Hioki 3244-60
Card Style Pocket Digital Multimeter, 500V AC/DC with Resistance and Continuity
324460
3244-60
Hioki 3244-60
Card Style Pocket Digital Multimeter, 500V AC/DC with Resistance and Continuity
324460
3244-60
The Hioki 3244-60 Card-Style Digital Multimeter is used for general electrical maintenance and testing. Thanks to a compact design that is less than 1 cm thick, this instrument is easy to carry and a breeze to use. The 324460 includes gold-plated test leads for better contact, and insulated test pin sleeves also prevent short-circuits.
- Better contact test leads with 15 mm gold-plated tip pin
- Full auto-ranging function and automatic power saving functions
- Better contact test leads with 15 mm gold-plated tip pin
- Only 9.5 mm(0.37 in) thick and 60 g(2.1 oz) in weight
- Full auto-ranging function and automatic power saving function
- Overload protection to 500 V at resistance or continuity functions
- DC Voltage 419.9 mV to 500 V, 5 ranges, Basic accuracy: +/- 0.7 % rdg. +/- 4 dgt
- AC Voltage 4.199 V to 500 V, 4 ranges, Basic accuracy 50 - 500 Hz : +/- 2.3 % rdg. +/- 8 dgt. (Average rectified)
- Resistance 419.9 O to 41.99 MO, 6 ranges, Basic accuracy: +/- 2.0 % rdg. +/- 4 dgt
- Continuity buzzer Detection level 50 O +/- 40 O, Diode check: Not available
The Hioki 3244-60 is a card-style digital multimeter for general electrical maintenance and testing. Thanks to a compact design that is less than 1 cm thick, this instrument is easy to carry and a breeze to use. The 324460 includes gold-plated test leads (15 mm long) for better contact, and insulated test pin sleeves also prevent short-circuits. This card tester can perform measurements safely at a high measurement category and has a simple display with large text that ensures measured values are easy to read.
| Country of Origin | Japan |
|---|---|
| Brand | Hioki |
| Condition | NEW |
| Vendor Alias | 3244-60 |
- 1 - Instruction manual
- 1 - Carrying case
- 1 - Coin type lithium battery (CR2032) (for trial purposes only)
- 2 - Sleeves (Red/Black 1 each)
