- TightSight® bottom display
- Tapered jaws with hook tip
- True RMS current and voltage
- AC/DC voltage
- Audible continuity
- High-frequency rejection*
- Peak hold
- Max/min hold
- Data hold
- Selectable audible and visual alerts when potentially hazardous voltages are detected at the probe terminals
- Selectable auto power-off
- Backlit display
- Low battery indicator
- Reads accurately on noisy electrical circuits
Problem:
Have you ever had to measure the circuit current in a confined, dimly lit and hard-to-reach location?
Solution:
IDEAL TightSight® Clamp Meter! This meter allows the user to safely and easily view current measurements with the exclusive second TightSight® display.
Safety
- The patented TightSight® display lets you easily take readings while keeping your head at a safe distance from the panel — no more need to twist the meter or risk pulling on an energized conductor
- Easy to read backlit display with large numbers and icons so you can always see the correct reading
- Selectable audible and visual alerts when potentially hazardous voltages are detected at the probe terminals
- Electronic overload protection on all ranges
- Test leads supplied are compliant to IEC61010-031 compliant
Productivity
- Read and record while clamped instead of holding the reading, unclamping, moving and recording
- Hook tip for easier wire separation and tapered jaws for reaching into tight spaces
- Help troubleshoot with min and max value readings over a period, i.e. nuisance tripping and power supply fluctuations
- True RMS provides accurate readings of non-sinusoidal load currents
- Broad current range from 0 to 1000 amps (61-770 series) covers multiple applications
- Large jaw diameter for cables up to 51mm in diameter (770 series only)
Value
- Includes carrying case and test leads with alligator clips
- Full AC/DC capabilities: the Tightsight® is equally adaptable for both AC and DC measurement requirements – such as solar, public transportation, and battery backup applications
- Calibration services available
DOWNLOAD How to Measure a Current