Omron, J7TKN Overload Relay, 2.7A, 4 A F.L.C, 4A Contact Rating, 24V dc 3P

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€ 55,60

(excl. BTW)

€ 67,28

(incl. BTW)

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  • Verzending 2 stuk(s) vanaf 21 september 2026
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RS-stocknr.:
215-5242
Fabrikantnummer:
J7TKN-A-4
Fabrikant:
Omron
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Merk

Omron

Product Type

Overload Relay

FLC Motor Rating

2.7, 4A

Relay Contact Current

4A

Series

J7TKN

Mount Type

Direct

Pole and Throw Configuration

3P

Minimum Operating Temperature

-25°C

Width

45mm

Adjustable Current Range

2.7 → 4 A

Contact Voltage

600V ac

Maximum Operating Temperature

60°C

Length

95mm

Standards/Approvals

IEC 60947-4-1, VDE 0660, EN 60947-4-1

Depth

77mm

Control Voltage

24V dc

Omron J7TKN Series Overload Relay, 2.7 to 4 A FLC Motor Rating, 600V AC Contact Voltage Rating - J7TKN-A-4


This overload relay is a vital component in electrical systems, designed to protect motors from overload conditions. The compact unit measures 48.5mm in width, 77mm in depth, and 95mm in length. It operates at a control voltage of 24V DC, making it suitable for various industrial applications.

Features & Benefits


• Designed for direct and separate mounting to optimise space

• Features a robust 600V AC contact voltage rating for high reliability

• Capable of handling a contact current rating of up to 23A

• Compact design ideal for installations in constrained environments

Applications


• Used for motor protection in industrial automation

• Suitable for mechanical and electrical machinery

• Ideal for use in systems requiring reliable overload protection

• Utilised in environments with 24V DC control systems

How does the relay prevent damage to motors during overload situations?


It senses excess current and interrupts power to the motor, preventing overheating and damage.

What environmental conditions can this unit withstand?


It operates effectively between -25°C to 60°C, ensuring reliability in various settings.

What is the significance of the 3-pole configuration?


The 3-pole design facilitates the protection of three-phase motors, enhancing operational safety and efficiency.

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