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Landa H2015 12V/24V DC Holding Solenoid, 35N High-Force Electromagnet, Ø20 × 15mm Round Magnetic Holder for CNC Fixtures and Industrial Automation
Landa H2015 35N Round DC Holding Solenoid for Industrial Fixtures
- Overview
- Recommended Products
- CNC machining and workholding fixtures
- Robotic transfer and indexing tooling
- Inspection and test nests
- Temporary fixing of ferromagnetic parts
Landa H2015 High-Force Round Holding Solenoid
35 N holding force in a compact Ø20 mm body
Power-controlled magnetic holding for CNC fixtures, robotic tooling and industrial part positioning.
The Core Advantage: Secure 35 N Holding
H2015 concentrates up to 35 N of holding force at 25°C in a compact Ø20 × 15 mm body. The magnetic face keeps ferromagnetic workpieces stable during machining and automated positioning.
Technical Specifications
| Item | H2015-12A65 | H2015-24A260 |
|---|---|---|
| Product type | Round holding solenoid | |
| Body size | Ø20 mm × 15 mm | |
| Mounting | M5 × 10 center hole | |
| Lead wire | 200 mm, UL1007 26 AWG | |
| Weight | 25 g | |
| Voltage / resistance at 25°C | 12 VDC / 65 Ω | 24 VDC / 260 Ω |
| 100% duty | Continuous ON; 2.2 W; 35 N holding force at 25°C | |
| 50% duty or less | Maximum ON time 50 s; 4.4 W; 45 N holding force at 25°C | |
| Insulation | Class B (130°C) | |
| Hi-pot test | AC1000 V, 50/60 Hz, 2 s | |
Built for Stable Industrial Positioning
Use the H2015 magnetic face to secure steel parts while a CNC tool, robot or inspection system performs its operation.
Power-Controlled Holding and Release
Apply the selected DC voltage to hold a ferromagnetic workpiece; remove power to release it. Continuous duty is 2.2 W. For 50% duty or less, the specification allows up to 4.4 W and a maximum ON time of 50 seconds.
Easy M5 Fixture Integration
Use a flat, clean workpiece surface with good magnetic conductivity. A material thickness over 3 mm is preferred, and the contact area should be larger than the magnet face. Secure the body through the M5 × 10 center hole and protect the 200 mm lead wires from abrasion.
