Stainless steel precision digital pressure gauge

1、 Overview:

Precision digital pressure gauge, stainless steel digital pressure gauge. This digital pressure gauge is equipped with imported low-power MCU and high-resolution AD converter, and the whole machine meets the requirements of high precision and low power consumption. Adopting large screen LCD display technology to make data clear and easy to read. Manually reset to zero. The shell is made of stainless steel, and the entire body adopts sealing technology, which can be applied in various complex environments. Adopting self powered mode, no external power supply is required.

The precision digital pressure gauge not only solves the calibration of standard pressure, but also better meets the comprehensive testing needs on site. Can be used as a high-precision calibration standard (table) for the calibration and verification of pressure transmitters. It is a portable instrument that can be used for both AC and DC. It can measure pressure and current, and display them on an LCD screen. It also has a 24VDC output. It is automatically compensated by a microprocessor for instrument zero drift, temperature drift, nonlinearity, etc., ensuring high accuracy within the instrument's operating conditions.

Precision digital pressure gaugeWidely used in laboratories and on-site measurement and scientific research in the power, metallurgy, petroleum, chemical, and measurement system industries. It can provide measurement for calibrating pressure (differential pressure) transmitters, precision pressure gauges, ordinary pressure gauges, blood pressure monitors, pressure reducing valves and other instruments.

IIPrecision digital pressure gaugeProduct features:

Small size, light weight, and easy installation.

Standard threaded interface: freely replaceable.
Ultra low power design, one lithium battery can work continuously for one to two years.
Vibration resistance: Electronic components are assembled using surface mount welding technology and securely fastened as a whole, ensuring normal use in high vibration environments.
Long lifespan: High quality imported original chips, super strong overload and impact resistance.

IIIPrecision digital pressure gaugeTechnical parameters:

Electrical characteristics: Working power supply: 3.6VDC; Power consumption: 100 microwatts.
Working temperature: 0 ℃~+55 ℃. Working humidity: 10% to 90% (non condensing).
Continuous working time: greater than 1 year.
Range: -0.1~60MPa (optional)
Pressure units available (provided according to procurement requirements): Mpa, Kpa, Kgf/cm2, Bar, mBar, Psi
Accuracy level: 0.02%, 0.05%, 0.25%; 0.5%； 1%
Display: Six digit display
Interface thread: M20X1.5 (can be customized according to user requirements)
Shell material: 1Cr18Ni9Ti
Protection level: IP65
Vibration characteristics: 40g (maximum); 4g (maximum) 15-200Hz
Weight: Approximately 0.5kg

4Precision digital pressureoutsideOperating instructions:

The sensor and display processing part of this product adopt an integrated design structure, which is easy to use. The instrument is directly connected to the tested mechanism using threads, and there are no requirements for the position of the instrument.

5Attention:

Precision digital pressure gaugeThis product belongs to electronic products and uses LCD display technology. Using it under strong light will reduce the lifespan of the LCD screen. This product uses non rechargeable lithium batteries. After use, the batteries should be properly disposed of (can be mailed back to our factory for unified disposal) to avoid environmental pollution. Attention should also be paid to instrument temperature during storage or transportation. Due to the fact that this product is an electronic product, its use in strong electromagnetic fields may cause malfunctions in the instrument, resulting in inaccurate readings or no display at all, but it will not fundamentally damage the instrument. Different instruments have different pressure measurement ranges, and under normal circumstances, they can be used within 10% of the measuring range. Further use beyond the measuring range may cause mechanical damage to the sensor, leading to leakage of measured gases or liquids.