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OMRON MY4N1 DC24(S) | Non-Latching Relay | 4PDT, 5 A

Name: OMRON MY4N1 DC24(S) | Non-Latching Relay | 4PDT, 5 A
Brand: OMRON
SKU: MY4N1 DC24(S)
Availability: InStock

Part Number : MY4N1 DC24(S)

The OMRON MY4N1 DC24(S) is a non-latching 4PDT relay from the MY(S) series, rated for a 5 A switching current. The available data for this part is limited to the values below.

Contact configuration: 4PDT, four poles
Switching current: 5 A
Coil resistance: 636 Ω
Coil power: 900 mW

Availability: low stock

Detailed Description
Specifications

Omron MY(S) Series Non-Latching Relay, 24V DC Coil Voltage, 4PDT Contact Configuration - MY4N1 DC24(S)

This non-latching relay is designed for efficient switching in both AC and DC applications. It operates at a coil voltage of 24V DC and features a compact plug-in design. With four poles, it supports 4PDT configurations, making it versatile for various uses in automation and electronic systems.

Features & Benefits

• Designed for 24V DC operation for common usage
• Equipped with 4PDT configuration for extensive switching options
• Handles switching currents up to 5A for reliable performance
• Utilises silver alloy contacts for optimal conductivity
• Operates effectively between -55°C and +70°C for durability

Applications

• Utilised in automation systems requiring reliable switching
• Ideal for control circuits in manufacturing equipment
• Implemented in various electrical control panels
• Suitable for relay-based remote control

What is the maximum switching voltage for this relay?

The relay can handle a maximum switching voltage of 250V AC and 125V DC, ensuring compatibility with a wide range of electrical systems.

How does the coil resistance impact performance?

With a coil resistance of 636 Ohm, the relay requires a specific current to activate, ensuring consistent operation and efficient power consumption in circuits.

What types of materials are used in this relay's construction?

It features silver alloy contacts, which provide excellent conductivity and durability, enhancing its effectiveness in high-current applications.

What are the benefits of a plug-in terminal type design?

The plug-in design allows for quick installation and easy replacement of the relay, minimising downtime during maintenance in various applications.

Brand	Omron
Contact Configuration	4PDT
Switching Current	5A
Number of Poles	4
Series	MY(S)
Latching	No
Coil Resistance	636 Ohm
Coil Power	900mW

OMRON MY4N1 DC24(S) | Non-Latching Relay | 4PDT, 5 A

OMRON MY4N1 DC24(S) | Non-Latching Relay | 4PDT, 5 A

Omron MY(S) Series Non-Latching Relay, 24V DC Coil Voltage, 4PDT Contact Configuration - MY4N1 DC24(S)

Features & Benefits

Applications

What is the maximum switching voltage for this relay?

How does the coil resistance impact performance?

What types of materials are used in this relay's construction?

What are the benefits of a plug-in terminal type design?

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OMRON MY4N1 DC24(S) | Non-Latching Relay | 4PDT, 5 A

Omron MY(S) Series Non-Latching Relay, 24V DC Coil Voltage, 4PDT Contact Configuration - MY4N1 DC24(S)

Features & Benefits

Applications

What is the maximum switching voltage for this relay?

How does the coil resistance impact performance?

What types of materials are used in this relay's construction?

What are the benefits of a plug-in terminal type design?

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