Schneider Electric TeSys D LP1D Contactor, 24 V dc Coil, 4-Pole, 125 A, 4NO, 1 kV ac, 690 V dc

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Product Specification

Product Attributes
Coil Voltage 24 V dc
Number of Poles 4
Contact Voltage Rating 1 kV ac, 690 V dc
Contact Current Rating 125 A
Series LP1D
Range TeSys D
Function Load Control
Normal State Configuration 4NO
Terminal Type Screw
Width 96mm
Length 127mm
Depth 181mm
Better World Product Yes
Better World Verification Green Premium
Load Voltage 440V ac
Load Current 125A
Minimum Operating Temperature -40°C
Input Current 80A
Pole and Throw Configuration 4P
Maximum Operating Temperature +60°C
Mounting Style DIN Rail Mount
Control Voltage 24 V dc
3D Model https://www.traceparts.com/els/rs-components/en/api/viewer/3d?SupplierID=RS_COMPONENTS&PartNumber=28322&DisplayLogo=False

More Information

Schneider Electric LP1D Series Contactor, 4 Poles, 125A Contact Current Rating - LP1D80004BD This contactor is a high-performance 4-pole load control device designed for automation applications. With a coil voltage of 24V DC and a contact current rating of 125A, it ensures reliable operation in demanding environments. The dimensions of this screw terminal contactor are 127mm in length, 96mm in width, and 181mm in depth, making it suitable for DIN rail mounting. Features & Benefits • 125A contactor supports robust electrical loads effortlessly
• High voltage rating of 1 kV AC and 690 V DC for versatile use
• Designed for dynamic performance with a maximum operating temperature of 60°C
• Screw terminal design allows for secure and simple connections
• Durable mechanical lifespan of 4 million cycles enhances reliability Applications • Used for controlling resistive loads in industrial settings
• Ideal for automation systems requiring high reliability
• Suitable for in commercial and residential environments What is the significance of the coil voltage in operation? The coil voltage determines the required supply voltage to energise the contactor, in this case, 24V DC, ensuring appropriate performance during operation. How does the configuration of 4 poles benefit electrical circuits? Using a 4-pole configuration allows the device to control multiple phases, enhancing the flexibility and functionality in complex electrical setups while ensuring effective load management. What factors affect the operational limits of this contactor? Environmental factors such as temperature and humidity levels are crucial. The contactor can operate within -40°C to 60°C, but derating may be necessary at higher temperatures.

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