PKII Series Floating Ball Testers While in operation, our pneumatic tester's ball and weights float freely, which is virtually frictionless, supported only by a thin film of air. This eliminates the necessity to rotate the weights during testing and allows the user to concentrate on the instrument calibration. Self-Regulating Design The instrument's built-in flow regulator automatically adjusts the input air flow to maintain the ball and weights in a float position. The regulator also compensates for variations in pressure from the air supply. Simply add or remove weights to generate your target pressure. Leak-free Seal up to 10 000 psi Our patented CPF fitting design maintains a leak-free seal up to 10 000 psi, with only finger-tightening. Improve safety with a self-venting weep hole, which alerts you, by leaking gas or test fluid, before you fully disconnect from a pressurized system. Each of our products either includes CPF fittings as standard, or can be adap

PKII Series Floating Ball Testers While in operation, our pneumatic tester's ball and weights float freely, which is virtually frictionless, supported only by a thin film of air. This eliminates the necessity to rotate the weights during testing and allows the user to concentrate on the instrument calibration. Self-Regulating Design The instrument's built-in flow regulator automatically adjusts the input air flow to maintain the ball and weights in a float position. The regulator also compensates for variations in pressure from the air supply. Simply add or remove weights to generate your target pressure. Leak-free...

Pressure Calibrator Overview  kPa  Advantages •  1-3 Year Recommended •  Easy to Use •  Rugged Field Use Design •  Temperature Compensated Calibration Intervals •  Record and Store Tests •  Innovative Patented Technology Pressure Range Specifications (See the Data Sheets for complete specifications.) Handheld Pressure Calibrators e •  Free Calibration & Configuration Of Reading Accuracy Our gauge accuracy is defined as “percent of reading”. For example, a gauge with 0.1 percent of reading accuracy that displays 100 kPa would be accurate to ± 0.1 kPa at that pressure. At 50 kPa, the same gauge...