Tech Support
(800) 404-2832
With Every
Rental Worldwide
Delivery
The AEMC 1060 Digital/Analog Megohmmeter is a fully automated 1000V insulation tester. It provides insulation measurements to 4000GΩ (4TΩ). Test results include DAR, PI, capacitance, voltage measurement and duration of test.
The AEMC 1060 has an RS-232 interface and an extensive memory function, which permits storage results in files specific to a sample. A standard software package (DataView®) included with the Model 1060 enables the user to display test results and graphs. The Model 1060 can also be fully programmed and controlled by a PC. Automatic report generation of test results is quick and easy via direct connection to a printer or through a PC.
Features
- True Megohmmeter
- Test voltage combinations of 50V, 100V, 250V, 500V and 1000V
- Insulation measurement to 4000GΩ (4TΩ)
- Direct measurement of DAR and PI values
- Direct measurement of sample Capacitance
- Display of test voltage and run time
- Programmable test run times and PI times
- Smooth and Alarm functions
- Automatic test inhibition if live sample >25V
- Automatic discharge after use with voltage display
- Large dual display with time, voltage and measurement
- Bright blue electroluminescent backlight
- Remote operation with optional test probe
- Rugged, dual wall, weatherproof field case with detachable lead/accessory pouch
- AC rechargeable NiMH batteries
- RS-232 interface for direct printing of results
- Remote operation through PC
- Includes software to configure instrument and generate reports
Applications
- Test insulation on cables, transformers, motors and wiring installations
- High resistance or absorption tests
- Spot reading tests
- Timed resistance measurements
- Dielectric (DAR) and polarization (PI) tests
- Low insulation test range for testing old or flooded installations
- Motor insulation resistance measurements
- Continuity checks and low resistance measurements
- Computer controlled production line testing
- Predictive maintenance by storing results in PC for trend analysis