3009-21 Bottom Drive Rotary Lock
This is a compact rotary door lock with a metal release lever, featuring a slam shut structure. When the door closes, the latch pin enters the lock opening, and the internal rotating locking claw automatically grips to achieve locking. The product can be opened via a lateral or downward release lever and can also be further connected to external handles, button mechanisms, or link systems. It is suitable for RV storage compartments, trailer toolboxes, maintenance doors on engineering vehicles, outdoor equipment boxes, generator doors, and various light to medium-duty equipment door panels.
- Maximum Size of the Strike Pin: 9.5mm
- Maximum Load: 4500N
- Compliance Standard: REACH No.1907/2006
- Application Scenarios: RV / Trailer Storage Compartment Door, Pickup / Truck Toolbox, Engineering Vehicle Maintenance Door, Agricultural / Construction Machinery Covers, Generator / Outdoor Equipment Box, Special Vehicle Equipment Compartment Door.
Detailed Specifications
| Image | Model | Grade & Direction | Mounting Method | Drive Method | Style | Material | Download |
|---|---|---|---|---|---|---|---|
| 3009-11-11 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Top Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-11 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Top Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-12 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Top Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-12 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Top Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-21 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Bottom Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-21 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Bottom Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-22 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Bottom Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-22 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Bottom Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-31 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Vertical Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-31 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Vertical Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-32 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Vertical Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-32 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Vertical Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-41 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Inline Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-41 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Inline Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-42 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Inline Drive | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-42 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Inline Drive | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-51 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Handle Driven | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-51 | Single stage (optional double stage), left | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Handle Driven | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-11-52 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Handle Driven | Standard | Galvanized Steel (Optional Stainless Steel) | ||
| 3009-21-52 | Single pole (optional double pole), right | Ф6.2 through hole (optional M6x1 thread, 1/4 -20 thread) | Handle Driven | Shock-absorbing | Galvanized Steel (Optional Stainless Steel) |
FAQ
Can you send samples?
Yes, we can provide a few free samples for the customer, but we hope that the shipping cost can be covered by you.
Does ForndLock offer rotary locks for OEM/ODM customization?
Yes, we support customization of materials, structures, surface treatments, lock cylinder types, and markings for rotary locks to meet project requirements.
What is the minimum order quantity?
The general minimum order quantity is 200 PCS, but if stock is sufficient, flexible supply can be provided according to actual demand, with no minimum order quantity restrictions.
What is the standard delivery time for rotary locks?
Typically 15 to 30 days, depending on customization requirements and order quantity.
What materials are available for rotary locks?
Common materials include zinc alloy, SS304, SS316 stainless steel, and PA66+GF plastic, which can be selected based on corrosion resistance and strength requirements.
Does the rotary lock support waterproof and dustproof features?
Support. Available with IP65 or IP67 sealing ratings, ensuring reliable locking in long-term outdoor or industrial environments.
Can rotary locks be used in high humidity or marine environments?
Yes. It is recommended to use SS316 material, with options for corrosion treatment and sealed installation method.
What types of doors or enclosures is it suitable for?
The rotary lock can be used for electrical enclosures, communication cabinets, rail transit equipment, engineering vehicle hatches, and industrial enclosures.
