Technical Documents
Specifications
Brand
MeggerAccessory Type
Probe
Product Type
Insulation Tester Probe
For Use With
MTR105 Rotating Machine Tester
Standards/Approvals
No
Country of Origin
United Kingdom
Product Details
Pinpoint the resistance of your revolving machinery with this insulation tester probe from Megger. As it's a Kelvin probe leadset, it's designed to measure low resistance values in your circuit. For increased accuracy, this unit uses a four-wire system that blocks out the resistance of the lead wires, preventing them from affecting the results. You can set the ball rolling by connecting this probe to Megger's MTR105 (193-8409), a multifunctional device that measures motor direction and supply phase rotation.
To put it in DLRO mode, simply turn the range dial to the yellow segment.
When connected to the tester, the probe has an accuracy rating of up to ±0.25% of the reading at ±10 digits, reducing the risk of errors.
Stock information temporarily unavailable.
AED 373.80
AED 373.80 Each (ex VAT)
AED 392.49
AED 392.49 Each (inc. VAT)
1
AED 373.80
AED 373.80 Each (ex VAT)
AED 392.49
AED 392.49 Each (inc. VAT)
Stock information temporarily unavailable.
1
Technical Documents
Specifications
Brand
MeggerAccessory Type
Probe
Product Type
Insulation Tester Probe
For Use With
MTR105 Rotating Machine Tester
Standards/Approvals
No
Country of Origin
United Kingdom
Product Details
Pinpoint the resistance of your revolving machinery with this insulation tester probe from Megger. As it's a Kelvin probe leadset, it's designed to measure low resistance values in your circuit. For increased accuracy, this unit uses a four-wire system that blocks out the resistance of the lead wires, preventing them from affecting the results. You can set the ball rolling by connecting this probe to Megger's MTR105 (193-8409), a multifunctional device that measures motor direction and supply phase rotation.
To put it in DLRO mode, simply turn the range dial to the yellow segment.
When connected to the tester, the probe has an accuracy rating of up to ±0.25% of the reading at ±10 digits, reducing the risk of errors.