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General| Test Frequency | 1 kHz |
|---|---|
| Accuracy | 0.1% basic accuracy |
| Display | 4.3 inch TFT LCD with backlight |
| Power | 100 V to 240 V AC, 50 Hz to 60 Hz |
| Power Supply | 100 V to 240 V AC, 50 Hz to 60 Hz |
Specifies warranty coverage for product hardware against defects in material and workmanship.
Outlines the procedure and requirements for submitting a warranty claim for defects.
Details the notification process for claims regarding merchandise damaged during transit.
Defines the extent of Polar's liability and the exclusive remedies available to the end user.
States that Polar makes no other warranties, express, implied, or statutory, regarding products.
Limits Polar's responsibility for damages, excluding special, consequential, or incidental damages.
Statement of conformity with applicable EC Council Directives, including EMC and low voltage directives.
Alerts users to the presence of fused live and neutral lines and dangerous voltages when covers are removed.
Emphasizes the necessity of earthing the instrument for operator safety and proper function.
Caution regarding electrical isolation, advising disconnection from mains supply when using specific ranges.
Details the ranges, accuracy, and probe characteristics for resistance measurements.
Specifies ranges, accuracy, and probe requirements for measuring current in tracks.
Defines ranges, accuracy, and input resistance for voltage measurements.
Describes indication methods and sensitivity for locating shorts between tracks and planes.
Lists output voltage, output current, and protection details for plane stimulus.
Details output characteristics and protection for the drive source.
Specifies the voltage and frequency requirements for the instrument's power supply.
Provides dimensions, weight, and flammability rating of the instrument.
Lists standard accessories included with the TONEOHM 950, such as probes and headphones.
Lists optional accessories available for purchase, including various stimulus lead sets.
Provides an overview of short circuits and loading problems in electronics manufacturing and service.
Introduces the five operating modes of the TONEOHM 950 for locating short circuits.
Explains different techniques and approaches for locating faults using the instrument.
Guides the user on selecting the appropriate range based on the type of fault being diagnosed.
Details the method for locating shorts with resistance under 200 mΩ using resistance measurements.
Describes how to locate shorts between tracks and planes on multi-layer boards.
Explains how to measure current in a track without breaking the circuit for fault diagnosis.
Covers non-contact current tracing for detecting current flow in difficult-to-access tracks.
Details using voltage drop measurements to trace DC current flow in PCB tracks.
Covers initial steps before operating the instrument, including unpacking and connecting.
Instructions for carefully opening the transit pack and removing the instrument and accessories.
Guides on connecting the instrument to the mains power supply, checking voltage ratings.
Describes the automatic self-test sequence performed when the instrument is switched on.
Details the various connectors on the front panel and the different sets of probes provided.
Explains the function of the LCD display, direction arrows, and various status LEDs.
Describes the operation of the Volume and Drive Source controls for adjusting output and sensitivity.
Details the available measurement ranges for Track Resistance and Track Current measurements.
Recommends performing the calibration/adjustment procedure at least every 12 months.
Informs about internal fuses protecting the Plane Stimulus outputs from damage.
Provides instructions on how to clean the instrument using a damp cloth and mild detergent or alcohol.
Advises contacting local distributors or Polar Instruments for technical support.
Addresses common questions regarding locating and repairing shorts using the Plane Shorts range.
Defines a 'hard short' as a resistance under 200mΩ, typically caused by bridges or bent leads.
Discusses locating shorts with high resistance (>30Ω) and improving resolution by adjusting stimulus leads.
Explains how to identify and locate multiple shorts when direction arrows are inconclusive.
