CKAS-8102DP/GP Dual Flange Differential Pressure/Pressure Transmitter

Product Description

After the CKAS-8102DP/GP is equipped with a remote transmission device, it becomes a CKAS-8102DP/GP remote differential pressure/pressure transmitter.

CKAS-8102DP/GP remote differential pressure/pressure transmitter, can avoid the measured medium directly

It is a reliable measurement method for contact with the isolation diaphragm of the transmitter, which is suitable for the following situations:

1. When the measured medium has a corrosive effect on the transmitter joint and sensitive components

2. When it is necessary to isolate the high-temperature measured medium from the transmitter;

3. When there is solid suspension in the measured medium or high viscosity is easy to block the transmitter joint and pressure chamber;

4. When the measured medium is drawn out with a pressure tube and is easy to solidify or crystallize

5. It is necessary to replace the measured medium; when washing in the medium and not mixing:

6. Sanitary conditions must be maintained to prevent contamination.

CKAS-8102DP/GP differential pressure/pressure transmitter with remote sealing device still has the performance characteristics of CKAS-8102DP/GP differential pressure/pressure transmitter.A variety of structural materials are provided, and the components of the remote transmission device are welded with high reliability.The low-volume design of the liquid-filled cavity reduces the impact of temperature. According to user requirements, the DC200 series silicone oil is filled with a service temperature of -40~+149°C; the use temperature of high-temperature silicone oil is 20~+315°C

The upper limit of the working pressure of the remote transmission device is the rated value of the remote transmission device selected by the user; the working pressure is not lower than 3.5kPa (absolute pressure).For corrosive media, see the appendix for the selection of the material of the isolation diaphragm, which is only used as a reference for users when selecting models