High Pressure Hydrostatic Testing Pump Machine

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High Pressure Hydrostatic Testing Pump Machine

Name: High Pressure Hydrostatic Testing Pump Machine
Brand: TRII PLEX JETTECH SYSTEMS
Price: 40000.00 INR
Availability: InStock

Price 40000.00 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

High Pressure Hydrostatic Testing Pump Machine Specification

Max Suction
15 LPM

Inlet/Outlet
Standard

Theory
Jet Pump

Flow Rate
15 LPM

Material
High Strength

Structure
Piston Pump

Power
Electric Watt (w)

Standard
Size

Pressure
High Pressure Bar

Suction Type
Positive

High Pressure Hydrostatic Testing Pump Machine Trade Information

Minimum Order Quantity
1 Unit

FOB Port
Mumbai, Mundra, Kandla, Pipavav Port

Supply Ability
50 Units Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden boxes with plastic wrapping, Export packaging, As per customer requirement

Main Domestic Market
All India

Certifications
ISO

About High Pressure Hydrostatic Testing Pump Machine

High Pressure Hydrostatic Testing Pump Machine is Characteristic capability to perform Hydro Test of Tubes, Pipes, Hoses, Cylinder, Hydro test of Pressure Vessels & Boilers, Hydro Pressure Test Pump of Cross Country Pipe Lines, Valves, Castings, Components, etc. for Leaks, Cracks or Defects.

Trii-plex Jettech Systems are Manufacturers; Suppliers & Exporters of High Pressure Testing Machine 15 LPM and Pressure 250 BAR with Electric Driven & Diesel Driven.

Every Pressure Test is different and that is why the solutions of our Trii-plex Jettech Systems engineers are as diverse as your applications. For with our extensive expertise we can adapt every Test Pump to your specific needs. Pressure and Flow Rates can be individually set and controlled and the pressure testing progression can be clearly logged. With Hydrostatic Testing, component or vessel is tested with a liquid (typically water), and pressurizing until test pressure is reached. Once the pressure is reached, the test is complete, and for other tests hydrostatic pressure must be held for a specific amount of time. Depending on the application, the hydrostatic testing can be used to help identify leaks, structural integrity, manufacturing flaws, wear, corrosion and burst pressure.

Technical Specification:

Model No: NPM-15.250

Flow Rate: 15 LPM (3.96 GPM)

Min. Pressure: 180 BAR (2610 PSI)

Max. Pressure: 250 BAR (3600 PSI)

Motor(HP): 7.5HP10HP (Standard/Flameproof)

Technical Features about Plunger Pump:

Pump Head: Forged Brass.

Plungers: Solid Ceramic Plungers.

Pump Main Body: Fully anodized Crankcase.

Connecting Rod: High wear resistant Forged Alloy Steel.

Crank Shaft: High wear resistant Forged Alloy Steel.

Plunger Seal: Improved low and high pressure seals.

Valve Assembly: High wear resistant Stainless Steel.

Oil: 15W40

Features:

Robust Construction

Low and Easy Maintenance

Simple and Comfortable Design

Easy Installation

Volumetric Efficiency 95% (maximum)

Extra Heavy duty Power Frame ensures uninterrupted smooth long life

Easy to maintain, simple to repair & nominal maintenance needed in case of breakdown

Applications:

Cross Country Pipelines

Pressure Vessels

C.I. Mains

Casting Parts

Boilers

Gas Cylinders

Pipes & Tube Parts

Fire Extinguisher

Special Features:

Electrically Motorized Driven System, Quick Acting Relief valve, Totally Dependable, Reliable and Efficient Performance.

Standard Accessories:

Pressure Release Valve made from Brass Metal.

Discharge Pressure Hose with Attachment of BSP Length 10 Mtrs.

Stainless Steel Glycerin filled Pressure Gauge with inch Dial.

Suction & Discharge valve (NRV) Made from Stainless steel Material.

Pressure Set Valve Made from Stainless Steel.

Optional Accessories:

Automation Control Panel

Water Tank with water capacity of 50 liters

Trolley Mounted

Precision in Testing Applications

This high-pressure hydrostatic testing pump excels in providing accurate pressure measurements essential for safety and compliance in pipeline and vessel integrity checks. With its 15 LPM flow rate, it allows technicians to conduct reliable hydrostatic and leak tests, confirming system resilience before practical operation.

Durable Construction and Reliable Operation

Crafted from high-strength materials and employing a piston pump design, this machine is engineered for longevity, minimal maintenance needs, and consistent performance during repeated testing sessions. The electric-powered mechanism ensures steady and controlled pressure output, maximizing operational efficiency.

FAQ's of High Pressure Hydrostatic Testing Pump Machine:

Q: How is the High Pressure Hydrostatic Testing Pump Machine typically used?

A: This pump is mainly utilized to conduct hydrostatic pressure tests, detecting leaks or weaknesses in pipelines, vessels, and other pressure-retaining components. Operators connect the pump to the test equipment, fill it with water, and pressurize the system according to specified standards.

Q: What are the core benefits of using a piston-structured, high-strength hydrostatic testing pump?

A: The piston-structured design, combined with high-strength materials, delivers enhanced efficiency, reliable pressure generation, and rugged durability, making it suitable for heavy-duty and frequent industrial testing tasks.

Q: When should I perform a hydrostatic pressure test with this machine?

A: Hydrostatic tests are essential prior to commissioning new installations or after repairs, modifications, and routine inspections to ensure structural integrity and compliance with safety standards.

Q: Where can this hydrostatic testing pump be supplied from in India?

A: As a distributor, exporter, manufacturer, supplier, and wholesaler, this pump is widely available from reputable industrial equipment suppliers across India. It can be procured directly from manufacturing firms or specialized distributors.

Q: What is the process for hydrostatic testing with this machine?

A: The process involves filling the test object with water, connecting the pump's inlet and outlet to the system, and then pressurizing gradually to the required pressure level. The test is monitored for drops in pressure, which could indicate leaks or weaknesses.

Q: How does the positive suction type benefit the operation of this pump?

A: Positive suction ensures consistent delivery of fluid into the pump chamber, preventing cavitation and allowing smooth operation, which is crucial for achieving stable and reliable test results under high pressure.

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