ABB AF26 Contactor, 24V ac/dc Coil, 4-Pole, 45 A, 11 kW 60V, 4 NO, 690V ac

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£93.13

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£111.76

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RS Stock No.:
764-8974
Mfr. Part No.:
1SBL237201R1100 AF26-40-00-11
Brand:
ABB
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Brand

ABB

Product Type

Contactor

Coil Voltage

24V ac/dc

Number of Poles

4

Contact Voltage

690V ac

Contact Current

45A

Power Rating

11kW

Series

AF26

Mount Type

DIN Rail

Function

Motor Control

Normal State Configuration

4 NO

Terminal Type

Screw

Minimum Operating Temperature

-40°C

Operational Current Ie

45A

Contactor Application

Motor Control

Control Circuit Voltage Uc

60V

Maximum Operating Temperature

70°C

Length

86mm

Width

45mm

Depth

101mm

Standards/Approvals

UL, CSA

Pole and Throw Configuration

4

COO (Country of Origin):
FR

ABB AF Series Contactor, 24V AC/DC Coil Voltage, 11kW Power Rating - 1SBL237201R1100 AF26-40-00-11


This contactor is designed for motor control in industrial settings. It operates efficiently at a voltage rating of 690V AC and supports a maximum current of 45A. The coil voltage range of 24 to 60V allows it to adapt to different operational settings while ensuring stable performance.

Features & Benefits


• Coil voltage range from 24 to 60V for adaptability

• Screw terminals facilitate easy connections

• Built-in surge protection enhances operational safety

• Compact design allows for straightforward installation on DIN rail

Applications


• Suitable for controlling electric motors in various machinery

• Automation systems requiring dependable control devices

• Compatible with auxiliary contact blocks for increased functionality

What is the typical installation procedure for this device in control panels?


It mounts easily on a DIN rail using two diagonally placed screws for stable placement.

How long can the device operate under high ambient temperatures?


It can function in temperatures up to +70°C, provided it remains within specified conditions.

Can it control multiple motors simultaneously?


It is designed for individual motor control but can manage multiple contactors in parallel for such applications.