Contactor, Overload Relays & MPCB

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TeSys UNDERVOLT TRIP 115V RHS MT
GVAU115
Price starting from
₹ 5,165.00
₹ 2,582.50
LANG ROTARY ACTUATOR BLAC
GV7AP01
Price starting from
₹ 11,445.00
₹ 5,836.95
3 CONNECTOR FOR GV7R220
GV7AC022
Price starting from
₹ 2,175.00
₹ 1,087.50
LOT 3 CONNECTOR FOR GV7R40/150
GV7AC021
Price starting from
₹ 1,445.00
₹ 1,300.50
TERMINAL SHIELDS
GV7AC01
Price starting from
₹ 4,070.00
₹ 2,075.70
MotBreak GV4PE Therm/Mag 50A 100kA lug
GV4PE50S6
Price starting from
₹ 33,285.00
₹ 29,956.50
MotBreak GV4PE Therm/Mag 25A 50kA lug
GV4PE25N6
Price starting from
₹ 32,000.00
₹ 28,800.00
MotBreak GV4PE Therm/Mag 7A 50kA lug
GV4PE07N6
Price starting from
₹ 27,060.00
₹ 24,354.00
MotBreak GV4PE Therm/Mag 3.5A 50kA lug
GV4PE03N6
Price starting from
₹ 27,060.00
₹ 24,354.00
MotBreak GV4PE Therm/Mag 2A 50kA lug
GV4PE02N6
Price starting from
₹ 26,630.00
₹ 23,967.00
Motor Breaker GV4LE Mag 12.5A 50kA lug
GV4LE12N6
Price starting from
₹ 14,480.00
₹ 13,032.00
Motor Breaker GV4LE Mag 3.5A 50kA lug
GV4LE03N6
Price starting from
₹ 19,750.00
₹ 17,775.00
FLUSH MOUNT.ENCL.IP55
GV2MP02
Price starting from
₹ 4,270.00
₹ 2,177.70
TeSys MAGNETIC CIRCUIT BREAKER
GV2L04
Price starting from
₹ 6,660.00
₹ 3,396.60
TeSys MOTOR CIRCUIT BREAKER
GV2P01
Price starting from
₹ 5,895.00
₹ 3,006.45
TeSys MAGNETIC CIRCUIT BREAKER
GV2L06
Price starting from
₹ 6,660.00
₹ 3,396.60
TESYS K OVERLOAD RELAY CL10 0.36 - 0.54A
LR2K0304
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 0.16 - 0.23A
LR2K0302
Price starting from
₹ 2,650.00
₹ 1,325.00
BASE PLATE
LA7K0064
Price starting from
₹ 1,495.00
₹ 747.50
TESYS K OVERLOAD RELAY CL10 8 - 11.5A
LR2K0316
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 0.54 - 0.8A
LR2K0305
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 0.23 - 0.36A
LR2K0303
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 5.5 - 8A
LR2K0314
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 2.6 - 3.7A
LR2K0310
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 1.8 - 2.6A
LR2K0308
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 1.2 - 1.8A
LR2K0307
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 0.8 - 1.2A
LR2K0306
Price starting from
₹ 2,650.00
₹ 1,325.00
TESYS K OVERLOAD RELAY CL10 3.7 - 5.5A
LR2K0312
Price starting from
₹ 2,650.00
₹ 1,325.00
K CONTROL RELAY 2NO 2NC 110VDC COIL
CA3KN22FD
Price starting from
₹ 2,685.00
₹ 1,342.50
K CONTROL RELAY 2NO 2NC 24V AC COIL
CA2KN22B7
Price starting from
₹ 1,930.00
₹ 965.00

Electrical Contactors and Protection Relays

Ensure efficient electrical control and circuit protection with Schneider contactors and protection relays. These devices enhance system reliability by managing high-power circuits safely. Whether you need a Schneider Electric contactor for industrial applications or want to buy contactors online, explore high-quality solutions designed for durability, efficiency, and safety.

Features and Benefits of Contactors

Contactors offer several benefits, making them essential components in various electrical and industrial applications. Here are the key advantages:

1. High Current Capacity

Contactors are designed to handle high current loads, often in the range of tens to hundreds of amperes. This makes them suitable for controlling large electrical devices like motors, heating equipment, and lighting systems.

2. Remote and Automated Control

Contactors can be controlled remotely, allowing for automation of electrical systems. This is crucial in industrial settings where automation enhances efficiency, safety, and reliability.

3. Durability and Reliability

Constructed to withstand frequent switching operations, contactors are robust and durable. They are built to operate in demanding environments, ensuring long-term reliability and reduced maintenance needs.

4. Safety

Contactors enhance safety by providing isolation between control and power circuits. This reduces the risk of electrical shock to operators and allows for safer maintenance and troubleshooting.

5. Reduced Wear and Tear

Using contactors to switch high-power circuits reduces wear and tear on manual switches and other components. This prolongs the life of the system and minimizes downtime due to maintenance or repairs.

6. Versatility

Contactors are versatile and can be used in various applications, including motor control, lighting control, and HVAC systems. They are available in different sizes and configurations to match specific application requirements.

7. Energy Efficiency

By enabling precise control over electrical loads, contactors contribute to energy efficiency. They can be integrated into energy management systems to optimize power usage, reducing operational costs.

8. Compatibility with Other Devices

Contactors can be easily integrated with other control devices like overload relays, timers, and sensors. This compatibility allows for the creation of complex and automated control systems tailored to specific needs.

In summary, contactors provide high current handling, remote control, durability, safety, reduced wear, versatility, energy efficiency, and compatibility with other devices. These benefits make them indispensable in modern electrical and industrial applications. You can check Schneider contactors on our eShop.

Functions of Electrical Contactor

An electrical contactor is an essential device in power distribution and industrial automation. It functions as an electrically controlled switch used to turn electrical circuits on or off. Contactors are widely used in motor control, lighting systems, and heating applications, making them a crucial component in electrical engineering.

Key Functions of an Electrical Contactor

FAQs:

Q. What is the role of a contractor?

The role of a contactor is to act as an electromechanical switch that controls high-power electrical circuits using a low-power signal. It enables the safe and efficient switching of electrical loads, such as motors, heating systems, and lighting. By allowing remote and automated control, contactors enhance system reliability, reduce manual intervention, and ensure safety by isolating control and power circuits. They are vital in industrial automation and electrical systems.

Q. How Do Contactors Work?

Contactors work by using an electromagnetic coil to control high-power circuits. When the coil is energized by a low-power control signal, it creates a magnetic field that pulls a set of movable contacts together, closing the circuit and allowing current to flow to the load. When the coil is de-energized, the magnetic field collapses, and the contacts return to their original position, breaking the circuit and stopping the current flow.

Q. Why are contactors used?

Contactors are used to safely and efficiently control high-power electrical devices with a low-power signal. They enable remote and automated switching of circuits, making them essential for managing large loads such as motors, lighting, and heating systems. Contactors enhance system reliability, reduce manual intervention, protect against electrical faults, and ensure safety by isolating control and power circuits, making them crucial in industrial and commercial applications.