PulsaPro 880

The PulsaPro 880 Hydraulic Diaphragm Metering Pump provides leak-free, accurate chemical dosing at pressures up to 213.7 bar. Moreover, its advanced hydraulic protection, visual diagnostics and API 675 compliance suit demanding industrial applications across India.

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Product Description

PulsaPro 880 Hydraulic Diaphragm Metering Pump

The PulsaPro 880 Hydraulic Diaphragm Metering Pump delivers accurate and dependable chemical dosing under demanding process conditions. Moreover, its hydraulically balanced design supports leak-resistant operation and a long service life.

The pump provides flow rates up to 435 litres per hour and pressures up to 213.7 bar. Therefore, it suits high-pressure chemical injection in Indian oil and gas, petrochemical, power-generation and water-treatment facilities.

In addition, manual or electronic stroke-length control allows precise capacity adjustment. The pump delivers metering accuracy within ±0.5% across a 10:1 operating range.

Precise Hydraulic Diaphragm Metering

The PulsaPro 880 uses a hydraulically actuated diaphragm to separate the process liquid from the mechanical drive.

During operation, hydraulic oil transfers piston movement to the diaphragm. Consequently, the pump delivers a controlled chemical volume without exposing the drive components to the process fluid.

This positive-displacement design combines accurate metering with strong chemical containment. As a result, it supports critical chemical-injection processes.

Key Benefits of the PulsaPro 880

The PulsaPro 880 Hydraulic Diaphragm Metering Pump offers several operational advantages:

  • Flow capacities up to 435 litres per hour
  • Pressure capabilities up to 213.7 bar
  • Steady-state accuracy within ±0.5%
  • Repeatability within ±0.5%
  • Linear performance across a 10:1 turndown range
  • Manual stroke-length adjustment
  • Optional electronic stroke-length control
  • Hydraulic diagnostic viewing window
  • Externally adjustable bypass valve
  • Push-to-purge hydraulic air removal
  • Hydraulic performance valve
  • Rigid four-bolt tie-bar construction
  • Three-component check valves
  • Multiple diaphragm and liquid-end options
  • API 675 compliance
  • Five-year gear-train warranty

Together, these features improve dosing consistency, hydraulic protection and maintenance efficiency.

Flow and Pressure Performance

The PulsaPro 880 supports the following operating range:

  • Maximum flow: 115 gallons per hour
  • Maximum metric flow: 435 litres per hour
  • Maximum pressure: 3,100 PSI
  • Maximum metric pressure: 213.7 bar
  • Steady-state accuracy: ±0.5% of set point
  • Repeatability: ±0.5% of rated capacity
  • Linearity: ±0.5% over a 10:1 range
  • Maximum liquid temperature: 121°C
  • Maximum viscosity: 1,000 cP
  • Required NPIP: 0.31 bar

However, actual performance depends on the selected pump head, valve arrangement, motor and process conditions. Therefore, users should confirm the complete duty point before ordering.

Manual and Electronic Capacity Control

The full-motion stroke-length mechanism provides precise capacity adjustment.

Manual Stroke-Length Control

Manual control allows operators to adjust pump output locally. Therefore, it suits applications with stable or manually managed dosing requirements.

The adjustment offers a resolution of 0.1% of the set point. Consequently, operators can make fine changes to the required chemical-feed rate.

Electronic Stroke-Length Control

Optional electronic control provides five times greater adjustment resolution. As a result, the pump can integrate more precisely with process automation and remote-control systems.

Hydraulic Diagnostic Window

The hydraulic diagnostic window provides a clear view of the oil condition and hydraulic operation.

Therefore, maintenance teams can identify oil deterioration, trapped air or abnormal pump behaviour more quickly. Moreover, visual inspection can reduce troubleshooting time and unnecessary disassembly.

Overpressure Protection

An externally adjustable bypass valve protects the pump from excessive system pressure.

Operators can adjust the valve without opening the hydraulic system. Consequently, they can respond more quickly when process conditions change.

The hydraulic performance valve also maintains the correct diaphragm position. In addition, it supports operation with a low net positive inlet pressure requirement.

Push-to-Purge Hydraulic System

Trapped air can reduce hydraulic efficiency and affect chemical output.

The push-to-purge button removes air from the hydraulic system when required. Therefore, operators can restore efficient operation without completing a lengthy maintenance procedure.

Strong Four-Bolt Tie-Bar Construction

The rigid four-bolt tie-bar design resists piping forces and moments.

As a result, the pump head remains securely supported during demanding industrial operation. This construction also reduces stress caused by unsupported or misaligned piping.

Check Valve and Liquid-End Options

Three-component check valves provide controlled fluid displacement and reliable hydraulic operation.

Available Pump-Head Materials

  • 316L stainless steel
  • Glass-filled PTFE
  • PVC

Available Diaphragm Designs and Materials

  • Flat diaphragm
  • HYDRAtube diaphragm
  • HYDRAcone diaphragm
  • PTFE
  • Hypalon
  • Viton

Ball valves suit standard lower-flow duties. Meanwhile, disc valves support slurry services and higher flow rates.

Therefore, users can configure the pump for different chemicals and process conditions. However, material compatibility must be confirmed before selection.

PulsaPro 880 Applications in India

The PulsaPro 880 Hydraulic Diaphragm Metering Pump suits demanding chemical-dosing applications across India.

Common applications include:

  • Oil and gas chemical injection
  • Refineries and petrochemical plants
  • Fertiliser and chemical-processing facilities
  • Power-generation plants
  • Desalination and coastal water-treatment systems
  • Drinking-water treatment
  • Municipal water and wastewater treatment
  • Industrial process-water treatment
  • Corrosion-inhibitor injection
  • Scale-inhibitor dosing
  • Boiler and cooling-water treatment
  • Acid, alkali and process-additive dosing

The pump complies with API 675 and may be available with certifications for drinking-water and hazardous-area applications, depending on the selected configuration. Therefore, users should confirm the required approvals against the product documentation and equipment nameplate.

Why Choose the PulsaPro 880?

The PulsaPro 880 combines precise hydraulic metering with visual diagnostics and robust protection features.

Therefore, it is a practical choice for projects across India that require:

  • Accurate high-pressure chemical injection
  • Leak-resistant diaphragm operation
  • API 675-compliant equipment
  • Manual or electronic capacity control
  • Fast hydraulic troubleshooting
  • Strong resistance to piping forces
  • Multiple wetted-material options
  • Reliable long-term operation

Request a PulsaPro 880 Pump in India

The PulsaPro 880 range is presented through Pumps Bharat for industrial users across India.

When submitting an enquiry, please provide the required flow, discharge pressure, chemical name, concentration, viscosity, temperature, preferred wetted materials and control method. With this information, the available PulsaPro 880 configurations can be evaluated against the application conditions.

  • Steady State Accuracy +/-0.5% of set point
  • Repeatability +/-0.5% of rated capacity
  • Linearity +/-0.5% of rated capacity over 10:1 turndown
  • Full Motion Stroke length control mechanism
  • Stroke Length Capacity Control Either manual or electronic (XAE Stroke Length Controller)
  • Fluid Temperatures Up to 250°F (121°C) and with ATEX 174°F (79°C)
  • Minimum Fluid Temperature -10°F (-23°C) and with ATEX to -4°F (-20°C)
  • Viscosity Up to 1,000 cPs
  • Net Positive Inlet Pressure (NPIP) Required 5 psi (0.31 bar)
  • Standards compliance API-675, CE, ATEX IECEx, NSF/ANSI 61
  • Pump Head Materials 316LSS, GF-PTFE, PVC
  • Diaphragm Types Flat, Tube, Cone: Standard flat single PTFE, Hypalon or Viton
  • Pump Body Cast Iron
  • Pump Base Steel or Stainless Steel
  • Valve Types Ball type is standard Disc Type for slurry solutions or at high flow rates
  • Connection Types NPT, Raised face flange
  • Motor Frames 56C, 143/145TC, IEC71B14, 80B14, 90B14
  • Modular Configurations Simplex, Duplex, Triplex, and Multiplex up to 17 pumps