Magnet Lock Sets
Magnet Lock Sets deliver dependable magnetic locking for access control, designed to maintain stable performance in industrial settings. They help safeguard equipment from unauthorized access while supporting safe, efficient operation.
- Magnetic locking mechanism supports secure access control and reliable positioning
- Heat resistance up to 80°C supports operation in temperature-limited environments
- Available standard and compact configurations for fitting common installation layouts
- Recommended for machine guarding and access-controlled equipment requiring stable locking
Specifications
8 configurations available
| Product Type | Adhesion Strength per Set (N) | Heat Resistance Temperature | type |
|---|---|---|---|
| Standard | 392.3N | 80℃ or lower | - |
| Standard | 784.5N | 200℃ or lower | - |
| Standard | 980.7N | 80℃ or lower | - |
| Standard | 1961.3N | 200℃ or lower | - |
| Compact | 196.1N | 80℃ or lower | - |
| Compact | 392.2N | 200℃ or lower | - |
| Compact | 490.3N | 80℃ or lower | - |
| Compact | 980.6N | 200℃ or lower | - |
Product Guide
Application Scenarios+
These magnet lock sets are used in injection molding machine guarding and other access-controlled installations where a parting-zone or maintenance area must remain securely locked during operation. In tooling cells, they help maintain stable engagement to prevent unsafe opening and unauthorized access while the system is running.
They are particularly suitable for industrial machine access panels and safety interlock applications because the product variant supports reliable magnetic locking and predictable positioning. Choose the Standard or Compact configuration based on available mounting space and alignment constraints.
- Automated molding lines: used on guarding doors to reduce the risk of operation starting with panels unlocked; the magnetic lock supports consistent holding as long as the temperature stays within the stated limits.
- Maintenance access on forming/assembly equipment: helps keep access panels closed to support safe workflows; stable adhesion supports controlled access cycles.
- Temperature-limited equipment enclosures: the heat resistance requirement of 80°C or lower supports operation in cooler industrial environments.
Material & Process Details+
The provided technical data specifies performance limits for magnetic locking sets rather than a specific steel grade or alloy. As such, the key “material-related” engineering criteria are magnetic adhesion/holding capability and heat resistance under duty conditions.
- Adhesion strength per set: 196.1 N to 1961.3 N, enabling selection of the holding force that matches guard door mass and actuation frequency.
- Heat resistance: rated for 80°C or lower (also specified as 200°C or lower in the metadata), supporting use in temperature-limited environments.
Manufacturing process details (e.g., heat treatment like quenching/tempering, surface treatments such as nitriding) and hardness (HRC) are not included in the input data, so they cannot be stated reliably. When temperature exposure approaches the limits, validate in a pilot installation and check adhesion retention over the expected thermal cycle.
Sizing & Selection Guide+
Selection is primarily dimensional by configuration type and by matching holding force to the guarded opening and mounting layout. The product is available as Standard or Compact; use Compact when the installation space restricts bracket clearance or alignment.
- Choose configuration: Standard for typical layouts with more mounting area; Compact for tight enclosure frames while keeping alignment within your interlock design intent.
- Select adhesion strength: pick a set within 196.1 N to 1961.3 N based on the expected loads on the access door (including vibration and cable/lever forces).
- Check thermal limits: ensure the operating temperature is within the stated heat resistance (not exceeding 80°C or lower, or the specified 200°C or lower requirement where applicable to your validation basis).
Because specific geometric dimensions and tolerances (e.g., mounting hole size, footprint, or stroke) are not provided in the input data, confirm compatibility using your existing interlock/guard bracket drawings and the manufacturer’s dimensional drawings for the chosen Standard/Compact variant.
Frequently Asked Questions
How do I choose between the Standard and Compact magnet lock set for a mold guarding installation?+
Select Compact when the enclosure or guard bracket offers limited mounting space, such as narrow door frames or constrained actuator geometry. Choose Standard for typical mounting layouts where alignment and clearance are less restrictive. Both variants use magnetic locking, so adhesion strength selection still drives performance (196.1 N to 1961.3 N per set).
What adhesion strength range should I target to keep an access door securely closed?+
The set adhesion strength per unit is specified from 196.1 N to 1961.3 N. Use the lower end only if your door mass and dynamic loads are low and can be validated. For vibrating industrial environments, size closer to the higher end within the stated range to maintain reliable engagement during operating cycles.
Can this magnet lock set be used near hot machine zones, and what temperature limits apply?+
The metadata provides heat resistance requirements of 80°C or lower and also indicates 200°C or lower. Use your governing requirement during design verification and ensure your measured enclosure surface/operating conditions do not exceed the specified limit. If temperatures fluctuate, validate adhesion retention under your expected thermal cycle.
What tolerances or mounting dimensions are required to achieve reliable magnetic engagement?+
The input data does not provide specific geometric dimensions or tolerance values. To ensure reliable engagement, match the chosen Standard or Compact configuration to your existing guard bracket interface and confirm clearance/alignment using the manufacturer’s detailed drawings. Then verify performance with functional tests under your highest expected load within the adhesion strength range.
Is there a specific material grade or hardness requirement for the magnet lock set components?+
No specific steel grade, heat treatment, or hardness (HRC) is stated in the provided specifications. Engineering selection should therefore focus on adhesion strength (196.1 N to 1961.3 N) and the stated heat resistance limits. If you need material certification for compliance, request it separately since it is not included in the input data.
Related Products
Need Custom Specifications?
Our engineering team can help with custom configurations, material selection, and volume pricing.