Product Details

12V power lower mounted pressure manometer digital led display

1.Description

QWB130 Digital pressure manometer is electronic-structure and battery-powered, which make it very easy for on-site installation. Specifically, a high-precision piezo-resistive pressure sensor is used and the output signal is processed by the high-precision, low temperature drifting amplifier, then sent into the high-precision A/D converter to be converted into digital signal, after being computed and processed, the actual pressure value is showed on the LCD screen.

It has some benefits: flexible use, simple operation,safe and reliable etc. It is being widely used to measure and display the pressure of the fluid medium in hydro-power, water, petroleum, chemical, mechanical, hydraulic etc industries.

2.Features

Size 60mm

Stainless steel case

Large-screen LED display,

Automatically record the maximum pressure value during the measurement

Pressure on the percentage of dynamic display(the progress bar display)

5engineering units: Mpa,kpa,pa,bar,psi,,Kgf(kgf / cm2) ,

Parameter correction, correct zero and error in field application.

Pressure range already set before use

Sampling rate: 4 times/sec

Applicable to gases and liquids compatible with stainless steel

3.Specifications

Pressure range	-0.1~0~100MPa(sillion pressure sensor) 0-20Mpa(ceramic pressure sensor)	Accuracy	0.20%,0.50%,0.1%
Overload capacity	200%	Pressure type	gauge pressure
Stability	≤0.1% /year	Battery voltage	12V
Display	LED	Display range	-1999~9999
Ambient temperature	-10℃~60℃	Relative humidity	≤80%
Process connection (thread size)	G1/2”,NPT1/4”,M20X1.5 or other sizes	Interface Material	Stainless Steel

When ordering,pls specify pressure range,accuracy,thread size and yourquantity etc.

4.Installation

QWB130 can be directly mounted in the hydraulic pipe by the mounting thread(for example G1/2”).In critical applications (such as severe vibration or shock), soft hose

is strongly recommended to connect the digital pressure gauge to reduce the effect caused

by the sever vibrations and shocks.

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