Product name: ceramic pressure sensor
pressure range: 0-20bar
dimension: diameter φ18, height is upon pressure range
excitation: 2.5…30Vdc,max
bridge impedance: 11KΩ±30%
full scale output: 3mV/V,type
operation temperature: -40~135℃
Pressure measuring medium: water and oil pure water or special oil (choose one of two) Use temperature: 0 ~ 50 ºC Dimensions: 375x290x205 (length × width × height) Instrument weight: 5.24 kg Pressure range: 0 ~ 1 0 / 1 6 / 2 5 / 4 0 / 6 0MPa
GPRS/LORaWAN/NB-iot, ZigBee wireless communication signal optional
High-strength nylon shell, ultra-low power consumption design
Up-sending frequency, high and low alarm value
adjustable by button, can be set from 1 minute to 24 hours
3.6VDC power supply/battery power supply
Small size, easy to install
The sensor is in contact with the measured medium, with high reliability
The material of the part in contact with the medium is corrosion-resistant
IP 68 waterproof design
Anti-electromagnetic interference design to ensure the stability of the signal
304 stainless steel shell with polyurethane cable, strong media compatibility
Long-term Stability with Cost-effective Current Output Solution
4 digits LED showing pressure in real time Three pressure units available, one key to zero clearing High precision; long serving time; good shock and impact resistance Connecting mode the same as mechanical electro connecting pressure gauge
MD-T2088 is a digital temperature transmitter with display, built-in high-precision temperature sensor, can accurately display the temperature in real time, and can transmit the temperature signal remotely, with high precision and long-term stability.
This temperature transmitter adopts LCD display screen, with various functions such as Celsius/Fahrenheit switching, full-scale correction, digital filtering, etc., simple operation and convenient installation.
This product can measure water, oil, air and other non-corrosive media to stainless steel. The high-precision PT100 is used as the temperature measurement element. The measurement method uses temperature probe contact insertion, and the circuit performs 0-60 ambient temperature compensation.