT3
The MD-RT isolated barrier is designed to measure the temperature of devices installed in hazardous areas, so as to promote intrinsic safety. This is achieved by preventing excess energy from possible faults on the safe side from reaching the hazardo...
MD-RT3
MD-RT2
The MD-RT isolated barrier is designed to measure the temperature of devices installed in hazardous areas, so as to promote intrinsic safety. This is achieved by preventing excess energy from possible faults on the safe side from reaching the hazardo...
MD-RT2
MD-RT1
The MD-RT isolated barrier is designed to measure the temperature of devices installed in hazardous areas, so as to promote intrinsic safety. This is achieved by preventing excess energy from possible faults on the safe side from reaching the hazardo...
MD-RT1
MD-TT3
The MD-TT is an isolated barrier that prevents the risk of excess temperature, arcs, and sparks igniting the explosive atmosphere present in a hazardous area. It features up to three channels, and every single of them supports analog signals and can...
MD-TT3
MD-TT2
The MD-TT is an isolated barrier that prevents the risk of excess temperature, arcs, and sparks igniting the explosive atmosphere present in a hazardous area. It features up to three channels, and every single of them supports analog signals and can...
MD-TT2
MD-TT1
The MD-TT is an isolated barrier that prevents the risk of excess temperature, arcs, and sparks igniting the explosive atmosphere present in a hazardous area. It features up to three channels, and every single of them supports analog signals and can...
MD-TT1
MD-AV3
The MD-AV3 is a 3-channel isolated barrier used for intrinsic safety applications. Each channel measures the voltage in a range of -5~5v, 0~5v, 0~10v, and -10~10v from the Hazardous area (Zone 0 or 1). It can be configured and transmitted with the MO...
MD-AV3
MD-AV2
The MD-AV2 is a 2-channel isolated barrier used for intrinsic safety applications. Each channel measures the voltage in a range of -5~5v, 0~5v, 0~10v, and -10~10v from the Hazardous area (Zone 0 or 1). It can be configured and transmitted with the MO...
MD-AV2
MD-AV1
The MD-AV1 is a 1-channel isolated barrier used for intrinsic safety applications. Each channel measures the voltage in a range of -5~5v, 0~5v, 0~10v, and -10~10v from the Hazardous area (Zone 0 or 1). It can be configured and transmitted with the MO...
MD-AV1
MD-CV3
The MD-CV3 is a sink voltage intrinsic safe barrier. It can read analog signals from hazardous areas (Zone 0 or 1) and transmit their values to a safe area (zone 2) through MODBUS. The MD-CV3 can support three channels, and they can all make a connec...
MD-CV3
MD-CV2
The MD-CV2 is a sink voltage intrinsic safe barrier. It can read analog signals from hazardous areas (Zone 0 or 1) and transmit their values to a safe area (zone 2) through MODBUS. The MD-CV2 can support two channels, and they can all make a connecti...
MD-CV2
MD-CV1
The MD-CV1 is a sink voltage intrinsic safe barrier. It can read analog signals from hazardous areas (Zone 0 or 1) and transmit their values to a safe area (zone 2) through MODBUS. The MD-CV1 supports one channel, and they can all make a connection w...
MD-CV1
MD-STC2
The MD-STC2 is 2-Channel smart transmitter isolated barrier used to read 2-wire smart transmitters in hazardous areas with support two channels. Using the MODBUS Protocol, data is collected from a hazardous area with 4 ~ 20 mA analog current signal (...
MD-STC2
MD-STC2
The MD-STC1 is 1-Channel smart transmitter isolated barrier used to read 2-wire smart transmitters in hazardous areas with support one channel. Using the MODBUS Protocol, data is collected from a hazardous area with 4 ~ 20 mA analog current signal (Z...
MD-STC2
Temperature
MD-UT3
The MD-UT is a universal temperature intrinsically safe barrier. It can measure analog signals and be configured with the Modbus protocol. It can be purchased with 1-2 or 3 channels. The current and power consumption of the input is about 208 mA and...
MD-UT3
MD-UT2
The MD-UT is a universal temperature intrinsically safe barrier. It can measure analog signals and be configured with the Modbus protocol. It can be purchased with 1-2 or 3 channels. The current and power consumption of the input is about 208 mA and...
MD-UT2
MD-UT1
The MD-UT is a universal temperature intrinsically safe barrier. It can measure analog signals and be configured with the Modbus protocol. It can be purchased with 1-2 or 3 channels. The current and power consumption of the input is about 208 mA and...
MD-UT1
MD-RT3
The MD-RT isolated barrier is designed to measure the temperature of devices installed in hazardous areas, so as to promote intrinsic safety. This is achieved by preventing excess energy from possible faults on the safe side from reaching the hazardo...
MD-RT3
MD-RT2
The MD-RT isolated barrier is designed to measure the temperature of devices installed in hazardous areas, so as to promote intrinsic safety. This is achieved by preventing excess energy from possible faults on the safe side from reaching the hazardo...
MD-RT2
MD-RT1
The MD-RT isolated barrier is designed to measure the temperature of devices installed in hazardous areas, so as to promote intrinsic safety. This is achieved by preventing excess energy from possible faults on the safe side from reaching the hazardo...
MD-RT1
MD-TT3
The MD-TT is an isolated barrier that prevents the risk of excess temperature, arcs, and sparks igniting the explosive atmosphere present in a hazardous area. It features up to three channels, and every single of them supports analog signals and can...
MD-TT3
MD-TT2
The MD-TT is an isolated barrier that prevents the risk of excess temperature, arcs, and sparks igniting the explosive atmosphere present in a hazardous area. It features up to three channels, and every single of them supports analog signals and can...
MD-TT2
MD-TT1
The MD-TT is an isolated barrier that prevents the risk of excess temperature, arcs, and sparks igniting the explosive atmosphere present in a hazardous area. It features up to three channels, and every single of them supports analog signals and can...
MD-TT1