V10X SERIES HIPOT TESTERS

Future-Ready Electrical Safety Testing

Next-generation hipot testing built for automated production lines. Deliver faster throughput, precise measurements, and seamless integration with your manufacturing systems.

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Vitrek V10X Series Hipot Tester

Up to 15kVAC / 15kVDC

GFI, SFI™ & TLSS™

Insulation & Low Resistance

Up to 40 A RMS

Ethernet, USB, RS232 & GPIB

Intuitive Color Touchscreen

POWERFUL. PRECISE. INTUITIVE.

Automation-Ready Electrical Safety Testing

The Vitrek V10X Series is an advanced electrical safety testing platform engineered for high-voltage dielectric withstand (hipot), insulation resistance, ground bond, and low-resistance measurement in production and laboratory environments. Combining touchscreen workflow, multi-test capability, and automation-ready architecture, the V10X delivers faster test execution, improved operator efficiency, and scalable integration for manufacturers requiring precision electrical safety verification with comprehensive documentation and compliance traceability.

  • Modern full-color touchscreen for graphical sequence editing and real-time charts
  • Configurable test sequencing — 1,000+ steps with ramps, dwells and multi-level IR
  • Direct control of up to 1,600 HV scanner channels for multi-point systems
  • Built for compliance: UL, IEC, CSA, MIL-STD and DO-160 (400 Hz) testing

  • Audit-ready documentation with full measurement traceability

  • 100 pA leakage resolution for precise insulation testing

  • Advanced arc detection for improved breakdown sensitivity

  • 4-wire Kelvin resistance measurement down to 100 µΩ

  • Integrated ground bond testing up to 40 A RMS on applicable models

  • SCPI automation interfaces via Ethernet, USB, RS232 and optional GPIB

Engineered for Today’s Connected Manufacturing Environments

Increase Throughput

Faster testing with intelligent automation and high-speed sequencing

Improve accuracy

DSP-driven precision measurements you can trust

Ensure Compliance

Meet global safety standards with full documentation

Reduce Cost of Test

Multi-test platform reduces the need for separate instruments

Applications

The V10X Series is ideal for a wide range of industries and products, including:

Medical Electrical Equipment Safety

Leakage current, dielectric withstand, and protective earth testing of diagnostic devices, patient monitoring equipment, and surgical instruments

Appliance & Tools End-of-Line Safety

Production testing of washers, dryers, refrigerators, power tools, and household electronics for insulation integrity and ground bond continuity

Cable Assemblies, Harnesses & Connectors

Multi-point hipot and continuity verification of automotive harnesses, industrial cable assemblies, and high-reliability interconnects

Power Distribution Dielectric Testing

High-voltage stress testing of transformers, switchgear, circuit breakers, busbars, and utility power distribution equipment

EV Components HV Stress Testing

Insulation resistance and dielectric withstand testing of battery packs, motor drives, DC-link capacitors, and high-voltage interconnects

LED Drivers, Lighting Ballasts & Fixtures

Safety compliance testing of solid-state drivers, electronic ballasts, and commercial/industrial luminaires

Comprehensive Multi-Test Platform with High-Voltage Capability

The V10X Series provides comprehensive electrical safety testing across AC hipot, DC hipot, insulation resistance (IR), ground bond, and 4-wire low-resistance measurements within a single platform. Built on Vitrek’s proven high-power hipot architecture, the system delivers output voltages up to 15 kV DC and 10 kV AC standard (expandable to 30 kV AC with external option), with configurable current sourcing from 50 mA DC to 200 mA AC for demanding load conditions.

Touchscreen Workflow Reduces Setup Time and Operator Error

Unlike legacy button-based hipot testers, the V10X uses a full-color touchscreen interface with graphical sequence editing, allowing engineers to visually construct multi-step test profiles, set voltage ramps, configure dwell times, and define pass/fail limits without navigating nested menus. Real-time measurement charts display voltage, current, and resistance trends during test execution, enabling immediate detection of insulation degradation, arc events, or DUT anomalies. This approach reduces operator training time, minimizes setup errors, and accelerates validation workflows in high-mix manufacturing environments.

Precision Measurement with DSP Technology and Arc Detection

Advanced DSP technology enables high-speed voltage regulation, pico-ampere leakage current measurement (100 pA resolution), and tera-ohm insulation resistance readings with phase angle analysis to separate resistive and capacitive leakage components. High-power DC models provide rapid charge/discharge cycles for high-capacitance devices such as inverters, motor drives, and solar panels, significantly reducing test cycle time compared to standard hipot platforms. Configurable arc detection with dual-parameter limits (amplitude and pulse width) improves breakdown sensitivity while reducing false failures caused by external noise or fixture effects.

Built for Automated Production and Scalable Test Systems

The V10X is designed for automated production lines and scalable test systems. Native SCPI command support over Ethernet, USB, RS232, and optional GPIB allows integration with Manufacturing Execution Systems (MES), Statistical Process Control (SPC) platforms, and custom test software. The system directly controls up to 1,600 high-voltage scanner channels for multi-point testing without external relay controllers, enabling complex cable harness, connector array, and multi-DUT configurations. Built-in PDF report generation and CSV data export provide audit-ready documentation with timestamp, operator ID, and full measurement traceability for ISO, IEC, and UL compliance requirements.

Multi-Layer Safety Architecture and Compliance Support

Multi-layer safety architecture includes Ground Fault Interruption (GFI) for earth leakage detection, Safety Fault Interlock (SFI™) for high-speed HV shutdown, and Test Lead Safety Sense (TLSS™) for continuous verification of proper lead connection and DUT grounding. Optional 40-amp ground bond capability supports low-resistance safety conductor verification in appliances, power tools, and industrial equipment per IEC 61010, IEC 60335, and UL 61010 standards. The system supports 400 Hz testing for avionics and military applications, ensuring accurate compliance verification for aerospace power systems.

U.S. Manufacturing and Warranty

All V10X Series testers are manufactured in the U.S.A. and include a 2-year standard warranty covering parts and workmanship.

High-Voltage Output and Multi-Test Capability

  • AC hipot up to 10 kV / DC hipot up to 15 kV standard – Verifies insulation integrity across a wide range of products and voltage classes without requiring external boosters
  • Optional 30 kV AC external module – Extends testing capability for high-voltage transformers, medical imaging equipment, and industrial power distribution systems
  • High-power AC output: 100 mA / 200 mA options – Tests heavy capacitive and inductive loads including motor windings, power supplies, and cable assemblies
  • High-power DC output: 50 mA sourcing current – Rapidly charges high-capacitance DUTs (solar panels, DC-link capacitors, EV battery systems) for faster cycle times
  • Integrated ground bond testing up to 40 A RMS – Performs safety conductor verification in a single platform, eliminating need for separate ground bond testers
  • 4-wire Kelvin low-resistance measurement – Provides accurate milliohm-level contact resistance measurement with automatic lead compensation
  • 400 Hz AC voltage withstand testing – Supports aviation and military power system compliance testing per MIL-STD and DO-160 requirements

Advanced Measurement and Arc Detection

  • Pico-ampere leakage resolution (100 pA) – Detects ultra-low leakage currents for high-resistance insulation testing up to tera-ohm range with stable, repeatable results
  • Phase angle measurement (in-phase and quadrature components) – Separates resistive leakage from capacitive coupling for accurate insulation quality assessment and predictive failure analysis
  • Configurable broadband arc detection – Applies test-specific time and amplitude thresholds (4–30 µs pulse width, 2–20 mA peak) to improve breakdown sensitivity while reducing false failures
  • Fast breakdown detection (<150 µs) – Immediately terminates HV output upon insulation failure to protect DUTs and prevent cascading damage
  • Automatic fixture and cable compensation – Eliminates offset errors caused by test lead resistance, fixture capacitance, and stray leakage for accurate low-level measurements

Touchscreen Workflow and Sequence Control

  • Full-color graphical touchscreen interface – Enables visual test sequence creation, parameter adjustment, and real-time chart review without external computer or complex menu navigation
  • Real-time measurement charts – Displays live voltage, current, and resistance trends during test execution for immediate detection of ramp anomalies, arc events, or DUT degradation
  • Multi-step sequence memory (1,000+ steps) – Stores complex test profiles with ramps, dwells, multi-voltage IR tests, and ground bond verification in non-volatile memory with 20-year retention
  • Multi-dwell functionality – Permits voltage steps at different levels without returning to zero between tests, simplifying advanced dielectric analysis and reducing total test time
  • Ramp high / dwell low current limits – Sets independent leakage limits for ramp and dwell phases, enabling faster ramp times with tighter production limits during steady-state dwell

Automation and Connectivity

  • SCPI-compliant automation interfaces – Provides native LAN, USB, RS232, Digital I/O, and optional GPIB with full command set for integration into automated test systems and MES platforms
  • Embedded web interface and WiFi configuration – Allows remote monitoring, configuration access, and network-based test management for distributed manufacturing and Industry 4.0 workflows
  • Direct control of 1,600 HV scanner channels – Manages large multi-point test matrices without external relay controllers
  • Built-in PDF report generation and CSV export – Creates audit-ready documentation with timestamp, operator ID, serial number, and full measurement data directly at the instrument
  • Digital I/O for production line integration – Supports Start/Stop, Pass/Fail, HV Present, and Safety Interlock signals for PLC control and automated material handling

Safety and Compliance

  • Ground Fault Interruption (GFI) with high-speed shutdown – Detects earth ground leakage faults and terminates HV output to protect operators and prevent equipment damage
  • Safety Fault Interlock (SFI™) with <1 ms shutdown – Monitors interlock circuit continuity and immediately disables HV if guard enclosure or safety door is opened
  • Test Lead Safety Sense (TLSS™) continuous verification – Actively verifies proper connection of HV and return leads throughout test, clamping DUT chassis near ground to prevent floating hazards
  • Software-upgradeable platform – Enables firmware updates for feature expansion, performance enhancements, and future compliance support without hardware replacement
  • Safety certified per EN 61010-1 / EMC compliant to EN 61326-1 – Meets international safety and electromagnetic compatibility standards for laboratory and industrial environments

CAPABILITIES
AC Hipot V101 V102 V103 V104 V105 V106 V107 V108 V109
Voltage Range 20V–6KV 20V–6KV 20V–6KV 20V–6KV 50V–10KV 50V–10KV 50V–10KV 50V–10KV –
Max Std Current 50mA 50mA 50mA 50mA 30mA 30mA 30mA 30mA –
500VA Option 100mA 100mA 100mA 100mA – – – – –
2KV Max Option (AC-2) 200mA 200mA 200mA 200mA – – – – –
30KVAC External Option 10mA 10mA 10mA 10mA 10mA 10mA 10mA 10mA –
DC Hipot / IR V101 V102 V103 V104 V105 V106 V107 V108 V109
Voltage Range 20V–6KV 20V–6KV 50V–11KV 50V–11KV 50V–11KV 50V–11KV 50V–15KV 50V–15KV –
Max DC Current 50mA 50mA 30mA 30mA 30mA 30mA 10mA 10mA –
Max IR TΩ Range TΩ Range TΩ Range TΩ Range TΩ Range TΩ Range TΩ Range TΩ Range –
40A Ground Bond V101 V102 V103 V104 V105 V106 V107 V108 V109
40A Ground Bond – Yes – Yes – Yes – Yes Yes
4-Wire Ohmmeter
Capabilities available with each model; fast, accurate 5-digit resistance measurements with resolution down to 100µΩ and range up to 100K ohms.

Technical Specifications

Measurement Precision & Accuracy

  • AC Voltage Accuracy: ±0.5% + 1.5V (typical)
  • DC Voltage Accuracy: ±0.2% + 1.25V (typical)
  • Leakage Current Measurement: Down to 0.1 nA resolution, RMS in phase, and quadrature components supported
  • Measurement: Both AC and DC components supported
  • Phase Angle Accuracy: ±0.05° RMS relative to test voltage

Arc Detection Performance

  • Arc Current Range: 1 mA to 30 mA RMS (50 kHz–5 mHz bandwidth)
  • Arc Time Resolution: Selectable 4 µs to 40 µs measurement windows
  • Dual-Parameter Detection: Time and amplitude thresholds configurable per test

Voltage Withstand Capabilities

  • AC Test Voltage Range: Up to 10 kVrms standard, expandable to 30 kVrms with AC 30 option
  • Frequency Range: 20 Hz to 500 Hz (400 Hz aviation testing supported)
  • Waveform Quality: Sinewave output with controlled crest factor

Leakage & Breakdown Measurement

  • Detection: From 1 µA up to 280 mA peak with sub-30 µs detection time
  • Leakage Current Accuracy: ±0.5% typical for isolated OUT measurements
  • Cable Compensation: Automatic correction for fixture capacitance and lead effects

Test Sequencing & Control

  • Ramp & Dwell Resolution: Ramp times down to 0.01 s and programmable voltage rate control
  • Multi-Level Operations: Programmable voltage steps without returning to zero
  • High-Speed Sequencing: Supports chained test execution without discharge between compatible steps

Ground Bond & Resistance Testing

  • Ground Bond Current: Up to 40 A RMS output capability
  • Resistance Measurement Range: Milliohm-level resolution with 2-wire and 4-wire Kelvin modes
  • Automatic Lead Compensation: Removes fixture resistance error

General Specifications

  • Dimensions: 132 mm H × 432 mm W × 457 mm D (5.2″ × 17″ × 18″)
  • Weight: 9 kg (19.8 lb) net; varies by model and installed options
  • Operating Temperature: 0 °C to 50 °C (operating)
  • Humidity: +85% RH (non condensing)
  • Altitude: Up to 7,000 ft standard operation
  • Power: 105–265 VAC (45–450 Hz) standard
  • Capacity: Minimum 500 VA (750 VA with high-power option)
  • Data & Memory: Up to 100 test sequences with 1,000+ steps, non-volatile storage with 20-year memory retention. Onboard PDF generation and CSV report
  • Interfaces: Ethernet LAN, USB Host Port, RS232 interface, Digital I/O, optional GPIB interface

Accessories & Optional Interfaces

  • Rear Terminal Option (RPO): Adds rear panel terminals in parallel with front panel connections
  • Rear Terminal Replacement (RPOO): Rear-only terminal configuration for fixed installations
  • GPIB: IEEE-488 communication interface for legacy automation systems
  • QT Insite: Vitrek’s PC based HIPOT automation software platform
  • Rack Mount Kit: Enables standard 19″ rack installation

Ordering

Below prices in US$ are for destinations in North America with terms of prepay, net 30 days (OAC) and accepted credit cards. For shipment beyond North America or terms beyond 30 days, please contact the factory for a quotation. If you require rush/expedited shipment please contact Vitrek at (815) 838-0005 or email info@vitrek.com

V10X Series Hipot Testers

V10X Options & Accessories

10 X Series Downloads

Download Data Sheet
Download Manual
Download QT Insite Software – FREE 45 Day Trial

*At the end of your FREE 45 day trial of QT Insite software, you must purchase a Software License Key for the appropriate products the software is being used with.  See ordering information or contact Vitrek for details at info@vitrek.com (815) 838-0005.

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V10x series Hipot tester
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