REED True RMS AC/DC Clamp Meter & 18" Flexible Current Probe Kit 55-KITR50

The r5055-kit includes the r5055 true rms clamp meter and the r5065 flexible current probe. This true rms clamp meter can measure up to 1000v and 1000a in both ac/dc modes and comes equipped with an 18" flexible current probe which provides measurement flexibility up to 3000a ac. This reed r5055-kit true rms ac/dc clamp meter with flexible current probe kit 18" includes ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" reed r5055 1000a true rms digital clamp meter ac/dc clamp meter with analog bargraph backlight min/max function built-in non-contact voltage (ncv) detector and contact thermometer reed r5065 3000a flexible 18" current probe ergonomic design provides measurement flexibility up to 3000a ac ideal applications for the reed r5055-kit ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" ideal applications for the reed r5055-kit industrial maintenance teams performing scheduled and preventative maintenance on electro-mechanical equipment and systems facilities building maintenance and electricians looking to troubleshoot electrical equipment installation problems features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" measures ac/dc current/voltage resistance capacitance frequency duty cycle and contact temperature 6000-count backlit lcd display and analog bargraph flexible current probe can expand ac current measurements up to 3000a; (r5065 sold separately) ergonomic design fits in your hand and can be used while wearing protective gloves built-in led flashlight low battery and over range indicators built-in non-contact voltage detector with led indicator true rms voltage and current for accurate measurements low pass filter and low impedance (loz) modes min/max display hold and relative mode diode test and continuity check functions durable double molded plastic housing cat. Iii 1000v cat. Iv 600v safety rating includes type k thermocouple test leads batteries(3 x aaa batteries)

Additional Information