Features

    * low-cost model
    * low-battery indication
    * overload protection and auto power-off function
    * transistor, diode and audible continuity test
    * current measurements: DC (max. 1000V) and AC (max. 700V)
    * capacitance measurements: 2000pF to 20µF
    * temperature test range: from 32 to 104°F through built-in sensor (-58°F to 1832°F with K-type thermocouple)

Specifications

    * DC voltage: 200m/2/20/200/1000V
          o basic accuracy: ±0.5% (±0.8% for 1000V range)
          o input impedance: 10Mohm
          o maximum input: 1000V
    * AC voltage: 200m/2/10/200/700V
          o basic accuracy: ±0.8% (±1.2% for 200m and 700V range)
          o input impedance: 10Mohm
          o frequency range: 40-400Hz
          o maximum input: 700Vrms or 1000V peak
    * DC current: 2m/20m/200m/20A
          o basic accuracy: ±0.8% (±2% for 20A range)
          o overload protection: 0.2A fuse (20A range not protected by fuse)
    * AC current: 20m/200m/20A
          o basic accuracy: ±2% (±3% for 20A range)
          o overload protection: 0.2A fuse (20A range not protected by fuse)
    * resistance: 200/2k/20k/200k/2M/20M/200M
          o basic accuracy: ±0.8% (±5% for 200M range)
          o overload protection: -
    * capacitance: 2000p/20n/200n/2µ/20µF
          o accuracy: ± 2.5%
    * inductance: -
          o accuracy: -
    * frequency: -
          o basic accuracy: -
          o overload protection: -
    * temperature: -58°F-752°F/752°F-1832°F/32°F-104°F
          o basic accuracy: ±0.75% (±1.5% between 752°F-1832°F)
    * overrange: yes "1"
    * continuity buzzer: yes
    * transistor test: yes hFE
    * diode test: yes
    * low-battery indication: yes
    * maximum display: 1999
    * LCD display size: -
    * ranging mode: manual
    * data hold: no
    * backlight: no
    * dimensions: 3.5" x 6.7" x 1.5"
    * weight (with battery): ± 12.0oz
    * power supply: 9V battery
    * packing: -
    * accessories: manual / test leads / thermocouple / battery
    * auto power-off: yes