KVVRP3× 1.0 Cable KVVRP3&# 215; 1.5 Shielded Flexible Cable

KVVRP3 × 1.0 cable KVVRP3 × 1.5 shielded flexible cable

Suitable for PVC insulated and PVC sheathed control cables used in industrial and mining enterprises, power and transportation departments, places with AC additional voltage below 450/750 volts for control, adjacent and protected lines, etc.

Execution scale of this product: GB/t9330.1-2008 and GB9330.2-88

Model and Name

KVV copper core PVC insulated PVC sheathed control cable

KVVPL copper core PVC insulated PVC sheathed aluminum foil control cable

KVV22 copper core PVC insulated PVC sheathed steel tape armored control cable

KVVRP copper core PVC insulated PVC sheathed braided control flexible cable

KVVP2 copper core PVC insulated PVC sheathed copper tape control cable

KVVP copper core PVC insulated PVC textile control cable

KVVR copper core PVC insulated PVC sheathed control flexible cable

利用特性

Extra voltage: U0/U is 450/750V or 0.6/1KV.

The long-term working temperature of the conductor core is 70 ℃ and 105 ℃, and the cable laying temperature is not lower than 0 ℃.

The allowable bending radius for cable lifting is as follows:

Unarmored cables should not be less than 6 times the outer diameter of the cable;

Armored or copper tape shielded cables should not be less than 12 times the outer diameter of the cable;

Soft cables should not be less than 6 times the outer diameter of the cable.

KVVRP3 × 1.0 cable KVVRP3 × 1.5 shielded flexible cableTransportation and storage of wires and cables

1、 High quality copper cables use high-purity oxygen free copper, with bright copper cores and dull copper wire surfaces.

2、 Plastic is made of high-quality virgin plastic with good bending performance. It does not produce any texture when bending cables. Poor recycled plastic will show obvious texture after bending several times, and may break after multiple bends

3、 It may be more difficult to detect the movement of foot meters in meters, as customers generally do not have equipment to actually measure meters. The same weighing method can be used to determine whether the cable is foot meters. Alternatively, printing rice labels during factory production is also a good method, but it should be noted that lines with a diameter less than 5mm cannot be printed with rice labels

4、 Foot copper is a precious metal, and if there is a slight decrease in copper diameter, it can reduce a significant amount of raw material costs. In this case, a micrometer is needed to measure the diameter of the copper wire. If there is no micrometer, a simpler method is to weigh the entire coil of wire and see if it is much lighter than high-quality cables. Alternatively, you can refer to the nominal weight provided by the factory. Some factories give lower nominal weights, which naturally cannot guarantee product quality.

Questions about cable models

1. SYWV (Y), SYKV cable TV, broadband network cable structure: (coaxial cable) single oxygen free round copper wire+physical foam polyethylene (insulation)+(tin wire+aluminum)+polyvinyl chloride (polyethylene)

2. Signal control cables (RVV sheathed wires, RVVP shielded wires) are suitable for building intercom, anti-theft alarm, fire protection, automatic meter reading and other projects

3. RVVP Copper Core PVC Insulated Shielded PVC Sheathed Flexible Cable Voltage 300V/300V 2-24 Core Usage: Instrument, Meter, Intercom, Monitoring, Control Installation

4. KVVP: PVC sheathed braided shielded cable Application: Signal transmission, control, and measurement for electrical, instrumentation, and distribution equipment

5. RVV (227IEC52/53) PVC insulated flexible cable Application: Household appliances, small power tools, instruments, and power lighting

6. RV PVC insulated cable

7. RVS and RVB are suitable for household appliances, small power tools, instruments, meters, and power lighting connection cables

8. Application of BV and BVR PVC insulated cables: Suitable for fixed wiring of electrical instruments and power lighting equipment

9. KVV PVC insulated control cable is used for signal transmission, control, and measurement in electrical, instrumentation, and distribution equipment