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Beyond the Toolbox: How the ZX-S10 Redefines Portable Cable Fault Detection
For cable testing technicians, the traditional approach often feels like wrestling a beast. Multiple heavy units – host, pulse generator, path meter, pulse transformer, HV box, capacitor – requiring intricate, error-prone wiring and posing significant safety risks. The ZX-S10 Trolley Cable Fault Tester confronts these challenges head-on, representing a paradigm shift towards integrated, intelligent, and inherently safer cable fault location.
The Core Revolution: Consolidation & Simplification
The ZX-S10's most striking departure from legacy systems is its fully integrated trolley design. It seamlessly fuses the six critical functions typically scattered across separate devices into a single, mobile unit (580x540x900mm, 40kg). This eliminates:
1.Logistical Hassle: No more transporting and interconnecting multiple bulky units.
2.Wiring Complexity & Risk: Traditional setups require numerous HV/LV connections between devices, creating opportunities for miswiring (leading to failed tests or damage) and exposing technicians to HV points during setup. The ZX-S10 drastically reduces interfaces, minimizing these critical failure points and setup time.
3.Inconsistency: Inter-device communication and calibration issues vanish.
Key Advantages Over Traditional Systems:
Feature | Traditional Systems | ZX-S10 Trolley Tester | Advantage for Technician |
Form Factor | Multiple separate heavy units | Single, integrated trolley | Portability, faster setup/teardown |
Wiring | Complex, numerous HV/LV interconnects | Minimal, simplified interfaces | Reduced setup errors, enhanced safety |
Safety | Manual discharge, HV adjustment nearby | Auto-discharge, HV remote control, Wireless HV/LV comms | Dramatically reduced shock risk |
Power | Often requires stable 220V AC source | Built-in battery (4hr HV operation) | True site independence |
Operation | Manual calculations, waveform comparison | Automated length/fault distance, Multi-waveform comparison | Faster interpretation, less expertise needed |
Data Mgmt | Limited local storage, manual transfer | 20G SSD (100M+ waveforms), Remote support | Massive storage, expert backup on-site |
HV Flexibility | Limited range, manual gap adjustment | 0-40kV (1kV steps), Sealed Ball Gap | Precise, silent, adaptable to all cables |
Technical Depth Meets User-Centric Design
Beyond consolidation, the ZX-S10 packs serious technical capability tailored for field efficiency:
1.Advanced Fault Location: Employs Low-Voltage Pulse, HV Flash, and Arc Reflection methods. Its FPGA + NAD parallel sampling (450MHz) and algorithms deliver ±0.5% distance error and pinpoint accuracy of ±0.2m. Crucially, it boasts no blind zone, critical for near-end faults. Automatic measurement of length, phase imbalance, and high-resistance faults accelerates diagnosis.
2.Unmatched Situational Awareness: The large capacitive touchscreen runs integrated Windows software. Technicians can view and compare up to 12 waveforms simultaneously, making fault identification unambiguous through multi-phase trajectory comparison.
3.Engineered for Tough Sites:
All-Weather Operation: Functions reliably from -35°C to +45°C and up to 2000m altitude.
Power Autonomy: The internal battery enables 4 hours of continuous HV impulse testing without grid power.
Universal Cable Handling: Adapts effortlessly from low-voltage (LV) to medium-voltage (MV) cables up to 35kV, handling low resistance, shorts, opens, high resistance (including water-treeing), and sheath faults. Adjustable HV (0-40kV in 1kV steps) and configurable C/V settings ensure safe and effective testing across the spectrum.
4.Next-Gen Safety: This isn't just an afterthought; it's core architecture.
Wireless HV Control: Technicians adjust HV settings and initiate discharges remotely via the low-voltage trolley unit.
Automatic Safe Discharge: Post-test, the system automatically discharges stored HV energy safely, with the process visualized on-screen.
Sealed Ball Gap: Enables precise, silent HV discharges (0-40kV) without the loud bangs of traditional spark gaps, easing local pinpointing in noise-sensitive areas.
5.Connectivity & Support: Dual USB 4.0 ports and LAN/4G connectivity enable real-time remote support. Experienced engineers can assist directly with complex fault finding, drastically reducing downtime.
Conclusion: The Future is Integrated
The ZX-S10 Trolley Cable Fault Tester isn't merely an incremental improvement; it fundamentally reimagines the cable fault detection workflow. By collapsing the traditional "toolbox" approach into a single, intelligent, and safety-focused platform, it delivers unparalleled:
1.Efficiency: Faster setup, automated measurements, rapid interpretation.
2.Safety: Engineered risk reduction through remote HV control, auto-discharge, and wireless comms.
3.Portability & Resilience: True independence from grid power and ruggedized for harsh environments.
4.Capability: Combines high-resolution diagnostics (450MHz sampling) with versatile HV application (0-40kV) for virtually any sub-35kV cable fault type.
For technicians battling cable faults, the ZX-S10 represents a significant leap forward, moving cable testing definitively onto a path that is lighter, simpler, safer, and profoundly more efficient. It sets a new benchmark for what integrated field diagnostics can achieve.
GDZX is a manufacturer of power detection equipment, offering a diverse range of products with comprehensive models and providing professional technical support. Contact us at +86-27-6552607 or +86-17396104357.Website: http://en.gdzxdl.com/
