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The DC 24V KK-P40/35 35KG Lifting Solenoid Electromagnet is a specific type of electromagnetic lifting solenoid that operates on a 24V DC power supply and is designed to lift objects weighing up to 35 kg (kilograms). These types of solenoids are used in various industrial, mechanical, and automation applications where electromagnetic lifting or holding is required. Here’s a detailed breakdown of the features, working principle, and applications of this solenoid:

Key Specifications:

1. Voltage:
   • DC 24V: The solenoid operates on a 24V direct current (DC) power supply, which is a common voltage for many industrial and automated systems.
2. Lifting Capacity:
   • 35 KG: The solenoid is capable of lifting or holding a load weighing up to 35 kilograms (approximately 77 lbs), making it suitable for medium-duty lifting or handling of metal objects.
3. Type:
   • Lifting Solenoid Electromagnet: This type of solenoid creates an electromagnetic field when energized, allowing it to attract and hold ferromagnetic materials (such as steel plates, tools, or other metal objects).

How the Lifting Solenoid Electromagnet Works:

1. Electromagnetic Force: When DC current (24V) is applied to the solenoid's coil, it generates a magnetic field. This magnetic field attracts ferromagnetic materials (such as iron or steel) towards the core of the solenoid.

2. Holding or Lifting: The solenoid is designed to lift or hold a ferromagnetic object by generating a strong magnetic force. The 35 kg lifting capacity refers to the maximum weight of a ferromagnetic object that can be lifted or held by the solenoid when it is powered on.

3. Deactivation: When the solenoid is de-energized (power is turned off), the magnetic field disappears, and the object is released. The solenoid may also use a spring or mechanical return mechanism to release the object once power is removed.

4. Operation: These solenoids typically use a pull-type mechanism, meaning they pull an object towards the solenoid's core when energized. The solenoid's core is typically located inside a metal housing that, when magnetized, attracts and holds the ferromagnetic object securely.

Applications of the 24V KK-P40/35 35KG Lifting Solenoid Electromagnet:

1. Material Handling:

   • Used in industrial environments to lift and move metal parts, such as in factories, warehouses, or construction sites.
   • Ideal for handling steel plates, metal tools, or other ferrous materials.

2. Automation Systems:

   • In robotic arms, automated conveyor systems, or sorting machines, lifting solenoids can be used to pick up, transport, or drop off metal objects.
   • Suitable for use in machinery where automated lifting of heavy components is needed.

3. Magnetic Lifting Equipment:

   • Common in magnetic lifting systems, where electromagnetic solenoids are used to lift and move metal objects safely.
   • Can be used in magnetic separators or metal sorting applications.

4. Electromagnetic Clamps:

   • Can serve as electromagnetic clamps in mechanical or assembly operations, holding metal components in place for processes like welding, machining, or assembly.

5. Electromagnetic Doors and Locks:

   • Used in locking mechanisms or door-opening systems, especially in access control systems that require electromagnetic actuation.

6. Robotics:

   • Used in grippers for industrial robots, enabling them to pick up and handle metal objects.
   • Can also be used for sorting or packaging items that need to be lifted or manipulated.

Key Features of the KK-P40/35 35KG Lifting Solenoid:

• High Lifting Capacity: Capable of lifting metal objects up to 35 kg, suitable for medium-weight industrial lifting applications.
• Electromagnetic Design: Uses the principle of electromagnetism to create a lifting force, which is controlled by applying or removing power.
• 24V DC Power: The solenoid operates on a 24V DC power supply, which is common in many automated systems, making it versatile and compatible with various control systems.
• Compact and Durable: Typically designed for industrial environments, these solenoids are built to handle rugged conditions and repetitive use.
• On/Off Operation: The solenoid is either "on" (lifting/holding) when energized or "off" (releasing) when de-energized.

Wiring and Control:

• Power Supply: The solenoid requires a stable 24V DC power source. Depending on the application, you may need a 12V-24V DC adapter or a DC power supply capable of delivering enough current for the solenoid.
• Control: The solenoid can be controlled by a simple switch, relay, or microcontroller (like Arduino or Raspberry Pi) to supply the 24V DC signal to the solenoid.
  • In more advanced applications, a programmable controller may be used to manage the solenoid’s operation in an automated system.
  • Relays or solid-state switches can also be used to handle the current required by the solenoid.

Example Wiring for Control:

1. Relay Control: A relay can be used to control the 24V power to the solenoid. A DC relay or MOSFET could be triggered by a microcontroller or manual switch to activate the solenoid.
2. Microcontroller (Arduino, etc.): A simple program can trigger the solenoid based on specific conditions (such as sensors or timing), energizing or de-energizing the solenoid accordingly.

Safety Considerations:

• Current Rating: Ensure the power supply can handle the current required by the solenoid (typically, high-power electromagnets like this will draw significant current).
• Overcurrent Protection: Consider using a fuse or current-limiting device to prevent damage to the solenoid or power supply in case of a short circuit or overcurrent situation.
• Cooling: While the solenoid is in operation, ensure that it has adequate ventilation or heat dissipation, especially during extended use.

Conclusion:

The 24V DC KK-P40/35 35KG Lifting Solenoid Electromagnet is a versatile and reliable device for lifting and holding heavy metal objects in various industrial, mechanical, and automation applications. Its ability to operate on a 24V DC power supply makes it compatible with a wide range of control systems, from basic switches to sophisticated automation setups. Whether you're integrating it into a robotic system, material handling equipment, or a magnetic lifting system, this solenoid offers an efficient and precise solution for electromagnetic lifting.