The digital differential pressure gauge is a pressure detection instrument that integrates detection and display. The TEREN brand's digital differential pressure gauge uses high-precision sensors and has stable performance; Excellent anti vibration performance, long service life, and ultra-thin design, combined with LCD display, suitable for various installation methods such as embedded and flat installation. Multiple ranges and output signals are available for precise matching of range requirements.

Digital differential pressure gauge can be used for differential pressure detection and control of equipment such as blowers, furnace ventilation, various purification rooms, biosafety cabinets, dust removal, and medicine machines.

The application of digital differential pressure gauges in the grain machinery equipment industry generally generates a large amount of dust in grain processing machinery production workshops, and most of these dust particles have small particle sizes and pose a certain risk of explosion. This requires the grain processing machinery workshop to take measures to prevent dust and explosion. The use of a digital differential pressure gauge can collaborate with the dust removal control system to vacuum the dust in the workshop. A good dust removal system can carry out dust removal treatment on parts with high dust such as conveying equipment and grinding machines, keeping the dust concentration in the operating area below the lower limit of explosive concentration, ensuring the safety of the workshop and operating equipment.

When using a digital differential pressure gauge, the following precautions should be taken:

1. During installation, reference should be made to the instruction manual. The working environment of the instrument should meet the technical parameter requirements, and the differential pressure gauge should be installed correctly and wired correctly;

2. According to the production work requirements, the correct range should be selected, the measurement range should not be overloaded, and sufficient overpressure safety margin should be left;

3. The working temperature range of the instrument should strictly comply with the technical parameters and avoid use in highly corrosive environments to ensure the performance of the instrument.