SIHF Flexible 7G1mm² Multi Core Silicone Cable

SIHF Flexible 7G1mm² Multi Core Silicone Cable

The SIHF Flexible 7G1mm² Multi Core Silicone Cable is a remarkable electrical cable engineered to meet the most demanding requirements in a variety of applications. Its unique construction and outstanding features make it a top - choice for industries where performance and reliability are of utmost importance.

Construction Details
1. Section Area
The cable has a section area of 1mm² for each core. This specific cross - sectional area is carefully selected to ensure efficient current - carrying capacity while minimizing power losses. It is well - suited for applications that require a balance between electrical performance and cable size.

2. Conductor
The use of tinned copper conductors is a key aspect of this cable's construction. Tinned copper offers excellent electrical conductivity, ensuring that signals and power are transmitted with minimal resistance. Additionally, the tinning process provides corrosion resistance, protecting the conductors from environmental factors and extending the cable's overall lifespan.

3. Multi - stranded Construction
The multi - stranded design of the cable makes it highly flexible. Multiple small strands of copper are bundled together, allowing the cable to bend and flex easily without the risk of conductor breakage. This flexibility is essential for applications where the cable needs to be routed through tight spaces or where it will be subject to repeated movement.

4. Insulation and Jacket
Both the insulation and the jacket of the cable are made of silicone. Silicone is a high - performance material known for its exceptional properties. It provides excellent electrical insulation, preventing short - circuits and ensuring the safe operation of the cable. Moreover, silicone is extremely soft, contributing to the cable's overall flexibility.

5. Number of Cores
With 7 cores, this cable is a multi - core solution that can support the transmission of multiple signals or power sources simultaneously. This makes it ideal for complex electrical systems where multiple functions need to be accommodated within a single cable, reducing the need for multiple individual cables and simplifying the wiring process.

6. Outer Diameter
The outer diameter of the cable is 6.9mm. This size strikes a good balance between compactness and protection. It is small enough to be easily installed in confined spaces, yet large enough to house the 7 cores and provide sufficient insulation and protection.

Electrical and Thermal Ratings
1. Rated Voltage
The cable is rated for a voltage of 300/500V. This means it can safely operate within this voltage range, making it suitable for a wide variety of electrical systems, including industrial control panels, automation equipment, and some household appliances.

2. Rated Temperature
One of the most outstanding features of the SIHF Flexible 7G1mm² Multi Core Silicone Cable is its high - temperature rating of 200℃. This allows the cable to operate reliably in high - temperature environments without degradation of its electrical or mechanical properties. It can withstand extreme heat, making it an excellent choice for applications such as ovens, furnaces, and other industrial heating equipment.

Key Features
High Temperature Resistance
The ability to withstand temperatures up to 200℃ sets this cable apart from many others on the market. It ensures long - term performance in high - heat environments, reducing the risk of cable failure due to overheating.

Soft and Flexible
The use of silicone for insulation and jacket makes the cable soft and easy to handle. Its flexibility allows for easy installation, even in complex wiring layouts. This is especially beneficial in applications where the cable needs to be bent or routed around obstacles.

Multi - core Design
The 7 - core configuration provides a convenient solution for applications that require the transmission of multiple signals or power sources. It simplifies the wiring process, reduces clutter, and improves the overall efficiency of the electrical system.