These locks create a tighter hold than traditional cam locks, making them useful for doors that have a seal. Turn the drive a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration. Open these locks with a triangle key. They're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery.

Combine the vibration resistance of a compression lock with the simple operation of a quarter-turn lock. These locks have a spring-loaded stop that keeps your enclosure door from vibrating open. However, they don't close as tightly as compression locks. Open them with a triangle key. They're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery. Their concealed design stops others from tampering with them using pliers.

Muffle metal-on-metal clatter when locking up cabinets and other enclosures. These locks have a covered cam that won't clang against the frame when the door is closed or bumped. The cam also won't scratch the inside of your enclosure. They open with a triangle key, so they're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery.

Designed for food-processing and hygienic applications, these locks are FDA compliant for direct contact with food. They have a smooth finish and round edges so there are no crevices for contaminants to collect in. Compared to traditional cam locks, they create a tighter hold. Turn the drive a quarter turn to lock, then another quarter turn to create compression and minimize rattling from vibration. These locks open with a triangle key, so they're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery. They have a concealed design that stops others from tampering with them using pliers.

Quickly snap these locks into a through-hole cutout—there’s no need to fasten them with a screw. All fit snugly in their cutout to stand up to the same vibration as a traditional cam lock will. Also known as quarter-turn locks, these locks have an arm that rotates 90° to secure enclosures. They open with a triangle key, so they're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery. Their concealed design stops others from tampering with them using pliers.

Open these locks with a triangle key—it’s more secure than a hex key or screwdriver, yet still matches a common keying system. Often installed on server cabinets and electrical panels, these locks have a handle that swings smoothly when you lift it to latch and unlatch the door. The cam rotates 90° as you swing the handle, so they’re also known as quarter-turn locks. When locked, the handle lies flat, which means it won’t snag anything passing by. For extra protection, these locks have a concealed design that stops others from tampering with them using pliers and a spot to attach a padlock.

Mount these two-piece locks on sealed pressurized enclosures to gradually release pressure and prevent your door from bursting open. A quarter turn partially opens the door and lets the pressure escape while the door is still latched. Another quarter turn fully opens the door. These locks create a tighter hold than traditional cam locks, making them useful for doors that have a seal. To lock, turn the drive a quarter turn, then another quarter turn to create compression and minimize rattling from vibration.

These locks open with a triangle key, so they're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery. They have a concealed design to stop others from tampering with them using pliers. Since they don't extend into your enclosure, you’ll have full use of the interior space.

Install these locks in smaller-than-standard through holes. They open with a triangle key, so they're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery. Their concealed design stops others from tampering with them using pliers. Also known as quarter-turn locks, they have an attached arm that rotates 90° to lock your enclosure.

Lock Covers—Prevent internal damage by blocking dirt and moisture from entering the cylinder.

Trigger a light, alarm, or other device to signal your door is unlocked. These locks have a magnet on the cam that is detected by a sensor (required, sold separately). When you unlock the door, the magnet moves out of the sensing range, activating a switch that turns your device on or off. Lock the door to reset the switch. When choosing a lock, consider the magnet location that works best for your setup. Install your sensor next to the side of the cam where the magnet is located. You cannot use these locks near existing magnetic fields, since they could interfere with the sensor.

Open these locks with a triangle key. They're more secure than locks that open with a hex or slotted driver yet still match a common keying system for industrial enclosures and other machinery. Also known as quarter-turn locks, they have a cam that rotates 90° to close enclosure doors.