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1.1 Device flow range: (20-6300)L/h; 1.2 Device uncertainty: ≤0.2%(K =2) 1.3 Pressure range: 0-2.5 MPa; 1.4 Ambient temperature: 15-30 ℃; 1.5 relative humidity :(45%-75%); 1.6 atmospheric pressure :(86-106)kpa; 1.7 Power supply voltage: 400V±5%, 50HZ; 1.8 air source pressure :(3.5-6)bar; 1.9 Acquisition method: image recognition; 1.10 Equipment power: water pump 1.8KW, heating 6KW; 1.11 Number of inspection tables: ultrasonic table (DN15:10 DN20:10 DN25:6); 1.12 Device size: Length, width and height (5800 mm *650 mm *2000mm)
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DYCK25-V30-2
S.H.Meters
smart water meter test bench
Overview
Liquid flow standard devices are widely used in experimental verification devices for liquid flow meters. Especially for flow meter manufacturers, there are a large number of instrument verification and product development experiments, and a set of efficient and reliable liquid flow standard devices has been developed. In industrial applications, flow standard devices must not only have sufficient accuracy and reliability, but also have high verification efficiency. Factors such as the construction cost of the equipment, the operating cost and the technical requirements of the operator must also be considered.
Software control system
The control system is mainly composed of industrial computer, Siemens S7-200smart system, various temperature and pressure sensors, pneumatic ball valves, platform software, etc. The IPC has strong anti-interference ability, which can make the verification process more stable and reliable. PLC adopts international famous brand with high precision and high reliability. The control and data processing software is written in accordance with the relevant national verification regulations
smart water meter test bench
Overview
Liquid flow standard devices are widely used in experimental verification devices for liquid flow meters. Especially for flow meter manufacturers, there are a large number of instrument verification and product development experiments, and a set of efficient and reliable liquid flow standard devices has been developed. In industrial applications, flow standard devices must not only have sufficient accuracy and reliability, but also have high verification efficiency. Factors such as the construction cost of the equipment, the operating cost and the technical requirements of the operator must also be considered.
Software control system
The control system is mainly composed of industrial computer, Siemens S7-200smart system, various temperature and pressure sensors, pneumatic ball valves, platform software, etc. The IPC has strong anti-interference ability, which can make the verification process more stable and reliable. PLC adopts international famous brand with high precision and high reliability. The control and data processing software is written in accordance with the relevant national verification regulations
