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Ac Relay

Showing 21 out of 21 products

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Pack of 10 piece
₹3,067 - ₹4,719
Salzer 2 Pole Transparent AC Relay MKP Series is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
green checkType of Product : AC Relay
green checkNo. of Pole : 2 Pole
green checkSeries : MKP Series
green checkMounting Type : PCB mounted
Pack of 10 piece
₹2,595 - ₹3,421
Salzer 3 Pole Transparent AC Relay MKG Series is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
green checkType of Product : AC Relay
green checkNo. of Pole : 3 Pole
green checkSeries : MKG Series
green checkMounting Type : PCB mounted
Pack of 20 piece
₹5,545   ₹5,620
You save ₹75!
1.33% OFF
The Salzer M SERIES - MSP (Equivalent to MY) 12 V AC 4P Relay, MSP4P12A ,(Pack of 20) is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
Pack of 10 piece
₹3,067 - ₹5,191
Salzer 3 Pole Transparent AC Relay MKP Series is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
green checkType of Product : AC Relay
green checkNo. of Pole : 3 Pole
green checkSeries : MKP Series
green checkMounting Type : PCB mounted
Pack of 20 piece
₹5,427 - ₹5,899
Salzer 2 Pole Transparent AC Relay MSP - Test Button is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
green checkType of Product : AC Relay
green checkNo. of Pole : 2 Pole
green checkSeries : MSP - Test Button
green checkMounting Type : PCB mounted
Pack of 20 piece
₹6,371 - ₹6,961
Salzer 4 Pole Transparent AC Relay MSP - Test Button is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
green checkType of Product : AC Relay
green checkNo. of Pole : 4 Pole
green checkSeries : MSP - Test Button
green checkMounting Type : PCB mounted
Pack of 20 piece
₹5,427 - ₹5,781
Salzer 3 Pole Transparent AC Relay MSP Series is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
green checkType of Product : AC Relay
green checkNo. of Pole : 3 Pole
green checkSeries : MSP Series
green checkMounting Type : PCB mounted
Pack of 20 piece
₹4,601   ₹4,640
You save ₹39!
0.84% OFF
The Salzer M SERIES - MSP (Equivalent to MY) 12 V AC 2P Relay, MSP2P12A ,(Pack of 20) is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
Pack of 10 piece
₹3,185 - ₹3,539
Salzer Transparent AC Relay MSC Series is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
green checkType of Product : AC Relay
green checkSeries : MSC Series
green checkCoil Voltage : 240 V AC
green checkMounting Type : PCB mounted
Pack of 10 piece
₹3,410  
The Salzer M SERIES - MKG 110 V AC 2P 5 Amps Relay, MKG2P06A ,(Pack of 10) is an electrical device or component that is used to control or switch an electrical circuit by mechanically or magnetically opening or closing electrical contacts. Relays are commonly used to control high-voltage and high-current electrical devices with a low-voltage control signal.Input: A relay typically has an input side and an output side. The input side is where you provide a low-voltage control signal, usually from a switch, sensor, or some other control device. This signal can be as low as a few volts. Coil: The input side of the relay includes a coil of wire. When the control signal is applied to the coil, it creates a magnetic field around it. Contacts: The output side of the relay has one or more sets of electrical contacts that are mechanically connected to the coil. These contacts can be in one of two states: normally open (NO) or normally closed (NC). Normally Open (NO): In this state, the relay contacts are open, and no electrical current can flow through the circuit. Normally Closed (NC): In this state, the relay contacts are closed, allowing electrical current to flow through the circuit. Activation: When the control signal energizes the coil by creating a magnetic field, it causes the relay's contacts to change state. If the relay was initially in the NO state, it will switch to the NC state, and vice versa. This effectively opens or closes the electrical circuit on the output side of the relay. Relays serve various purposes, including: Switching high-power loads: Relays are often used to control devices that require high voltage or high current, such as motors, lights, heaters, or solenoids. Isolation: Relays can provide electrical isolation between the control circuit and the load circuit. This helps protect sensitive control components from voltage spikes or interference in the load circuit. Signal amplification: Relays can amplify a weak control signal to switch a more substantial load. Remote control: Relays allow for remote control of electrical devices by using a low-voltage control signal. Automation and control systems: They are a fundamental component in automation and control systems, allowing for the sequencing and control of various devices and processes
₹31,859  
Siemens relays represent a critical component in industrial control systems, serving as reliable and versatile devices for managing electrical circuits and automating various processes. These relays are designed to control the flow of electrical power, ensuring the efficient and safe operation of machinery and equipment in a wide range of applications. Siemens relays are known for their durability and precision. They are built to withstand the harsh conditions of industrial environments, including temperature variations, vibrations, and electrical fluctuations. This robust construction contributes to the reliability and longevity of these relays, making them well-suited for demanding applications. These relays are available in various types and configurations to accommodate different control requirements. From basic electromechanical relays to more advanced solid-state relays, Siemens offers a comprehensive range of options to meet the specific needs of diverse industrial processes. The selection includes relays suitable for control logic, motor protection, and safety applications. Siemens relays are characterized by their high switching capacity, ensuring they can handle the demands of heavy-duty industrial loads. They are also designed for easy installation and maintenance, contributing to the overall efficiency of industrial control systems. As part of Siemens' commitment to innovation, their relays often incorporate features like enhanced diagnostic capabilities and compatibility with modern automation and control technologies. This integration facilitates seamless connectivity with programmable logic controllers (PLCs) and other automation devices, promoting a cohesive and efficient industrial control ecosystem. In summary, Siemens relays are essential components that play a crucial role in ensuring the reliability, safety, and efficiency of industrial processes.
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₹44,099 ₹54,600
19.23% OFF
TOP SEARCHES FOR AC RELAY

Top Selling Ac Relay Products Price List for December 2025

Product Name Expected Price Dispatch Time Discount
Omron MY4N AC48 48 V AC Relay ₹825 15 days --
This data was last updated on 19/12/2025

Everything you need to know about an AC relay

Explore the versatile world of industrial automation with AC relays on India's largest b2b industrial buying platform. An AC relay is crucial for managing electrical circuits, ensuring seamless operation in various applications. From maintaining optimal conditions with an air conditioner relay to stabilizing electrical systems precisely, these relays play a pivotal role.

i) Versatility : AC relays adapt to diverse industrial needs.
ii) Precision Control : Ensure efficient circuit management with control relays.
iii) Temperature Regulation : Air conditioner relays contribute to climate control.
iv) Stabilization : AC stabilizer relays maintain steady electrical flow.

Discover top-quality relays for your automation needs at competitive prices. Explore the vast selection, including industrial automation solutions, auxiliary relays, bi-metal relays, coupling relays, and current relays. Enhance your industrial processes with reliable AC relays at the best rates.

How does AC relay work? 

Discover the intricate workings of an AC relay, a vital component in industrial automation. AC relays, such as those in air conditioners and stabilizers, are crucial in managing electrical currents. Here's a brief overview:

i) Control Signal : The AC relay receives a control signal from the vehicle's HVAC (heating, ventilation, and air conditioning) system. The driver typically initiates this signal through the AC controls on the dashboard. When the driver selects the AC mode and adjusts the desired temperature, the HVAC system sends a signal to activate the AC relay.
ii) Electromagnetic Coil : Inside the AC relay, there is an electromagnetic coil. When the control signal is received, it energizes the coil, generating a magnetic field around it.
Contacts : The electromagnetic field produced by the energized coil causes a set of contacts within the relay to close. These contacts are part of an electrical circuit that connects the AC compressor to the vehicle's battery and electrical system.
iii) AC Compressor Activation : With the contacts closed, the relay completes the circuit, allowing electrical current to flow from the vehicle's battery to the AC compressor. This activates the compressor, causing it to engage and begin compressing the refrigerant.
iv) Refrigerant Circulation : As the AC compressor runs, it pressurizes the refrigerant, which then flows through the AC system. The refrigerant absorbs heat from inside the vehicle's cabin as it passes through the evaporator coil, cooling the air. The vehicle's blower fan blows the cooled air into the cabin.
v) Temperature Regulation : The AC relay continuously monitors the temperature inside the vehicle and adjusts the operation of the AC compressor accordingly. When the desired temperature is reached, the HVAC system sends a signal to deactivate the AC relay, opening the contacts and interrupting the compressor's electrical circuit. This stops the compressor from running, preventing overcooling of the cabin.

 For your industrial automation needs, explore a wide range of AC relays, including auxiliary and coupling relays, all available at competitive prices. Elevate your electrical systems with cutting-edge technology.

Where is the AC relay commonly used? 

Welcome to Industrybuying, your go-to destination for top-quality industrial automation solutions. Our AC relays, including the versatile alternating current and reliable air conditioner relay, are indispensable components in various applications. Here's a quick look at where these essential relays find common use:

i) Industrial Automation : AC relays are crucial in industrial automation systems, ensuring seamless operations.
ii) Air Conditioning Systems : Specifically designed for air conditioners, these relays contribute to the efficient functioning of cooling units.
iii) Stabilizers and Controls : Widely employed in AC stabilizers, these relays provide stability and control to voltage fluctuations.
iv) Automotive Applications  : AC relays are essential components in car air conditioning systems, contributing to optimal performance.

What are the types of AC relays?

Explore a diverse range of AC relays at Industry Buying, your go-to destination for industrial automation solutions. Our AC relays cater to various applications, ensuring seamless performance and reliability. Discover the types of AC relays available:

i) Auxiliary Relays : Enhance your industrial processes with versatile auxiliary relays.
ii) Bi-Metal Relay : Experience precision and efficiency with our advanced bi-metal relays.
iii) Control Relay : Take command of your operations with our high-quality control relays.
iv) Coupling Relay : Facilitate seamless communication between different components with coupling relays.
v) Current Relay : Optimize current management for enhanced efficiency.

Whether you need an alternating current relay for industrial automation or seek the perfect air conditioner relay, Industry Buying provides top-notch products at competitive prices. Invest in the future of your operations with our AC relays.

What are the advantages of AC relays?

Discover the superior benefits of AC relays at IndustryBuying's industrial automation section. Our AC relays, including alternating current relays and air conditioner relay, offer cutting-edge technology for seamless performance. Check out the advantages:

i) Efficient Control: AC relays provide precise control in industrial automation, enhancing overall system efficiency.
ii) Reliable Operation: Experience reliable operation with our top-notch AC relays, ensuring smooth functioning in various applications.
iii) Cost-Effective Solutions: IndustryBuying offers competitive prices on AC relays, making it a cost-effective choice for your automation needs.

Explore our range, including auxiliary relays, current relays. Elevate your industrial processes with the latest in technology.

Why to choose Industrybuying?

Welcome to Industrybuying – your one-stop destination for industrial automation solutions. Our AC relays, including alternating current relays and air conditioner relays, are engineered for precision and durability. Here's why you should choose Industrybuying:

i) Premium Quality: Our AC relays, such as the Bi-Metal Relay and Control Relay, are crafted to meet the highest industry standards.
ii) Extensive Range: Explore a wide selection, including auxiliary relays and coupling relays, ensuring we have the right solution for your needs.
iii) Competitive Prices: Discover cost-effective options without compromising on quality. Check out our air conditioner, AC relay, and Air conditioner relay prices.
iv) Diverse Applications: From industrial automation to car AC relays, we cater to various sectors, ensuring versatile solutions for all.

Experience seamless industrial automation with Industrybuying. Explore our range today.