Censtar CNG Gas Dispenser with Germany E+H Flow Meter/ CNG Dispenser, Gas Dispenser, LPG Dispenser

Censtar CNG gas dispenser with Germany E+H flow meter


The main technical parameters:
1. Flow Range: 4~40m³ /h;
2. Rated working pressure: The input 25Mpa; Output of 20Mpaº C
3. Medium temperature: -40 º C~ +60 ° C
4. Ambient temperature: -35º C ~ +50 º C
5. Relative Humidity: 15 ~ 95%
6. Measured at the level of accuracy: Level 1
7. Power supply: 220 +15% AC, 50 +1 Hz
8. Electronic meter control device and display parameters
9. Single measurement range: 0 to 9990.00 cubic meters
10. Cumulative metering range: 0 ~ 42, 949, 672.95 cubic meters
11. Price measurement range: 0.01 to 99.99 yuan
12. Networking and communications ports: Three current loop
13. Explosion-proof rating: Exdib II AT4


Censtar filling station characterization:
*High-pressure instrumentation of world-renowned brand
*Digital signal transmission filling pressure, accuracy and stability
*Repeated refilling data to prepare for inspection
*Circuit boards, explosion-proof electrical modular design, easy maintenance
*All filling machine can be implemented computer management, to prevent filling stations loopholes in management
*When The voltage is too high, the electrical part of the over-voltage protection, to effectively prevent damage to electrical appliances caused by external voltage instability
*The gas hose equipped with a return to pull off the protective device, to eliminate the dangers caused by misuse in the process
Of refilling.
*The world's most advanced CNG dedicated mass flow meter, measurement precision, and with temperature compensation
*During inflation display of pressure data can be seen
*Automatically shut down when the pipeline pressure loss, overpressure or overflow
*Can be matched with any imported compressor (modular access the ESD system of PLC)

CNG Dispenser

Normal flow rate:(1~21kgs)or (1~30)Nm3/min, Heavy duty flow rate:(1~28kgs)or(1~40)Nm3/min

CNG Loading/Unloading Dispenser

Loading Dispenser flow rate:(1~63kgs)or (1~90)Nm3/min