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General| Measurement Range (Insulation Resistance) | 0.01 MΩ to 2000 MΩ |
|---|---|
| Insulation Resistance | 0.01 MΩ to 2000 MΩ |
| Type | Insulation Tester |
| Test Voltage | 250V, 500V, 1000V |
| Display | LCD |
| AC Voltage | 30V to 600V |
| DC Voltage | 30V to 600V |
| Measurement Range (Resistance) | 0.01Ω to 1000Ω |
| Test Current | 1 mA |
| Power Supply | 6 x 1.5V AA batteries |
| Safety Standards | IEC 61010-1 |
Detects overheating and halts measurements, displaying a warning symbol.
Allows selection of test half-cycle for improved RCD and loop testing accuracy.
Automatically freezes the displayed reading for 5 seconds after measurement.
The instrument automatically switches off after approximately 1 minute of inactivity.
Aborts RCD measurements if N-E voltage exceeds 50V, indicated by 'VNE Hi'.
Refers to an optional test lead for distribution board or lighting circuit testing.
Measurement specifications for continuity tests according to IEC61557-4 standard.
Measurement specifications for insulation resistance tests as per IEC61557-2.
Measurement specifications for loop impedance tests following IEC61557-3.
Measurement specifications for RCD testing according to IEC61557-6.
Specifications related to the voltage measurement capability of the tester.
Specifies the physical size of the instrument, including height, width, and depth.
Indicates the total weight of the tester, including the batteries.
Lists the standard environmental conditions under which specifications are valid.
Identifies the type and number of batteries required for operation.
Describes the indicator for low battery voltage and its threshold.
Estimates the number of tests possible with a fresh set of batteries.
Defines the acceptable range of temperature and humidity for operation.
Defines the acceptable range of temperature and humidity for storage.
Explains the function of LEDs indicating a live circuit during tests.
Describes LEDs that confirm correct wiring polarity.
Details the automatic freezing of readings in loop and RCD test modes.
Describes the characteristics of the instrument's digital display.
Details protection mechanisms against overloads for specific test circuits.
Explains how mains voltage is displayed and indicated on the tester.
Defines safety and operational symbols found on the tester.
Diagram showing the layout of controls and indicators on the instrument.
Method for measuring and compensating for the resistance of test leads.
Step-by-step instructions for executing continuity tests on circuits.
Explains insulation resistance concepts and leakage current components.
Details the behavior of capacitive current during insulation testing.
Explains the conduction current component of leakage in insulation.
Describes surface leakage current and its dependence on surface conditions.
Defines total leakage current as the sum of component leakage currents.
Warns about potential damage to electronic devices and advises disconnection.
Lists essential checks before performing insulation resistance measurements.
Step-by-step procedure for measuring insulation resistance.
Describes how the tester displays mains voltage during loop testing.
Explains the concept of earth fault loop impedance and its importance.
Details the instrument's protection against overheating during tests.
Detailed procedure for conducting loop impedance tests on circuits.
Instructions for performing loop impedance tests on 3-phase systems.
Explains the necessity of RCD testing for user safety.
Details how the RCD test measures tripping time and residual current.
Step-by-step guide for performing standard RCD trip tests.
Specific procedure for testing fast-acting RCDs rated at 30mA or less.
Procedure for testing RCDs with built-in time delays for discrimination.
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