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Electric Plunger Pump
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Electric Plunger Pump

Electric Plunger Pump

The GTM Electric Plunger Pump is an electric motor-driven high-pressure plunger pump for clean-water applications, using a reciprocating plunger system for positive-displacement fluid delivery.

Description

The GTM Electric Plunger Pump is an electric motor-driven high-pressure plunger pump for clean-water applications, using a reciprocating plunger system for positive-displacement fluid delivery.

 

Technical Specifications

 

Model

Flow

Max. Pressure

Power

Speed

GPL-1812C

13.3 L/min / 3.5 GPM

3,000 PSI

5.5 kW / 7.5 HP

1450 RPM

GPL-1814C

15.5 L/min / 4.1 GPM

3,000 PSI

7.5 kW / 10 HP

1450 RPM

 

Maximum pressure depends on the final pump configuration and operating conditions. 

 

1

 

Key Features

 

Electric Motor Drive
The electric motor provides direct mechanical drive without requiring a compressed-air supply.

 

Low-Noise Operation
The electric drive avoids pneumatic air discharge, helping reduce operating noise in enclosed working areas.

 

No Combustion Exhaust
The electric drive produces no combustion exhaust, making the pump practical for indoor installations.

 

Wear-Resistant Pump Components
Selected stainless steel and ceramic components are used in the pump assembly for high-pressure clean-water service.

 

Straightforward Service
Accessible service points allow routine inspection of the inlet filter, valves, seals, packing, and lubrication points.

 

Pump Construction

 

Reciprocating Plunger
The plunger creates the suction and discharge cycles required for positive-displacement high-pressure pumping.

 

Pump Valves
Inlet and outlet valves control fluid movement through the pumping chamber during each reciprocating cycle.

 

Sealing System
Packing and seals control fluid leakage around the reciprocating plunger and require inspection according to operating conditions.

 

Wetted Components
Fluid-contact components are selected according to the pumped medium, temperature, pressure, and material compatibility.

 

Typical Applications

 

Commercial & Industrial Cleaning
High-pressure water delivery for factory equipment, production lines, machinery, floors, and commercial facilities.

 

Professional Vehicle Care
High-pressure water supply for vehicle washing, detailing, service centers, and commercial vehicle cleaning facilities.

 

Agriculture & Animal Husbandry
High-pressure water supply for greenhouse cleaning, farm equipment washing, and facility disinfection.

 

Municipal & Property Maintenance
High-pressure cleaning for parking areas, building exteriors, paved surfaces, and public facilities.

 

Water Treatment & RO Systems
High-pressure water supply for selected reverse osmosis, water treatment, and circulation systems where pump conditions match the application requirements.

 

Operating Conditions

 

Pumping Medium: Designed primarily for clean water and water-based fluids compatible with the selected wetted materials.

 

Inlet Supply: The inlet system should provide sufficient fluid supply without excessive restriction or air entering the suction line.

 

Duty Cycle: Operating hours, pressure level, and duty cycle should be considered when selecting the pump and motor configuration.

 

Fluid Compatibility: Fluid temperature, chemical concentration, suspended solids, and material compatibility should be confirmed before operation.

 

Configuration & OEM Integration

 

Electric Drive
Motor power, voltage, frequency, phase, and motor configuration can be specified according to the installation requirements.

 

Connections
Inlet and outlet connection types can be reviewed according to the existing high-pressure system.

 

Wetted Components
Plunger, valve, packing, seal, and other fluid-contact components can be reviewed according to the pumping medium.

 

Replacement & OEM Integration
Existing pump model, nameplate data, connection dimensions, operating pressure, flow, motor requirements, and operating conditions can be reviewed for replacement or OEM integration.

 

Quality Control and Testing

 

GTM applies quality control procedures covering component inspection, machining verification, assembly control, and performance testing to verify electric plunger pump quality before shipment.

01/

Component Inspection
· Pump body and structural components
· Plunger, valve, and sealing components
· Bearings and transmission parts
· Motor matching specifications
· Material and dimensional requirements

02/

Precision Machining Inspection
· Pump body machining dimensions
· Shaft and bore tolerances
· Thread accuracy
· Sealing surface condition
· Component fit verification

03/

Assembly Inspection
· Plunger and seal installation
· Valve assembly condition
· Drive system connection
· Fastener tightening
· Motor and pump alignment

04/

Performance Testing
· Pressure output verification
· Flow rate inspection
· Leakage testing
· Rotation direction checking
· Motor operation verification
· Vibration and operating noise inspection

05/

Final Inspection Before Shipment
· Pump configuration confirmation
· Appearance inspection
· Accessories verification
· Product documentation review

 

About GTM

 

Established in 1997
GTM specializes in high-pressure plunger pumps, pressure washers, and related cleaning equipment, with manufacturing experience dating back to 1997.

 

20,000㎡ Production Facility
The manufacturing base supports production, engineering, inspection, and assembly with a team of 150+ employees.

 

90+ Product Models
GTM develops and manufactures more than 90 models of high-pressure pumps and cleaning equipment for different application requirements.

 

80+ Patents
GTM's product development portfolio includes more than 80 patents covering its high-pressure pump and cleaning equipment technologies.

 

Global OEM Support
GTM provides OEM customization, technical support, and after-sales service for international customers.

 

FAQ

 

Q: What is the difference between an electric plunger pump and a pneumatic plunger pump?

A: An electric plunger pump uses an electric motor as its drive source, while a pneumatic plunger pump uses compressed air. The electric configuration does not require an onsite compressed-air supply.

Q: How do I size an electric plunger pump for a high-pressure cleaning system?

A: Start with the required operating pressure and flow at the cleaning device, then check the duty cycle, inlet conditions, fluid characteristics, and downstream pressure losses before selecting the pump.

Q: Can an electric plunger pump run continuously?

A: Continuous operation depends on the pump configuration, motor, operating pressure, fluid temperature, and duty cycle. The intended operating schedule should be considered during pump selection.

Q: What causes an electric plunger pump to lose pressure?

A: Common causes include restricted fluid supply, clogged filtration, worn valves, damaged seals or packing, air entering the suction side, and operation outside the specified conditions.

Q: Why does an electric plunger pump need an inlet filter?

A: An inlet filter helps prevent contaminants from reaching the valves, sealing components, and other internal parts. Filter condition should be checked regularly to maintain adequate fluid supply.

Q: What inlet conditions are important for an electric plunger pump?

A: The inlet system should provide sufficient fluid supply without excessive restriction or air ingress. Pipe size, inlet pressure, filtration, fluid temperature, and suction-line losses should be considered during system design.

Q: What should be checked before installing an electric plunger pump?

A: Confirm the electrical supply, inlet and outlet connections, fluid compatibility, suction conditions, downstream pressure rating, pressure protection, and installation space before commissioning.

Q: Can an electric plunger pump be used in OEM pressure washer equipment?

A: Yes. The pump can be evaluated for OEM pressure washer integration based on the required flow, operating pressure, motor configuration, inlet and outlet connections, duty cycle, and available installation space.

Q: What information should I provide when replacing an existing plunger pump?

A: Provide the existing pump model, flow, pressure, motor information, connection dimensions, pumping medium, operating cycle, and installation drawings or photographs to help verify compatibility.

Q: Can the GTM electric plunger pump be supplied with a motor for a specific voltage or frequency?

A: Yes. Motor voltage, frequency, phase, power, and configuration can be reviewed according to the installation requirements. The electrical specifications should be confirmed before production.

 

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