400 Amp Cam Lock Connectors

400 Amp Cam Lock Connectors are power transmission devices typically used for high current applications such as power connections for generators and large equipment. They are designed to allow fast, safe and reliable connections and disconnections while providing good electrical performance and mechanical strength.

150A 200A 400A Cam Lock Plug Socket 5g 200 amp 400 amp cam power connector for input camlock plug

5X R-LOK 400A Female Plug Set American Standard Single Pole Power Connector Compatible with Camlock

400A R-LOK series is an American Standard single pole power connector with double cam design. The housing is made from highly insulated and high heat resistant TPE. The contact is made of copper alloy, which has high conductivity. 

400A R-LOK series is suitable for temporary power supply such as indoor and outdoor stage performances, film shooting, exhibitions, etc.

Product Features

1. Highly insulated and high heat resistant TPE housing
2. PAST locating screw provides superior durability and insulation
3. Double cam design provides vibration-proof connection
4. Arrow marks for connectors mating and un-mating guidance
5. Accommodates a wide range of cable size with clear cutting line
6. Color-coded for easy phase identification

Please note that do not reuse locating screw. Reusing locating screw might expose the operation to electrical danger.

Product Parameters

1. Current Rating: These connectors are rated for 400 amps, which means they are designed to handle a high current load, making them suitable for heavy-duty applications.

2. Voltage Rating: Typically, these connectors are rated for 600 volts, although specific ratings might vary based on the manufacturer.

3. Color Coding: Cam Lock Connectors are color-coded according to the conductor (e.g., green for ground, white for neutral, black, red, blue for phases).

4. Locking Mechanism: Cam Locks feature a twist-and-lock mechanism that provides a secure connection, ensuring that the connectors won’t come loose during operation.

5. Materials: They are often made of high-durability materials, such as rubber or plastic for the housing, and brass or copper for the conductive parts, ensuring that they can withstand harsh environmental conditions.

6. Types:

• Male and Female Connectors: There are male (plug) and female (receptacle) versions for both power input and output connections.

• Single or Multiconductor Configurations: Depending on the application, these connectors can be used in single-phase or three-phase power setups.

FAQ

1. How do I select the right 400 Amp Cam Lock Connectors?

Selecting the right 400 Amp Cam Lock Connectors requires consideration of a number of factors, including current capacity, voltage rating, operating environmental conditions, connection method, and mounting space. Ensure that the selected connectors meet the electrical requirements of the system and are adaptable to the temperature, humidity and corrosive conditions of the operating environment.

2. How do I properly install 400 Amp Cam Lock Connectors?

When installing 400 Amp Cam Lock Connectors, you need to read the manufacturer's installation instructions carefully and follow the steps. Ensure that the contact surfaces of the connectors are clean and free of foreign matter, and that the connections are properly aligned and tightened. Also, take care to use the proper tools to avoid damage to the connectors or cables.

3. What if the 400 Amp Cam Lock Connectors become loose or hot during use?

If a connector is found to be loose or hot during use, stop using it immediately and check the connector's tightness and contact condition. If looseness is found, the connector should be retightened; if oxidation or corrosion exists on the contact surface, it should be cleaned and reconnected. If the problem persists, the connector may need to be replaced.

4. How do I maintain the 400 Amp Cam Lock Connectors to extend their life?

Regular maintenance is required to extend the life of the 400 Amp Cam Lock Connectors. This includes checking the connectors for tightness, cleanliness of the contact surfaces, and corrosion or oxidation. In addition, avoiding the use of connectors in wet or corrosive environments and avoiding excessive force when connecting or disconnecting will help extend the life of the connectors.

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