
Transformer Oil BDV Tester
Automatically measures insulating oil breakdown voltage up to 80 kV according to IEC 60156, with programmable test cycles, safety protection, data storage, printing, and USB export.


Automatically measures insulating oil breakdown voltage up to 80 kV according to IEC 60156, with programmable test cycles, safety protection, data storage, printing, and USB export.

Measures trace moisture from 0 μg to 200 mg by coulometric Karl Fischer titration. Automatic 0–400 mA control, 0.1 μg sensitivity, touchscreen operation, and printing deliver fast, reliabl

Automatically measures insulating oil tan delta, DC resistivity, permittivity, and capacitance according to IEC 60247. Induction heating, touchscreen control, and automatic oil drainage ensure accurat

Automatically determines the acid value of insulating oil using extraction titration. High-precision measurement and multi-sample testing reduce manual work, helping laboratories assess oil aging effi

Automatically determines petroleum flash points by the Cleveland open-cup method according to ASTM D92 and GB/T 3536. Automated ignition, detection, pressure correction, cooling, and printing improve

Separates and quantifies permanent gases, VOCs, and trace compounds with flexible detector configurations. Precise temperature programming and Ethernet-based data management support reliable analysis

Measures liquid surface tension and mineral oil-water interfacial tension from 2 to 200 mN/m using the ring method. Automatic balancing, calculation, and recording improve repeatability and laboratory

Determines petroleum kinematic viscosity according to ASTM D445 and GB/T 265. Four capillary positions, precise bath control, automatic calculation, data storage, and printing streamline routine oil a

Measures petroleum flash points up to 400°C according to ASTM D93 and GB/T 261. Automatic heating, ignition, detection, pressure correction, cooling, and printing deliver reliable results with les

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High-precision analysis of 7-9 gases (H2, CO, C2H2, etc.) in transformer oil. It identifies early internal discharge and overheating faults, acting as a “health guard” for your power grid.
Powered by a built-in 24-bit AD circuit and industrial-grade chips. This ensures ultra-low noise levels and stable baselines even for trace gas detection, delivering laboratory-grade reliability.
Modular design supports up to 3 detectors (FID, TCD, ECD, FPD, NPD) installed simultaneously. Flexible configurations accommodate diverse sample analysis for petrochemical or power systems.
Behind every reliable reading is our dedicated workshop. From high-grade component sourcing to 48-hour aging tests and final calibration, we meticulously craft durability and accuracy into every unit.












We offer flexible end-to-end services and customized optimal solutions. With strict quality control ensuring reliability and concierge-style after-sales support, we create lifetime records to provide you with responsive and professional service.
We provide full-process services from pre-sales through sales to after-sales.
We have a comprehensive quality inspection process to ensure the quality of every product you receive.
Concierge-style service, creating a “health record” for every device you purchase.

Discover what our clients have to sya
At Zhiwei Electric Power, we provide a clear, efficient, and hassle-free procurement experience to ensure you quickly receive high-quality testing solutions.
Don’t just buy a product; get a solution. Send us your testing requirements, and our engineers will recommend the optimal model with a detailed technical proposal and competitive offer.
We confirm all specs via a formal Proforma Invoice (PI). Once terms are agreed upon and the advance payment is verified, your order immediately enters our production priority queue.
Every unit undergoes final QC testing before export packing. We handle shipping documentation (B/L, AWB) and provide tracking details to ensure smooth customs clearance and arrival.
It serves as an early-warning diagnostic tool. By tracking changes in gas concentrations (e.g., Acetylene), it detects latent thermal and electrical stresses. This allows for planned maintenance before a catastrophic equipment failure occurs.
It features a built-in high-resolution 24-bit AD circuit and industrial-grade chips. This ensures ultra-low noise levels and a stable baseline, allowing the equipment to accurately detect even trace components of dissolved gases with laboratory-level precision.
It turns “blind operation” into “informed maintenance.” Tracking gas trends (e.g., CO, H2) allows you to predict insulation degradation and thermal stresses. This proactive approach saves multi-million dollar assets from sudden fires and unplanned grid downtime.