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Physical Circuit Disconnection RoHS UL CE IP66 Open Circuit Cap For Lighting Equipment Of NEMA Sockets
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Physical Circuit Disconnection RoHS UL CE IP66 Open Circuit Cap For Lighting Equipment Of NEMA Sockets
| Place of Origin | China |
| Brand Name | LongJoin |
| Model Number | JL-209-IP66 |
Product Details
Rated Voltage:
0~480VAC
Rated Frequency:
50/60Hz
Shell Material:
PC
IP Level:
IP66
Certifications:
RoHS,UL,CE
Real-world Scenarios:
Maintenance Safety Isolation
Highlight:
JL-209 open circuit cap
,IP66 open circuit cap
,RoHS open circuit cap
Payment & Shipping Terms
Price
negotiable
Packaging Details
Different packaging methods are adopted according to different modes of transport.
Payment Terms
Western Union,MoneyGram,T/T
Product Description
JL-209 IP66 open circuit cap is used as a protective cover for lighting equipment of NEMA sockets
Product Summary
JL-209 (IP66) open-circuit cap is used as a protective cover for lighting equipment of NEMA sockets.
Comply with ANSI136.10 installation standards.
Keep the socket disconnected when not in use.
Product size
Product Features
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Intend to break a twist-lock photocontrol receptacle while under maintenance
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ANSI C136.10 Twist-lock
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IP66 protection while installed
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UV stabilized Polycarbonate Enclosure
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High impact polybutylene terephthalate base
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Easy-to-handle Twist-bar Enclosure
Specifications
|
Model No. |
JL-209-IP66 |
|
Rated Voltage |
0~480VAC |
|
Rated Frequency |
50/60Hz |
|
Ambient Temperature |
-40℃ ~ +70℃ |
|
Related Humidity |
96% |
|
Shell material |
PC |
|
IP level |
IP66 |
|
Certifications |
|
FAQs
Q1:What is a physical circuit disconnection open circuit cap for NEMA sockets?
A:It is a safety protective cap designed for NEMA‑standard lighting sockets. It provides physical open circuit disconnection when inserted, while offering IP66 environmental protection and complying with RoHS, UL, and CE safety standards.
Q2:What does an open circuit cap do for lighting equipment?
A:When installed into an empty NEMA socket, it creates a reliable open circuit condition to interrupt electrical continuity. This prevents accidental energization, reduces arc risk, and enhances safety during maintenance, replacement, or storage of lighting fixtures.
Q3:What is the difference between open circuit cap and shorting cap?
A:An open circuit cap breaks the circuit to ensure no continuity, while a shorting cap shorts the circuit to discharge residual voltage. This open circuit design is used where physical disconnection is required for safety compliance.
Q4:What does physical circuit disconnection mean?
A:It means the cap mechanically and electrically breaks the current path inside the NEMA socket, ensuring a safe, reliable open state that cannot be bypassed accidentally.
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