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Electricity is the main source of power for production and life in today's society. With the continuous expansion of the scale of today's cities and the increasing degree of modern production, the power transmission and power supply system presents the characteristics of huge power supply network, complex power supply system, many power supply links, and long power supply distance. As an important connection point of the entire power supply network, the intermediate joint of the cable will directly affect the operation quality of the power supply system. Because the cable intermediate joint is manually installed on site, it is affected by the construction environment and operating environment, which will inevitably cause breakdown and explosion accidents due to installation errors, external force damage, and cable water ingress. Moreover, a large amount of energy will be released in the event of breakdown and explosion of the cable joint, which will cause harm to other surrounding power facilities or personnel, and even cause secondary accidents. In response to these problems, the company has developed a cable intermediate joint box with fireproof, waterproof and explosion-proof functions to provide all-round protection. Once the cable intermediate joint explodes or breaks down, it can effectively protect other surrounding power facilities and personnel to prevent The occurrence of secondary injury.
Installation method Installation method Steps
Product Name
High Voltage Cable Joint Explosion-Proof Box
The high voltage cable joint explosion-proof box is a safety device specifically designed to protect high voltage cable joints, widely used in fields requiring explosion-proof measures such as petrochemical, coal mining, and power systems. Made of durable materials, this product offers excellent explosion-proof performance, providing reliable protection in extreme environments.
• Explosion-Proof Design: Specially designed and made of high-strength materials, the box offers exceptional explosion-proof performance, ensuring safe use in explosive environments.
• Durable and Robust: The high-strength shell can withstand high pressure and mechanical impact, suitable for various harsh working environments.
• High Sealing Performance: Multiple sealing designs ensure that internal equipment is protected from water, dust, and other external factors, enhancing lifespan and reliability.
• Easy Installation and Maintenance: The modular design simplifies installation and maintenance, reducing downtime and maintenance costs.
• Material: High-strength explosion-proof materials
• Explosion-Proof Rating: Exd IIC T6
• Applicable Voltage: Up to 35kV
• Size: Various specifications available to meet different cable joint sizes
• Color: Available in grey and white
1. Confirm the size of the cable joint and select the appropriate explosion-proof box specification.
2. Open the explosion-proof box and place the cable joint inside, ensuring the cable passes through the sealing port.
3. Secure the explosion-proof box and perform sealing treatment, ensuring all interfaces are well-sealed.
4. Regularly check the sealing and connection status of the explosion-proof box to ensure it continuously protects the cable joint.
• Installation and maintenance should be performed by professionals to ensure compliance with explosion-proof safety standards.
• Avoid severe impacts or damage to the explosion-proof box, which could affect its explosion-proof performance.
• Regularly inspect the condition of the explosion-proof box to ensure its explosion-proof function is normal.
Electricity is the main source of power for production and life in today's society. With the continuous expansion of the scale of today's cities and the increasing degree of modern production, the power transmission and power supply system presents the characteristics of huge power supply network, complex power supply system, many power supply links, and long power supply distance. As an important connection point of the entire power supply network, the intermediate joint of the cable will directly affect the operation quality of the power supply system. Because the cable intermediate joint is manually installed on site, it is affected by the construction environment and operating environment, which will inevitably cause breakdown and explosion accidents due to installation errors, external force damage, and cable water ingress. Moreover, a large amount of energy will be released in the event of breakdown and explosion of the cable joint, which will cause harm to other surrounding power facilities or personnel, and even cause secondary accidents. In response to these problems, the company has developed a cable intermediate joint box with fireproof, waterproof and explosion-proof functions to provide all-round protection. Once the cable intermediate joint explodes or breaks down, it can effectively protect other surrounding power facilities and personnel to prevent The occurrence of secondary injury.
Installation method Installation method Steps
Product Name
High Voltage Cable Joint Explosion-Proof Box
The high voltage cable joint explosion-proof box is a safety device specifically designed to protect high voltage cable joints, widely used in fields requiring explosion-proof measures such as petrochemical, coal mining, and power systems. Made of durable materials, this product offers excellent explosion-proof performance, providing reliable protection in extreme environments.
• Explosion-Proof Design: Specially designed and made of high-strength materials, the box offers exceptional explosion-proof performance, ensuring safe use in explosive environments.
• Durable and Robust: The high-strength shell can withstand high pressure and mechanical impact, suitable for various harsh working environments.
• High Sealing Performance: Multiple sealing designs ensure that internal equipment is protected from water, dust, and other external factors, enhancing lifespan and reliability.
• Easy Installation and Maintenance: The modular design simplifies installation and maintenance, reducing downtime and maintenance costs.
• Material: High-strength explosion-proof materials
• Explosion-Proof Rating: Exd IIC T6
• Applicable Voltage: Up to 35kV
• Size: Various specifications available to meet different cable joint sizes
• Color: Available in grey and white
1. Confirm the size of the cable joint and select the appropriate explosion-proof box specification.
2. Open the explosion-proof box and place the cable joint inside, ensuring the cable passes through the sealing port.
3. Secure the explosion-proof box and perform sealing treatment, ensuring all interfaces are well-sealed.
4. Regularly check the sealing and connection status of the explosion-proof box to ensure it continuously protects the cable joint.
• Installation and maintenance should be performed by professionals to ensure compliance with explosion-proof safety standards.
• Avoid severe impacts or damage to the explosion-proof box, which could affect its explosion-proof performance.
• Regularly inspect the condition of the explosion-proof box to ensure its explosion-proof function is normal.