Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal. Turn the head a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration.

All of these locks open with a square 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.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance. Those with straight and offset cams include multiple cams, so you can change the fixed latching distance.

IP or NEMA-rated locks have a seal or gasket that helps keep dust and water from entering the lock. This helps you maintain your sealed enclosure's IP or NEMA rating.

For technical drawings and 3-D models, click on a part number.

Quickly spot if these locks are open—a red indicator appears on the lock face or a spring-loaded cover pops up when they’re unlocked. Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal. Turn the head a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration. A gasket helps keep dust and water from washdowns or brief submersions from entering through the lock. This helps you maintain your sealed enclosure's IP or NEMA rating.

These locks open with a square 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.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance. All include multiple cams, so you can change the fixed latching distance.

Locks with an adjustable latching distance handle a wide range of latching distances, so they’re best for tasks when precise distances are unknown. Adjust the position of the cam before you begin to install them. They project further into the enclosure than those with a fixed latching distance.

Use stainless steel locks in areas that are constantly exposed to moisture since they resist corrosion better than zinc locks.

For technical drawings and 3-D models, click on a part number.

A gasket helps keep high-pressure, high-temperature washdowns and dust from entering through the lock. This helps you maintain an IP69K rating on sealed enclosures. Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal. Turn the head a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration. All of these locks open with a square 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.

Locks that turn clockwise to open have a concealed design to stop others from tampering with them using pliers. The square key is sold separately.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance. All include multiple cams, so you can change the fixed latching distance.

Locks with an adjustable latching distance handle a wide range of latching distances, so they’re best for tasks when precise distances are unknown. Adjust the position of the cam before you begin to install them. They project further into the enclosure than those with a fixed distance.

Use stainless steel locks in areas that are constantly exposed to moisture since they resist corrosion better than zinc locks.

For technical drawings and 3-D models, click on a part number.

A gasket helps keep high-pressure, high-temperature washdowns and dust from entering through the lock. This helps you maintain an IP69K rating on sealed enclosures that are often used in food processing plants. Also known as quarter-turn locks, these locks have an arm that rotates 90° to secure your enclosure. All include multiple cams, so you can change their fixed latching distance. Since you won’t have to adjust the cams into position, these locks are faster to install than those with an adjustable latching distance.

These locks open with a square key (sold separately), 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.

Stainless steel and plastic locks are more corrosion resistant than zinc locks. They won’t corrode in areas that are constantly exposed to moisture. Plastic locks are also nonconductive and lighter in weight.

For technical drawings and 3-D models, click on a part number.

For a simplified keying system, these cam locks open with a hex key (not included).

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, they’re faster to install than locks with an adjustable latching distance. Those with offset or roller cams come with multiple cams to accommodate different latching distances.Stainless steel and plastic locks resist corrosion better than zinc locks. Plastic locks are the lightest in weight and do not conduct electricity. However, they’re easier to drill into and tamper with compared to metal locks.

Locks with a pull tab give you a spot to grab to easily open doors and panels.

IP or NEMA rated locks have a gasket that keeps dust and water from getting in through the lock.

For technical drawings and 3-D models, click on a part number.

A gasket stops water from getting past these locks during high-pressure, high-temperature washdowns common in food processing plants. This helps you maintain a sealed enclosure's IP rating. Also known as quarter-turn locks, these locks rotate a cam 90° to secure your door or drawer. They lock with a hex key, so they’re great if you don’t want to keep a complicated keying system. Made of stainless steel, they resist corrosion, even when exposed to constant moisture. These locks come with multiple cams to accommodate different latching distances.

For technical drawings and 3-D models, click on a part number.

Spot when these locks are open with just a glance—a red indicator shows they're unlocked. Also known as compression cam locks, their cam seals more tightly against a door or drawer than a standard cam to reduce rattling from vibration. Using a hex key (sold separately), turn the head a quarter-turn to lock, then another quarter-turn to draw the cam firmly against your surface. Since they lock with a hex key, they’re great if you want a simple keying system. All come with multiple cams to accommodate different latching distances.

To help maintain a sealed enclosure's IP and NEMA rating, these locks have a gasket that stops water and dust from getting past the lock. Made of stainless steel, these locks resist corrosion, even in environments with constant moisture.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance.

Locks with an adjustable latching distance are best for installations when precise latching distances are unknown. Adjust the position of the cam before you begin to install them. They project further into the enclosure than those with a fixed distance.

For technical drawings and 3-D models, click on a part number.

Open these locks with a triangle key—it’s more secure than a hex key or screwdriver, yet still matches a common keying system for industrial enclosures and other machinery.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, they’re faster to install than locks with an adjustable latching distance. They come with multiple cams to accommodate different latching distances.

Stainless steel and plastic locks resist corrosion better than zinc locks. Plastic locks are the lightest in weight and do not conduct electricity. However, they’re easier to drill into and tamper with compared to metal locks.

Locks with a pull tab give you a spot to grab to easily open doors and panels.

All have a gasket that keeps dust and water from getting in through the lock. This helps you maintain your sealed enclosure’s IP or NEMA rating. IP65 rated locks seal out water from low-pressure washdowns. IP67 rated locks block out water if your sealed enclosure is briefly submersed.

EN 45545 rated locks meet flammability standards.

For technical drawings and 3-D models, click on a part number.

Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal. Turn the head a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration. All of 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.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance. Those with straight and offset cams include multiple cams, so you can change the fixed latching distance.

IP or NEMA rated locks have a gasket that helps keep dust and water from washdowns or brief submersions from entering through the lock. This helps you maintain your sealed enclosure's IP or NEMA rating.

For technical drawings and 3-D models, click on a part number.

A gasket helps keep high-pressure, high-temperature washdowns and dust from entering through the lock. This helps you maintain an IP69K rating on sealed enclosures that are often used in labs. Also known as quarter-turn locks, these locks have an arm that rotates 90° to secure your enclosure. All include multiple cams, so you can change their fixed latching distance. Since you won’t have to adjust the cams into position, these locks are faster to install than those with an adjustable latching distance.

These locks open with a triangle key (sold separately), 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.

Stainless steel and plastic locks are more corrosion resistant than zinc locks, so they’re best for areas that are constantly exposed to moisture. Plastic locks are also nonconductive and lighter in weight.

For technical drawings and 3-D models, click on a part number.

The spring-loaded cover pops up when these locks are open, so you’re able to see from a distance when they're unlocked. When shut, the cover keeps water and dirt from getting inside the lock cylinder to prevent damage. Also known as compression cam locks, they create a tighter hold than standard cam locks in high-vibration environments. Turn the head a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door. The second turn creates compression, which is ideal for enclosures with a seal and reduces rattling from vibration. They open with a triangle key (sold separately), so they match a keying system that's common for industrial enclosures and other machinery but are more secure than locks that open with a hex or slotted driver. Their concealed design stops others from tampering with them using pliers.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance.

When installed in a sealed enclosure, these locks help maintain your enclosure's IP or NEMA rating. They all seal out dust and dirt but have various levels of water protection. IP65 locks help seal out water from low-pressure washdowns. IP67 locks help seal out water from temporary submersion.

For technical drawings and 3-D models, click on a part number.

A seal helps keep high-pressure, high-temperature washdowns and dust from entering through the lock. This helps you maintain an IP69K rating on sealed enclosures that are often used in food processing plants. Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal. Turn the head a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration.

These locks open with a triangle key (sold separately), 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.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance. All include multiple cams, so you can change the fixed latching distance.

Locks with an adjustable latching distance handle a wide range of latching distances, so they’re best for tasks when precise distances are unknown. Adjust the position of the cam before you begin to install them. They project further into the enclosure than those with a fixed distance.

Use stainless steel locks in areas that are constantly exposed to moisture since they resist corrosion better than zinc locks.

For technical drawings and 3-D models, click on a part number.

An O-ring keeps water from entering through the lock during high-pressure, high-temperature washdowns. This helps you maintain an IP69K rating on sealed enclosures, such as those found in food processing plants. Open these locks with a two-way key (sold separately). Often called a double-bit key, it matches a keying system that’s common for industrial enclosures and other machinery but is more secure than a hex key or screwdriver. These locks also have a flat, concealed design that stops others from tampering with them using pliers.

To accommodate different latching distances, these locks come with three cams. Each cam has a fixed latching distance. Since you won’t have to adjust the cams into position, they’re quick to install. The cam rotates 90° to secure your enclosure, so these locks are also known as quarter-turn locks.

Stainless steel and plastic locks are more corrosion resistant than zinc locks. Plastic locks are the lightest in weight and do not conduct electricity. However, they’re easier to drill into compared to metal locks.

For technical drawings and 3-D models, click on a part number.

Also known as compression cam locks, these locks create a tighter hold than traditional cam locks, making them useful for doors that have a seal. Turn the head a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration. All of these locks open with a two-way key (sold separately). Also known as a double-bit key, it matches a keying system that’s common for industrial enclosures and other machinery but is more secure than a hex key or screwdriver. These locks also have a flat, concealed design that stops others from tampering with them using pliers.

Locks with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, they’re faster to install than locks with an adjustable latching distance. Those with straight or offset cams come with multiple cams to accommodate different latching distances.

All have a gasket that seals out dust and water from washdowns, so they won’t get into your enclosure through the lock. This helps you maintain your sealed enclosure’s IP or NEMA rating.

For technical drawings and 3-D models, click on a part number.

Open these locks with a two-way key (sold separately). Also known as a double-bit key, it’s more secure than a hex key or screwdriver, yet still matches a common keying system for industrial enclosures and other machinery. These locks also have a flat, concealed design that prevents others from tampering with them using pliers. Their cam rotates 90° to close enclosure doors, so they’re also known as quarter-turn locks.

Locks with a fixed latching distance are best when you know the precise distance you need. They’re faster to install than locks with an adjustable latching distance, since you won’t have to adjust the cam into position. To accommodate different latching distances, they come with multiple cams.

Stainless steel and plastic locks resist corrosion better than zinc locks. Plastic locks are the lightest in weight and do not conduct electricity. However, they’re easier to drill into and tamper with compared to metal locks.

Locks with a pull tab give you a spot to grab to easily open doors and panels.

IP or NEMA rated locks have a gasket that keeps dust and water from getting in through the lock.

For technical drawings and 3-D models, click on a part number.

An O-ring keeps water from entering through the lock during high-pressure, high-temperature washdowns. This helps you maintain an IP69K rating on sealed enclosures, such as those in food processing plants. Also known as compression cam locks, these locks create a tighter hold than traditional cam locks, making them useful for doors that have a seal. Turn the head a quarter turn to lock, then turn it another quarter turn to create compression and minimize rattling from vibration.

These locks open with a two-way key (sold separately). Also known as a double-bit key, it matches a keying system that’s common for industrial enclosures and other machinery but is more secure than a hex key or screwdriver. These locks also have a flat, concealed design that stops others from tampering with them using pliers.

Locks with an adjustable latching distance handle a wide range of latching distances, so they’re best for tasks when precise distances are unknown. Adjust the position of the cam before installing. They project further into the enclosure than those with a fixed latching distance.

For technical drawings and 3-D models, click on a part number.

Quickly spot when your door is unlocked—the spring-loaded cover pops up when these locks are open. When shut, the cover keeps water and dirt from getting inside the lock cylinder to prevent damage. Also known as compression cam locks, they create a tighter hold than standard cam locks, so they’re often used in high-vibration areas. Turn the head a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door. The second turn creates compression, which is ideal for enclosures with a seal and reduces rattling from vibration.

These locks open with a two-way key (sold separately). Also called a double-bit key, it matches a keying system that’s common for industrial enclosures and other machinery but is more secure than a hex key or screwdriver. These locks also have a flat, concealed design that stops others from tampering with them using pliers. To accommodate different latching distances, they come with two cams. Each cam has a fixed latching distance. You won’t have to adjust the cams into position, so these locks are quick to install.

When installed on a sealed enclosure, these locks help maintain your enclosure’s IP rating. They have an O-ring that stops dust and water from getting into the enclosure through the lock, even if it’s briefly submersed.

Stainless steel locks resist corrosion better than zinc locks. They won’t rust in areas constantly exposed to moisture.

For technical drawings and 3-D models, click on a part number.

Designed for food-processing and hygienic applications, this corrosion-resistant latch is FDA compliant for direct food contact and DGUV tested to meet European regulations for use with food. It comes with one straight and two nonreversible offset cams to accommodate different latching distances.

For technical drawings and 3-D models, click on a part number.

Designed for food-processing and hygienic applications, this corrosion-resistant latch is FDA compliant for direct food contact and DGUV tested to meet European regulations for use with food. It comes with one straight and two nonreversible offset cams to accommodate different latching distances.

For technical drawings and 3-D models, click on a part number.

A gasket helps keep dust and water from washdowns from entering through the latch. This helps you maintain your sealed enclosure's IP or NEMA rating. It’s harder to snag straps and other items on these wing-handle latches than on T- or L-handle latches. They have a cam that rotates to secure your enclosure.

These latches have one or more cams that each have a fixed latching distance. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance.

Stainless steel and plastic latches are more corrosion resistant than zinc latches. They can be used in areas that are constantly exposed to moisture. The plastic latches are also nonconductive and lighter in weight. However, they’re easier to drill into or tamper with than the metal latches.

For technical drawings and 3-D models, click on a part number.

It’s harder to snag straps and other items on these wing-handle latches than on T- or L-handle latches. Also known as compression cam latches, these create a tighter hold than a traditional cam latch, making them useful for doors that have a seal. Turn the head a quarter turn to latch, then turn it another quarter turn to create compression and minimize rattling from vibration. A gasket helps keep dust and water from washdowns from entering through the latch. This helps you maintain your sealed enclosure's IP or NEMA rating.

Latches with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance. Latches with offset cams include multiple cams, so you can change the fixed latching distance.

Latches with an adjustable latching distance handle a wide range of latching distances, so they’re best for tasks when precise distances are unknown. Adjust the position of the cam before you begin to install them. They project further into the enclosure than those with a fixed latching distance.

Stainless steel and plastic latches are more corrosion resistant than zinc latches, so they're better for use in wet environments.

For technical drawings and 3-D models, click on a part number.

With a finger-grip knob, these latches fit where latches with handles won't. Select the turn direction of these latches when mounting the cam. The cam rotates to secure your enclosure.

Latches with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance.

Stainless steel latches are more corrosion resistant than zinc-plated steel latches, so they can be installed in environments with constant moisture.

IP-rated latches have a seal that helps keep dust and water from washdowns or temporary submersion from entering through the latch. This helps you maintain your sealed enclosure's IP rating.

For technical drawings and 3-D models, click on a part number.

The knob on these latches is easy to grip and less likely to snag straps or clothing than T- or L-handle latches. Also known as compression cam latches, these latches create a tighter hold than a traditional cam latch, so they’re useful for doors with a seal. Turn the head a quarter turn to latch, then another quarter turn to create compression and minimize rattling from vibration. A seal helps keep dust and water from washdowns or brief submersion from entering through the latch. This helps you maintain your sealed enclosure's IP rating. Made from stainless steel, they resist corrosion in areas with constant exposure to moisture.

Latches with a fixed latching distance are best when you know the precise distance you need. Since you won’t have to adjust the cam into position, these are faster to install than those with an adjustable latching distance.

Latches with an adjustable latching distance handle a wide range of latching distances, so they’re best for tasks when precise distances are unknown. Adjust the position of the cam before you begin to install them. They project further into the enclosure than those with a fixed latching distance.

For technical drawings and 3-D models, click on a part number.