RS PRO IDM17 Handheld Digital Multimeter, 100A ac Max, 600V ac Max - UKAS Calibrated

RS PRO IDM17 probe style multimeter offers a clear 3200 Count LCD display, 65 segment bar graph and annunciators. These devices can measure resistance, voltage, and electrical current with diode and continuity check. This small handheld meter is truly portable, rugged in construction, lightweight and very easy to use.

This multimeter is ideal for a wide range of sectors i.e. Mechanical Industries, Test and Measurement and Automotive applications.
RS PRO range of handheld and bench digital multimeters are RS approved meaning that they are great value for money and high quality you can rely on.

• Autoranging and manual selection
• Mains proof Ω/continuity ranges
• 600 V protection in every range
• Fast continuity beeper
• Data hold function
• Diode test
• Continuity tester
• Auto power off
• Standard "AAA" size batteries (supplied fitted)
• Long battery life
• Standard " pitch input jacks
• Rugged construction with high impact thermoplastic case
• Designed to meet IEC 1010-1 (safety standard)
• Installation category III 300 V
• Installation category II 600 V

• Digital multimeter
• Test lead (one black)
• Test probe (Red)
• Operations manual
• Carrying case

In addition to an exceptional technical specification, this unique pen style multimeter offers a level of safety normally only found on larger hand held multimeters.

This instrument has been designed in accordance with UL 3111-1 and IEC publication 1010 Pt1, Class II, Safety Requirements for Electrical Equipment for measurement, control and laboratory use. This level of safety can only be guaranteed while the appropriate limits are observed.

A digital multimeter is a handy test tool that measures electrical values such as voltage, current, and resistance. A DMM is used by technicians in the following areas:
Electrical and electronic industries

Safety guidelines
When using any electrical test equipment it is advised that you refer to the user’s manual for proper working operating procedures and safety precautions in order to avoid potential safety hazards.