DC 12V KK-P60/60 Large Suction 100 KG Lifting Solenoid Electromagnet
DC 12V KK-P60/60 Large Suction 100 KG Lifting Solenoid Electromagnet
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The DC 12V KK-P60/60 is a heavy-duty solenoid electromagnet engineered for industrial lifting and holding applications with a maximum lifting capacity of 100 kilograms. This electromagnet is widely used by automation technicians, manufacturing engineers, and industrial automation specialists who require reliable electromagnetic force for automated material handling systems. It solves the critical problem of safely and efficiently lifting ferrous metal objects in assembly lines, automated warehouses, and precision manufacturing environments where consistent holding force and rapid response times are essential.
Specifications
| Specification | Details |
| Product Type | DC Solenoid Electromagnet with Large Suction |
| Brand | KK Series Industrial Grade |
| Origin | Original and Authentic |
| Operating Voltage | DC 12V |
| Maximum Lifting Capacity | 100 kilograms |
| Pole Face Diameter | 60mm |
| Coil Resistance | Optimized for 12V DC operation |
| Duty Cycle | Continuous operation rated |
Why Choose DC 12V KK-P60/60 Large Suction 100 KG Lifting Solenoid Electromagnet?
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Key Features of DC 12V KK-P60/60 Large Suction 100 KG Lifting Solenoid Electromagnet
- 100 kilogram maximum lifting force provides reliable holding capacity for heavy ferrous metal components in industrial automation systems
- 60mm diameter suction pole face ensures uniform magnetic field distribution and consistent adhesive force across the contact surface
- DC 12V operation enables direct integration with standard industrial power supplies, battery systems, and PLC-controlled automation circuits
- Low power consumption design minimizes heat generation and reduces electrical load on control systems during continuous duty cycle operation
- Rapid response electromagnet with quick magnetic field buildup and collapse for precise timing in automated material handling applications
- Reinforced coil insulation and robust construction ensure reliable performance under mechanical vibration and temperature variations in manufacturing environments
Perfect For
- Automated assembly line material handling systems where ferrous metal sheets, stamped components, and metal plates require controlled lifting and positioning with 100kg capacity
- Industrial robotic arm end-effectors and gripper systems that utilize electromagnetic holding force for precision part manipulation in manufacturing facilities
- Automated warehouse and logistics systems for efficient loading and unloading of metal containers, bins, and ferrous material storage units
- CNC machine tool automation where electromagnets hold and position metal workpieces during machining operations requiring consistent clamping force
- Metal recycling and scrap processing equipment where electromagnets separate and lift ferrous metals from mixed material streams
- Industrial vending and dispensing systems that use electromagnetic force to control release and positioning of metal components
How to Use
To install the DC 12V KK-P60/60 electromagnet, first identify a stable mounting location with adequate clearance for the 60mm pole face and sufficient space for electrical connections. Secure the electromagnet body using the provided mounting brackets, ensuring the pole face is perpendicular to the target ferrous metal surface for maximum contact area and lifting efficiency. Connect the positive and negative terminals to your DC 12V power supply or PLC control circuit, observing proper polarity to ensure correct magnetic field direction. For automated systems, integrate the electromagnet into your control logic with appropriate relay circuits or solid-state switches that provide safe energization and de-energization sequences.
During operation, ensure the ferrous metal surface is clean and free from rust, paint, or debris that could reduce magnetic contact and compromise the 100kg lifting capacity. Position the electromagnet so the pole face makes full contact with the metal surface before applying power. For continuous duty applications, monitor the electromagnet temperature and ensure adequate ventilation around the coil to prevent thermal stress. When de-energizing, allow sufficient time for the magnetic field to collapse before removing the lifted load, and always implement mechanical safety features such as backup supports or catches to prevent accidental load drop in case of power failure.
Product Overview
The KK-P60/60 operates on the fundamental principle of electromagnetic induction, where DC current flowing through a copper wound coil generates a powerful magnetic field that attracts ferrous materials. When 12 volts DC is applied across the electromagnet terminals, the coil produces a concentrated magnetic flux through the iron core, creating an adhesive force capable of sustaining 100 kilograms of vertical lift. The P60/60 designation indicates a 60mm diameter pole face with optimized winding geometry for maximum holding force density, making it ideal for compact mounting spaces where space constraints demand high force output in minimal footprint.
What distinguishes the KK-P60/60 from standard electromagnets is its large suction surface area and precision-engineered pole face design that ensures uniform magnetic field distribution across the contact interface. The electromagnet features low power consumption at 12V DC operation, making it compatible with standard industrial power supplies and battery-backed systems. The robust construction includes reinforced coil insulation rated for continuous duty cycle operation, ensuring reliable performance in demanding environments with temperature fluctuations and mechanical vibration. The quick response time and consistent holding force make it suitable for both lifting applications and precision positioning tasks in automated manufacturing setups.
Frequently Asked Questions
What is the actual holding force at DC 12V and how does temperature affect performance?
The KK-P60/60 delivers a consistent 100 kilogram vertical lifting force when properly energized at DC 12V with clean ferrous metal contact. Electromagnet performance is inversely affected by temperature increases, with holding force typically decreasing by approximately 0.3 to 0.5 percent per degree Celsius above 25 degrees Celsius ambient. For applications in high-temperature environments exceeding 60 degrees Celsius, implement forced air cooling or thermal management systems to maintain rated lifting capacity. The coil insulation is rated for continuous operation up to 80 degrees Celsius, providing a safety margin for most industrial applications.
Can the KK-P60/60 be used with AC power or variable DC voltage supplies?
The KK-P60/60 is designed exclusively for DC 12V operation and cannot be used with AC power supplies without specialized rectification circuits. Operating the electromagnet with AC current will result in significantly reduced holding force, excessive heat generation, and potential coil damage due to continuous magnetic field oscillation. Variable DC voltage supplies can be used provided the voltage remains within the 10V to 14V operating range. Below 10V DC, the electromagnet will not achieve full 100kg lifting capacity. For applications requiring variable force control, implement PWM (Pulse Width Modulation) circuits rather than voltage reduction, as PWM maintains full magnetic field strength while controlling duty cycle.
How do I prevent the electromagnet from sticking permanently to ferrous metal surfaces?
The KK-P60/60 will maintain residual magnetism even after de-energization, with approximately 5 to 10 percent residual holding force remaining in the iron core. To prevent permanent adhesion, always de-energize the electromagnet before attempting to separate it from the metal surface. For applications requiring rapid release, implement a reverse polarity pulse circuit that briefly applies reversed DC voltage to the coil, which rapidly neutralizes residual magnetism and enables immediate separation. Alternatively, design mechanical systems with spring-loaded release mechanisms that physically separate the electromagnet from the ferrous surface immediately upon de-energization, preventing any adhesion buildup.
What safety considerations should I implement when using a 100kg lifting electromagnet?
Always implement mechanical backup safety systems such as secondary supports, safety catches, or load-limiting devices beneath any suspended load, as electromagnets can fail due to power loss, coil burnout, or control circuit malfunction. Never rely solely on electromagnetic force for critical lifting operations. Install proper electrical protection including 12V DC fuses or circuit breakers sized at 1.5 times the maximum coil current to prevent overcurrent damage. Implement emergency stop circuits that de-energize the electromagnet immediately upon system fault detection. Ensure all personnel are trained on electromagnet operation and understand the hazards of sudden load drop. For automated systems, integrate redundant control circuits and load monitoring sensors that verify holding force before allowing downstream operations.
When will I receive my order?
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
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