Reed - Hydrostatic Test Pumps

Reed Hydrostatic Test Pumps: Designed for Reliability

Reed hydrostatic test pumps are essential for ensuring pressurized systems' integrity in residential, commercial, and industrial applications. Designed for testing water meters, plumbing lines, pressure vessels, solar systems, and sprinkler systems, these hydrostatic test pumps provide reliable performance with both electric and manual options. They feature durable construction with stainless steel and brass components, adjustable pressure controls, and built-in safety mechanisms to prevent over-pressurization. Lightweight and portable, Reed test pumps offer ease of use and efficiency, making them a trusted choice for professionals seeking accurate and safe pressure testing solutions.

Why Choose Reed - Hydrostatic Test Pumps?

Reed Hydrostatic Test Pumps are popular for their durability, reliability, and efficiency in pressure testing pipes, plumbing lines, and pressure vessels. Designed for professional use, these hydrostatic test pumps offer high-performance capabilities, with accurate pressure control and easy operation. Their rugged construction ensures long-lasting use, while compact designs provide portability. With Reed’s reputation for quality engineering, these test pumps deliver precise results, making them ideal for contractors, maintenance teams, and utility workers. Explore available products below:

Reed EHTP Electric Hydrostatic Test Pump

The Reed EHTP Electric Hydrostatic Test Pump features an easy-to-adjust pressure control, automatic water recirculation, and a quick-connect setup for convenience. Built with a durable stainless steel piston and brass cylinder, it ensures long-lasting performance. Ideal for testing water meters, plumbing lines, pressure vessels, solar systems, and sprinklers, this 3/4 HP pump delivers up to 500 PSI with a 2-gallon per-minute capacity.

Reed DPHTP500 Drill Powered Hydrostatic Test Pump

The Reed DPHTP500 Drill Powered Hydrostatic Test Pump is powered by an 18V cordless or ½” electric drill. It eliminates the need for a drop cord, making it easy to transport and operate. The self-priming pump works with both pressurized and non-pressurized water supplies, while the included 15-foot high-pressure hose with a quick-connect system allows for convenient positioning.

Reed HTP300 Manual Hydrostatic Test Pump

The Reed HTP300 Manual Hydrostatic Test Pump offers easy manual operation, self-priming capability, and built-in safety features like a relief valve to prevent over-pressurizing. Its lightweight, portable design makes on-site testing convenient, while its affordability ensures a cost-effective solution for occasional use.

FAQs

1. What is the purpose of a hydrostatic test pump?

A hydrostatic test pump is used to check the strength and integrity of pressure vessels, pipelines, and plumbing systems by filling them with liquid—usually water—and pressurizing them to a specific level. This helps detect leaks, weak points, or defects before the system is put into operation, ensuring safety and compliance with industry regulations.

2. How do you properly use a hydrostatic test pump?

To use a hydrostatic test pump, first, ensure the system being tested is clean and free of air pockets. Connect the pump to the system, fill it with water, and slowly increase the pressure while monitoring for leaks or pressure drops. Once the required test pressure is reached, hold it for a set period to confirm system integrity before releasing the pressure safely.

3. What types of hydrostatic test pumps are available?

There are three main types of hydrostatic test pumps: manual hand pumps, electric-powered pumps, and gas-powered pumps. Manual pumps are ideal for small-scale testing, electric pumps provide consistent pressure for medium-duty applications, and gas-powered pumps are used for high-pressure industrial testing where electricity isn’t available.

4. How do you calculate the required test pressure for hydrostatic testing?

The required test pressure depends on the material and design pressure of the system. A common rule is to apply 1.5 times the maximum operating pressure, as specified by industry standards such as ASME or API. However, always check manufacturer guidelines and regulatory codes to determine the correct test pressure.

5. What safety precautions should be taken when using a hydrostatic test pump?

Always wear protective gear, including safety goggles and gloves, to protect against high-pressure leaks. Ensure all connections are secure, use pressure relief valves to prevent over-pressurization, and never stand near potential weak points. Release pressure gradually after testing to avoid sudden bursts or injuries.