The Type T tester is a dead-weight tester that offers laboratory accuracy in an instrument designed to withstand an industrial environment or the daily stresses of a manufacturing environment. Each tester features a re-entrant type measuring piston and cylinder assembly. This design reduces the rate of fluid leakage and increases float time, helping to maintain accuracy as test pressures increase.

The Type T tester is a dead-weight tester that offers laboratory accuracy in an instrument designed to withstand an industrial environment or the daily stresses of a manufacturing environment. Each tester features a re-entrant type measuring piston and cylinder assembly. This design reduces the rate of fluid leakage and increases float time, helping to maintain accuracy as test pressures increase.

This Type T Hydraulic Deadweight Tester supports imperial and metric units, standard or local gravity, and is available in single, dual-piston/cylinder, and dual-column configurations. With a pressure range of up to 15,000 psi, it features a re-entrant piston/cylinder assembly that reduces fluid leakage and extends float time for accuracy at high pressures.

Ideal for testing and calibrating pressure gauges, relief valves, and pressure switches, this Type T hydraulic comparator tester generates up to 15,000 psi (1000 bar) and is high-volume. Moreover, this test set includes a hydraulic hand pump, a test manifold, and 4 x 4.5" (11.4 cm) test gauges, with PSIG span varying by model.

The Type T tester is a dead-weight tester that offers laboratory accuracy in an instrument designed to withstand an industrial environment or the daily stresses of a manufacturing environment. Each tester features a re-entrant type measuring piston and cylinder assembly. This design reduces the rate of fluid leakage and increases float time, helping to maintain accuracy as test pressures increase.

The Type T tester is a dead-weight tester that offers laboratory accuracy in an instrument designed to withstand an industrial environment or the daily stresses of a manufacturing environment. Each tester features a re-entrant type measuring piston and cylinder assembly. This design reduces the rate of fluid leakage and increases float time, helping to maintain accuracy as test pressures increase.