Megger 6410-957 210170 Megger - analog Insulation Tester 100/250/500/1000 V with 5 kOhm range, reads to 20 G?, Hand Cranked
- Brand
- Megger
- SKU:
- 6410 957
- Availability:
- In Stock
Description
The Megger 210170 Analog Extended Range Insulation Tester is the ideal instrument when high ranges are needed for measuring insulation resistance. It provides excellent test voltage regulation and an external guard terminal to eliminate surface leakage current from the measurement. The instrument is electronic and generates a regulated DC high voltage and uses low-zero-drift, high-accuracy circuits, with high current sensitivity. Designed for portability, the 210170 is enclosed in a molded, impact-resistance, flame-retardant case.
The 210170 Insulation Tester is protected for connection to power distribution systems up to 300V Line-Ground and 500V Line-Line for Installation Category III. This relates to transient overvoltage likely to be found in fixed installation wiring.
The 210170 provides high-resistance readings up to 20,000 megaohms. It features an analog meter movement calibrated directly in megaohms, ohms and AC volts. Test voltages of 100, 250, 500 and 1000 volts DC are selected by a rotary switch. Insulation resistance measurements up to 20 giga-ohms can be made on all voltage ranges.
The 210170 is also equipped with a 0 to 5000 ohm continuity range and a 0 to 600 volt AC or presence of DC voltage measuring range. Power is supplied by an AC generator, driven by a hand crank, through a gear train.
Product Features:
- Offers multiple test voltages: 100, 250, 500 and 1000 volts DC
- Guard terminal eliminates surface leakage current from measurements
- Provides high-resistance readings up to 20,000 megaohms
- Equipped with continuity range of 0 to 5000 ohms
- Voltage indication over 0 to 600V AC/DC range
- Power supplied by hand-cranked AC generator
- Analog display with large, easy-to-read scale
- Designed for portability with small size and light weight
- Enclosed in impact-resistant, flame-retardant case for durability