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OW-120/5-15
Medium | Oxygen | Quantity | 开 备 | |
Inlet pressure MPa(G) | 0.5 | Inlet temperature ℃ | ≤ 40 | |
Discharge pressure Mpa(G) | 1.5 | Discharge temperature(after cooling) ℃ | ≤ 45 | |
Flow rate Nm3/h | 120 | Piston stroke mm | 90 | |
Mode | OW-120/5-15 | Compression stages | 1 | |
Structural style | Completely oil-free lubrication W type | Cylinder quantity | 3 | |
Shaft speed r/min | 600 ※ | Voltage V | 380 | |
Cooling mode | Air cooling | Cooling water flow t/h | --- | |
Shaft power kw | ≤9.9kw | Main motor speed r/min | 1440 | |
Gas inlet and outlet interfaces mm | 40、25 | Inlet and outlet interfaces mm | --- | |
Motor | 11KW 380V 50Hz ※ | |||
Dimensions mmXmmXmm | 1600X850X1000 ※ | Weight T | 0.64 ※ | |
Drive mode | Belt drive | |||
Material of the part in contact with gas | Cylinder | stainless steel | ||
Valve | stainless steel | |||
Pipeline and cooler | stainless steel | |||
Scope of supply | Main machine, motor, skid mounted chassis, starting cabinet, air inlet filter, primary meter and control element before the machine, safety valve, accompanying documents, accompanying spare parts, etc. (Note: subject to the final technical agreement) | |||
Additional notes | Prompt: For dangerous gas, users must do a good job in daily security inspection! | |||
Delivery time | 40 days after the contract is signed and the advance payment is received |
1. Regardless of what causes the pressure drop in the pressure holding circuit, the oxygen compressor automatically starts to supplement the leakage pressure and keep the pressure in the circuit constant.
2. The oxygen compressor is powered by gas without arc and sparks, and is fully used in places with flammable and explosive liquids or gases.
3. The oxygen compressor can do the same work, but its parts and seals are less and maintenance is easy
4. The oxygen compressor pressure boost pump is a piston pump. When working, the booster pump moves quickly back and forth. When the output pressure increases, the back and forth movement of the pump slows down until it stops. At this time, the pressure of the pump is constant and the energy consumption is lowest. The parts don't move anymore.
Medium | Oxygen | Quantity | 开 备 | |
Inlet pressure MPa(G) | 0.5 | Inlet temperature ℃ | ≤ 40 | |
Discharge pressure Mpa(G) | 1.5 | Discharge temperature(after cooling) ℃ | ≤ 45 | |
Flow rate Nm3/h | 120 | Piston stroke mm | 90 | |
Mode | OW-120/5-15 | Compression stages | 1 | |
Structural style | Completely oil-free lubrication W type | Cylinder quantity | 3 | |
Shaft speed r/min | 600 ※ | Voltage V | 380 | |
Cooling mode | Air cooling | Cooling water flow t/h | --- | |
Shaft power kw | ≤9.9kw | Main motor speed r/min | 1440 | |
Gas inlet and outlet interfaces mm | 40、25 | Inlet and outlet interfaces mm | --- | |
Motor | 11KW 380V 50Hz ※ | |||
Dimensions mmXmmXmm | 1600X850X1000 ※ | Weight T | 0.64 ※ | |
Drive mode | Belt drive | |||
Material of the part in contact with gas | Cylinder | stainless steel | ||
Valve | stainless steel | |||
Pipeline and cooler | stainless steel | |||
Scope of supply | Main machine, motor, skid mounted chassis, starting cabinet, air inlet filter, primary meter and control element before the machine, safety valve, accompanying documents, accompanying spare parts, etc. (Note: subject to the final technical agreement) | |||
Additional notes | Prompt: For dangerous gas, users must do a good job in daily security inspection! | |||
Delivery time | 40 days after the contract is signed and the advance payment is received |
1. Regardless of what causes the pressure drop in the pressure holding circuit, the oxygen compressor automatically starts to supplement the leakage pressure and keep the pressure in the circuit constant.
2. The oxygen compressor is powered by gas without arc and sparks, and is fully used in places with flammable and explosive liquids or gases.
3. The oxygen compressor can do the same work, but its parts and seals are less and maintenance is easy
4. The oxygen compressor pressure boost pump is a piston pump. When working, the booster pump moves quickly back and forth. When the output pressure increases, the back and forth movement of the pump slows down until it stops. At this time, the pressure of the pump is constant and the energy consumption is lowest. The parts don't move anymore.