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General| Type | Insulation Resistance Tester |
|---|---|
| Voltage Resolution | 1 V |
| Power Source | Battery |
| Output Voltage | 250V, 500V, 1000V |
| Insulation Resistance Measurement Range | 1 kΩ to 300 GΩ |
| Resistance Range | 1 kΩ to 300 GΩ |
| Output Current | 1mA to 5mA |
| Test Current | 1mA to 5mA |
| Display | Digital |
| Weight | 0.5 kg |
Introduces the unit's operation and details various pre-location methods like TDR, Arc Reflection, and ICE.
Details all buttons, switches, indicators, and safety interlocks on the unit's top panel.
Explains essential connections including Earth/Ground, AC supply, and cable interfaces.
Describes the features and controls of the built-in MTDR, including display and jog-dial.
Details the power supply requirements, fuse types, and maximum power consumption.
Lists the various testing and fault locating modes the SG32-1500M supports.
Covers surge impulse, arc reflection, and ICE voltage and energy ratings.
Details the integrated MTDR 100, including ranges, pulse width, and sampling rate.
Outlines operating temperature, humidity, elevation limits, and safety certifications.
Provides physical dimensions, weight, and lists standard supplied accessories.
Lists optional accessories not supplied as standard with the instrument.
Emphasizes user responsibility and adherence to local safety standards.
Advises on proper lifting and maneuverability of the heavy SG32-1500M unit.
Crucial warnings about high voltage, lethal energy levels, and safe operating practices.
Critical warnings regarding HV Return, cable insulation, and extending leads.
Guidelines for selecting a safe and suitable location for testing operations.
Step-by-step instructions for safely connecting the instrument and test cables.
Details proper earthing procedures and AC power connection requirements.
Covers HV cable, sheath/concentric connections and establishing a safety zone.
Lists the available testing and fault locating modes for the SG32-1500M.
Step-by-step guide for powering up the SG32-1500M and initial self-checks.
Explains how to perform DC Dielectric Withstand (Proof) and Proof/Burn tests.
Instructions for using the integrated TDR for low voltage fault pre-location.
Details Arc Reflection, DART, and ICE methods for high voltage fault pre-location.
Describes using surge impulse for pinpointing faults, often with external units.
Procedures for safely powering down and de-energizing the SG32-1500M.
Advises on inspections and recommends professional service for maintenance.
Lists essential details needed when reporting equipment failures or issues.
Provides guidance on applying different fault location techniques in various scenarios.
Outlines a methodical approach to safely and accurately identify cable faults.
Detailed explanations of TDR, Arc Reflection, and ICE/Impulse Current techniques.
Comprehensive guide for operating the integrated MTDR100 unit.
Technical specifications for the MTDR100, including operation, modes, and ranges.
Guides the user through initial configuration and default settings for the MTDR100.
Covers saving, loading, deleting traces, and managing job information.
Explains how to select and configure different operational modes like TDR, Arc Reflection, and Impulse Current.
Explains how to analyze captured traces and adjust parameters for accurate fault location.
