LWGY-MIK turbine flowmeter Introduction:
The quantitative control system consists of a flow totalizer, turbine flowmeter, solenoid valve, etc. It can freely set the liquid output through equipment linkage, achieve more accurate material ratio, and comprehensively improve production efficiency. Its working principle is to provide flow signals to the control instrument through a flow meter, set the required quantitative value on the control instrument panel, and automatically close the solenoid valve, water pump, etc. after reaching the set quantitative value. It can control the solenoid valve and water pump simultaneously, or it can be controlled separately. It can be widely used in industries such as food, pharmaceuticals, fermentation, environmental protection, and fine chemicals. Features:
1. Quantitative control dedicated turbine flowmeter
2. Real time display of traffic information
3. Adopting high-precision impellers for more stable performance
4.304 stainless steel structure, resistant to weak acid and alkali, with a long service life
5. Aviation joint connection, stronger connection, more convenient disassembly and assembly Technical parameters:
Product Name: Liquid Turbine Flowmeter
Caliber range: DN4-DN200
Power supply: 24V power supply
Comprehensive accuracy: ± 1%, ± 0.5
Output signal: square wave pulse output
Body material: 1Cr18Ni9Ti
Protection level: ordinary type IP65
Introduction:
The quantitative control system consists of a flow totalizer, turbine flowmeter, solenoid valve, etc. It can freely set the liquid output through equipment linkage, achieve more accurate material ratio, and comprehensively improve production efficiency. Its working principle is to provide flow signals to the control instrument through a flow meter, set the required quantitative value on the control instrument panel, and automatically close the solenoid valve, water pump, etc. after reaching the set quantitative value. It can control the solenoid valve and water pump simultaneously, or it can be controlled separately. It can be widely used in industries such as food, pharmaceuticals, fermentation, environmental protection, and fine chemicals.
