Digitron 2000P Differential Digital Pressure Meter With 2 Pressure Port/s, Max Pressure Measurement 10bar

The Digitron 2026P handheld differential manometer is for general purpose applications. It is of robust design, to IP67 with hose connected, and operates between -10 and +50 °C. Features include a backlit display, reinforced silicone keypad and separate battery compartment. The 2026P filters low-level fluctuations to provide a stable display when measuring unsteady pressure levels.

7 pre-set engineering units
Range lock, Min / Max recorder
Smoothing

Digitron 2000P Series - Manometers

Hand-held manometers series. Features found in the range include:

Robust design. IP67 with hose connected, operates between -10 and +50°C, backlit 12.7mm display, reinforced silicone key pad and separate battery compartment
Accuracy: 0.15% rdg + 0.1fs +digit (+20 to +30°C); 0.15% rdg + 0.15% fs digit (elsewhere)
Connection: 2 inputs via 1/8 BSP (4mm id, 6mm od hose)
Zeroing absolute user input of local barometric conditions for additional accuracy
Preset engineering units - mbar, Pa, inH_²O, mH_²O, inHg, mHg, kPa, PSI
Min/Max & Average recording, range lock & selectable auto off
Smoothing. Filters low level fluctuations to provide a stable display when measuring unsteady pressure levels
Automatic leak testing. Instrument measures pressure leakage from a system over a user specified test duration time. At the end of the test time a Pass/Fail message is displayed and logged to memory
Long battery life. Typically 200 hours (requires 2 x AA batteries, stock no 591-225)
Dimensions: 155 x 67 x 40mm, weight 180g
All instruments are supplied with instruction manual.

Model 202xP and 208xP additional features:

7 pre-set engineering units
Range lock, Min / Max recorder
Smoothing

Automatic leak testing
250 memory logging on demand or at preset intervals
Min/Max and averaging recorder
4 digit reference coding of logged data
Cal function zero
Infra red serial interface to connect via DigiLink interface direct to a serial printer or PC
User-definable scaling