- Phone
-
Address
Building 609, Wanda Building 9, Jiangqiao, Shanghai
Shanghai Hengyi Electromechanical Equipment Co., Ltd
Building 609, Wanda Building 9, Jiangqiao, Shanghai
RAMC metal rotor flowmeter
RAMC metal rotor flowmeterIt is a product with high technological content, especially in situations where pipeline flow is very low, and has good prospects for use. At present, Imported Yokogawa metal rotor flowmeter from JapanMainly used in liquid and gas flow and automatic control systems in industries such as petroleum, chemical, steel, power, and textile.
The measurement principle is a rotor flowmeter with a magnetic steel indicator.The float moves in a specific shaped conical tube with center guidance, independent of the viscosity of the medium. The position of the float is transmitted to the indicator by a magnetic steel. It is equipped with limited contact points and can be used in conjunction with pneumatic or electric transmitters. The display of the indicator corresponds to the movement of the float.It must be installed on a vertical pipeline with the flow direction facing upwards.
Basic technical specifications
Tested fluid: liquid or gas
Range ratio: 10:1
Accuracy level: 1.5 level (metal cone tube)
Indicator scale: flow unit or percentage
Pipeline temperature: -180~+400 ℃ (metal)
Pipeline connection: flange type
Material of the liquid receiving part of the medium: SUS316Ti, PTFE
Shell: Aluminum alloy; Protection: IP65
On site indicator: T65
Environmental temperature: -25~+130 ℃
Attachment: Limit switch
Electric remote transmission converter: E65, 4~20 mA output signal.
Power supply: 24 VDC
There are general and explosion-proof types available
Linear: ≤± 1% FS
Power supply voltage impact: ≤± 0.1% FS
Load impact: ≤± 0.1%
Temperature effect: ± 0.5%/10 K FS
Wiring port: G1/2, 1/2NPT
Environmental temperature: -25~+70 ℃
Optional components: limit switch, accumulator.
Basic performance indicators
Stainless steel pipe, flange, float.
The power supply is 24 VDC.
Live remote transmission, output: 4~20 mA
Produced according to DIN and GB standards