Introduction
The INT500 Insulation and Earth-bond Resistance (Continuity) tester is not only a must-have for electricians but with multiple features and wide ranges of automotive, motor testing, electrical installation, etc.
Introduction
The INT500 Insulation and Earth-bond Resistance (Continuity) tester is not only a must-have for electricians but with multiple features and wide ranges of automotive, motor testing, electrical installation, etc.
Introduction
The INT500 Insulation and Earth-bond Resistance (Continuity) tester is not only a must-have for electricians but with multiple features and wide ranges of automotive, motor testing, electrical installation, etc.
Features
- Insulation Test with PI/DAR/Timed
- mA-selectable mode
- Auto bi-direction continuity Test
- Visual/acoustic compare function
- Auto AC/DC Voltage Test with LPF
- 1500 records of Store/Recall
Features
- Insulation Test with PI/DAR/Timed
- mA-selectable mode
- Auto bi-direction continuity Test
- Visual/acoustic compare function
- Auto AC/DC Voltage Test with LPF
- 1500 records of Store/Recall
Display Count |
4000 counts |
Overrange display |
>OL Reading ” or “ >-OL Reading |
Conversion Rate |
2 times / second |
Dimensions (W x H x D) |
96mm x207mm x 54mm with holster |
Weight |
630g including battery. |
Power requirement |
AA size ALKALINE Battery * 4 |
Batteries Life: |
1.5 AA ALKALINE battery |
Installation Category: |
IEC/EN 61010-1, IEC/EN 61010-2-034 |
Compliance to EN 61557:
|
IEC/EN 61557-2 IEC/EN 61557-4 |
EMC: |
EN 61326-1 |
Pollution degree: |
2 |
Operating Altitude
|
2000m (6562ft) |
Operating temperature: |
Non-condensing <5°C, 5°C ~ 30°C ( ≦ 80% RH), 30°C ~ 40°C ( ≦ 75% RH), 40°C ~ 50°C ( ≦ 45%RH) |
Storage temperature: |
-20°C to 60°C , 0 to 80% R.H. (batteries not fitted) |
Temperature Coefficient: |
0.15 x (Specified accuracy) /°C, < 20°C or > 26°C . |
IP Rating: |
IP40 |
Shock vibration: |
Random Vibration per MIL-PRFF Class 2 |
Drop Protection: |
4 feet drop to hardwood on concrete floor. |
|
|
CAT |
Application Field |
II |
It is applicable to test and measuring circuits connected directly to utilization points (socket outlets and similar points) of the low-voltage MAINS installation. |
III |
It is applicable to test and measuring circuits connected to the distribution part of the building’s low-voltage MAINS installation. |
IV |
It is applicable to test and measuring circuits connected at the source of the building’s low-voltage MAINS installation |