• 16.5kV–27 kV Medium Voltage Metal-Clad Switchgear
16.5kV–27 kV Medium Voltage Metal-Clad Switchgear
discuss personally
Model
Masterclad™-27
Basic info
Brand POWERTECH
Model NO. 16.5kV–27 kV Medium Voltage Metal-Clad Switchgear
Rated voltage 27kV
Series Masterclad™
Product Detail

Description

The quality of Square D Masterclad™ Medium Voltage Metal-Clad Switchgear stems from a design and manufacturing process that focuses on long-term switchgear performance with the highest degree of reliability. Reliable performance and safety are enhanced by the rugged construction of Masterclad switchgear. The switchgear consists of individually grounded, compartmentalized steel structures to protect operating personnel and equipment.

Masterclad switchgear components include available state-of-the-art electronics like ION power quality monitoring and EASERGY protective relays, EcoStruxure™, integrated racking, and automatic throwover systems.

Standardization of the design incorporates a series of basic modular units, control packages, and instrumentation. For most switchgear ratings, circuit configurations, and functions, one basic size unit is used. These features provide application flexibility, versatility, and efficiency, reducing lead time and engineering time spent on planning and laying out the switchgear. 

Standard features

  • Air-insulated switchgear defined by ANSI C37.20.2

  • UL listed equipment

  • Indoor and outdoor options with one or two high breaker arrangements

  • Also available as arc resistant structurestype 2B for 5 and 15 kV class

  • Removable (drawout) circuit breaker

  • Compartmentalized enclosure with grounded barriers

  • Isolated low voltage compartment

  • Automatic gear driven shutters

  • Automatic shutters in VT, CPT, and fuse truck compartments

  • Epoxy insulated busbars

  • Mechanical interlocks

  • Disconnect style instrument transformers

  • Continuous grounded breaker and auxiliary trucks, in and between test/disconnected and connected positions

 Parameter

  • 16.5–27 kV

  • 1200–2000 Amperes Continuous Ratings

  • 16, 25, and 40 kA Symmetrical Interrupting Capacity

  • 125 kV BIL, peak (impulse) dielectric withstand

  • 60 kV, rms 1 minute 60 Hz dielectric withstand

  • NEMA Type 1 – Indoor enclosure

Structural diagram

27 kV Layout Dimensions

Know your supplier
POWERTECH
We are an electrical company that manufactures and sells high and low voltage electrical products.
Main Categories
High voltage
Business Type
Design/Manufacture/Sales
Highest Annual Export (USD)
$120000000
Professional Experience
7 years
Workplace
580000m²
占位
占位
Related Products
Related Knowledges
What are the typical connection methods for 35kV distribution lines?
What are the typical connection methods for 35kV distribution lines?
Typical Wiring Diagram of 35kV Line Radial π ConnectionWhen a 35kV line adopts a radial power grid structure, a single - side power supply or a double - side power supply radial type can be used according to the situation of the power supply points, and a loop - out interval is reserved at the end of the line.Typical Wiring Diagram of 35kV Line Radial T - ConnectionFor double - radial lines, it is advisable to select a double - side power supply. When the power supply points do not meet the r
Leon
07/18/2025
Why are the ground fault point and the accident point not at the same location?
Why are the ground fault point and the accident point not at the same location?
Fault Transfer VoltageIn low - voltage distribution systems, there is a type of personal electric shock accident where the accident occurrence point and the system fault point are not at the same location. This kind of accident occurs because after a ground fault happens elsewhere, the generated fault voltage is conducted to the metal casings of other equipment through the PE wire or PEN wire. When the fault voltage on the metal casing of the equipment is higher than the human - body safe voltag
Leon
07/18/2025
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
×
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!