• 15kV 27kV 38kV Three-phase outdoor vacuum recloser for SCADA switch applications
15kV 27kV 38kV Three-phase outdoor vacuum recloser for SCADA switch applications
discuss personally
Model
OVR-38-1200
OVR-27-1000
OVR-15-630
Basic info
Brand ABB
Model NO. 15kV 27kV 38kV Three-phase outdoor vacuum recloser for SCADA switch applications
Rated voltage 38kV
Rated normal current 1200A
Rated frequency 50/60Hz
Series OVR
Product Detail

Product Introduction

Versatility with increased reliability and safety

With over 21 years of proven field performance and advanced design, the OVR recloser provides the most reliable recloser for grid modernization and optimization. ABB’s OVR recloser is one of the most flexible devices for network automatic restoration. In addition to reliability improvement and reduction of SAIDI, SAIFI and MAIFI indexes, ABB's OVR recloser can be used as an automatic loadbreak switch or as a sectionalizer. This flexibility in functionality makes the OVR recloser the perfect solution for a smarter grid.

Key features

Key features highlight the product’s innovative design, high-performance capabilities, and operational advantages, ensuring optimal suitability for diverse industrial and power system requirements.

  • Gang-operated three-phase tripping
  • RER615 2.0 ABB Relion® Protection
  • Optionally available with SEL 751 IED with basic Feeder protection functionalities, offering flexibility in protection relay selection
  • Integrated current and voltage measurement
  • Also reliable in extreme conditions like high polluted environments
  • Rated at up to 38 kV, 16 kA solid dielectric
  • High-impedance fault detection
  • IEC61850 native: communication protocol flexibility: IEC 61850, Modbus and DNP or IEC 61850 and IEC 101/104
  • Standard web browser used to check the current system status of an ABB Relion® relay

Technical data

Key benefits underscore the product’s reliability, efficiency, and cost-effectiveness, delivering tangible value for power distribution and industrial applications.

Key benefits

Key benefits underscore the product’s reliability, efficiency, and cost-effectiveness, delivering tangible value for power distribution and industrial applications.

  • Increased reliability - the highest creep distance among the recloser poles on the market ensures long-term performance in any environment
  • Unparalleled performance - the HCEP (Hydrophobic Cycloaliphatic Epoxy) material of the poles provides the best insulation for outdoor use, shedding water and debris, thus reducing the probability of flashovers even in heavily polluted areas
  • Simple, fast and safe maintenance as all the electronics are in the low-voltage range, eliminating the need for a bucket truck to isolate potentials to service electronics
  • Easy integration with ABB Relion® protection RER615 2.0, capable of programming grid applications. Optionally available with SEL 751 IED with basic Feeder protection functionalities.
  • Solid dielectric recloser: ABB vacuum interrupters and sensors embedded in each recloser pole
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
Related Products
Related Knowledges
Analysis of the Safety and Reliability Assurance of Medium-Voltage Switchgear
Analysis of the Safety and Reliability Assurance of Medium-Voltage Switchgear
As a professional engaged in power system operations, I recognize that medium-voltage (MV) switchgear plays a pivotal role in power distribution, metering, and protection. Ensuring its operational safety and reliability is critical—any malfunction can severely disrupt the entire power system. To enhance reliability, we must prioritize design-level optimizations, enabling MV switchgear to fulfill its functions and safeguard grid stability.1. Definition of Medium-Voltage SwitchgearIn my prac
Felix Spark
06/10/2025
What should be noted when using indoor vacuum circuit breakers?
What should be noted when using indoor vacuum circuit breakers?
I. Overvoltage PreventionVacuum circuit breakers excel in interrupting performance, but high overvoltage may occur across inductors during the switching of inductive loads due to abrupt changes in loop current, which requires special attention. When switching small-capacity motors, starting currents are large, so measures like step-down starting should be adopted to limit the current.Transformers with different structures show distinct characteristics: oil-immersed transformers have high impulse
Echo
06/10/2025
The application of indoor high-voltage vacuum circuit breakers
The application of indoor high-voltage vacuum circuit breakers
In the first half of 2007, as project participants from the Electromechanical Equipment Company of Huaibei Mining Group, we carried out a technical transformation of the 10kV substation in the East Factory Area. Our primary task was to replace the original 10kV disconnector - oil - immersed circuit breaker units with ZN20 indoor high - voltage vacuum circuit breakers.Previously, the SN10 - 10 oil - immersed circuit breakers had been in operation for an extended period, leading to severe oil leak
Echo
06/09/2025
What are the common faults and corresponding solutions for indoor drawer-type high-voltage vacuum circuit breakers?
What are the common faults and corresponding solutions for indoor drawer-type high-voltage vacuum circuit breakers?
Inability to Push In or Withdraw the Draw-out CarriageThe main manifestation is difficulty in inserting the carriage, which may cause equipment damage and threaten production when severe. The causes and countermeasures are shown in Table 1.The circuit - breaker fails to close. It manifests as the closing core actuating but the circuit - breaker not closing successfully; or the closing core not actuating, which shows that the control circuit of the circuit - breaker is open - circuited or the mec
Felix Spark
06/09/2025
What are the common faults and handling methods of the operating mechanisms of 35kV and 10kV indoor vacuum circuit breakers?
What are the common faults and handling methods of the operating mechanisms of 35kV and 10kV indoor vacuum circuit breakers?
In power system operation and maintenance, we have found that 35kV and 10kV indoor vacuum circuit breakers, as core primary equipment of high-voltage switchgear, are widely used in main grid and user substations due to their high reliability and low maintenance workload. From daily inspections and live detection to routine maintenance, vacuum circuit breakers always remain our key focus, as their operational quality is directly related to the stability and reliability of the power system. This p
Felix Spark
06/09/2025
Analysis of the Impact of Vacuum Arc Chamber Inspection and Maintenance on Improving the Reliability of Vacuum Circuit Breakers
Analysis of the Impact of Vacuum Arc Chamber Inspection and Maintenance on Improving the Reliability of Vacuum Circuit Breakers
Vacuum circuit breakers are widely used in distribution networks. As core components of power supply equipment, their performance hinges on both vacuum interrupters’ capabilities and circuit breakers’ mechanical characteristics (contact opening distance, stroke, pressure, average closing/opening speed, closing bounce time, opening - closing asynchronism, operation times, and cumulative allowable wear of contacts). Both are critical for reliable operation. The vacuum interrupter is th
Oliver Watts
06/09/2025
×
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!
商品视频播放