General Electric DP4525,240V

The General Electric (GE) DP-4525 is a type of circuit breaker designed for specific applications. Here's an overview of the DP-4525 circuit breaker, including its features and typical uses:

GE DP-4525 Circuit Breaker Overview

• Model: DP-4525
• Type: Dual Function Circuit Breaker (typically refers to a combination of protection functions)
• Voltage Rating: 240V
• Poles: 2 (Double Pole)
• Amperage Rating: 25 Amperes
• Interrupting Capacity: The interrupting capacity or short-circuit rating may vary; check the specific datasheet for exact details.

Key Features

1. Dual Functionality:

   • Overload Protection: Protects against prolonged overloads by tripping when the current exceeds the rated capacity over time.
   • Short-Circuit Protection: Provides instantaneous protection against short-circuit conditions to prevent damage to the circuit and equipment.

2. Design:

   • Compact Size: Designed to fit into standard GE panels, providing reliable protection without taking up excessive space.
   • Thermal-Magnetic Trip Unit: Typically combines thermal and magnetic elements to offer both overload and short-circuit protection.

3. Applications:

   • Residential: Often used in residential electrical panels to protect circuits like those for major appliances, HVAC systems, or general-purpose circuits.
   • Commercial: Suitable for small commercial applications where reliable protection is needed.

Installation and Usage

• Installation:

  • Safety First: Always ensure the power is turned off before installing or replacing a circuit breaker.
  • Mounting: Install the DP-4525 into the panelboard by following the manufacturer’s instructions. Ensure it is properly seated and secured.
  • Connections: Connect the circuit wires to the terminals of the breaker, making sure the connections are tight and secure.

• Maintenance:

  • Inspection: Regularly inspect the breaker for any signs of damage, overheating, or wear.
  • Testing: Test the breaker periodically to ensure it operates correctly and trips as expected under fault conditions.