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G SERIES

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MECHANICAL DIAPHRAGM METERING PUMP

 

 

GW, GS SERIES

Main Performance Parameters

  • Max. flow rate: 53 L/h
  • Max. discharge pressure: 10 bar
  • Steady-state accuracy ± 1%
  • Max. suction lift height: 1.5m water column
  • Max. ambient temperature: +40°C
  • Max. inlet pressure: 1 bar

Standard Motor Performance Parameters

  • Power supply: 380V-3PH / 220V-3PH / 220V-1PH, 50/60Hz
  • Insulation class: Class F
  • IP protection grade: IP54
  • All motors shall comply with IEC or NEC standards

Main application

  • It is mainly used in the following fields, such as reverse osmosis (ultrafiltration), industrial water, wastewater, swimming pools, desalination, and other water treatment process.

 

Major Features

Fluid End

  • The mechanical drive diaphragm and material side without diaphragm is easy for passing the materials.
  • Various pump head materials include PVC, PVDF, 316SS, and others. They are suitable for conveying various materials.
  • Self-cleaning check valve structure

Drive End

GW Series

  • Variable eccentric structural adjustment ensures smooth fluctuations in flow pulsation.
  • Upgraded structural for harsh operating environments.

GS Series

  • It adopts a reliable cam structure, with lower noise, flexible disassembly, and easy maintenance features, for harsh working conditions.
  • It is supported by the sliding bearing, which ensures smooth and reliable work states, non-noise, and lower maintenance costs.

GD SERIES

Main Performance Parameters

  • Max. flow rate: 135 L/h
  • Max. discharge pressure: 10 bar
  • Steady-stage accuracy ± 1%
  • Max. suction lift height: 2m water column
  • Max. inlet pressure: 2 bar
  • Max. ambient temperature: +40°C

Control Mode

  • Power supply: 380V-3PH / 220V-3PH / 220V-1PH, 50/60Hz
  • The motor is controlled by "on/off" mode, and the flow output is by the flexible handle.
  • The variable frequency controller receives the external control signal and adjusts the stroke speed.

Main Applications

  • The product is extensively used in many fields such as environmental protection, petrochemical, chemical, oil refining, electricity, metallurgy, medicine, food, water treatment, and other fields.

Major Features

Drive End

  • With a reliable cam structure, it features lower noise, flexible disassembly, and easy maintenance, for harsh working conditions.
  • With oil bath lubrication, the driving parts are coupled with long working life.
  • With high-precision worm and worm gear technology, it operates smoothly.
  • It can achieve flow adjustment both in the shutdown and running states.

Fluid End

  • It chooses a mechanical drive diaphragm, which adopts a multi-layer composite structure with PTFE and elastic rubber, with no leakage and durable characteristics.
  • Material side without diaphragm is easy for passing the materials.
  • Various pump head materials include PVC, PVDF, 316SS, and others. They are suitable for conveying all kinds of materials.
  • It adopts a self-cleaning check valve structure, which is easy to maintain.

GM, GB SERIES

Main Performance Parameters

  • Max. flow rate: 1800 L/h
  • Max. discharge pressure: 12 bar
  • Within the flow range of 30% ~ 100%, the stability precision is ± 1% of the rated flow
  • Maximum suction lift height: 3m water column
  • Max. Inlet pressure: 2 bar
  • Max. ambient temperature: +40°C

Standard Motor Performance Parameters

  • Power supply: 220/380V - 50/60Hz
  • IP protection grade: IP55
  • Insulation class: Class F
  • All motors shall comply with IEC or NEC standards.

Main Applications

  • The product is extensively used in many fields such as environmental protection, petrochemical, chemical, oil refining, electricity, metallurgy, food, water treatment, and other fields. 

 

Major Features

Drive End

  • Variable eccentric structural adjustment ensures smooth fluctuation in flow pulsation.
  • Upgraded structure for harsh operating environments.
  • Wear-resistant ball bearings enable the work more stable.
  • With oil bath lubrication, the driving parts are coupled with long working life.
  • It can achieve flow adjustment whether in the shutdown or running states and the adjustment modes can be manual, electric, or frequency conversion. 

Fluid End

  • The mechanical drive diaphragm and material side without diaphragm is easy for passing the materials.
  • Various pump head materials include PVC, PVDF, 316SS, high viscosity, slurry, and others. They are suitable for conveying all kinds of materials.
  • It adopts a self-cleaning check valve structure, which is easy to maintain.

GX, 2GX SERIES

Main Performance Parameters

  • Max. single head flow: 2100 L/h
  • Max. double head flow: 4200 L/h
  • Max. discharge pressure: 8 bar
  • Within the flow range of 30% ~ 100%, the stability precision is ± 1% of the rated flow
  • Max. suction lift height: 2.5m water column
  • Highest ambient temperature: +40°C

Control mode

  • Power supply: 380V-3PH / 220V-3PH / 220V-1PH, 50/60Hz
  • Variable frequency controller receives the external control signal and adjusts the strokes speed, input signal: 4-20mA analog signal
  • The motor controller determines the three-phase motor by "on/off" mode, and adjusts the output flow.

Major Features

  • The Mechanical drive diaphragm and material side without diaphragm is easy for passing the materials. Various pump head materials include PVC, PVDF, 316SS, and others. It adopts a self-cleaning check valve structure.
  • The variable eccentric mechanism ensures smooth flow fluctuations and is suitable for harsh working environments, flow regulation can be achieved in the shutdown or running conditions.
  • With oil bath lubrication, the driving parts are coupled with long working life.
  • When the 2GX series is selected, two different media or the same medium can be conveyed at the same time. The double-head flow can be adjusted separately with a larger adjustment range. Compared with a single-head pump, its pulse can be reduced by 50%, so it adds the following features, such as a stable convey process, higher motor utilization, and more cost-effectiveness.

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