Product Standards
The manufacturing process strictly adheres to current national standards and technical specifications to ensure all performance indicators meet industry requirements:
National Standard: Compliant with GB/T 9330-2008 (Plastic insulated control cables).
Enterprise Standards: Production is also conducted in accordance with relevant corporate manufacturing specifications.
Product Structure and Material Characteristics
Conductor Materials: Conductors are made from high-purity electrical-grade copper to provide excellent conductivity. Depending on application needs, structures include rigid conductors for fixed installations and flexible conductors (such as KVV and KVVR models) for mobile scenarios.
Insulation Media: The insulation layer typically uses Polyvinyl Chloride (PVC) or Cross-linked Polyethylene (XLPE), both of which offer reliable insulation resistance and high dielectric strength.
Versatile Shielding Designs: To address varying levels of electromagnetic interference, cables can be engineered with multiple shielding structures. Shielding options include copper wire braiding or copper tape wrapping, which effectively enhance anti-interference capabilities.
Protective Armor Layers: Depending on the operating environment, steel tape armor or steel wire armor can be added to the exterior to significantly increase resistance to pressure and mechanical damage.
Operating Characteristics & Performance Advantages
Rated Operating Voltage: The rated voltage ($U_0/U$) for this series is 450/750V.
Thermal and Operational Performance:
Maximum Continuous Operating Temperature: 70°C for PVC insulation and 90°C for XLPE insulation.
Short-Circuit Temperature: During a short circuit (maximum duration of 5s), the conductor temperature shall not exceed 160°C for PVC or 250°C for XLPE.
Installation Temperature: It is recommended that the ambient temperature during installation be no lower than 0°C to prevent damage to the insulation materials.
Precise Bending Radius Limits:
Unarmored Cables: Not less than 6 times the outer diameter for PVC insulation and 8 times for XLPE.
Armored or Copper Tape Screened Structure: The bending radius must be at least 12 times the cable's outer diameter.
Screened Flexible Cables: A bending radius of at least 6 times the outer diameter ensures flexibility in complex installation environments.
Core Application Areas
This product series is widely deployed across various automation control and power distribution systems:
Industrial Monitoring Systems: Used for control, signal feedback, and monitoring circuit connections on various production lines.
Power System Protection: Suitable for relay protection and measurement system wiring in substations and power distribution rooms.
Signal Transmission Engineering: Serves as a flexible or fixed connection link for control and signal systems operating at rated voltages of 450/750V and below.
Type and name of cable
|
Type
|
Name
|
|
KVV
|
Polyethylene-insulated polyethylene-sheathed control cable
|
|
KVVP
|
Polyethylene-insulated, polyethylene-sheathed, braided shielded control cable
|
|
KVVP2
|
Polyhydrogen ethylene insulation, polyhelium ethylene sheath, copper tape shielding, control of electrical performance
|
|
KVVP3
|
Polyethylene-insulated and helium-sheathed aluminum/plastic composite tape shielded control cable
|
|
KVVP4
|
PVC-insulated PVC-sheathed copper/plastic composite tape shielded control cable
|
|
KVV22
|
Polyvinyl chloride insulated polyethylene sheathed steel tape armored control cable
|
|
KVVP2-22
|
PVC-insulated, PVC-sheathed, copper-tape shielded steel-tape armored control cable
|
|
KVV32
|
PVC-insulated, PVC-sheathed, steel-wire-armored control cable
|
|
KVVR
|
PVC-insulated, PVC-sheathed control flexible cable
|
|
KVVRP
|
Polyurethane-insulated polyethylene hydride sheathed braided shielding control flexible cable
|
|
KYJV
|
Cross-linked polyethylene insulated polyvinyl chloride sheathed control cable
|
|
KYJVP
|
Cross-linked polyethylene insulated polyvinyl chloride sheathed braided shielded control cable
|
|
KYJVP2
|
Cross-linked polyethylene insulated polyvinyl chloride sheathed copper tape shielded control cable
|
|
KYJVP3
|
Cross-linked polyethylene insulated polyvinyl chloride sheathed aluminum/plastic composite tape shielded control cable
|
|
KYJVP4
|
Cross-linked polyethylene insulated polyvinyl chloride sheathed copper/plastic composite tape shielded control cable
|
|
KYJV22
|
Cross-linked polyethylene insulated PVC sheathed steel tape armored control cable
|
|
KYJVP2-22
|
Cross-linked polyethylene insulated polyethylene helium sheathed copper tape shielded steel tape armored control cable
|
|
KYJV32
|
Cross-linked polyethylene insulated polyvinyl chloride sheathed steel wire armored control cable
|
|
KYJY
|
Cross-linked polyethylene insulated polyethylene sheathed control cable
|
|
KYJYP
|
Cross-linked polyethylene insulated polyethylene sheathed braided shielded control cable
|
|
KYJYP2
|
Cross-linked polyethylene insulated polyethylene sheathed copper tape shielded control cable
|
|
KYJYP3
|
Cross-linked polyethylene insulated polyethylene sheathed aluminum/plastic composite tape shielded control cable
|
|
KYJYP4
|
Cross-linked polyethylene insulated polyethylene sheathed copper/plastic composite tape shielded control cable
|
|
KYJY23
|
Cross-linked polyethylene insulated polyethylene sheathed steel tape armored control cable
|
|
KYJYP2-23
|
Cross-linked polyethylene insulated polyethylene sheathed copper tape shielded steel tape armored control cable
|
|
KYJY33
|
Cross-linked polyethylene insulated polyethylene sheathed steel wire armored control cable
|
|
a: The names and models of flame-retardant cables, halogen-free low smoke flame-retardant cables, fire-resistant cables, and their combination cables should be compiled based on the above models in accordance with the provisions of GB/T 19666. If the manufacturer and the demander have requirements, the cable models can also be combined according to the standard regulations, and the combined models should be reasonable.
b: The code Y or 3 for the sheath of halogen-free low smoke flame-retardant cables and halogen-free low smoke flame-retardant fire-resistant cables represents a halogen-free polyolefin sheath.
|
Production Range of cable
|
Type
|
Nominal cross-sectional area of conductor mm²
|
|
0.5
|
0.75
|
1.0
|
1.5
|
2.5
|
4
|
6
|
10
|
|
No of cores
|
|
KVV、KVVP、KYJV、KYJVP、KYJY、KYJYP
|
-
|
2~61
|
2~19
|
2~10
|
|
KVVP2、KVVP3、KVVP4、KYJVP2、KYJVP3、
KYJVP4、KYJYP2、KYJYP3、KYJYP4
|
-
|
4~61
|
4~19
|
4~10
|
|
KVV22、KYJV22、KYJY23
|
-
|
7~61
|
4~61
|
4~19
|
4~10
|
|
KVVP2-22、KYJVP2-22、KYJYP2-23
|
-
|
7~61
|
4~61
|
4~19
|
4~10
|
|
KVV32、KYJV32、KYJY33
|
-
|
19~61
|
7~61
|
4~19
|
4~10
|
|
KVVR
|
2~61
|
-
|
-
|
-
|
|
KVVRP
|
2~61
|
2~48
|
-
|
-
|
-
|
Note: (1) Preferred number of cores: 2、3、4、5、7、8、10、12、14、16、19、24、27、30、37、44、48、52、61.
(2)The special type of fire-retardant, flame-resistant, low-halogen and low-fume, non-halogen and low-fume as well as acid-alkali-proof for these cables may be supplied upon requests.