FAQs About Pipe Joint Testing Equipment
United Rentals has a large inventory of pipe joint testing equipment rentals that are crucial for ensuring the integrity of pipe connections in new sewer and pipeline installations. These pipe joint testers for rent feature reinforced inflatable bladders and large testing voids that can be filled with water or air. We offer a variety of joint testers to detect leaks in pipes made of concrete, PVC or steel with diameters ranging from 33 to 77 inches. These units come with hoses and test panels, as well as adjustable wheels to transition smoothly between joints. We also offer hydrostatic test pumps to test the integrity of entire plumbing systems. Our selection of pipe joint testers is ideal for testing pipe-to-manhole connections and inspecting large-diameter pipelines in wastewater treatment plants or stormwater systems.
Learn more about our pipe joint testing equipment in our FAQ section below.
Choosing the right size joint tester depends on the diameter of the pipe you are working with. United Rentals offers testers for a wide range of pipe sizes, from 33 to 77 inches. To ensure a proper seal and accurate test results, measure the inside diameter of your pipe and select a joint tester rated for that specific size. For assistance, contact a United Rentals representative to find the best fit for your project.
While a standard pipe plug seals an entire section of pipe, a pipe joint tester is designed to isolate and test a single pipe joint. Our double-bladder joint testing units create a small, sealed void around the joint, allowing you to pressurize only that specific area. This method is more efficient for locating leaks and provides a more accurate assessment of the joint's integrity.
Our pipe joint testers support a variety of pressure ratings to meet the demands of most municipal and industrial testing standards. The specific pressure rating varies depending on the model and size of the tester. We recommend contacting a United Rentals representative for detailed information on pressure capabilities.