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High Power Electromagnetic Assembly

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MOQ : 100 Pieces

High Power Electromagnetic Assembly Specification

Magnet Category
Electromagnetic Assembly

Thickness
25 mm

Magnet Grade
N52

Machine Type
Industrial Magnet

Composite
Neodymium & Steel

Shape
Rectangular Module

Application
Heavy Lifting, Magnetic Separation, Automation Machinery

Size
200 mm x 120 mm x 25 mm

Weight
5.8 kg

Color
Silver Grey

Function
Electromagnetic field generation for lifting and separation

Brand Required
Custom/As Required

Capacity
High Power

Material
High Grade Neodymium, Mild Steel

Custom Sizes Available
Yes, on Request

Ingress Protection
IP65

Maximum Attraction Force
Up to 800 kgf

Operating Voltage
24V/48V DC

Release Time
<1 sec

Insulation Type
Epoxy Encapsulated Coil

Temperature Resistance
Up to 70°C

Magnetization Direction
Axial

Surface Treatment
Anti-corrosive Coated

Duty Cycle
Continuous

Lead Wire Length
1 Meter Standard

Control System
Remote/Electronic Controller Compatible

Mounting Type
Bolt-on Base Plate

High Power Electromagnetic Assembly Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash Advance (CA)

Delivery Time
10 Days

Main Domestic Market
All India

About High Power Electromagnetic Assembly

Our firm has gained a great impact in providing a wide ambit of High Power Electromagnetic Assembly. It is used to disrupt electromagnetics components for military applications. Therefore, provided assembly enables a high velocity and more tangible uses. High Power Electromagnetic Assembly is used in a range of harsh environment applications. It is easily avail in custom made solutions to fulfil the needs of existing clients. It is easy for controlling home appliances with a normal low voltage electronic circuit.

Superior Magnet Grade and Durability

Engineered with high-grade N52 neodymium and robust mild steel, this electromagnetic assembly features a composite structure that maximizes strength and durability. The anti-corrosive coating and IP65 protection reliably shield against harsh industrial environments, while the epoxy encapsulated coil supports temperature resistance up to 70C for continuous operation.

Adaptable Design for Industrial Applications

With its bolt-on base plate and standard 1-meter lead wire, installation is straightforward across automation machinery, lifting equipment, and magnetic separation systems. The rectangular module, sized 200 mm x 120 mm x 25 mm, can also be custom fabricated, ensuring compatibility with a diverse range of heavy-duty requirements.

FAQ's of High Power Electromagnetic Assembly:

Q: How is the electromagnetic assembly used in industrial lifting and separation tasks?

A: The assembly generates a strong electromagnetic field-up to 800 kgf attraction force-suitable for lifting heavy metallic objects or separating materials in automated processes. Its rapid release capability (<1 sec) allows for efficient cycles in busy production environments.

Q: What surfaces and environments are suitable for installing this electromagnetic assembly?

A: Thanks to its anti-corrosive coating, IP65 ingress protection, and bolt-on mounting base, the assembly is ideal for installation in dusty, moist, and heavy-duty manufacturing conditions where durability and reliability are essential.

Q: When should custom sizes of this electromagnetic assembly be requested?

A: Custom sizing is recommended when standard module dimensions (200 mm x 120 mm x 25 mm) do not align with your machinery or operational requirements, ensuring optimal integration and performance within specialized equipment.

Q: Where is the optimal placement for mounting this magnet in an automation setup?

A: The magnet should be securely bolted using its base plate to a stable section of the machinery where maximum magnetic field contact with target items is assured, typically in areas requiring material lifting or separation.

Q: What process ensures the insulation and longevity of the coil in this assembly?

A: The coil is epoxy encapsulated, offering robust insulation against electrical and thermal stress. This process prolongs lifespan and maintains consistent performance during continuous duty cycles in high-power applications.

Q: How does the remote or electronic control system enhance operation of the magnet?

A: Compatible with remote and electronic controllers, users can activate, deactivate, and regulate the electromagnetic field remotely, improving safety, convenience, and workflow automation in industrial settings.

Q: What advantages does the neodymium and mild steel composite construction provide?

A: The composite of neodymium, renowned for its high magnetization, and mild steel ensures a powerful magnetic field and structural stability, resulting in superior lifting capacity and resistance to mechanical stress.

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