Power Controller Design

Price 4500 INR/ Number

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MOQ : 1 Number

Power Controller Design Trade Information

Minimum Order Quantity
1 Number

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Power Controller Design

We are having more than 20 years of design experience and are specialize in all kind of Electronics and Embedded circuits designs in Microcontroller, Analog and Digital circuits, Power Systems, AHF Designs, SVG Designs, single Phase and Three Phase UPS and Inverters design, APFC Relays, SCR Switching Boards, IGBT Switching Boards, Motor Control Boards, battery-powered handheld devices, motor drivers and controllers, power systems, boards etc. Our expertise is in electronics circuit design services with a schematic design to final product. This includes selecting relevant electronic components based on the product requirements already present in the product requirements document. Additionally, we elaborate circuit design with actual electronic connections based on functional diagrams.

We do development from concept to final product.

Engineered for Precision and Reliability

Designed with advanced phase angle and integral cycle control, this power controller ensures fine-tuned power delivery for both single and three-phase setups. Its high efficiency and robust safety measures are especially suited to demanding environments such as industrial automation and HVAC systems.

Versatile Input and Output Configuration

Accepting control signals from 0-10V, 4-20mA, or potentiometer sources, this device offers seamless integration with varied control systems. Its responsive analog or digital output, coupled with quick reaction times, makes it ideal for critical automation needs.

Premium Build and Safe Operation

A sturdy 1.6mm green PCB and comprehensive protection features like overload, short circuit, and over temperature defenses ensure durability and worry-free operation. The power controller is tailor-made for panel mounting in industrial contexts, guaranteeing straightforward installation and maintenance.

FAQ's of Power Controller Design:

Q: How does the power controller manage phase angle and integral cycle control?

A: The power controller employs either phase angle or integral cycle control methods to regulate the power delivered to connected loads. Phase angle control adjusts the conduction angle within each AC cycle, allowing for fine-grained control, while integral cycle control switches full cycles on or off for more substantial power modulation.

Q: What are the benefits of using this power controller in industrial automation or HVAC systems?

A: Implementing this controller results in highly efficient power management, quick response times (<20ms), and reliable operation even in challenging environments. Its robust protection features minimize downtime, while flexible control options accommodate diverse process requirements.

Q: When should I choose analog vs. digital output for my application?

A: Analog output is ideal for applications requiring continuous, variable control, such as precise temperature or speed management. Digital output suits scenarios needing discrete switching or integration with digital control systems. Selection depends on your system's requirements and existing infrastructure.

Q: Where is this power controller typically installed in an industrial setup?

A: This device is designed for panel mounting, making it suitable for control cabinets or enclosures within industrial automation and HVAC systems, where centralized control and accessibility are crucial.

Q: How does the device ensure safety during operation?

A: The controller integrates multiple safety mechanisms, including overload, short circuit, and over temperature protection. These features safeguard both the equipment and surrounding components by automatically interrupting risky operating conditions.

Q: What is the typical process to integrate the controller with existing systems?

A: Integration involves mounting the controller on a panel, connecting it to the load and power supply (220-240V AC), and interfacing with the desired input signal-whether 0-10V, 4-20mA, or potentiometer. Final configuration is completed by setting control parameters suited to the application.

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