Key Features
- Camlock Blue to Camlock Blue
- 600V / 400A
- 4/0 DLO Wire Type
Documentation
- Technical Drawing
- Certificate of Compliance
- Certificate of Origin
- REACH Compliance
- RoHS Compliance
- Prop 65 Declaration
- WEEE Compliance
- Product Lifecycle Statement
- ISO 9001:2015 QMS Certificate
Specifications
| Amperage | 400A |
| Female (Output) | Camlock Blue |
| Length | 30 Feet |
| Male (Input) | Camlock Blue |
| Voltage | 600V |
| Wire | 4/0 DLO |
Application Notes
Camlock cordsets provide fast, secure, high-current connections between large generators, load banks, and distribution panels. These single-pole assemblies are the backbone of temporary and portable power systems in industrial, entertainment, and utility environments.
Each cordset features heavy-duty cable terminated with color-coded Camlock connectors (black, red, blue, white, and green for phases, neutral, and ground). The locking mechanism ensures a reliable, vibration-resistant connection that prevents accidental disconnects under load.
Camlock cords are commonly used for generator testing, emergency power, and special events such as concerts, festivals, and film productions. They are also widely used in construction, industrial, and data center applications where safe, high-amperage temporary connections are needed.
StayOnline Camlock assemblies are built with UL-listed connectors and each assembly is hi-pot tested to ensure safety under load.
Product FAQs
What is a Camlock cordset?
A Camlock cordset is a heavy-duty, single-pole power cable assembly that uses Camlock connectors to transfer high current between power sources such as generators, load banks, and distribution panels. They are standard in temporary and portable power setups.
What do the connector colors represent?
The typical North American color code is: black for Line 1 (Phase A), red for Line 2 (Phase B), blue for Line 3 (Phase C), white for Neutral, and green for Ground.
Can Camlock connectors be connected or disconnected under load?
No. Camlock connectors must only be mated or unmated when the circuit is de-energized. They are not designed for make-or-break under load conditions.
How should Camlock cords be maintained?
Inspect connectors and cables regularly for wear, dirt, or corrosion. Clean with non-conductive contact cleaner, and replace any worn or damaged parts. Store cords properly coiled and protected from moisture and sunlight.
