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FL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter Voltmeter

China FL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter Voltmeter, Find details about China Shunt Resistor, Resistor from FL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter Voltmeter

Model NO.
FL-2
Quantity
Single Connection
Shape
Rectangle
Resistance change scale
Linear Scale
Application
Medical Apparatus and Instruments
Brand
Kyx
Working Temperature
-40~+60°c
Voltage
15mv 30mv 50mv 60mv 75mv 100mv 200mv 300mv
Trademark
KYX
Transport Package
Carton
Specification
10A 75mV
Origin
Shenzhen
HS Code
8443999090
Model NO.
FL-2
Quantity
Single Connection
Shape
Rectangle
Resistance change scale
Linear Scale
Application
Medical Apparatus and Instruments
Brand
Kyx
Working Temperature
-40~+60°c
Voltage
15mv 30mv 50mv 60mv 75mv 100mv 200mv 300mv
Trademark
KYX
Transport Package
Carton
Specification
10A 75mV
Origin
Shenzhen
HS Code
8443999090
FL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterFL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterFL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterFL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterFL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterFL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterFL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterFL-2 10A / 75mv Milliohm DIN Type Current DC Shunt Resistor for Ammeter VoltmeterThe fixed value shunt is a external shunts which is suitable for measuring DC current under 10 ka and directly effecting on displaying instrument and the fixed value shunt to enlarge measurement range of DC current. Or it can be regarded as standard resistor which is used as sampling of current in the circuit. And the sampling voltage can be used as a analog signal which is measured one current.

Notice:
1, It is not allowed staff to touch joint of the shunt and cable which is primary circuit. And secondary voltage sampling can't sample from non -sampling point
2,It would be less than 80% at rated current if it is used for long time. Shunt a loop cable (or copper platoon) and shunt connection doesn't allow someone to contact resistance, from the sampling point sampling



 

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