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High Electrical Performance
Made with pure copper conductors, ensuring excellent conductivity, low voltage drop, and stable signal transmission. Available in multi-core structures from 2 to 61 cores for various control systems.
Durable Insulation and Sheath
Insulated with PVC or XLPE and sheathed with PVC, PE, or LSZH materials, providing strong resistance to heat, moisture, and chemicals. Flame-retardant and halogen-free options available for safety-critical applications.
Enhanced Mechanical Protection
Optional steel tape armored (STA) or steel wire armored (SWA) designs protect against crushing, tension, and external damage, making them suitable for underground or outdoor installations.
Shielded Design for EMI Protection
Available with copper braid or aluminum foil shielding to reduce electromagnetic interference, ensuring stable signal integrity in automation and communication systems.
Wide Range of Voltage Ratings
Standard voltage grades include 300/500V and 450/750V, suitable for low-voltage power and control systems.
Industrial Automation: Used in automated machinery, robotics, and production lines for reliable control and monitoring.
Power Stations and Substations: Suitable for signal and control connections in power generation and distribution systems.
Construction and Building Projects: Installed in residential, commercial, and industrial buildings for centralized control.
Railway, Mining, and Marine: With armored and flame-retardant options, control cables are ideal for harsh environments and heavy-duty applications.
Energy and Infrastructure Projects: Widely used in oil & gas, renewable energy plants, and large infrastructure control systems.
High Electrical Performance
Made with pure copper conductors, ensuring excellent conductivity, low voltage drop, and stable signal transmission. Available in multi-core structures from 2 to 61 cores for various control systems.
Durable Insulation and Sheath
Insulated with PVC or XLPE and sheathed with PVC, PE, or LSZH materials, providing strong resistance to heat, moisture, and chemicals. Flame-retardant and halogen-free options available for safety-critical applications.
Enhanced Mechanical Protection
Optional steel tape armored (STA) or steel wire armored (SWA) designs protect against crushing, tension, and external damage, making them suitable for underground or outdoor installations.
Shielded Design for EMI Protection
Available with copper braid or aluminum foil shielding to reduce electromagnetic interference, ensuring stable signal integrity in automation and communication systems.
Wide Range of Voltage Ratings
Standard voltage grades include 300/500V and 450/750V, suitable for low-voltage power and control systems.
Industrial Automation: Used in automated machinery, robotics, and production lines for reliable control and monitoring.
Power Stations and Substations: Suitable for signal and control connections in power generation and distribution systems.
Construction and Building Projects: Installed in residential, commercial, and industrial buildings for centralized control.
Railway, Mining, and Marine: With armored and flame-retardant options, control cables are ideal for harsh environments and heavy-duty applications.
Energy and Infrastructure Projects: Widely used in oil & gas, renewable energy plants, and large infrastructure control systems.
Q1: What is a control cable?
A: A control cable is a multi-core electrical cable designed to transmit control signals, measurement data, and low-voltage power. It is widely used in industrial automation, machinery, and building management systems.
Q2: What are the standard voltage ratings for control cables?
A: Control cables are commonly manufactured with 300/500V and 450/750V voltage ratings, which are suitable for most low-voltage control and signal applications.
Q3: What materials are used for insulation and sheathing?
A: Control cables are usually insulated with PVC or XLPE and sheathed with PVC, PE, or LSZH (Low Smoke Zero Halogen) materials to ensure electrical safety, fire resistance, and environmental protection.
Q4: What types of shielding are available?
A: To prevent electromagnetic interference (EMI), control cables can be made with copper braid shielding or aluminum foil shielding, which ensures stable signal transmission in sensitive environments.
Q5: What is the difference between armored and non-armored control cables?
A: Armored control cables (STA or SWA) provide strong mechanical protection against crushing, rodents, and external damage, making them suitable for underground and outdoor installations. Non-armored cables are lighter and more flexible, mainly used indoors or in controlled environments.
Q6: In which industries are control cables commonly used?
A: Control cables are widely applied in power plants, substations, construction projects, railways, mining, marine, oil & gas, renewable energy, and industrial automation systems.
Q7: Can control cables be customized?
A: Yes, we offer customization of conductor size, number of cores, insulation material, sheath color, armoring type, and shielding options to meet specific project requirements.
Q1: What is a control cable?
A: A control cable is a multi-core electrical cable designed to transmit control signals, measurement data, and low-voltage power. It is widely used in industrial automation, machinery, and building management systems.
Q2: What are the standard voltage ratings for control cables?
A: Control cables are commonly manufactured with 300/500V and 450/750V voltage ratings, which are suitable for most low-voltage control and signal applications.
Q3: What materials are used for insulation and sheathing?
A: Control cables are usually insulated with PVC or XLPE and sheathed with PVC, PE, or LSZH (Low Smoke Zero Halogen) materials to ensure electrical safety, fire resistance, and environmental protection.
Q4: What types of shielding are available?
A: To prevent electromagnetic interference (EMI), control cables can be made with copper braid shielding or aluminum foil shielding, which ensures stable signal transmission in sensitive environments.
Q5: What is the difference between armored and non-armored control cables?
A: Armored control cables (STA or SWA) provide strong mechanical protection against crushing, rodents, and external damage, making them suitable for underground and outdoor installations. Non-armored cables are lighter and more flexible, mainly used indoors or in controlled environments.
Q6: In which industries are control cables commonly used?
A: Control cables are widely applied in power plants, substations, construction projects, railways, mining, marine, oil & gas, renewable energy, and industrial automation systems.
Q7: Can control cables be customized?
A: Yes, we offer customization of conductor size, number of cores, insulation material, sheath color, armoring type, and shielding options to meet specific project requirements.