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Six Cups Dielectric Oil Tester for High Voltage Testing| XHYY102L

Six Cups Dielectric Oil Tester for High Voltage Testing| XHYY102L

Product Details:
Place of Origin: Xi'an Shaanxi China
Brand Name: XZH TEST
Certification: ISO CE
Model Number: XHYY102L
Detail Information
Place of Origin:
Xi'an Shaanxi China
Brand Name:
XZH TEST
Certification:
ISO CE
Model Number:
XHYY102L
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High Light

Highlight:

Six Cups Dielectric Oil Test Equipment

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Dielectric Strength Testing Transformer Oil Tester

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High Voltage Testing BDV Tester

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

XHYY102L Six-Cup Insulating Oil Dielectric Strength Tester is a top-tier fully digital industrial instrument delivering superior precision for breakdown voltage testing of insulating oils. Engineered by our in-house R&D specialists in full compliance with international and national testing standards, it is the product of extensive field trials and persistent refinement. Integrating advanced automatic microcomputer control technology, this six-cup tester delivers exceptional measurement accuracy, robust anti-interference capability, and dependable operational safety. Supporting multiple international standards including IEC156, GB/T507, and DL429.9, plus Chinese/English bilingual operation, the XHYY102L is purpose-built for global deployment across diverse regulatory environments.

Technical Specifications
Parameter Specification
Output Voltage 0–80 kV (optional higher ranges)
Booster Capacity 1.5 kVA
Voltage Accuracy ±(2% of reading + 2 digits)
Boost Speed 0.5–5.0 kV/s (10 gears, 0.5 kV/s increments; error 0.2 kV/s)
Power Distortion Rate < 1%
Electrode Gap Standard 2.5 mm
Test Cup Configuration Six-cup (high-throughput parallel testing)
Number of Trials 1–9 times (user-selectable)
Static Release Time 0–9999 s (user-configurable, default 900 s)
Interval Rest Time 0–999 s (user-configurable, default 300 s)
Mixing/Stirring Time 0–999 s (user-configurable, default 15 s)
Data Interface RS-232 serial port for PC connectivity
Display Language Chinese / English (switchable)
Dimensions 410 × 380 × 370 mm
Operating Conditions
Parameter Specification
Ambient Temperature 0℃ to +40℃
Relative Humidity ≤ 85% RH
Working Power Supply AC 220V ± 10%
Power Frequency 50 Hz ± 10%
Power Consumption < 200 W
Key Performance Features
  • Multi-Standard Global Compliance — Pre-loaded with GB/T507-1986, GB/T507-2002, DL429.9, IEC156, and user-defined custom protocols, enabling seamless deployment across Chinese, European, and international regulatory frameworks without additional configuration.
  • Six-Cup High-Throughput Configuration — Process up to six oil samples simultaneously with independently configurable mixing, standing, and interval times for fully unattended multi-batch test sequences.
  • Bilingual Chinese/English Operation — Instantly switchable interface language accommodates both domestic and international operators, eliminating training barriers in globally staffed laboratories or overseas project sites.
  • Large-Capacity MCU with Watchdog — Microcomputer-controlled with wide-range watchdog circuit ensures stable, crash-free operation during extended unattended testing sessions.
  • Environmental Sensing & Safety — Built-in temperature and humidity monitoring with optional infrared oil temperature measurement. Comprehensive over-current, over-voltage, and short-circuit protection with grounding alarm.
  • Precision Measurement Chain — High-voltage terminal sampling feeds directly to A/D converter, bypassing analog circuit errors. Special glass and polymer oil cups prevent leakage and corrosion for long service life.
  • RS-232 Data Export & Thermal Printing — Serial interface for PC-based data archiving and LIMS integration, plus built-in thermal printer for immediate hard-copy test reports.
Instrument Panel Overview
Component Function
LCD Display Shows date, time, operating parameters, test results, and menu prompts (Chinese/English)
Printer Prints average of single and multiple test results
Oil Cup Cover Open to insert/remove oil cups; must be closed before testing
Power Socket AC 220V 50Hz power input
Grounding Column Reliable ground connection terminal
RS-232 Interface Serial data port for PC connectivity and digital archiving
Applicable Standards
Standard Description
GB/T507-1986 Chinese national standard — Insulating oil dielectric strength test method (1986 edition)
GB/T507-2002 Chinese national standard — Insulating oil dielectric strength test method (2002 edition)
DL429.9-91 Chinese power industry standard — Insulating oil dielectric strength measurement
IEC 60156 International standard — Insulating liquids: determination of breakdown voltage at power frequency
Custom Protocol User-defined test sequences for specialized or proprietary requirements
Product Image

XHYY102L

Frequently Asked Questions
Q1: Is this tester suitable for international EPC contractors executing overseas power projects?
Yes, the XHYY102L is purpose-designed for international deployment. Its multi-standard compliance (IEC156, GB/T507, DL429.9) allows EPC contractors to use a single instrument across projects in Asia, Africa, the Middle East, and beyond without needing region-specific testers. The Chinese/English bilingual interface enables seamless handover between Chinese technical teams and local operations staff. RS-232 data export supports standardized commissioning documentation required for project acceptance certificates under FIDIC and other international contract frameworks.
Q2: Can export-oriented transformer OEMs use this for international customer acceptance testing?
Absolutely. Transformer manufacturers exporting to markets requiring IEC156 compliance (Europe, Southeast Asia, Middle East, Africa) need test equipment that can demonstrate conformity during factory acceptance testing (FAT). The XHYY102L’s IEC156 protocol ensures that BDV test results are directly recognized by international customers and third-party inspectors. The six-cup configuration enables rapid testing of oil samples from multiple export units in a single session, and the thermal printer generates customer-ready documentation on the spot.
Q3: How does it perform in petrochemical refinery electrical maintenance applications?
Petrochemical refineries operate large fleets of oil-filled transformers, switchgear, and rectifiers in hazardous-area electrical installations where equipment reliability is safety-critical. The XHYY102L’s six-cup, high-throughput design enables refinery electrical maintenance teams to batch-test oil from multiple process-area transformers during planned turnarounds — when maintenance windows are tight and every hour counts. The instrument’s corrosion-resistant glass and polymer oil cups withstand aggressive environments, and the comprehensive protection circuitry ensures safe operation in classified electrical areas.
Q4: Is it suitable for steel mills and metallurgical plant electrical maintenance departments?
Steel mills and metallurgical plants subject transformers to extreme electrical stress from electric arc furnaces, rolling mill drives, and induction heating systems. Regular oil testing is critical but often competes with limited maintenance windows. The XHYY102L’s six-cup parallel testing maximizes oil sample throughput during brief production pauses. Its strong anti-interference capability and electromagnetic compatibility ensure accurate measurements despite the high levels of electrical noise typical in steelmaking environments, and the wide-range watchdog circuit prevents crashes during continuous multi-shift operation.
Q5: Can power sector procurement agencies in developing markets deploy this instrument?
Power utilities and procurement agencies in Southeast Asia, Africa, the Middle East, and South America need test equipment that balances international standards compliance with cost-effectiveness. The XHYY102L’s IEC156 compliance satisfies World Bank and development bank procurement tender requirements, while its bilingual Chinese/English interface supports training and operation by local technical staff. The instrument’s six-cup high-throughput design maximizes return on investment by serving multiple substations from a single regional testing center, and the RS-232 connectivity supports integration with emerging digital grid asset management platforms.