Engineered for low-pressure calibration up to 30 PSIG (2 bar), this Pneumatic Deadweight Tester delivers ±0.015% accuracy with a frictionless ceramic ball and stainless steel weights. Its self-regulating design ensures accuracy independent of the operator. Built for lab and field, it features a cast-metal base, quick-leveling system, and tripod mount.

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.

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.

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.

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.