Product Description
Your search for best grade PCC Panel ends here at Servo Tech Control System. It is used for controlling the power supplied transformers, motors and several other electrical control systems. In addition to this, the said product is found in chemical plants, refrigeration plant, refineries, dairies, plastic and pharmaceutical industries. PCC Panel has a modular design and light weight which makes the installation convenient. Our offered product ensures trouble free service, high strength and robust construction. It comes in diverse designs, sizes, shapes and specifications. Moreover, the offered model is flawless in appearance and can tolerate extreme temperatures.
Features of PCC Panel:
- High functionality
- Impeccable performance
- Sturdy construction
- Power efficient
Product Details
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IP Rating
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Acoording to Requirement
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Brand
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SERVO TECH CONTROL SYSTEM
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Application
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INDUSTRIAL
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Condition
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New
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Light Indication
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Yes
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Advanced Power Distribution PanelPCC Panels play a central role in managing and distributing electrical power within industries, utilities, and large installations. Engineered using high-grade CRCA steel and powder-coated surfaces, these panels incorporate state-of-the-art protection, metering, and control components. Their modular layout ensures adaptability to evolving requirements and simplifies expansion or maintenance.
Customization and Versatile OperationEvery site has unique needs, which is why PCC Panels are fully customizable in size, configuration, current ratings, and cable entry points. Designed for either natural or forced cooling with optional remote monitoring capabilities, panels can be tailored for floor mounting and offer multiple ways to achieve effortless wiring, monitoring, and system control in both traditional and digital formats.
FAQ's of PCC Panel:
Q: How does the PCC Panel ensure operational reliability and safety in industrial applications?
A: The PCC Panel integrates high-quality breakers, busbars (copper or aluminium), relays, and controllers with modular construction, robust earthing, and protection levels up to IP55. Its double-door, gasket-sealed design, strict adherence to IEC 61439/IS 8623 standards, and powder-coated mild steel ensure safety and consistent operation even in demanding environments.
Q: What customization options are available for the PCC Panel?
A: PCC Panels can be tailored to client requirements regarding dimensions, current and voltage ratings (up to 6300A at 415V), busbar material, cable entry (top/bottom), earthing (internal/external), way configuration, protection level (IP42/IP54/IP55), door type, mounting, control systems, and metering displays. This flexibility ensures compatibility with virtually any industrial setup.
Q: Where can the PCC Panel be installed, and what is its operating temperature range?
A: Designed primarily for industrial and utility environments, the PCC Panel is floor-mounted and ideal for power distribution, motor control, and utility management. It reliably operates within ambient temperatures of -10C to +55C, assuring performance across a variety of climatic conditions.
Q: When should the PCC Panel be used for power distribution?
A: This panel should be implemented when a facility requires centralized and safe management of electrical loads up to 6300A, particularly in sectors needing high operational reliability, modular expansion, and precise monitoring such as manufacturing, utilities, and large commercial buildings.
Q: What is the process for maintaining or modifying the PCC Panel?
A: Thanks to its modular construction and hinged/double door access, maintenance is straightforward. Components such as breakers, relays, and metering modules are easily replaceable or upgradable. Internal/external earthing and spacious layouts simplify routine inspections and modifications according to new site or load requirements.
Q: How do the features of the PCC Panel benefit end users?
A: Users benefit from enhanced operational safety, modular design for easy expansion or maintenance, high short-circuit withstand capacity, reliable temperature performance, remote monitoring options, and clear metering interfaces. All these features translate to lower downtime, better protection, and greater efficiency in power distribution.
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