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Pull-Rod Surge Generator Featuring 12μF Built-in Capacitor 864J for LV MV Cable Fault Contractors| XHHV515-8L

Pull-Rod Surge Generator Featuring 12μF Built-in Capacitor 864J for LV MV Cable Fault Contractors| XHHV515-8L

Product Details:
Place of Origin: Xi'an Shaanxi
Brand Name: XZH TEST
Certification: ISO
Model Number: XHHV515-8L
Detail Information
Place of Origin:
Xi'an Shaanxi
Brand Name:
XZH TEST
Certification:
ISO
Model Number:
XHHV515-8L
Highlight:

High Light

Highlight:

Pull-Rod 12μF Surge Generator

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864J LV MV Cable Fault Locator

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Compact DC Impulse Withstand Test

Trading Information
Minimum Order Quantity:
1set
Price:
Negotiable
Packaging Details:
wooden packaging
Delivery Time:
5-8 work days
Payment Terms:
T/T
Supply Ability:
3000unit/year
Product Description
Pull-Rod High Voltage Surge Generator| XHHV515-8L  Model: XHHV515-8L

Designed for: LV/MV Cable Fault Service Technicians, Utility Distribution Maintenance Crews, Electrical Testing Service Providers

Core Value: Compact pull-rod type DC impulse generator with 12μF built-in capacitor delivering 0-864J adjustable discharge energy — the portable, grab-and-go solution for routine fault detection on 12kV and below power cables with dual-mode output (impulse discharge + DC withstand voltage).

Who This Equipment Is For

The XHHV515-8L is engineered for field technicians who need a compact, lightweight, single-operator portable impulse source for everyday LV and MV cable fault location work. Its pull-rod chassis design prioritizes ease of transport and rapid deployment — ideal for utility crews responding to multiple fault callouts per day and testing companies servicing urban distribution networks where maneuverability through tight access points is critical.

1Field Service TechniciansPull-rod portability for single-operator transport between vehicle and test point. Minimal setup — connect, power on, test.
2Distribution Utility CrewsRoutine 12kV and below cable fault location. Zero-position start protection ensures safe operation by crews rotating through substations daily.
3Testing Service CompaniesCost-effective impulse source for LV/MV cable fault service contracts. Dual output ports — no mode switching hardware required between impulse and DC modes.
4Industrial Plant ElectriciansCompact footprint fits through standard doorways and equipment room access points. Ideal for factory and processing plant MV cable diagnostics.

Key Specifications
Built-in Capacitor12 μF
Discharge Energy Range0–864 J
Target Cable Voltage≤12 kV
Voltage MeasurementReal-time kV Meter
Safety InterlockZero-Position Start
Discharge ControlManual + Timed Interval
Output ModesEMP + DC Dual Ports
Power Supply220V AC 50Hz
Form FactorPull-Rod Portable

Compact Pull-Rod Design — Grab, Go, Test

Unlike larger trolley-mounted surge generators that require vehicle ramp access and two-person handling, the XHHV515-8L’s pull-rod form factor enables true single-operator field mobility. The integrated telescoping handle and rugged chassis allow one technician to transport the complete instrument from vehicle to test point — through gates, down stairwells, and into congested substation bays where wheeled carts cannot navigate.

Operational Advantage: For utility crews handling 4-6 fault callouts per shift, the difference between a 2-minute setup (XHHV515-8L) and a 10-minute setup (trolley-type units with external capacitor connections) translates directly to more faults located per working day — and faster service restoration for customers.


Dual Output Ports — No Mode Switching Required

Many surge generators require the operator to physically reconfigure cabling when switching between impulse discharge and DC withstand voltage modes — a source of connection errors and wasted time. The XHHV515-8L provides dedicated output ports for each mode:

Output Port Function Use Case
HV Output (EMP) Impulse discharge for cable fault pinpointing Connect to cable under test for acoustic-magnetic thumping during fault location
HV Output (DC) Continuous DC withstand voltage output Connect for post-installation cable insulation verification and preventive maintenance testing

Real-Time Voltmeter — Complete HV Visibility

A distinctive safety and diagnostic feature of the XHHV515-8L is its real-time kV voltmeter that indicates capacitor voltage even when the instrument is in standby mode — not just during active impulse discharge. This provides operators with continuous situational awareness of the stored energy state, eliminating the risk of accidental contact with a seemingly "off" capacitor bank that may still hold a dangerous residual charge.

  • Standby Monitoring: Voltmeter displays real-time capacitor voltage — operator always knows the energy state before approaching output terminals
  • Manual Discharge Button: Dedicated front-panel discharge button for controlled dissipation of residual capacitor energy — complements the automatic safety discharge circuit
  • Zero-Position Indicator (Yellow LED): Lights only when voltage adjustment knob is at zero — visual confirmation it is safe to enable HV output
  • Tuned Energy Output: 12μF capacitance with 0-864J adjustable range allows operators to match impulse energy to cable length and fault impedance — avoiding over-discharge on short LV cable sections

Panel Interface — Every Control Explained
Control Function
1. Safety Ground Instrument chassis earth connection — prevents casing electrification and personnel shock hazard
2. Discharge Button Manual internal charge dissipation when HV is off — secondary safety layer beyond automatic discharge
3. Start / Zero-Position Indicator Yellow LED confirms voltage knob at zero; press to enable HV output when indicator is lit
4. Stop / HV Indicator Immediate HV output cutoff; indicator lights during active high-voltage output
5. Overcurrent Protection Press to activate protection; auto-trips on overcurrent condition — reset after correction
6. Voltage Adjustment Turn fully counterclockwise to zero before start, then clockwise to increase output
7. Time Setting Configurable discharge time interval for automatic timed impulse mode during pinpointing

Applications
Application Scenario
Cable Fault Pinpointing Impulse discharge for acoustic-magnetic pinpointing on 12kV and below LV/MV distribution cables
DC Withstand Voltage Testing Post-installation and post-repair cable insulation verification on LV and MV circuits
Pre-Commissioning Cable Verification New cable circuit testing before energization — detects installation damage and joint defects
Electrical Equipment DC Testing DC withstand voltage testing on other electrical equipment — transformers, switchgear, bushings
Routine Preventive Maintenance Scheduled cable condition assessment for urban networks, industrial plants, commercial facilities

Safety & Operational Precautions
  • Always connect safety ground to a reliable earth point before operation — prevents casing electrification and shock hazard
  • Verify zero-position indicator (yellow LED) is lit before pressing Start — confirms voltage adjustment knob is at zero
  • Press manual discharge button and verify voltmeter reads zero before disconnecting output cables
  • Press Stop immediately if any abnormal condition is observed during testing
  • Only qualified HV technicians may operate — unauthorized disassembly voids warranty
  • Read the complete instruction manual before first use; understand all panel controls and wiring methods
  • Transport using the pull-rod handle — avoid lifting by cables or connectors

Ratings & Review

Overall Rating

5.0
Based on 50 reviews for this supplier

Rating Snapshot

The following is the distribution of all ratings
5 stars
100%
4 stars
0%
3 stars
0%
2 stars
0%
1 stars
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All Reviews

J
John Miller
United States Mar 26.2026
We tested the XHHV535-4Z on several underground cable repair jobs in Houston. It helped our team locate faults faster and reduced unnecessary excavation. The equipment is powerful, stable, and easy to operate in the field. A great solution for utility and industrial cable maintenance.
L
Lee
Malaysia Jan 10.2024
Our customized service is incredibly thoughtful: our R&D team can accurately address specific needs, providing tailored solutions for everything from voltage and frequency to environmental adaptation. They quickly provided a perfect solution for the non-standard requirements of our project, truly delivering a bespoke service.