 |
| Quantity: | |
|---|---|
DCNL-2
SMICO
16-95/4-35mm²
NFC 33 020, ANSI C119.5, EN 50483-4
500000/month
13±1NM
Thermoplastic Fibre Glass Reinforced Reinforced nylon
The Conector Dentado is a reliable and corrosion-resistant insulation piercing connector, designed for safe and efficient electrical connections. Its robust design ensures durability and excellent performance in various environmental conditions.
The Conector Dentado is engineered for service connections, accommodating main conductors from 16 to 95 mm² and branch conductors from 4 to 35 mm². This hermetic connector eliminates galvanic corrosion issues, providing a secure and dependable connection. With a single torque control nut that ensures accurate adjustment, the Conector Dentado prevents overheating and promotes longevity in your electrical systems.
The Conector Dentado is a state-of-the-art insulation piercing connector, meticulously crafted to meet the demanding requirements of modern electrical installations. With an ability to connect conductors ranging from 16 mm² to 95 mm² for mains and 4 mm² to 35 mm² for branches, this connector is ideal for various applications. The design incorporates a unique shear head mechanism that guarantees proper torque application, ensuring a secure and stable connection.
One of the standout features of the Conector Dentado is its hermetic construction, which effectively eliminates the risks associated with galvanic corrosion. This is particularly crucial in environments exposed to moisture and extreme temperatures, where traditional connectors may fail. By utilizing advanced materials, including tin-plated copper or aluminum alloys, the connector maintains excellent conductivity while resisting the corrosive effects of its environment.
Designed to accommodate a wide range of conductor types, including XLPE, PE, and PVC, the Conector Dentado is versatile enough for both residential and industrial applications. Its ability to function effectively with both aluminum and copper conductors adds to its adaptability, making it an essential component for any electrical project.
The Conector Dentado has undergone extensive testing to meet rigorous national and European standards, ensuring reliable operation under various conditions. It performs effectively in temperature ranges from -20°C to +50°C and maintains contact integrity even under overloads and cycling. The connector’s performance in salt fog and UV exposure tests further validates its durability in adverse environments.
Range-taking
Suitable for XLPE, PE or PVC conductors
Waterproof
Captive and flexible end caps
All components are solid and fixed in place
Equipped with shear head to ensure a reliable tightening torque
Operating temperature -55°C to +55°C
Installation temperature -20°C to +55°C
Can be installed on energized main if not under load
 |  |  |  |
STREET LIGHT CONNECTIONS In this application, insulation piercing clamp are generally used to tap the main ABC Cable and connecting it to a service line that powers streetlights or other applications. | DISTRIBUTION BOX CHARGING CONNECTION These insulated piercing connector are used to tap the main ABC Cable Line to charge Low Voltage Distribution Boxes which are further connected to different applications such as residential connections, street lights, etc. SMICO Low Voltage Distribution Boxes can provide up to 9 outgoing connections for each incoming line. | JUMPER CONNECTION These IPC are generally used with the same size of cable on each side to facilitate T-Connections (90° turns) or any other high angle turn. | TAP OFF/MULTI-TAP CONNECTION TO HOUSEHOLDS These insulation piercing connector are used to tap the main ABC Cable and bring power to households. Using the Multiport IPC, a one-tap connection from the mainline can be used to bring connections to multiple households. |
Model | Main line section | Branch section | No.Bolt |
DCNL-1 | 10-95 | 1.5-10 | 1 |
DCNL-2 | 16-95 | 4-35 | 1 |
DCNL-3 | 25-120 | 25-95 | 1 |
DCNL-4 | 50-150 | 4-35 | 1 |
| DCNL-5 | 35-150 | 35-150 | 2 |
| DCNL-1D | 10-95 | 1.5-10 | 1 |
| DCNL-4D | 50-150 | 4-35 | 1 |
1. What conductor sizes does the Conector Dentado accommodate?
It supports main conductors from 16 to 95 mm² and branch conductors from 4 to 35 mm².
2. Is the connector resistant to corrosion?
Yes, its hermetic design effectively prevents galvanic corrosion.
3. Can it be installed on energized mains?
Yes, it can be installed on energized mains as long as they are not under load.
4. What materials are used in its construction?
The connector features fiberglass-reinforced plastic and tin-plated copper or aluminum alloy blades.
5. What temperature ranges can it operate in?
It operates efficiently in temperatures from -55°C to +55°C.
6. How does the shear head mechanism work?
The shear head ensures that the correct torque is applied when piercing the insulation, resulting in a secure electrical connection.
7. Are there specific installation guidelines?
Yes, installation should follow the manufacturer’s recommendations for optimal performance and safety.
8. What standards does the connector comply with?
It meets various standards, including NFC 33 020, ANSI C119.5, and EN 50483-4.
The Conector Dentado is a reliable and corrosion-resistant insulation piercing connector, designed for safe and efficient electrical connections. Its robust design ensures durability and excellent performance in various environmental conditions.
The Conector Dentado is engineered for service connections, accommodating main conductors from 16 to 95 mm² and branch conductors from 4 to 35 mm². This hermetic connector eliminates galvanic corrosion issues, providing a secure and dependable connection. With a single torque control nut that ensures accurate adjustment, the Conector Dentado prevents overheating and promotes longevity in your electrical systems.
The Conector Dentado is a state-of-the-art insulation piercing connector, meticulously crafted to meet the demanding requirements of modern electrical installations. With an ability to connect conductors ranging from 16 mm² to 95 mm² for mains and 4 mm² to 35 mm² for branches, this connector is ideal for various applications. The design incorporates a unique shear head mechanism that guarantees proper torque application, ensuring a secure and stable connection.
One of the standout features of the Conector Dentado is its hermetic construction, which effectively eliminates the risks associated with galvanic corrosion. This is particularly crucial in environments exposed to moisture and extreme temperatures, where traditional connectors may fail. By utilizing advanced materials, including tin-plated copper or aluminum alloys, the connector maintains excellent conductivity while resisting the corrosive effects of its environment.
Designed to accommodate a wide range of conductor types, including XLPE, PE, and PVC, the Conector Dentado is versatile enough for both residential and industrial applications. Its ability to function effectively with both aluminum and copper conductors adds to its adaptability, making it an essential component for any electrical project.
The Conector Dentado has undergone extensive testing to meet rigorous national and European standards, ensuring reliable operation under various conditions. It performs effectively in temperature ranges from -20°C to +50°C and maintains contact integrity even under overloads and cycling. The connector’s performance in salt fog and UV exposure tests further validates its durability in adverse environments.
Range-taking
Suitable for XLPE, PE or PVC conductors
Waterproof
Captive and flexible end caps
All components are solid and fixed in place
Equipped with shear head to ensure a reliable tightening torque
Operating temperature -55°C to +55°C
Installation temperature -20°C to +55°C
Can be installed on energized main if not under load
| | | |
STREET LIGHT CONNECTIONS In this application, insulation piercing clamp are generally used to tap the main ABC Cable and connecting it to a service line that powers streetlights or other applications. | DISTRIBUTION BOX CHARGING CONNECTION These insulated piercing connector are used to tap the main ABC Cable Line to charge Low Voltage Distribution Boxes which are further connected to different applications such as residential connections, street lights, etc. SMICO Low Voltage Distribution Boxes can provide up to 9 outgoing connections for each incoming line. | JUMPER CONNECTION These IPC are generally used with the same size of cable on each side to facilitate T-Connections (90° turns) or any other high angle turn. | TAP OFF/MULTI-TAP CONNECTION TO HOUSEHOLDS These insulation piercing connector are used to tap the main ABC Cable and bring power to households. Using the Multiport IPC, a one-tap connection from the mainline can be used to bring connections to multiple households. |
Model | Main line section | Branch section | No.Bolt |
DCNL-1 | 10-95 | 1.5-10 | 1 |
DCNL-2 | 16-95 | 4-35 | 1 |
DCNL-3 | 25-120 | 25-95 | 1 |
DCNL-4 | 50-150 | 4-35 | 1 |
| DCNL-5 | 35-150 | 35-150 | 2 |
| DCNL-1D | 10-95 | 1.5-10 | 1 |
| DCNL-4D | 50-150 | 4-35 | 1 |
1. What conductor sizes does the Conector Dentado accommodate?
It supports main conductors from 16 to 95 mm² and branch conductors from 4 to 35 mm².
2. Is the connector resistant to corrosion?
Yes, its hermetic design effectively prevents galvanic corrosion.
3. Can it be installed on energized mains?
Yes, it can be installed on energized mains as long as they are not under load.
4. What materials are used in its construction?
The connector features fiberglass-reinforced plastic and tin-plated copper or aluminum alloy blades.
5. What temperature ranges can it operate in?
It operates efficiently in temperatures from -55°C to +55°C.
6. How does the shear head mechanism work?
The shear head ensures that the correct torque is applied when piercing the insulation, resulting in a secure electrical connection.
7. Are there specific installation guidelines?
Yes, installation should follow the manufacturer’s recommendations for optimal performance and safety.
8. What standards does the connector comply with?
It meets various standards, including NFC 33 020, ANSI C119.5, and EN 50483-4.
