ABB AF52 Contactor, 24 V ac/dc Coil, 3-Pole, 100 A, 22 kW 60 V, 3 NO, 690V ac

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PHP21,433.10

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PHP24,005.07

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RS Stock No.:
800-7185
Distrelec Article No.:
304-01-607
Mfr. Part No.:
1SBL367001R1100 AF52-30-00-11
Manufacturer:
ABB
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Brand

ABB

Coil Voltage

24 V ac/dc

Product Type

Contactor

Number of Poles

3

Contact Voltage

690V ac

Contact Current

100A

Series

AF52

Power Rating

22kW

Mount Type

DIN Rail

Function

Motor Control

Normal State Configuration

3 NO

Terminal Type

Screw

Contactor Application

Capacitor Switching, Motor Control

Minimum Operating Temperature

-40°C

Operational Current Ie

52A

Control Circuit Voltage Uc

60 V

Maximum Operating Temperature

70°C

Depth

111mm

Width

125.5 mm

Standards/Approvals

CCC, CSA, EAC, IEC, RoHS, UL

Length

55mm

Pole and Throw Configuration

3P

RoHS Status: Not Applicable

COO (Country of Origin):
FR

ABB Contactor, 22kW Power Rating, 100A Contact Current Rating - AF Series - 1SBL367001R1100 AF52-30-00-11


This contactor from ABB is designed to switch power to the electric circuits of a device on and off. A contact voltage rating of 690V AC and a current rating of 100A make it suitable for use in heavy-duty equipment. Thanks to its broad operating temperature range between -40°C and +70°C, this unit can withstand harsh environments. It comes with integrated surge protection, eliminating the need for an external surge suppressor and saving space in tight setups.

Features & Benefits


• Screw terminals for simple installation and stable electrical connections

• Power rating of 22kW for reliability in high-power operations

Applications


• Lighting fixtures

• Electric motors

• Consumer electronics

• Safety systems

• Transformers

How does this contactor work?


When current passes through the integrated electromagnetic coil of the contactor, this creates a magnetic field that activates the contacts to move in a specific way based on their design. As this is a normally open contactor, the contacts will come together, closing and allowing the current to flow through the circuit. When the power is cut off, the contacts will re-open, causing the circuits to be de-energised.

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