MFR-EL print
a. Solution to prevent losses due to gas leakage in the discharge pipe
b. The simple modifications are possible in the existing system, reliable operation
c. Except for the absence of the step-up function and type ELP is same
*Suitable for adaptation to the existing tank
*In the case of LCO2 available on the new tank
*Less than 5 tons of tanks suitable for the user can be reduced, and losses due to gas leakage (Farm, suitable for gas mixers, welding, greenhouses, etc.)
*Pressure, including liquid supply pipe(without the boost function)
MFR Flow Data table
Pressure7bar, Temperature-196℃, Liquid Nitrogen,900㎜ liquid boosting the ability of the above
•Liquid flow rates of gas compared to Transmission Quantity: N㎥/hr
Dimensions | Can flowmeter (Cv) |
PB Liquid flowrate (1/hr) |
PB Gas Volume(㎥/hr) |
The maximum liquid Take-out amount(㎥/hr) |
The maximum gas Transmission Quantity(N㎥/hr) |
The crosssectional area (㎡) |
gas Transmission Quantity(N㎥/hr) |
||
---|---|---|---|---|---|---|---|---|---|
1m/sec | 3m/sec | 5m/sec | |||||||
15A(1/2″) | 4 | 900 | 160 | 20 | 12,900 | 4 | 300 | 900 | 1,500 |
25A(1″) | 14 | 3,200 | 580 | 70 | 45,200 | 14 | 1,200 | 3,600 | 6,000 |
Format | Function | Pressure Range(㎫) | Size(㎜) | Weight(㎏) |
---|---|---|---|---|
EL-15L | EC,LS | 0.2~1.7 | 240×140×115 | 4 |
EL-15H | EC,LS | 0.6~3.5 | 240×140×115 | 4 |
EL-25L | EC,LS | 0.2~1.7 | 380×200×160 | 4 |