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Salzer 2 Pole PCB mounted DC Relay M SERIES - MKG (Pack of 10)

By Salzer

Pack of 10 piece

₹2,595 - ₹3,775

Salzer 2 Pole PCB mounted DC Relay M SERIES - MKG (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 2 Pole

Series : M SERIES - MKG

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Ships within 8 days

Salzer 2 Pole PCB mounted DC Relay M SERIES - MKP (Pack of 10)

By Salzer

Pack of 10 piece

₹2,949 - ₹4,955

Salzer 2 Pole PCB mounted DC Relay M SERIES - MKP (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 2 Pole

Series : M SERIES - MKP

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Salzer 2 Pole PCB mounted DC Relay M SERIES - MSP (Pack of 20)

By Salzer

Pack of 20 piece

₹4,483 - ₹4,837

Salzer 2 Pole PCB mounted DC Relay M SERIES - MSP (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 2 Pole

Series : M SERIES - MSP

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Salzer 2 Pole PCB mounted DC Relay M SERIES - MIC (Pack of 20)

By Salzer

Pack of 20 piece

₹4,601 - ₹4,837

Salzer 2 Pole PCB mounted DC Relay M SERIES - MIC (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 2 Pole

Series : M SERIES - MIC

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Salzer 2 Pole PCB mounted DC Relay M SERIES - MSC (Pack of 10)

By Salzer

Pack of 10 piece

₹2,123 - ₹2,595

Salzer 2 Pole PCB mounted DC Relay M SERIES - MSC (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 2 Pole

Series : M SERIES - MSC

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Salzer 4 Pole PCB mounted DC Relay M SERIES - MSP (Pack of 20)

By Salzer

Pack of 20 piece

₹4,837 - ₹4,837

Salzer 4 Pole PCB mounted DC Relay M SERIES - MSP (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 4 Pole

Series : M SERIES - MSP

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Ships within 8 days

Salzer 3 Pole PCB mounted DC Relay M SERIES - MSC (Pack of 10)

By Salzer

Pack of 10 piece

₹2,595 - ₹3,421

Salzer 3 Pole PCB mounted DC Relay M SERIES - MSC (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 3 Pole

Series : M SERIES - MSC

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Ships within 8 days

Salzer 3 Pole PCB mounted DC Relay M SERIES - MKP (Pack of 10)

By Salzer

Pack of 10 piece

₹3,539 - ₹6,371

Salzer 3 Pole PCB mounted DC Relay M SERIES - MKP (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 3 Pole

Series : M SERIES - MKP

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Ships within 8 days

Salzer 4 Pole PCB mounted DC Relay MSP - Test Button (Pack of 20)

By Salzer

Pack of 20 piece

₹5,781 - ₹6,135

Salzer 4 Pole PCB mounted DC Relay MSP - Test Button (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 4 Pole

Series : MSP - Test Button

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Ships within 8 days

Salzer 3 Pole PCB mounted DC Relay M SERIES - MIC (Pack of 20)

By Salzer

Pack of 20 piece

₹5,427 - ₹5,545

Salzer 3 Pole PCB mounted DC Relay M SERIES - MIC (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 3 Pole

Series : M SERIES - MIC

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Ships within 7 days

Salzer 1 Pole PCB mounted DC Relay M SERIES - MSC (Pack of 10)

By Salzer

Pack of 10 piece

₹1,533 - ₹1,651

Salzer 1 Pole PCB mounted DC Relay M SERIES - MSC (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 1 Pole

Series : M SERIES - MSC

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Ships within 8 days

Salzer 3 Pole PCB mounted DC Relay M SERIES - MSP (Pack of 20)

By Salzer

Pack of 20 piece

₹4,483 - ₹4,719

Salzer 3 Pole PCB mounted DC Relay M SERIES - MSP (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 3 Pole

Series : M SERIES - MSP

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Ships within 8 days

Salzer Relay M SERIES - MKG 24V DC 5A 3 Pole , MKG 3P 12A (Pack of 10)

By Salzer

Pack of 10 piece

₹3,800  

The Salzer M SERIES - MKG 24 V DC 3P 5 Amps Relay, MKG3P12A ,(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

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Ships within 8 days

Salzer 2 Pole PCB mounted DC Relay MSP - Test Button (Pack of 20)

By Salzer

Pack of 20 piece

₹5,073 - ₹5,309

Salzer 2 Pole PCB mounted DC Relay MSP - Test Button (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

Type of Product : DC Relay

Color : Transparent

No. of Pole : 2 Pole

Series : MSP - Test Button

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Ships within 10 days

Omron MY2N DC48 48 V DC Relay

By Omron

₹919  

The Omron MY4N DC48 48 V DC Relay is a compact, high-reliability device that can be used for control of circuit breakers, motors and other loads. The Omron MY4N DC48 48 V DC Relay offers several features that make it an excellent choice for use in HVDC applications. The Omron MY4N DC48 48 V DC Relay supports three voltage ranges: 24 V DC, 48 V DC and 120/240 V DC. In addition, it can withstand up to 20 amps of current at 48 volts and up to 3 amps at 120/240 volts. This makes the Omron MY4N DC48 48 V DC Relay ideal for controlling large motors and other industrial equipment. The Omron MY4N DC48 48 V DC Relay features a built-in circuit breaker that protects against overloads and overcurrent conditions without requiring any external components or additional wiring. The unit has an isolation rating of 1000VDC/500VDC. The SCC1220NM comes with an LED indicator light which indicates when the controller is operating normally (green) or when there is a fault condition (red). The controller is also equipped with an internal fan to help keep it cool during operation. The SCC1220NM comes with a hole at the bottom that allows you to mount it on your wall using screws or nails.

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Ships within 12 days

UL Group DC Relay Module with 2 C/O Contact, Size 140x90 mm and 24 V DC Operating Voltage, UL24D08-2COB V2

By UL GROUP

₹2,477  

UL Group DC Relay Module with 2 C/O Contact, Size 140x90 mm and 24 V DC Operating Voltage, UL24D08-2COB V2 is a versatile control component designed for applications requiring multiple switching functions from a single module. Equipped with two changeover contacts, it enables simultaneous control of two independent circuits, enhancing flexibility in automation logic. Operating on a standard 24 V DC supply, this relay module integrates easily with PLC-based systems and electronic controllers. The 140x90 mm enclosure offers sufficient space for organized wiring and secure mounting. UL Group DC Relay Module with 2 C/O Contact, Size 140x90 mm and 24 V DC Operating Voltage, UL24D08-2COB V2 is built for dependable performance, electrical isolation, and long operational life. High-quality components ensure stable contact operation even under frequent switching conditions. This module is well suited for machine control, process automation, and signal expansion tasks where reliability and multi-circuit control are essential. Its sturdy construction and practical layout help maintain system integrity while simplifying installation and maintenance.

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UL Group DC Relay Module with 1 C/O Contact and 24 V DC Operating Voltage

By UL GROUP

₹1,297 - ₹1,769

UL Group DC Relay Module with 1 C/O Contact and 24 V DC Operating Voltage is designed for controlled switching operations in industrial automation and electrical control systems. Featuring a single changeover (1 C/O) contact configuration, UL Group DC Relay Module with 1 C/O Contact and 24 V DC Operating Voltage enables flexible circuit control by allowing both normally open and normally closed switching functions within a single unit. The 24 V DC operating voltage ensures compatibility with standard control circuits and PLC outputs commonly used in automation panels. Its modular construction supports secure mounting and organized wiring within control enclosures. UL Group DC Relay Module with 1 C/O Contact and 24 V DC Operating Voltage is suitable for signal interfacing, load isolation, and auxiliary switching applications in industrial panels and machinery control systems. The internal relay mechanism is engineered to provide reliable contact operation with stable switching performance under routine duty cycles. UL Group DC Relay Module with 1 C/O Contact and 24 V DC Operating Voltage facilitates efficient integration into structured electrical assemblies, supporting dependable circuit control and operational consistency in professional environments.

Rated Voltage : 250 V

Type of Product : DC Relay Module

Country of Origin : India

Mounting Type : Din Rail Mountable

Name of Manufacturer/Packer/Importer : Explore Technologies

Standard : EN 60947-5-1/ IEC 947-5-1

Contact Current Rating : 12 A at 24 V DC

Cross section : 2.5 sq. mm

Contact Type : 1 Change Over

Ambient Temperature : 0°C to +60°C, Relay Socket: -45 to +120˚C

Stripping Length : 8 mm

Type : with 1 C/O Contact

Insulation Material : PA/I

Rated Current : 25 mA

Operating Voltage : 24 V DC

Nominal Current : 24 A

Loop : Positive/Negative: User Selectable using Jumpers

Tightening Torque : 0.6 Nm Max.

Mechanical Operations : 18000 /hr

Maximum Switching Voltage : 440 V AC, 300 V DC

LED Status : Input: Green

Relative Humidity : Max. 90% (Non-condensing)

Approval : CE

Electrical : Operation: 1800 / hr

Insulation Resistance : 1000 MΩ at 500 V DC

Terminal : UL, CSA Standard & CE standard

Rated : 5 A AC/DC, 250 V rms

Rated Surge Voltage : 4 kV

Contact Configuration : SPDT, Potential Free

Dielectric Strength : Between Contacts: 1000 V AC, 50/60 Hz, 1 min., Relay Socket: 2000 V AC rms for 1 min.

Back E.M.F : Free-wheeling Diode

Terminal Type : Screw Terminal

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UL Group AC Relay Module with 1 C/O Contact, Size 134x90 mm and 230 V AC Operating Voltage, UL230A08-COB

By UL GROUP

₹2,005  

UL Group AC Relay Module with 1 C/O Contact, Size 134x90 mm and 230 V AC Operating Voltage, UL230A08-COB is designed for switching AC control signals in industrial and commercial automation systems. Featuring a single changeover contact, this relay module supports versatile circuit control using normally open or normally closed configurations. The 230 V AC operating voltage allows direct connection to standard AC control supplies, eliminating the need for additional conversion. Its 134x90 mm size provides a balanced combination of compactness and ease of installation within control panels. UL Group AC Relay Module with 1 C/O Contact, Size 134x90 mm and 230 V AC Operating Voltage, UL230A08-COB offers reliable performance, electrical isolation, and durability under continuous operation. Clearly arranged terminals and robust construction simplify wiring and maintenance tasks. This module is commonly used in HVAC systems, industrial machinery, and power control panels where safe and dependable AC signal switching is required. Its consistent contact performance and panel-friendly design contribute to improved system stability and reduced operational downtime.

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Omron MY2N DC110 110 V DC Relay

By Omron

₹565  

Coil Type: Non-Latching

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Siemens SIMATIC S7-1200 Series Relay With 24 V, 6ES72230BD300XB0

By Siemens

₹6,489  

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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