600/1000 V Copper Conductor PVC Insulated PVC Sheathed Control
Cable
Application:
1. KVV PVC Insulated cables are control cables, which are what we
often call PVC insulated control cables. Generally used for wiring
on control, signal and measurement systems.
2. Its rated voltage is 450/750V or 0.6/1kV.
3. If the conductor works for a long time, the maximum operating
temperature cannot exceed 70 degrees, and the laying environment
temperature cannot be lower than zero degrees. If you want to work
in a sub-zero environment, you must preheat it first.
4. Allowable bending radius: ①The allowable bending radius of
unarmored cables is 6 times or more of the outer diameter. ②The
allowable bending radius of armored or copper tape shielded cables
is 12 times the outer diameter. ③The allowable bending radius of
the shielded flexible cable is also 6 times or more of the outer
diameter.
5. Laying range: suitable for fixed occasions, such as indoors,
cable trenches and pipelines.
Specificaiton:
| Product name | PVC Insulated Cable |
| Certifications | CE/CCC/ISO |
| Standard | IEC60502-1 |
| Rated Voltage | 450/750V |
| Conductor material | Copper/Aluminum |
| Insulation Material | PVC |
| Armoured Material | None/Steel Tape/Steel wire |
| Jacket Material | PVC |
| Number of cores | 1C,2C,3C,4C,5C,3+1C,3+2C,4+1C |
| Section area | 1.5MM2 - 400MM2 |
How to choose a cable?
1. The choice of model
(1) Models can be selected from the aspects of usage, installation
conditions and safety.
(2) According to the application, power cables, control cables,
insulated cables, etc. can be selected.
(3) From the perspective of laying conditions, general plastic
insulation, armored cables, anticorrosive cables, etc. can be
selected.
(4) From the perspective of safety, flame-retardant cables,
fire-resistant cables, halogen-free flame-retardant cables, etc.
can be selected.
2. Selection of specifications
(1) What specifications should be used to consider whether the
cable is prone to heat, the voltage loss during operation, and the
mechanical strength of the wire itself, etc.
(2) If it is a low-voltage power line, choose from the heat
generation section, because it carries a large current, and then
consider the voltage loss and mechanical strength.
(3) For high-voltage lines, the current density is the first to
look at, followed by heat generation and voltage loss.
PVC Insulated Cable
