MPN

Omron PCB Mount Relay, 12V dc Coil, 10A Switching Current, 3PDT

RS Stock No.:: 536-900
Mfr. Part No.:: MKS3PI-5 12VDC
Brand:: Omron

Omron PCB Mount Relay, 12V dc Coil, 10A Switching Current, 3PDT

Bulk discount available

Subtotal (1 unit)*

£11.07

(exc. VAT)

£13.28

(inc. VAT)

FREE delivery for orders over £50.00

In Stock

26 unit(s) ready to ship
Plus 3 unit(s) ready to ship from another location
Plus 46 unit(s) shipping from 25 November 2025

Need more? Click ‘Check delivery dates’ to find extra stock and lead times.

Units	Per unit
1 - 4	£11.07
5 - 9	£10.74
10 +	£10.29

*price indicative

RS Stock No.:: 536-900
Mfr. Part No.:: MKS3PI-5 12VDC
Brand:: Omron

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Omron
	Coil Voltage	12V dc
	Contact Configuration	3PDT
	Mounting Type	PCB Mount
	Switching Current	10A
	Number of Poles	3
	Latching	No
	Series	MKS
	Terminal Type	Plug In
	Maximum Switching Voltage AC	250V ac
	Maximum Switching Voltage DC	250V dc
	Length	34.5mm
	Coil Resistance	107Ω
	Height	53.3mm
	Standards Met	IEC
	Contact Material	Silver Alloy
	Depth	34.5mm
	Minimum Operating Temperature	-40°C
	Maximum Operating Temperature	+60°C
	Maximum Switching Power DC	300 W
	Maximum Switching Power AC	2.5 kVA
	Application	General Purpose

	Select all
	Brand Omron
	Coil Voltage 12V dc
	Contact Configuration 3PDT
	Mounting Type PCB Mount
	Switching Current 10A
	Number of Poles 3
	Latching No
	Series MKS
	Terminal Type Plug In
	Maximum Switching Voltage AC 250V ac
	Maximum Switching Voltage DC 250V dc
	Length 34.5mm
	Coil Resistance 107Ω
	Height 53.3mm
	Standards Met IEC
	Contact Material Silver Alloy
	Depth 34.5mm
	Minimum Operating Temperature -40°C
	Maximum Operating Temperature +60°C
	Maximum Switching Power DC 300 W
	Maximum Switching Power AC 2.5 kVA
	Application General Purpose

General Purpose Relays, MKS Series

All units have a Mechanical indicator and lockable test button (with nameplate)
Units with a "-5" in the Manufacturer Part Number have non-standard connections, refer to datasheet
Contact rating: 10A at 30Vdc/250Vac
Contact material: AgSnIn
Operating temperature: -40 → +60 °C

Note

When Relays are mounted on the PF083A-E or PF113A-E, the maximum carrying current is 9 A

Approvals

UL, TUV (IEC), CSA

Omron MKS Series Relay, 12V DC Coil Voltage, 10A Switching Current - MKS3PI-5

This relay is a versatile component designed for a wide range of applications. As a 3PDT PCB mount relay, it operates at a coil voltage of 12V DC and provides efficient switching capabilities. With dimensions of 34.5mm x 34.5mm x 53.3mm, it is compact yet powerful, enabling effective solutions for both automation and electronics sectors.

Features & Benefits

• 10A switching relay for robust performance in varying applications
• Plug-in terminal type for easy installation and replacement
• Maximum switching voltage of 250V AC and 250V DC ensures versatility
• AgSnIn contact material enhances conductivity and durability
• Wide operating temperature range of -40°C to +60°C for reliability

Applications

• Ideal for controlling motors, lights, and other equipment
• Suitable for automation and sequence control in machinery
• Utilised in general-purpose across various industries
• Effective in low-voltage circuit such as lighting systems

What is the maximum power consumption for this relay?

The relay has a maximum power consumption of approximately 2.3 VA at 60 Hz, ensuring efficient operation in low-power applications.

How does the contact material benefit the relay's performance?

The AgSnIn contact material provides excellent conductivity and minimises contact wear, resulting in enhanced longevity and reliability in switching operations.

Can it handle inductive loads effectively?

Yes, the device is designed to manage both resistive and inductive loads, accommodating different power demands in industrial and commercial settings.

What is the significance of the latching relay alternative feature?

This feature allows for different operational modes, making it suitable for applications where maintaining the last state of the relay is crucial, saving energy and reducing circuit complexity.

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