Crystal Heavy Duty Multicoil Electromagnetic Chuck Fine Pitch Transverse Pole Draft Not live SEO 20d ago AA-30501
Crystal AA-305 multicoil electromagnetic chuck provides secure magnetic holding for precision machining. With dimensions of 450 x 150 x 100mm, this model ensures stable clamping with a 4+1 pole pitch configuration. • Compact size of 450 x 150 x 100mm fits tight spaces • DC power supply with switch and variable control • Fine pitch transverse pole optimizes flux density • Suitable for small grinding and milling operations
Specifications
For: AA-30501- Brand
- Crystal
- Output Voltage
- 110 DC
- Output Current
- 2 Amp
- Series
- AA-305
- Size
- 450 X 150 X 100
- Pole Pitch
- 4+1
Configurations
Click a row to switch| Variant | Series | Pole Pitch | Size | Price |
|---|---|---|---|---|
| AA-30501 | AA-305 | 4+1 | 450 X 150 X 100 | ₹37,554 |
| AA-30502 | AA-305 | 4+1 | 500 X 200 X 100 | ₹44,611 |
| AA-30503 | AA-305 | 4+1 | 600 X 200 X 100 | ₹50,940 |
| AA-30504 | AA-305 | 4+1 | 600 X 250 X 100 | ₹62,910 |
| AA-30505 | AA-305 | 4+1 | 750 X 250 X 100 | ₹92,800 |
| AA-30506 | AA-305 | 4+1 | 900 X 250 X 100 | ₹1,00,804 |
| AA-30507 | AA-305 | 4+1 | 600 X 300 X 100 | ₹72,312 |
| AA-30508 | AA-305 | 4+1 | 750 X 300 X 100 | ₹1,01,375 |
| AA-30509 | AA-305 | 4+1 | 900 X 300 X 100 | ₹1,08,072 |
| AA-30510 | AA-305 | 4+1 | 1000 X 250 X 110 | ₹1,07,520 |
| AA-30511 | AA-305 | 4+1 | 1000 X 300 X 110 | ₹1,26,601 |
| AA-30512 | AA-305 | 4+1 | 1500 X 250 X 110 | ₹1,44,063 |
| AA-30513 | AA-305 | 4+1 | 1500 X 300 X 110 | ₹1,79,354 |
| AA-30514 | AA-305 | 4+1 | 1500 X 400 X 110 | ₹2,17,470 |
Operational Best Practices & Maintenance
- Clean the magnetic surface with a non-abrasive cloth before each workpiece placement
- Avoid dragging sharp or heavy ferrous tools across the chuck face to prevent scratching
- Store the unit in a dry environment to protect internal coils from moisture degradation
- Inspect power cables and connectors regularly for wear before initiating magnetisation cycles
- Follow manufacturer torque guidelines when mounting the chuck to machine table slots
Precision Machining Applications
- Heavy-Duty Surface Grinding: Secures large, flat ferromagnetic plates and castings firmly
- Precision Milling and Plano-Milling: Holds heavy workpieces securely against high cutting forces
- Batch Machining Workholding: Positions and clamps multiple small or medium steel parts simultaneously
- Supports uniform, continuous multi-part surface machining for improved throughput
- Eliminates setup time associated with traditional vise and fixture mounting procedures
Advanced Variable Control System
- Operates via a dedicated DC power supply unit delivering 110 V DC at 2 Amp output
- Features integrated Magnetise, Demagnetise, and variable control switching for precise operation
- Enables safe, residue-free part release to protect delicate machined surfaces
- Allows operators to adjust holding strength based on workpiece weight and geometry
- Simplifies workflow by replacing manual mechanical clamps with instant magnetic engagement
Heavy Duty Multicoil Architecture
- Utilizes a robust internal multi-coil configuration for reliable heavy-duty machining performance
- Guarantees even magnetic distribution to prevent localized heat build-up during extended cycles
- Structural design resists thermal expansion and prevents workholding distortion
- Built to withstand high cutting forces in continuous industrial production environments
- Reduces maintenance frequency through durable coil insulation and reinforced housing
Fine Pitch Transverse Pole Layout
- Engineered with a tight 4+1 mm pole pitch arrangement for concentrated magnetic holding power
- Delivers immense, uniform clamping force across the entire rectangular workholding surface
- Handles workpiece thicknesses from 2–50 mm with consistent magnetic retention
- Transverse pole orientation minimizes magnetic flux leakage during aggressive operations
- Ensures consistent part stability without reliance on mechanical clamping fixtures
More questions buyers ask
What is an electromagnetic chuck?
An electromagnetic chuck is a workholding device that uses a magnetic field to secure a workpiece during machining operations. It provides strong, uniform clamping force and can be easily switched on and off.
What are the applications of a multicoil electromagnetic chuck?
These chucks are ideal for surface grinding, milling, and other precision machining operations on ferrous materials. The multicoil design ensures a strong and consistent magnetic field across the entire surface.
What is the power supply requirement for this chuck?
These chucks require a DC power supply. The specific voltage and current requirements may vary by model. Please refer to the product specifications for details.
Is it suitable for heavy-duty machining?
Yes, these are heavy-duty multicoil electromagnetic chucks designed for robust performance in demanding industrial applications.
Do you provide a warranty?
Yes, all Crystal electromagnetic chucks come with a 1-year manufacturer's warranty against manufacturing defects. We also provide pan-India delivery and after-sales support.
Can I get a GST invoice?
Yes, we provide a GST invoice for all purchases.
Who should choose the Crystal Electromagnetic Chuck AA-30501?
The AA-30501 is the most affordable and compact option in this series, making it ideal for smaller workshops and light-duty applications where precision is still paramount.
Who should choose the Crystal Electromagnetic Chuck AA-30514?
The AA-30514 is the largest and most powerful chuck in the series, designed for heavy-duty machining of large workpieces. It is suitable for large-scale industrial applications.
What is the main difference between the AA-30501 and the AA-30514 models?
The main differences are size, holding power, and price. The AA-30501 is the smallest and most affordable, while the AA-30514 is the largest and most powerful. Your choice should depend on your specific workpiece dimensions and machining requirements.
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Full description
Crystal AA-305 multicoil electromagnetic chuck provides secure magnetic holding for precision machining. With dimensions of 450 x 150 x 100mm, this model ensures stable clamping with a 4+1 pole pitch configuration. • Compact size of 450 x 150 x 100mm fits tight spaces • DC power supply with switch and variable control • Fine pitch transverse pole optimizes flux density • Suitable for small grinding and milling operations