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- Model Micro Jr. 2
10 Amp Precision Micro Ohm Meter
Download Micro Jr. 2 PDF
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MODEL: Micro Junior 2
SIZE: L: 410 mm (16.1”) W: 337 mm (13.3”) H: 178 mm (7”)
WEIGHT: 5.9 kg (13 lbs.)
INPUT POWER: Lithium-Ion battery, 14.8V/6Ah
TEST CURRENT: User Selectable: 10, 1, 0.1, 0.01, 0.001 A DC
PANEL DISPLAY: LCD Graphic with backlight
FRONT PANEL: Sealed, Anodized with a multi-actuation rotary knob
INTERFACE: 9 Pin RS232 serial
PRINTER: Internal panel mount printer
MEMORY STORAGE: Internally stores up to 2000 complete test results
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Current Range
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Measuring Range
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Accuracy
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Resolution
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10 Amp *F/R
10 Amp
1 Amp *F/R
1 Amp
0.1 Amp
10 mAmp
1 mAmp
1 mAmp
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0.1 µΩ... 40m Ω
1 µΩ... 40m Ω
1 µΩ... 1 Ω
10 µΩ... 1 Ω
100 µΩ... 10 Ω
1 mΩ... 400 Ω
10 mΩ... 40k Ω
40k Ω... 400k Ω |
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±0.1 µΩ ±0.1% Rdg
±1 µΩ ±0.1% Rdg
±1 µΩ ±0.1% Rdg
±1 µΩ ±0.1% Rdg
±0.1 µΩ ±0.1% Rdg
±1 µΩ ±0.1% Rdg
±10 mΩ ±0.1% Rdg
±10 mΩ ±1% Rdg
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5 Digits or 0.01 µΩ
5 Digits or 0.1 µΩ
5 Digits
5 Digits
5 Digits
5 Digits
5 Digits
5 Digits |
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* F/R = automatic Forward / Reverse current measurements
RESISTANCE RANGE: 0.1 µΩ to 400 Ω
TEMPERATURE: Operating - 10° C to 60° C Storage - 20° C to 70° C |
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- Large LCD display with backlight
- Auto measure storage
- Built in panel-mount printer
- Optional external supply for Winding Resistance (WR 50-1A)
- Highest precision measurement available
- Fully automatic, microprocessor controlled
- Rechargeable Lithium-Ion battery
- Wide measuring range
- Measurements with forward & reverse current
- Automatic measurement detection mode
- Automatic measurement storage
- Self calibrating
- Continues measurement mode
- Waterproof case
- Extremely rugged (Can withstand a drop test of 1 meter)
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- Current and potential lead set 5 meters
- Battery
- Safety ground lead
- Instruction manual
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Optional Accessories |
Calibration shunt
WR50-1A Winding Resistance power supply(50A/50V)
TP 02 External temperature probe |
MJ01 Kelvin
clip set  |
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| MJ04
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A first class design from Raytech that solves the problems associated with dual point test probes. |
| SPECIFICATIONS ARE SUBJECT TO CHANGE AT ANY TIME |
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