Stable arc reflection workflow
Compares waveforms before and after burn-through arc so the operator can identify difficult high-resistance faults.
Makes challenging faults easier to interpret than a simple pulse trace. Full workflow
T32 Cable Fault Locator Kit
A trolley-based cable fault location system using fault location power, impulse reflection and pin-pointing methods for high-resistance power cable faults.
Arc reflectionCore location method
1000 mAShort-circuit current noted by source
3 methodsLow voltage impulse, arc reflection and impulse current
Best fitHigh-resistance, flashover and burn-through power cable fault location.
Decision guide
Choose T32 arc reflection kit When...
- The fault is high resistance or flashover and ordinary low-voltage TDR response is not enough.
- The team needs pre-location plus final acoustic-magnetic pinpointing in one system.
- A trolley-based field system is acceptable for power cable repair work.
Field benefit01 02 03
What This Product Helps The Crew Do.
Multiple locating methods
Supports low-voltage impulse, impulse-current and electromagnetic methods depending on the cable condition.
Lets the crew adapt the method instead of changing equipment mid-job.Portable trolley build
The system is organized for transport across site while still supporting power cable fault location functions.
Keeps a larger fault-location kit manageable in the field.Product specs
Key Details.
Use these as the first selection filter. Final configuration depends on cable type, fault condition and site workflow.
| Primary use | High-resistance and flashover cable fault location |
| System includes | Fault location power, impulse reflector and cable fault pin-pointer |
| Methods | Low-voltage impulse, stable arc reflection, impulse current and electromagnetic methods |
| Best suited to | Power cable fault repair and utility maintenance |
Configure the right kit
Share the cable type, voltage class, fault symptom and route length.
RD-Palmer can recommend whether this product should stand alone or be paired with TDR, surge, pinpointing or A-Frame tools.