ABB AF12 Contactor, 500 V dc Coil, 3-Pole, 9 A, 5.5 kW 500 V, 3 NO, 690V

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PHP3,870.31

(exc. VAT)

PHP4,334.75

(inc. VAT)

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RS Stock No.:
711-6133
Mfr. Part No.:
1SBL157001R1410 AF12-30-10-14
Manufacturer:
ABB
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Brand

ABB

Coil Voltage

500 V dc

Product Type

Contactor

Number of Poles

3

Contact Voltage

690V

Contact Current

9A

Power Rating

5.5kW

Series

AF12

Function

Motor Control

Mount Type

DIN Rail

Normal State Configuration

3 NO

Auxiliary Contact Configuration

1 NO

Number of Auxiliary Contacts

1

Terminal Type

Screw

Control Circuit Voltage Uc

500 V

Minimum Operating Temperature

-40°C

Operational Current Ie

28A

Contactor Application

Motor Control

Maximum Operating Temperature

70°C

Width

45 mm

Depth

77mm

Length

80mm

Standards/Approvals

IEC 60947-4-1

Pole and Throw Configuration

3

ABB AF Series Contactor, 500V DC Coil Voltage, 5.5kW Power Rating - 1SBL157001R1410 AF12-30-10-14


This contactor provides an effective solution for motor control across various applications. Its robust design ensures efficiency, making it crucial for professionals in the automation and electrical sectors. The device accommodates a broad control voltage range, enhancing its adaptability in diverse environments while maintaining optimal performance.

Features & Benefits


• Supports a coil voltage range of 250 to 500 V for increased flexibility

• Efficiently handles motor control at ratings up to 5.5kW

• Includes a built-in auxiliary contact for enhanced capabilities

• Designed for DIN rail mounting, facilitating easy installation

• Features built-in surge protection for enhanced safety

Applications


• Suitable for controlling three-phase motors in industrial environments

• Ideal for scenarios requiring automated switching of power circuits

• Utilised in applications where space-saving solutions are critical

• Applicable to various machinery needing motor control systems

How long can it operate under high temperatures?


The contactor functions reliably at temperatures up to +70°C, ensuring consistent performance in demanding conditions.

How does the built-in auxiliary contact improve its functionality?


The auxiliary contact provides additional control options without the need for separate components, enhancing efficiency.

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