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Available with AC or DC Control in 45mm Width
Inbuilt Surge Suppressor in MX DC

With Lockable Test Button And LED

APFC Relay, Automatic Plug & Play Set Up, Energy, THD


Thyristor Based A witching of Capacitors
Real Time Power Factor Correction(RTPFC) Controllers Offers a Complete Solution


Boosts Power Factor Accuracy
Controls 6 Steps of Capacitor Banks

Designed for Controlling AC Circuits
2-pole Configuration for Reliable Switching

Slim Design, Simple DIN Rail Mounting
Clear LED Indicators for Status Alerts

Ensures Better Load Balancing
Compact with Clear Digital Display

3 Normally Open (no) Plus 2 Normally Closed (NC) Contacts
Compact Design Suitable for Easy Panel Integration

One Normally Closed Contact
Three Normally Open Contacts



With LED

With LED

With LED

With LED

With LED

With Lockable Test Button

With Lockable Test Button

With LED



Digital Current Monitoring


Digital Earth Fault Monitoring Relay 1 Phase-2 Wire, 3 Phase-3


To Convert Contactor Mounting Relay to Independent Mounting

Number of Steps output contacts: 6

Instant & Delayed Trip

Phase Failure, Unbalance, Phase Sequence, Auto / Manual / Remote





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Most Recent Review
Plug-Friendly
Socket installation effortless.
Pradeep | May 2, 2024
Control relays are efficient and electric safety devices that help control, monitor, and protect circuits in industrial and commercial applications. So whether you are buying it for motor control panels, process automation, or power distributions, you can find several types available online, including electromechanical, solid state, reed relays, latching relays, and more. Control relays are important for accurate switching, overload protection, and safe circuit isolation. If you are searching for the relay control, you can easily find them available at our platform from reputable brands like Havells, Usha Electric, Schneider Electric, L&T, and more. Explore now!
Control relays are an electrical-operated switch that is built to control multiple circuits by using a single control signal. This device is used for an electromagnetic coil or semiconductor trigger to open or close contacts by managing large electrical loads.
Many get confused about control relays and contactors, because they both are electromagnetic switch devices, but are used for different purposes that are usually based on current capacity, application, and circuit type.
These switches are used for controlling or switching low-power (signal) circuits.
Current Capacity: Control relays can handle up to 10A to 20A
Applications: Automation control, signal switching, and protection circuits.
Contacts: It usually has 2 to 4 poles (SPDT, DPDT, etc.)
Arc Suppression: It has minimal arc suppression as it handles low current.
Control Circuit Voltage: Control relays are available in both AC and DC coil voltages, like 12V, 24V, 48V, and more.
Usage Frequency: They are commonly used in automation panels, PLCs, and signal controls.
Contactors are used to control high-power electrical loads like motors, compressors, and heaters.
Current Capacity: This can handle above 20A (up to several hundred amps)
Applications: Motor control, power distribution, and heavy machinery.
Contacts: It has 3 main contacts for three-phase load switches and auxiliary contacts for control.
Arc Suppression: This switch comes with arc chutes or suppression chambers to handle high voltage arcing.
Control Circuit Voltage: They are available in AC/DC coils but are usually used in industrial 110V or 230V control circuits.
Usage Frequency: A Contactor used for frequent on/off switching of heavy loads.
There are different types of control relays, and each one is different in its uses and specifications. So before you buy these switches, make sure to understand the difference between each type-
Electromechanical relays, also called EMR that are coil and contact-based switching. These relays use a magnetically operated coil and movable armature for mechanical contact switching. EMR is known for handling loads from some milliamps up to 30A or more, which makes it best for industrial and automation systems.
Solid state relays, also known as SSR, which use semiconductor instead of moving parts, offer high speed and silent switching with long service life. These relays handle frequent On/Off cycles efficiently, making them best for temperature control, process automation, and sensitive electronic circuits.
These switches or relays detect overcurrent by measuring the heating effect of current flow and trip the circuit when the temperature surpasses safe limits. Thermal overload relays are perfect for motor starters and control panels to ensure overload protection.
By the name, you can guess these time delay relays have built-in features that are time delay functions (0.1 sec to several minutes). Commonly used in machinery, HVAC, and process automation, where timing control is important.
These relays are compact and sensitive. Reed relays or signal relays use magnetically actuated reed contacts for low voltage and current applications like telecommunications, PCB control circuits, and more.
Latching relays are made to maintain their last state, even after power loss. These relays are energy efficient and suitable for memory-based switching applications.
Before shopping for the control relays, there are some important features to check-
Voltage: Make sure the relay coil voltage and contact current rating are compatible with your application requirements. So, choose the correct rating that helps prevent overheating, contact failure, or circuit damage. There are some common options like 12V DC, 24V DC, 48V DC, and more.
Number of Poles: Look for the relay’s contact configuration, like SPDT, DPDT, or 4PDT, which allows you to know how many circuits it can control. Remember, more poles and contacts mean switching of multiple loads or signal lines simultaneously.
Coil Type: Control relays are available in both AC and DC coil types. Based on your control system’s input voltage and signal source choose the relays.
Mounting Type: Control relays come in several mounting types, such as DIN rail mounting, which is best for industrial control panels and switchboards. PCB mounting is used for electronic or compact control boards; panel mounting is ideal for standalone systems.
Switching Speed: Must check the response time for automation, process control, and fast switching. Look for the relay with quick response times that usually come in milliseconds. This will allow you to ensure accuracy and prevent delays.
Durability: Choose relays that are designed with high quality contact materials like silver alloy or gold plated contacts for durability. Industrial grade models are designed to tolerate high temperature, vibration, and electrical stress.
Brand: Buy control relays from trusted brands for reliable performance, quality, and reliability. Some of the top leading manufacturers in the Industry include Schneider Electric, Havells, L&T, Usha Electric, and more.
If you are frequently looking for the control relays online, then your search ends here. We have listed a wide range of industrial control relays that vary based on coil voltage, current ratings, and mounting styles. At our platform, you will find control relays from trusted brands at reasonable prices and high quality. While we offer the fastest delivery at your doorstep and give you secure payment options, including COD. Order now to receive an exclusive offer!
How to use a control relay?
Control relays act as electrical switches, activated by a control signal. They are used to switch higher power circuits on or off, enabling automation and protection in various electrical systems.
What is a control relay for?
A control relay acts as an electrically operated switch. It uses a low-power control signal to switch a higher-power circuit on or off, enabling automation and remote operation of electrical devices.