• 27kV Pole-Mounted Three Phase Recloser for overhead Power Grid Protection
27kV Pole-Mounted Three Phase Recloser for overhead Power Grid Protection
discuss personally
Model
PMSetTM U-27-630
Basic info
Brand Schneider
Model NO. 27kV Pole-Mounted Three Phase Recloser for overhead Power Grid Protection
Rated voltage 27kV
Rated normal current 630A
Series PMSet U
Product Detail

Overview

The 27kV pole-mounted three-phase recloser, specifically designed for overhead power grid protection, not only integrates overload/short-circuit protection and automatic reclosing functions but also is compatible with remote monitoring systems, effectively enhancing the reliability and automation level of the distribution network.The U-Series 3 phase pole mounted auto recloser (or circuit breaker) uses the latest technology in solid dielectric epoxies, vacuum interruption, and other materials. This device does not use any gas or oil insulation. Instead, cyclo-aliphatic epoxy bushings are used to insulate the vacuum interrupters. This type of construction results in a more lightweight unit. The design has been optimized for automation, remote control, and monitoring applications and has built in current and voltage measurement for data logging.

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.

  • Rated voltages: 15kV and 27kV

  • Rated short-circuit current: up to 12kA

  • Rated load current: up to 630A

  • 316 grade stainless steel tank

  • Solid epoxy dielectric

  • Vacuum arc interruption

  • I-terminal voltage measurement

  • Optional X-terminal voltage measurement

  • Mechanical lockout

  • 3-phase current measurement

  • 10,000 operations

Technical parameters

The following technical parameters fully present the product's electrical parameter configurations, mechanical performance parameters, and dimensional details to facilitate precise system integration and application planning.

Note:(1) Option when cubicle battery heater is fitted (-10 ºC to 50 ºC {-14 ºF to 122 ºF} without heater).(2) For altitudes above 1000 m (3280 feet), derate in accordance with IEC 62271-111 for reclosers (ANSI C37.63 for LBS).

 

Know your supplier
Schneider
Chengdu Fabo Automation Complete Equipment Co., Ltd is an authorized distributor of Schneider Electric, a global leader in energy management and automation solutions.
Main Categories
High voltage/Low voltage
Business Type
Manufacture/Sales
Highest Annual Export (USD)
$400000000
Professional Experience
10 years
Workplace
20000m²
占位
占位
Related Products
Related Knowledges
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
What are the common faults of low-voltage voltage transformers?
What are the common faults of low-voltage voltage transformers?
1. Open - Circuit Fault on the Secondary SideOpen - circuit in the secondary side is a typical fault of low - voltage voltage transformers, showing abnormal voltmeter readings (zero/fluctuation), faulty power meters, buzzing noises, and core overheating. When open - circuited, the secondary voltage spikes (no secondary current to balance the primary EMF), causing core saturation, flux distortion, and potential overheating/damage.Causes include loose terminals, poor contact, or human error. In lo
Oliver Watts
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!