Omron Plug In Power Relay, 48V dc Coil, 5A Switching Current, 4PDT

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RS Stock No.:
327-7720
หมายเลขชิ้นส่วนของผู้ผลิต / Mfr. Part No.:
MY4IN1 48VDC (S)
ผู้ผลิต:
Omron
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Brand

Omron

Coil Voltage

48V dc

Contact Configuration

4PDT

Mounting Type

Plug In

Switching Current

5A

Number of Poles

4

Latching

No

Series

MY4

Terminal Type

Plug In

Length

28mm

Coil Resistance

2.56 kΩ

Depth

21.5mm

Height

36mm

Maximum Operating Temperature

+70°C

Minimum Operating Temperature

-55°C

Contact Material

Gold Plated

Maximum Switching Power AC

1.25 kVA

Maximum Switching Power DC

150 W

Application

General Purpose

MY Series


Switch power: 10A version: 1100W, 5A version 660W
Contact resistance: 100mΩ
Isolation coil to contact: 2000Vac
Operating temperature range: -55 to +70°C
Maximum switching voltage: 250Vac; 125Vdc
Contact material: AgNi
Dimensions: H42.4mm x W21.5mm x D28mm

Approvals

VDE, UL, CSA

Omron MY4 Series Power Relay, 48V DC Coil Voltage, 4PDT Contact Configuration - MY4IN1 DC48(S)


This power relay is designed for general-purpose applications, delivering efficiency and reliability in various settings. With a compact size of 28mm in length, 21.5mm in depth, and 36mm in height, this component operates effectively with a coil voltage of 48V dc.

Features & Benefits


• Engages efficiently with a 4PDT contact configuration
• Handles a maximum switching power of 1.25 kVA for AC applications
• Capable of switching currents up to 5A, making it versatile
• Utilises high-quality Au-clad and Ag alloy contact materials
• Operates within a broad temperature range from -55 °C to +70 °C
• Features a plug-in terminal type for straightforward installation

Applications


• Ideal for use in automation control systems
• Suitable for interfacing with electronic devices
• Utilised in electrical machinery for reliable performance
• Commonly applied in mechanical equipment operations

What are the coil resistance and its significance in operation?


The coil resistance is measured at 2560 Ω, influencing the energy required to energise the relay. A higher resistance indicates lower current draw from the power source, enhancing energy efficiency.

How does temperature range affect the relay's performance?


Operating between -55 °C and +70 °C ensures this relay is reliable in extreme conditions, suitable for diverse industrial environments without risk of failure.

What makes this relay suitable for general-purpose applications?


Its robust specifications, including the 4PDT configuration and the ability to handle a wide range of temperatures, make it adaptable for various operational requirements, ensuring dependable performance in different scenarios.

Approvals

VDE; UL; CSA

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