DC-PM80
Compact Pressure Transmitter
Compact Size | LCD Display | Diagnosis
- Design with pressure buffer
- Filtering the instantaneous pressure shock in the fluid process
- Avoid diffusion silicon overload damage
- Adapt to complex application conditions, more durable.
- 4kV EFT-Proof protect circuit,
- Eliminate damage hazard from lightning strike in outdoor using condition
- Output stable pressure value without subject to electromagnetic interference
- Ensures stability in fluid process control
- Based on high-precision diffusion silicon sensor
- Improved with temperature compensation algorithm
- Achieve up to 0.1 level of accuracy
- Meets the needs of high-precision pressure control systems
Application Range
Measuring Range
-0.1MPa~100MPa
Tipo di pressione
Pressione relativa
Pressione assoluta
Differential Pressure
Measuring Object
General Gas and Liquid
With Impurities | High Viscosity
Chemical with Corrosion
Connessione di processo
M20×1.5
G1/4
G1/2
NPT1/4
Segnale di uscita
4-20 mA
0-10V
485 | Modbus-RTU | ASCII
Options
High Temperature
With Temperature Measurement
Measuring Objects
General liquids with low viscosity, no solid impurities and no clogging problems.
Using pressure buffer hole type to achieve high overload pressure and low cost.
General gases with high purity and no clogging problems.
Using pressure buffer hole type to achieve high overload pressure and low cost.
Contains impurities or high viscous liquids that tend to clog holes.
Using a hard flat film type to prevent clogging.
Connessione di processo
- M20×1.5 Male, Face Seal
- Guarnizione per linea di galleggiamento con filettatura maschio M20×1.5.
- Membrana a filo M20×1.5
- G1/4 Male, Face Seal
- G1/2 Male, Face Seal
- Membrana di lavaggio G1/2
Segnale di uscita
Options
For high temperature liquids and gases from 50℃ to 200℃,
Choose an option with high temperature pressure sensor.
When simultaneous measurement of fluid pressure and temperature is required,
Choose an option with temperature measurement function, both pressure and temperature will be measured simultaneously.












