High Accuracy Differential Pressure Transmitter products

Low-power pressure transmitter controller Standard packing(or according to the customer request)

Specifications

Low-power pressure transmitter controller

Description of Low-power pressure transmitter controller

The transmitter uses advanced low-power CPU with large-screen LCD display, powered by lithium battery that provides up to two years or more of continuous working hours, maintenance-free.
Aluminum shell imported diffused silicon pressure sensors, anti-corrosion, anti-overload, good stability, high, set measurements show that transmission, control, communications as a whole.
Can be used in petroleum, chemical, metallurgy and other sectors of various corrosion and pitting corrosion resistance of liquid and gas measurement and control, is an alternative to traditional remote pointer table and gauge the ideal product.

Technical data of of  Low-power pressure transmitter controller :

1 Measuring range: 0 ~ 10Mpa
2 Accuracy: 0.5% or 0.2%
3 Explosion Type: Normal (non-hazardous)
4 Flameproof: (dIIBT4)
5 Dimensions: Low-power LCD display: Φ80 × 80
6 Environment: Relative humidity ≤ 90%, temperature -10 ~ 50 degrees Celsius
7 Medium temperature: -20 °C ~ +70 °C
8 Protection: IP65
9 Connection: M20 × 15mm or according to user requirements
10 Communication function: RS485 or RS232 communication (baud rate 1200 ~ 9600pbs) type

About Us:
Xi'an Yunyi Instrument Co., Ltd. is a professional manufacturer that engaged in the fields of pressure measurement instrument, the chief engineer Mr Tian has more than 30 years on this area, he is one of the engineers who introduced the Rosemount technology. We specializing in developing high precision pressure transmitter and pressure gauges. And we also develop temperature transmitter, level transmitter, densitometer etc. They are widely used in chemical, petroleum, paper, electricity, city gas, environmental protection, water treatment and other fields.

If you need this Low-power pressure transmitter controller , please visit the website

Katherina Wang