• 17.5 kV indoor  vacuum circuit breaker Evolution that Empowers
17.5 kV indoor vacuum circuit breaker Evolution that Empowers
discuss personally
Model
VD4 evo-17.5-1250
Basic info
Brand ABB
Model NO. 17.5 kV indoor vacuum circuit breaker Evolution that Empowers
Rated voltage 17.5kV
Rated normal current 1250A
Rated frequency 50/60Hz
Series VD4 evo
Product Detail

Description:

VD4 evo circuit breakers are used in power distribution systems for controlling and protecting cables, transformer and distribution substations, motors, transformers and capacitor banks. VD4 evo includes a range of sensors for a seamless transition from traditional to digitally connected medium voltage circuit breakers. The integrated sensors enable advanced monitoring and diagnostic features for real-time monitoring of thermal, mechanical, and electrical parameters, allowing remote asset management and thus reducing maintenance cost and contributing to reduced downtime.
VD4 evo is also available in standard configurations without sensors. The flexibility of the design enables future digital upgrades, including sensors, if required.

Features:

  • Full monitoring and diagnostics (M&D) flexibility.
  • Mechanical chain and accessories anomalies detection.
  • Loose connections detection and circuit breaker contacts monitoring.
  • Advanced thermal checks & electrical life.
  • The most compact medium voltage circuit breaker selection for your application.
  • Third-party verified Environmental Product Declaration (EPD) for transparency of the environmental impact of the circuit breaker.
  • QR code for fast retrieval of online documentation.
  • Intuitive dashboard based on the Web browser-based HMI.

 Technical Characteristics:

Scope:

  • Withdrawable and fixed medium voltage circuit breakers for primary distribution.
  • The digital evolution of the IEC indoor vacuum circuit breaker VD4.
  • VD4 evo p150 17.5 kV, up to 1250 A, 40 kA withdrawable (for UniGear ZS1 650 mm) and fixed.
  • More ratings to be released soon.

Benefits:

  • New intelligence reduces the risk of power outages by 30 percent and increases operation and maintenance efficiencies by as much as 60 percent.
  • Enables reduced operating expenses (OpEx) by reducing outages and maintenance cost.
  • The most compact 17 kV 40 kA breaker, enabling 15 percent of space saving.
  • VD4 evo can be directly integrated with ABB’s ZEE600 SCADA solution enabling a direct cloud connection, or alternatively integrated with a third-party SCADA and gateway.
Know your supplier
ABB
As an authorized distributor of ABB products, we take great pride in our partnership.
Main Categories
High voltage/Low voltage
Business Type
Sales
Highest Annual Export (USD)
$580000000
Professional Experience
11 years
Workplace
20000m²
占位
占位
Documents
Public.
Evolution that Empowers
Manual English
PDF
FAQ
Q: What inspections should be performed after a short-circuit fault in a vacuum circuit breaker?
A:
Check contact erosion: Minor erosion is acceptable (cumulative wear ≤3mm), but replace the vacuum interrupter if damage is severe. Test switching time and synchronization: Ensure values meet specifications to prevent operational issues caused by mechanism changes. Clean arc byproducts: Remove debris from the interrupter surface and inspect insulation components for impact damage or cracks.
Q: How to determine if a vacuum interrupter has failed?
A:
Visual inspection: Check for cracks in the glass/ceramic housing or oxidation/discoloration of the internal shield. Vacuum degree detection: Use a high-frequency spark leak detector or professional vacuum degree tester. Replace the interrupter immediately if the vacuum degree decreases. Withstand voltage test: Perform a power frequency withstand voltage test at the rated voltage (e.g., 42kV/1min for 12kV products). Failure indicates the interrupter has failed.
Related Products
Related Knowledges
Analysis of Transformer Capacity, Load Rate and Number of Units Selection Issues
Analysis of Transformer Capacity, Load Rate and Number of Units Selection Issues
The safe and economical operation of power transformers is related to the safety, economy, stability, and reliability of the operations of various industries. The limitations of conditions such as the investment economic indicators for its selection, the economic benefits of maintenance and operation, and the adaptability in the new environment (access of distributed power sources, configuration of energy storage, etc.) make it impossible to include comprehensive factors in other aspects.The cap
Leon
07/17/2025
Analysis of the Impact of Immersion on the Performance of Low-Voltage Current Transformers
Analysis of the Impact of Immersion on the Performance of Low-Voltage Current Transformers
1 IntroductionLow - voltage current transformers for metering, with a through - core type epoxy resin structure, are widely used in distribution transformer areas and for small - to - medium - sized industrial and commercial electricity consumption. As a range expander for electric energy metering, their performance directly relates to electricity consumption safety and the accuracy of users' trade calculations. Studying long - term immersion's impact on these transformers is practically signifi
Felix Spark
07/17/2025
What is reactive power measurement?
What is reactive power measurement?
The power which exists in the circuit when the voltage and current are out of phase to each other, such type of power is known as the reactive power. The formula measures the reactive power in the circuitReactive Power Measurement & VarmetersReactive power measurement is critical as it indicates circuit power loss: low reactive power worsens load power factor, increasing system losses. Varmeters (volt-ampere reactive meters) measure reactive power and are categorized by circuit phases:Single
Edwiin
07/17/2025
How to Design and Install a Solar PV System?
How to Design and Install a Solar PV System?
Design and Installation of Solar PV SystemsModern society relies on energy for daily needs like industry, heating, transport, and agriculture, mostly met by non-renewable sources (coal, oil, gas). However, these cause environmental harm, are unevenly distributed, and face price volatility due to limited reserves—driving demand for renewable energy.Solar energy, abundant and capable of meeting global needs, stands out. Standalone PV systems (Fig 1) offer energy independence from utilities.
Edwiin
07/17/2025
What are the common faults that occur when low-voltage current transformers are combined with other power equipment?
What are the common faults that occur when low-voltage current transformers are combined with other power equipment?
Low-voltage current transformers, as indispensable measurement and protection devices in power systems, often encounter various faults when used in combination with other power equipment due to environmental factors, equipment linkage issues, and improper installation and maintenance. These faults not only affect the normal operation of power equipment but may also endanger personal safety. Therefore, it is necessary to gain an in-depth understanding of fault types, judgment methods, and prevent
Felix Spark
07/17/2025
What are the monitoring methods and future development trends of low-voltage voltage transformers?
What are the monitoring methods and future development trends of low-voltage voltage transformers?
With the continuous advancement of smart grid technology, intelligent monitoring systems are playing an increasingly important role in preventing and addressing faults in voltage transformers. These modern intelligent monitoring systems can collect key parameters from voltage transformers in real time—such as partial discharge levels, temperature, and oil quality—and use data analysis algorithms to assess the health status of the equipment, enabling early fault warnings and precise l
Echo
07/16/2025
×
Inquiry
Download
IEE-Business is dedicated to serving the personnel in the global power industry.
Join IEE-Business, not only can you discover power equipment and power knowledge, but also canhnd like - minded friends!