Schneider Electric, 3P 3 Position 60° Motor Reversing Cam Switch, 690V (Volts), 63A

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PH - SEBundle - PDP
RS Stock No.:
212-4751
Mfr. Part No.:
K63E003WP
Manufacturer:
Schneider Electric
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Brand

Schneider Electric

Pole and Throw Configuration

3P

Cam Switch Type

Motor Reversing Cam Switch

Series

K63

Electrical Phase

3

Maximum Current

63A

Maximum Voltage

690V (Volts)

Number of Positions

3

Angle of Throw

60°

Length

45mm

Width

45mm

Depth

77mm

Dimensions

45 x 45 x 77mm

RoHS Status: Exempt

COO (Country of Origin):
AT

Schneider Electric K63 Series Cam Switch, Motor Reversing Cam Switch, 45x45x77mm - K63E003WP


This cam switch is intended for motor reversing applications, providing efficient control in various industrial electrical systems. With a robust construction, it effectively manages electrical circuits while allowing operational flexibility, making it an essential component for automation and control.

Features & Benefits


• Designed for three poles, offering versatile electrical control
• Supports a maximum current of 63A for various applications
• Rated for up to 690V, suitable for high-voltage environments
• Includes a metallic legend for clear function indication
• IP40 rating protects against dust and solid objects
• Compact design enables easy front mounting

Applications


• Used in machinery for controlled motor operations
• Implemented in automated systems for enhanced safety and efficiency
• Suitable for reversing motor circuits in industrial setups
• Employed in control panels for effective switching solutions

What is the installation process for this switch?


The installation involves front mounting with four holes to secure it to the panel. Ensure the thickness of the support panel is within the specified range.

How can I ensure proper wiring with the cam switch?


Utilise the captive screw clamp terminals for both flexible and solid wires, ensuring the clamping capacities match the wire specifications for a secure connection.

What type of load can this switch handle?


It is capable of managing both resistive and inductive loads across various voltage levels, accommodating different operational requirements.

What maintenance steps are recommended for longevity?


Regularly inspect the terminals for dust and debris to maintain clean connections. It is also advisable to monitor the switching mechanism for signs of wear or malfunction.

How can I verify the compatibility with my existing system?


Check the specifications for voltage, current ratings, and pole configuration to ensure they align with your system's requirements for seamless integration.

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