Bettter Experience with Creacent Elecinfra Pvt Ltd

High Tension (HT) Panels

High Tension (HT) Panels are critical components in electrical systems designed to handle high voltage levels. These panels play a key role in receiving power from transformers or generators at high voltage and distributing it to various sections of an industrial facility. Like Low Tension (LT) Panels, HT Panels may also incorporate electronic components for enhanced control, monitoring, and automation. Here's an overview of HT Panels and their electronic features:

Overview of HT Panel:

1. Function:

• Step-Up Transformers: HT Panels often receive power from transformers that step up the voltage for efficient long-distance transmission.
• Distribution: The primary function is to distribute high voltage power to different sections or loads within an industrial facility.

2. Components:

• Circuit Breakers: HT Panels are equipped with high voltage circuit breakers to protect the electrical system from overloads and short circuits. These breakers can interrupt the flow of current when necessary.
• Isolators: These are used for isolating a section of the electrical system for maintenance or repair without affecting the rest of the system.
• Relays: Like in LT Panels, relays in HT Panels provide protection and control functions. They help in detecting faults and taking corrective actions.
• Busbars: High voltage busbars are used to carry the current within the HT Panel, distributing power to connected devices.

CSS Control Panel

When designing or working with a Three Phase Control Panel, it's important to adhere to safety standards and regulations to ensure the protection of personnel and equipment. The specific components and their arrangement can vary based on the industry, the equipment being controlled, and local regulations. Always consult with electrical engineers and professionals when designing or working with electrical control panels.

Main Circuit Breaker:

• This is the primary switch that controls the power supply to the panel. It allows for disconnecting power in case of emergencies or maintenance.

Phase Monitoring:

• Devices to monitor the voltage and current levels in each phase. This is crucial for ensuring balanced power distribution and detecting any abnormalities.

Contactor or Motor Starters:

• These are electromechanical switches that control the power supply to electric motors. They can start, stop, and control the speed of motors.

Overload Relays:

• Protection devices that trip the circuit in case of an overload, protecting motors and other equipment from damage.

Control Relays:

• Used to control various functions within the panel. They can be used for interlocking, sequencing, or other logic-based operations.

Three Phase Heater Control Panel, Operating Voltage: 415V, Degree of Protection: IP66

A heater control panel in the context of electronics typically refers to a system that manages and controls the heating elements within a device or equipment.

1. Temperature Controller:

• Thermostat: Monitors the temperature and signals the heating element to turn on or off to maintain a set temperature.

2. User Interface:

• Control Knobs/Buttons: Allow users to set and adjust the desired temperature and other parameters.
• Digital Display: Shows the current temperature and settings.

3. Safety Features:

• Overheat Protection: Automatically shuts off the heater if it exceeds a safe temperature.
• Tip-Over Switch: Disables the heater if it is accidentally knocked over.

4. Heating Element:

• Resistance Heater: Converts electrical energy into heat. The control panel regulates the power supplied to the heating element.

5. Power Supply and Wiring:

• Power Input: Connection point for the electrical supply.
• Wiring and Connections: Well-organized wiring to connect the control panel components to the power source and heating element.

• Thermostat: Monitors the temperature and signals the heating element to turn on or off to maintain a set temperature.