• JDZ16-12R voltage transformer
JDZ16-12R voltage transformer
discuss personally
Model
JDZ16-12R-11kV
Basic info
Brand Wone Store
Model NO. JDZ16-12R voltage transformer
Rated frequency 50/60Hz
Primary voltage 11kV
Secondary voltage 110V
Series JDZ
Product Detail

Product Overview

JDZ16-12R voltage transformer, epoxy resin casting and full enclosed construction, is used indoor for measuring current, electric energy and protective relaying in single-phase or three-phase AC circuit with the frequency 50Hz or 60Hz and highest voltage for equipment 12kV.

The product has the feature of high reliability, low magnetism of core, large creep distance of external insulation and maintenance free etc.

Key Features

  • Epoxy Resin Fully Enclosed Cast Insulation:JDZ16-12R employs advanced vacuum epoxy resin casting technology to form a fully sealed insulation system with an IP65 protection rating. This structure not only features excellent electrical insulation capable of withstanding high-voltage impulses—ensuring stable operation under normal and transient overvoltage conditions—but also effectively resists dust, moisture, and salt fog. It maintains reliable performance in humid coastal areas with high salinity or dusty industrial environments, eliminating the need for frequent maintenance. This maintenance-free design significantly reduces O&M costs, minimizes power outage time for servicing, and enhances overall power system operational efficiency.
  • Wide Temperature Range Stable Operation:With an operating temperature range of -40℃ to +70℃, it ensures stable performance in extreme climates. High-quality high/low-temperature resistant insulation materials prevent insulation aging caused by drastic temperature fluctuations, maintaining consistent electrical properties. Field tests and long-term applications verify a service life exceeding 30 years, reducing equipment replacement frequency and long-term costs while providing reliable support for long-term power system stability.
  • Anti-Fouling Flashover & High Insulation Design:The external insulation features a creepage distance ≥31mm/kV, equipped with anti-fouling flashover skirts and hydrophobic coatings, making it ideal for Class Ⅲ pollution areas. These designs significantly reduce the risk of flashover caused by contaminant accumulation and moisture. Insulation performance tests show partial discharge ≤5pC, and it has passed 12kV/42kV/75kV power frequency/impulse withstand voltage tests, comprehensively ensuring insulation reliability for safe operation under complex conditions.

Main technical parameter

  • Highest voltage for equipment: 12kV
  • Rated primary voltage: 11kV
  • Rated secondary voltage: 100/220V or 110/220V or 100V or 110V.
  • Technical standard accords with IEC 60044-2:2003 Part2 Instrument transformers-Part2: inductive voltage transformers

Remarks: Upon request we are glad to offer transformers according to other standards or with non-standard technical specs.

Outline drawing

Know your supplier
Wone Store
Main Categories
High voltage/Low voltage/Wire cable/Instrument meters/New energy/Tester/Production equipment/Generator/Electrical fittings/Integrated Electrical Equipment/MV & LV CT PT/Switchgear parts
Business Type
Sales
Highest Annual Export (USD)
$300000000
Professional Experience
1 years
Workplace
1000m²
占位
占位
Related Products
Related Knowledges
What are the polarity test methods for GIS current transformers?
What are the polarity test methods for GIS current transformers?
I’m Oliver, an 8 - year current transformer testing pro. Today, let’s break down new and old polarity test methods for GIS current transformers—how they work and their pros/cons.1.Testing Methods1.1New MethodPre - test ops: Open FDS21/FDS22 fast disconnectors + DS23 disconnector. Close CB21 breaker, then ES21/ES22 grounding disconnectors. Disconnect ES21’s SF6 - shell ground.Wiring: Connect battery between ES21’s moving contact (negative grounded) + ground electrode
Oliver Watts
07/07/2025
Exploring the Design and Application of Photoelectric Current Transformers in GIS
Exploring the Design and Application of Photoelectric Current Transformers in GIS
1.Design and Application Example of Photoelectric Current Transformer in GISThis article takes a 126kV GIS project as a specific example to deeply explore the design ideas and practical application of photoelectric current transformers in the GIS system. Since this GIS project was officially put into operation, the power system has remained stable, with no major failures occurring, and the operation status is relatively ideal.1.1 Design and Application Ideas of Photoelectric Current TransformerI
Dyson
07/07/2025
Maintenance and Diagnostic Analysis of Current Transformers in GIS Equipment
Maintenance and Diagnostic Analysis of Current Transformers in GIS Equipment
I'm Oliver, with 8 years of experience in current transformer testing. These are all practical experiences, shared with you1 Maintenance of Current TransformersHaving been in the business of current transformer testing for 8 years, I know a thing or two about their maintenance! The maintenance of current transformers is divided into minor repairs, intermediate repairs, and major overhauls.Minor repairs mainly involve opening the cover (if necessary) and changing the oil, usually carried out once
Oliver Watts
07/07/2025
What are the possible causes of cracking failure in CT terminal blocks within GIS equipment?
What are the possible causes of cracking failure in CT terminal blocks within GIS equipment?
Gas - insulated switchgear (GIS) , often called “SF6 combined electrical apparatus”, is widely used in power systems for its high reliability, small footprint, low noise, and low loss. It encloses high - voltage devices like circuit breakers, fast grounding switches, current transformers, and busbars in a grounded metal shell filled withSF6gas. Each device sits in a separate gas chamber with different pressures. The CT terminal block divides gas chambers, connects components, and eas
Felix Spark
07/07/2025
Development of an Outdoor Integrated Low - Voltage Current Transformer
Development of an Outdoor Integrated Low - Voltage Current Transformer
In power grid construction, line losses reflect planning, design, and operation management. They’re key for evaluating power systems. For refined low - voltage transformer area line loss management, accurate line loss counting is critical. So, solidifying basic data, ensuring data accuracy, and proper original data collection matter for analysis. We must also optimize factors affecting collection accuracy, make preventive measures, and boost refined line loss management.1 Current Status of
Dyson
07/05/2025
What might be the future development trends of outdoor current transformers?
What might be the future development trends of outdoor current transformers?
I'm Echo, a 12-Year Veteran in the CT Industry, Talking About What's Coming NextHi everyone, I'm Echo, and I've been working in the current transformer (CT) industry for 12 years.From learning wiring and equipment debugging with my mentor to now leading a team tackling complex on-site issues, I've witnessed many technological advancements and industry changes. Especially with outdoor current transformers, there have been significant developments, but also much room for improvement.A few days ago
Echo
07/05/2025
×
Inquiry
Download
Experts Electrical is dedicated to serving the personnel in the global power industry.
Join Experts Electrical, not only can you discover power equipment and power knowledge, but also canhnd like - minded friends!