• 15.6kV MV Auto Circuit outdoor vacuum recloser
  • 15.6kV MV Auto Circuit outdoor vacuum recloser
15.6kV MV Auto Circuit outdoor vacuum recloser
$5000.00
Model
RCW-S15.6M/1250-25C
RCW-S15.6M/1250-25
RCW-S15.6M/800-20C
RCW-S15.6M/800-20
RCW-S15.6M/630-16C
RCW-S15.6M/630-16
RCW-S15.6M/400-12.5C
RCW-S15.6M/400-12.5
Basic info
Brand ROCKWILL
Model NO. 15.6kV MV Auto Circuit outdoor vacuum recloser
Rated voltage 15.6kV
Rated normal current 1250A
Rated short circuit breaking current 25kA
Power frequency withstand voltage 60kV/min
Rated lightning impulse voltage 125kV
manual closing Yes
Series RCW
Product Detail

Description:

The RCW   series automatic circuit reclosers can use on overhead distribution lines as well as distribution substation applications for allvoltage classes 11kV up to 38kV at 50/60Hz power system.  and it’s rated current can reach 1250A.The RCW   series automatic circuit reclosers integrates the functions of control, protection, measurement, communication, fault detection, on-line monitoring of closing or opening.The RCW   series vacuum recloser is mainly combined with integration terminal, current transformer, permanent magnetic actuator and it’s recloser controller.

Features:

  • Optional grades available in rated current range.

  • With optional relay protection and logic for user selection.

  • With optional communication protocols and I/O ports for users to choose.

  • PC software for controller testing, setup, programming, updates.

Parameters:

image.png

image.png

Environmental requirement:

image.png

Product show:

正方型 单相.png

What are the technical parameters of the outdoor vacuum recloser?

  • Rated Voltage: 38kV, indicating the voltage level at which the recloser can operate normally. This ensures that the insulation and electrical performance of the device meet the required standards at this voltage.

  • Rated Current: Available in various specifications, such as 800A, 1200A, etc. This represents the maximum current that the recloser can carry continuously during normal operation. The appropriate rated current value should be selected based on the load current of the line.

  • Rated Short-Circuit Breaking Current: Reflects the breaking capability of the recloser during short-circuit faults. Common specifications include 16kA, 20kA, etc. A higher short-circuit breaking current indicates that the recloser can more reliably interrupt short-circuit currents, protecting the safety of the power system.

  • Rated Short-Circuit Making Current: Represents the maximum peak current that the recloser can close during a short-circuit fault. This value is typically greater than the rated short-circuit breaking current to ensure that the recloser can reliably close and withstand the impact of short-circuit currents at the moment of fault.

  • Reclosing Time Interval: Generally adjustable between 0.5 seconds and several seconds. Depending on the requirements of different power systems and types of faults, an appropriate reclosing time interval can be set to enhance the reliability and continuity of power supply.

Know your supplier
ROCKWILL
Rockwill Electric Group Global Manufacturer of High voltage and medium-voltage power equipment and smart grid solutions. Headquartered in Wenzhou, China. Serving 100+ countries with quality, innovation, and trust. What We Offer: • HV-MV switchgear (VCB, SF₆ circuit breakers, RMU, GIS) • Distribution transformers and substations • Smart grid and monitoring systems • Solar, wind, EV charging, and energy storage solutions • EPC turnkey power projects Certified: ISO 9001 / ISO 14001 / ISO 45001
Main Categories
High Voltage Electrical Apparatus
Business Type
Design/Manufacture/Sales
Highest Annual Export (USD)
$150,000,000
Professional Experience
16 years
Workplace
108000m²m²
占位
占位
Related Products
Related Knowledges
Can a power transformer designed for 50Hz operate normally at a frequency of 60Hz?
Can a power transformer designed for 50Hz operate normally at a frequency of 60Hz?
Can a 50Hz-Designed Power Transformer Operate on 60Hz Grid?If a power transformer is designed and built for 50Hz, can it run on a 60Hz grid? If so, how do its key performance parameters change?Key Parameter ChangesShort-Circuit Impedance:For a given transformer (same voltage and capacity), short-circuit impedance is proportional to frequency. Thus, a 50Hz-designed unit operating at 60Hz sees a 20% increase—higher frequency intensifies alternating leakage field opposition to current.No-Load
Vziman
07/29/2025
What are the common faults of overhead cables?
What are the common faults of overhead cables?
Overhead cables, due to their exposure to external environments, are subject to various influences that can lead to different types of faults. Below are some common types of faults in overhead cables and their causes:1. Mechanical DamageCaused by external forces such as falling trees, vehicle collisions, or construction accidents.Prolonged vibrations or swinging can also cause material fatigue in cables.2. Weather-Related FaultsLightning Strikes: Direct hits or nearby lightning strikes can cause
Felix Spark
07/29/2025
An Innovative Photoelectromagnetic Cable Eccentricity Measuring Instrument
An Innovative Photoelectromagnetic Cable Eccentricity Measuring Instrument
A core challenge in online cable eccentricity measurement is the cable’s high - speed motion. This requires non - contact measurement equipment that can handle cable jitter. X - ray cable eccentricimeters, based on optical transmission imaging, measure multi - layer contour dimensions to calculate the geometric center of conductors relative to insulation eccentricity. However, they have drawbacks: slow measurement speed (only a few times per second), increased errors from cable jitter, and
Oliver Watts
07/29/2025
An Intelligent Device for Insulation Restoration of Low-Voltage Overhead Cables
An Intelligent Device for Insulation Restoration of Low-Voltage Overhead Cables
1. Current Situation and ProblemsLow - voltage overhead cables often suffer insulation damage. Urbanization and infrastructure construction expose them to complex environments (construction, severe weather like strong winds/rains causing scratches or impacts, animal damage), easily breaking insulation layers. Long - term operation also degrades insulation due to aging, corrosion, and prolonged sunlight—e.g., cables in old communities age and crack, raising failure risks.Existing restoratio
Dyson
07/29/2025
Research on Cable Laying and Wiring Construction Technology of Photovoltaic Power Station
Research on Cable Laying and Wiring Construction Technology of Photovoltaic Power Station
1 Research on Cable Laying and Wiring Construction Technology of Photovoltaic Power Station1.1 Data CollectionBefore constructing the BIM model for cable laying, it is necessary to deeply master the detailed parameters of the involved equipment specifications, materials used in construction, and site conditions, aiming to improve the accuracy of model construction. To ensure that the BIM model can accurately reflect the actual situation of the construction site, the core lies in accurately colle
Echo
07/29/2025
Cable Detection and Analysis of Integrated Wiring System in Intelligent Buildings
Cable Detection and Analysis of Integrated Wiring System in Intelligent Buildings
The integrated wiring system of intelligent buildings, as the core carrier of information transmission, functions like a "nervous system." It connects signals such as voice, data, and images, enabling device interconnection and efficient information transmission. Cable detection is a key link to ensure system performance and information security, focusing on index detection, problem troubleshooting, and response measures.1. Core Cable Detection Indicators1.1 Appearance and Identification Verific
Oliver Watts
07/29/2025
×
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!