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Salzer Relay

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Salzer 5A Relay Socket 220 V

By Salzer

₹76 - ₹98

Salzer 5A Relay Socket 220 V These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Relay Socket

Voltage : 220 V

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Salzer 2 Pole 8 Pin AC Relay

By Salzer

₹211 - ₹565

You save ₹31!

12.81% OFF

Salzer 2 Pole 8 Pin AC Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Relay

No. of Pole : 2

Pins : 8 Pin

Power Source : AC

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Salzer 4 Pole 14 Pin AC Relay

By Salzer

₹317 - ₹612

Salzer 4 Pole 14 Pin AC Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Relay

No. of Pole : 4

Pins : 14 Pin

Power Source : AC

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Salzer Relay Socket MSP Series

By Salzer

₹104 - ₹376

Salzer Relay Socket MSP Series These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Relay Socket

Voltage : 220 V

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Salzer 3 Pole 11 Pin DC Glass Relay

By Salzer

₹294 - ₹707

Salzer 3 Pole 11 Pin DC Glass Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Glass Relay

No. of Pole : 3

Pins : 11 Pin

Power Source : DC

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Salzer 4 Pole 14 Pin DC Relay

By Salzer

₹211 - ₹329

Salzer 4 Pole 14 Pin DC Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Relay

No. of Pole : 4

Pins : 14 Pin

Power Source : DC

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Salzer 2 Pole 8 Pin AC Glass Relay

By Salzer

₹317 - ₹695

Salzer 2 Pole 8 Pin AC Glass Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Glass Relay

No. of Pole : 2

Pins : 8 Pin

Power Source : AC

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Salzer 2 Pole 8 Pin DC Glass Relay

By Salzer

₹341 - ₹530

Salzer 2 Pole 8 Pin DC Glass Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Glass Relay

No. of Pole : 2

Pins : 8 Pin

Power Source : DC

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Salzer 2 Pole 8 Pin DC Relay

By Salzer

₹199 - ₹435

Salzer 2 Pole 8 Pin DC Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Relay

No. of Pole : 2

Pins : 8 Pin

Power Source : DC

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

By Salzer

Pack of 10 piece

₹4,011 - ₹10,383

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 7 days

Salzer 1 Pole 100 A Power Relay PRC Series

By Salzer

₹3,893 - ₹6,017

Salzer 1 Pole 100 A Power Relay PRC PRC Series is a robust and versatile power relay designed for various electrical applications. This particular relay operates at and is available in a convenient pack of 4, making it an excellent choice for a wide range of power control and switching needs. Key Features: Versatile Power Relay is designed to handle a variety of power control applications. It serves as an electrical switch capable of controlling high-voltage and high-current circuits using a low-voltage control signal. This makes it suitable for a broad range of industries and uses. which is a commonly used voltage level in many electrical and electronic systems. It is ideal for applications where a lower DC voltage is required for power switching. Sturdy Construction: Salzer is a well-respected brand known for producing high-quality and reliable electrical components. relay maintains this reputation with its durable construction, ensuring it can withstand the demands of various industrial and commercial applications. Convenient Packaging: The pack of 4 relays offers both cost-effectiveness and practicality. It's suitable for projects that require multiple relays, providing you with the flexibility and redundancy you need.

No. of Pole : 1 Pole

Insulation Resistance : 500 MΩ

Type of Product : Power Relay PRC

Current Rating : 100 A

Series : PRC SERIES

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Salzer Power Relay PRC Series 100 Amp Current Rating Enclosed Type

By Salzer

₹1,014 - ₹1,096

The Salzer Power Relay PRC Series 100 Amp Current Rating Enclosed Type is designed for controlled electrical switching where a high current-rated relay with enclosed construction is required. This PRC Series power relay features a 100 Amp current rating and an enclosed type design that houses the switching mechanism within a contained structure. The 100 Amp rating makes it suitable for switching compatible loads within the specified electrical limits. Its enclosed construction provides a practical format for integration into compatible electrical control assemblies. The Salzer Power Relay PRC Series 100 Amp Current Rating Enclosed Type combines high current-handling capacity with enclosed relay construction for controlled circuit switching. The Salzer Power Relay PRC Series 100 Amp Current Rating Enclosed Type is suitable for electrical control arrangements requiring relay-based switching with a 100 Amp current rating. It can be selected for compatible circuits where a higher current capacity is required than lower-rated relay variants. The enclosed type keeps the switching mechanism contained and supports organized integration into suitable electrical assemblies. The Salzer Power Relay PRC Series 100 Amp Current Rating Enclosed Type is a practical choice for controlled switching where a 100 Amp rating and enclosed relay construction are required.

Type : Enclosed

Operating Voltage : Load: Resistive at 240 V AC/24 V DC

Type of Product : Power Relay

Current Rating : 100 Amp

Series : PRC

Pole : 3 Pole

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Salzer Power Relay PRC Series 80 Amp Current Rating Enclosed Type 2 Pole

By Salzer

₹742 - ₹1,002

The Salzer Power Relay PRC Series 80 Amp Current Rating Enclosed Type is designed for controlled electrical switching where a higher current-rated relay with enclosed construction is required. This PRC Series power relay features an 80 Amp current rating and an enclosed type design that houses the switching mechanism within a compact structure. The higher current capacity makes it suitable for switching compatible loads within the specified electrical limits. Its enclosed construction provides a contained format for integration into compatible electrical assemblies and control arrangements. The Salzer Power Relay PRC Series 80 Amp Current Rating Enclosed Type combines an 80 Amp rating with enclosed construction for organized relay-based circuit switching. The Salzer Power Relay PRC Series 80 Amp Current Rating Enclosed Type is suitable for electrical control arrangements requiring relay switching with an 80 Amp current rating. It can be selected for compatible circuits where higher current-handling capacity is required. The enclosed type keeps the switching mechanism contained while providing a practical format for integration into suitable control assemblies. The Salzer Power Relay PRC Series 80 Amp Current Rating Enclosed Type is a practical choice for controlled electrical switching where an 80 Amp rating and enclosed relay construction are required.

Type : Enclosed

Type of Product : Power Relay

Current Rating : 80 Amp

Series : PRC

Pole : 2 Pole

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Salzer Power Relay PRC Series 40 Amp Current Rating Enclosed Type 1 Pole

By Salzer

₹624 - ₹766

The Salzer Power Relay PRC Series 60 Amp Current Rating Enclosed Type is designed for controlled electrical switching where a higher current-rated relay with enclosed construction is required. This PRC Series power relay features a 60 Amp current rating and an enclosed type design that houses the switching mechanism within a compact structure. The higher current capacity makes it suitable for switching compatible loads within the specified electrical limits. Its enclosed construction provides a contained relay format for integration into compatible electrical assemblies and control arrangements. The Salzer Power Relay PRC Series 60 Amp Current Rating Enclosed Type combines a defined current rating with enclosed construction for organized relay-based circuit switching. The Salzer Power Relay PRC Series 60 Amp Current Rating Enclosed Type is suitable for electrical control arrangements requiring relay switching with a 60 Amp current rating. It can be selected for compatible circuits where higher current-handling capacity is required compared with lower-rated relay variants. The enclosed type keeps the switching mechanism contained while providing a practical format for integration into compatible control assemblies. The Salzer Power Relay PRC Series 60 Amp Current Rating Enclosed Type is a practical choice for controlled electrical switching where a 60 Amp rating and enclosed relay construction are required.

Type : Enclosed

Type of Product : Power Relay

Current Rating : 60 Amp

Series : PRC

Pole : 1 Pole

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Salzer Power Relay PRC Series 40 Amp Current Rating Enclosed Type 1 Pole

By Salzer

₹553 - ₹766

The Salzer Power Relay PRC Series 40 Amp Current Rating Enclosed Type is designed for controlled electrical switching where a higher current-rated relay with enclosed construction is required. This PRC Series power relay features a 40 Amp current rating and an enclosed type design that houses the switching mechanism within a compact structure. The higher current rating makes it suitable for switching compatible loads within the specified electrical limits. Its enclosed construction provides a contained relay format for integration into compatible electrical assemblies and control arrangements. The Salzer Power Relay PRC Series 40 Amp Current Rating Enclosed Type combines a defined current capacity with an enclosed design for organized relay-based circuit switching. The Salzer Power Relay PRC Series 40 Amp Current Rating Enclosed Type is suitable for electrical control arrangements requiring relay switching with a 40 Amp current rating. It can be selected where the connected circuit requires a higher current-handling capacity than lower-rated relay options. The enclosed type keeps the switching mechanism contained while maintaining a practical format for integration into compatible control assemblies. The Salzer Power Relay PRC Series 40 Amp Current Rating Enclosed Type is a practical choice for controlled electrical switching where a 40 Amp rating and enclosed relay construction are required.

Type : Enclosed

Operating Voltage : Load: Resistive at 240 V AC/24 V DC

Type of Product : Power Relay

Current Rating : 40 Amp

Series : PRC

Pole : 1 Pole

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Salzer Power Relay PRC Series 30 Amp Current Rating Enclosed Type (Pole Rating: 1 - 3 Pole)

By Salzer

₹542 - ₹1,002

The Salzer Power Relay PRC Series 30 Amp Current Rating Enclosed Type (Pole Rating: 1 - 3 Pole) is designed for controlled electrical switching where a higher current-rated relay with enclosed construction is required. This PRC Series power relay features a 30 Amp current rating and an enclosed type design that houses the switching mechanism within a compact structure. With a pole rating from 1 to 3 Pole, it offers configuration flexibility for different circuit switching requirements. The Salzer Power Relay PRC Series 30 Amp Current Rating Enclosed Type (Pole Rating: 1 - 3 Pole) provides a combination of defined current capacity, enclosed construction, and multi-pole switching options. The Salzer Power Relay PRC Series 30 Amp Current Rating Enclosed Type (Pole Rating: 1 - 3 Pole) is suitable for electrical control arrangements requiring relay-based switching with a 30 Amp rating. The available 1 to 3 pole configuration allows selection according to the number of circuit paths that need to be switched. Its enclosed construction keeps the relay mechanism contained, providing a compact format for integration into compatible electrical assemblies. The Salzer Power Relay PRC Series 30 Amp Current Rating Enclosed Type (Pole Rating: 1 - 3 Pole) is a practical choice for controlled switching where current capacity, enclosure type, and pole configuration are key requirements.

Type : Enclosed

Operating Voltage : Load: Resistive at 240 V AC/24 V DC

Type of Product : Power Relay

Current Rating : 30 Amp

Series : PRC

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Salzer HSR Relay H Series 16 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole)

By Salzer

₹329 - ₹872

The Salzer HSR Relay H Series 16 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) is designed for reliable electrical switching and control in compact circuit assemblies. This H Series relay features a 16 Amp current rating and an enclosed construction that houses the switching mechanism within a compact body. The solder version is intended for applications requiring solder-type connections, while the 1 to 3 pole rating provides flexibility for different circuit configurations. The Salzer HSR Relay H Series 16 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) combines a defined current capacity with enclosed construction and flexible pole options for controlled circuit switching. The Salzer HSR Relay H Series 16 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) is suitable for control circuits where a 16 Amp relay rating and solder connectivity are required. Its enclosed design keeps the switching mechanism contained, while the available 1 to 3 pole configuration allows the relay to be selected according to the required circuit arrangement. The solder version supports integration into compatible electrical and electronic assemblies through solder connections. The Salzer HSR Relay H Series 16 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) is a practical choice for compact switching arrangements requiring defined current capacity and multi-pole configuration options.

Operating Voltage : Load: Resistive at 240 V AC/24 V DC

Type of Product : HSR Relay

Current Rating : 16 Amp

Series : H

Version : Enclosed Solder Version

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Salzer HSC Relay H Series 10 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole)

By Salzer

₹306 - ₹742

The Salzer HSC Relay H Series 10 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) is designed for compact electrical switching and control applications. This H Series relay features a 10 Amp current rating and an enclosed construction that houses the switching mechanism in a compact format. The solder version is intended for circuit assemblies where solder-type connections are required. With a pole rating available from 1 to 3 Pole, the relay configuration can support different circuit switching requirements within the specified range. The Salzer HSC Relay H Series 10 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) provides a practical combination of enclosed construction, solder connectivity, and flexible pole configuration. The Salzer HSC Relay H Series 10 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) is suitable for electrical control circuits where a 10 Amp relay rating and solder connection are required. Its enclosed design keeps the switching mechanism contained, while the 1 to 3 pole configuration allows selection according to the required circuit arrangement. The solder version can be integrated into compatible electrical or electronic assemblies using solder connections. The Salzer HSC Relay H Series 10 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole) is a practical choice where compact relay construction, defined current capacity, and multi-pole switching options are required.

Operating Voltage : Load: Resistive at 240 V AC/24 V DC

Type of Product : HSC Relay

Current Rating : 10 Amp

Series : H

Version : Enclosed Solder Version

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Salzer MSC Relay M Series 5 Amp Current Rating Enclosed Solder Version (Pole Rating: 1 - 3 Pole)

By Salzer

₹223 - ₹530

The Salzer MSC Relay M Series 5 Amp Current Rating Enclosed Solder Version is designed for dependable electrical switching and control applications where compact relay operation is required. This M Series relay features a 5 Amp current rating and an enclosed construction that provides a practical housing for the internal switching mechanism. The solder version is suitable for applications where the relay is integrated into electrical or electronic assemblies using solder connections. Its compact design supports convenient installation in control circuits, automation equipment, electrical panels, and electronic systems. The Salzer MSC Relay M Series 5 Amp Current Rating Enclosed Solder Version provides a practical solution for applications requiring controlled electrical switching and reliable relay-based circuit operation. The Salzer MSC Relay M Series 5 Amp Current Rating Enclosed Solder Version can be used in industrial control systems, automation equipment, electrical control panels, instrumentation, and electronic switching circuits. Its 5 Amp current rating makes it suitable for switching applications within the specified current capacity, while the enclosed construction supports a protected relay arrangement. The solder version allows direct integration into compatible circuit assemblies, helping create a neat and organized installation. The Salzer MSC Relay M Series 5 Amp Current Rating Enclosed Solder Version is a suitable choice for electrical and electronic applications requiring compact relay switching with solder-type connectivity.

Operating Voltage : Load: Resistive at 240 V AC/24 V DC

Type of Product : MSC Relay

Current Rating : 5 Amp

Series : M

Version : Enclosed Solder Version

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Salzer Glass Relay 10A 8Pin 12V MKP2P12

By Salzer

₹624  

Glass relays are used in many applications. They are typically constructed with a glass envelope and five pins, but they can also come with six pins. Glass relays are offered with AC and DC coils. The latter are usually used in automotive applications. The AC ones are used as a replacement for electromechanical relays. They have a high resistance to vibrations and shocks, which makes them suitable for industrial applications. General purpose relays are ideal to use instead of mechanical relays. The relays are used to transfer electricity for high voltage or frequency applications. C & DC relays from 3 to 80 Amps from 1 to 4 pole DC power relays up to 125 Amps Miniature, General purpose, Power & Automotive Relays Termination via Solder, PCB mounted, Plug-in and Screw type terminals

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Ships within 45 days

Salzer 3 Pole 11 Pin AC Glass Relay

By Salzer

₹742 - ₹1,061

Salzer 3 Pole 11 Pin AC Glass Relay These products are rated for use in harsh environments and are backed. The relay socket with mounting type DIN rail. It has a user replaceable terminal block that can be relocated, allowing you to save space when installing multiple sockets. This socket has an input voltage rating of 220V and an output voltage rating of 12Vdc at 5A maximum load current. The output voltage can be adjusted by using the potentiometer on the back panel or by using an external resistor. These three different types of sockets all have similar specifications as the MK08C but they have different internal components. They all have input voltages ranging from 110V to 240Vac, 50Hz/60Hz, 1 phase or 3 phase operation, 10W maximum power consumption, and minimum dielectric strength of 500Vac/1min (between terminals).

Type of Product : Glass Relay

No. of Pole : 3

Pins : 11 Pin

Power Source : AC

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

By Salzer

Pack of 20 piece

₹10,383 - ₹10,737

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 45 days

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

By Salzer

Pack of 20 piece

₹9,321 - ₹10,029

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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Salzer 3 Pole Transparent AC Relay MKP Series (Pack of 10)

By Salzer

Pack of 10 piece

₹8,141 - ₹12,979

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

Type of Product : AC Relay

No. of Pole : 3 Pole

Series : MKP Series

Mounting Type : PCB mounted

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Salzer 2 Pole Transparent AC Relay MKP Series (Pack of 10)

By Salzer

Pack of 10 piece

₹6,843 - ₹10,973

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

Type of Product : AC Relay

No. of Pole : 2 Pole

Series : MKP Series

Mounting Type : PCB mounted

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Salzer 4 Pole Transparent AC Relay MSP - Test Button (Pack of 20)

By Salzer

Pack of 20 piece

₹11,209 - ₹12,979

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

Type of Product : AC Relay

No. of Pole : 4 Pole

Series : MSP - Test Button

Mounting Type : PCB mounted

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Salzer 2 Pole Transparent AC Relay MSP - Test Button (Pack of 20)

By Salzer

Pack of 20 piece

₹9,557 - ₹10,265

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

Type of Product : AC Relay

No. of Pole : 2 Pole

Series : MSP - Test Button

Mounting Type : PCB mounted

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

By Salzer

Pack of 10 piece

₹7,787 - ₹17,699

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

By Salzer

Pack of 10 piece

₹6,961 - ₹15,339

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 1 Pole 40 A Power Relay PRC Series

By Salzer

₹3,067 - ₹4,247

Salzer 1 Pole 40 A Power Relay PRC PRC Series is a robust and versatile power relay designed for various electrical applications. This particular relay operates at and is available in a convenient pack of 4, making it an excellent choice for a wide range of power control and switching needs. Key Features: Versatile Power Relay is designed to handle a variety of power control applications. It serves as an electrical switch capable of controlling high-voltage and high-current circuits using a low-voltage control signal. This makes it suitable for a broad range of industries and uses. which is a commonly used voltage level in many electrical and electronic systems. It is ideal for applications where a lower DC voltage is required for power switching. Sturdy Construction: Salzer is a well-respected brand known for producing high-quality and reliable electrical components. relay maintains this reputation with its durable construction, ensuring it can withstand the demands of various industrial and commercial applications. Convenient Packaging: The pack of 4 relays offers both cost-effectiveness and practicality. It's suitable for projects that require multiple relays, providing you with the flexibility and redundancy you need.

No. of Pole : 1 Pole

Insulation Resistance : 500 MΩ

Type of Product : Power Relay PRC

Current Rating : 40 A

Series : PRC SERIES

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Salzer SM500 3 Phase & 1 Phase 1 C/O Voltage Monitoring Relay 240 VAC

By Salzer

The Salzer SM500 Voltage Monitoring Relay is a versatile device designed to protect both single-phase and three-phase systems from voltage anomalies. Operating at 240 VAC, it continuously monitors for phase loss, phase reversal, and voltage imbalances, ensuring the safety and stability of your electrical equipment. Its 1 C/O (Changeover) contact configuration allows flexible integration into various control circuits. This relay features adjustable voltage settings and time delays, providing tailored protection for diverse applications. Its robust design and reliable performance make it suitable for industrial and commercial environments. Whether safeguarding motors, generators, or sensitive equipment, the Salzer SM500 enhances system reliability and minimizes downtime, offering a dependable solution for power management.

Type of Product : Voltage Monitoring Relay

Phase : 3 Phase & 1 Phase

Voltage : 240 VAC

Series : SM500

Monitoring : Selectable Under Voltage + Selectable Over Voltage

Wire : 4

Contact Arrangement : 1 C/O

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Salzer SM301 3 Phase Voltage Monitoring Relay 415 VAC

By Salzer

The Salzer SM301 3-Phase Voltage Monitoring Relay is a reliable solution designed to monitor and protect electrical systems from phase loss, phase sequence issues, and voltage imbalances. Operating at 415 VAC, this relay ensures continuous surveillance of your power supply, automatically disconnecting loads during abnormal conditions to prevent equipment damage. Its compact design allows for easy installation in control panels and industrial settings. Engineered for precision, the Salzer SM301 relay offers adjustable settings for voltage thresholds and time delays, enabling customized protection based on system requirements. Ideal for motors, generators, and sensitive machinery, it enhances operational efficiency and safety. The relay’s robust construction and advanced circuitry ensure long-lasting performance, making it a dependable choice for safeguarding 3-phase power systems.

Type of Product : Voltage Monitoring Relay

Phase : 3 Phase

Voltage : 415 VAC

Series : SM301

OFF Delay Time : 7 Sec

Monitoring : Single Phasing Preventor (SPP) Fail Safe Type

ON Delay Time : 2 Sec

Wire : 3

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

By Salzer

Pack of 10 piece

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

By Salzer

Pack of 20 piece

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

By Salzer

Pack of 20 piece

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

By Salzer

Pack of 20 piece

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 Transparent AC Relay MSC Series (Pack of 10)

By Salzer

Pack of 10 piece

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

Type of Product : AC Relay

Series : MSC Series

Coil Voltage : 240 V AC

Mounting Type : PCB mounted

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Salzer Relay M SERIES - MKG 110V AC 5A 2 Pole, MKG 2P 06A (Pack of 10)

By Salzer

Pack of 10 piece

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

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Salzer 3 Pole Transparent AC Relay MKG Series (Pack of 10)

By Salzer

Pack of 10 piece

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

Type of Product : AC Relay

No. of Pole : 3 Pole

Series : MKG Series

Mounting Type : PCB mounted

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Salzer Relay M SERIES - MSP 12V AC 4 Pole, MSP 4P 12A (Pack of 20)

By Salzer

Pack of 20 piece

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

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