MD 9880 TRMS thermal multimeter New

Thermal cameras

MD 9880 is the ultimate troubleshooting tool. Combining essential multimeter functions with thermal viewer, it allows a service provider to quickly locate a wide array of possible faults. Hot spots can be then simply tested with electrical measurement. Thermal view also expands the usefulness of the instrument to other applications in the facility or vehicle, locating leaks, frictions stress and thermal losses.

Sets

Properties

Measuring functions

  • Temperature with cursor on camera,
  • TRMS DC and AC voltage,
  • TRMS DC and AC current,
  • Resistance,
  • Frequency,
  • Capacitance,
  • Duty cycle,
  • Diode test.

Key features

  • Thermal view,
  • Automatic and manual range,
  • Hold and auto-hold modes,
  • MIN/MAX values capture,
  • Relative mode,
  • Peak capture mode,
  • Temperature in °C, °F or K,
  • PC software.

Technical data

  • Dimensions (w x h x l): 175 x 85 x 55 mm
  • Mass (without accessories): 540

Applications

Low voltage electrical installation safety

  • Switchboards and automatic trip-out protection
  • Public places electrical safety

Low voltage power quality

  • Uninterruptible power supply
  • Power quality reports
  • Effects of power quality issues on living and working environment

Special locations 

  • Wet and outdoor locations
  • IT system
  • DC installations

Appliance and machine safety 

  • PAT measurements and management

Power supply and power distribution 

  • Hospital switchboards and automatic trip-out protection
  • Power quality
  • Uninterruptible power supply in healthcare

Surgery rooms or operating theatres

  • Medical devices

Patient recovery rooms and hospital wards

  • Public and workspace electrical safety in healthcare
  • Electrical safety in hospital wet areas

Secondary power sources in healthcare

  • Ambulances
  • Field hospital

Specifications

Downloads

Download Name Language Version Release Notes Type Size Online Download
Datasheet MD 9880 IR thermal multimeter en 2020 01.07.2020 pdf 274.52 KB