Control Cable
Control cable/instrument cable is suitable for wiring electrical control equipment and instruments, monitoring and control of the return circuit, electrical protection and metering in power distribution units under the circumstance that the rated voltage is up to 600/1000V.
Flexible power cable, process control and instrumentation for industrial and machinery environments with increased electromagnetic compatibility requirements. The cable is resistant to most chemicals, common oils and fats.
Dosense Cable can produce and supply all kinds of cables, including control cables and instrumentation cables.
Control Cable
PVC insulated control cable
Construction
Conductor: class solid conductor control cable 1, class stranded conductor control cable 2, class flexible control cable 5
Isolation: XLPE, PVC, PE
Screen: copper tape screen, Aluminum Tape Screen
Armor: Steel Wire Armor Control Cable, Steel Tape Armor Control Cable
Funda: PVC, Flame retardant PVC and halogen-free and low smoke raw material
Control cable armed with steel wire
A steel wire armored control cable with PVC/XLPE insulation is a robust option for industrial applications requiring additional mechanical and electrical protection. Here you have a description in Spanish:
1. Functionality and Applications:
These cables are used in industrial and commercial environments where protection against electromagnetic interference is needed., humidity, chemicals and adverse environmental conditions.
They are suitable for applications that require mechanical and electrical resistance, like industrial automation, heavy machinery, control systems and more.
2. Construction:
The central conductor is PVC insulated (polyvinyl chloride) o XLPE (cross-linked polyethylene), providing electrical insulation.
A metal shield, commonly made of steel wire, surrounds the insulated conductor to provide protection against external electromagnetic interference.
Another layer of PVC or XLPE covers the shielding to offer additional mechanical protection and wear resistance.
3. Technical Characteristics:
Nominal voltage: Varies depending on design and application, generally between 300V and 1000V.
Operating temperature: They can operate in a wide range of temperatures, from -40°C to 90°C or more, depending on cable specification.
Tensile strength: Steel wire shielding provides high tensile strength, making these cables suitable for applications where mechanical strength is required.
The difference between control cables
Control cables are essential components in industrial automation systems, instrumentation systems and other control systems that require the transmission of electrical signals between devices.
1. Shielded Control Cable vs. Not Armored:
Armored: These cables have a metal layer that acts as a shield to protect electrical signals from external interference..
Not Armored: These cables do not have this protective metal layer and are simpler in construction.. They are suitable for applications where there are no significant concerns about electromagnetic interference.
2. PVC Insulated Control Cable vs. XLPE:
PVC insulation: polyvinyl chloride (PVC) It is used as an insulation material in these cables. It is resistant and has good dielectric properties, making it suitable for many applications.
XLPE insulation: cross-linked polyethylene (XLPE) It is another common insulation material that offers better dielectric and thermal characteristics compared to PVC.
3. Steel Wire Armored Control Cable vs. Without Armor:
With Steel Wire Armor: These cables have a steel wire armor that provides additional mechanical protection against pulling., compression and physical damage.
Without Armor: These cables lack this steel wire armor and are more flexible. They are suitable for applications where additional mechanical protection is not necessary.
4. Cable de Control Multiconductor vs. Monocable:
Multiconductor: These cables contain multiple conductors within a single jacket.. They are useful for applications where the transmission of multiple electrical signals is required..
Monocable: These cables have a single conductor and are simpler in design..