ABB GJL121 Contactor, 24V ac Coil, 3-Pole, 20 A, 4 kW 24V ac, 4 NO, 690V

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PHP3,461.33

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PHP3,876.69

(inc. VAT)

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RS Stock No.:
722-048
Mfr. Part No.:
GJL1211009R0101
Manufacturer:
ABB
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Brand

ABB

Product Type

Contactor

Coil Voltage

24V ac

Number of Poles

3

Contact Voltage

690V

Contact Current

20A

Series

GJL121

Power Rating

4kW

Function

Control Unit

Mount Type

DIN Rail

Normal State Configuration

4 NO

Number of Auxiliary Contacts

1

Auxiliary Contact Configuration

1 NO

Terminal Type

Soldering

Operational Current Ie

12A

Minimum Operating Temperature

-25°C

Control Circuit Voltage Uc

24V ac

Contactor Application

Control Unit

Maximum Operating Temperature

55°C

Width

47.5mm

Length

47.7mm

Standards/Approvals

IEC/EN 60947-1, IEC/EN 60947-4-1, IEC/EN 60947-5-1, UL 60947-1, UL 60947-4-1

Depth

47.7mm

Pole and Throw Configuration

3P

COO (Country of Origin):
DE

ABB GJL121 Series Contactor, 24V AC Coil Voltage, 20A Contact Current Rating - GJL1211009R0101


This contactor is a versatile control unit designed for effective electrical management. It features a Coil voltage of 24 V ac and a robust configuration with three poles, making it Ideal for various automation applications. The device measures 47.7mm in length, 47.5mm in width, and 47.7mm in depth, allowing for convenient DIN rail mounting. It operates efficiently within temperatures ranging from -25 to +55 degrees Celsius, this low voltage contactor ensures high performance and reliability.

Features & Benefits


• Supports a Coil voltage of 24 V ac for diverse applications
• Handles a maximum contact voltage of 690 V for enhanced versatility
• Rated for up to 20 A current, suitable for robust use
• Equipped with 1 auxiliary contact for added control capabilities
• DIN rail mounting style eases installation and integration
• Normal state configuration of 4NO optimises control functionality

Applications


• Used for controlling motors within industrial automation systems
• Ideal for switching lighting circuits in commercial settings
• Utilised in HVAC systems for efficient thermal management
• Employed in machinery for reliable operational control

What is the significance of the three-pole design in electrical applications?


The three-pole design allows for control of three-phase motors, providing a stable and efficient operation in various applications, particularly in industrial environments.

How does the auxiliary contact configuration impact functionality?


The auxiliary contact configuration allows for additional control, enabling functionalities such as signalling or interlocking with other devices without the need for separate components.

What temperature range can this device operate within?


This device can function between -25 and +55 degrees Celsius, ensuring reliability in both extreme cold and heat, making it suitable for a variety of operational settings.

Is the contactor suitable for outdoor installations?


While primarily designed for indoor use due to its operating temperature range, additional protective housing may be necessary for outdoor applications to ensure durability against environmental factors.

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