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Products
Control cable
Category：
Purpose：
Suitable for industrial and mining enterprises, energy and transportation departments, for AC rated voltage 450/750 volts below the control, protection lines and other occasions.
Feature：
PVC insulated and sheathed control cable
Detail
Control cables transmit electrical energy directly from the distribution point of the power system to the power connection lines of various electrical equipment appliances. The main types of control cables are KVV, KVVP, KVVP2, KVVV22, KVVR, ZR-KVV, ZR-KVV22, ZR-KVVP, ZR-KVVR, ZR-KVVRP,KYJV, KYJVP, KYJVP2, KYJVP3, KYJV22, KYJV32, KYJY, KYJYP, KY4, HFKYRP, KYJY4KP.
Purpose
PVC insulated and sheathed control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
PVC insulated and sheathed flame-retardant control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
PVC insulated and sheathed fire-resistant control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
PVC insulated and sheathed flame-retardant and fire-resistant control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
Cross linked polyethylene insulated control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
Cross linked polyethylene insulated flame-retardant control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
Cross linked polyethylene insulated fire-resistant control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
Cross linked polyethylene insulated flame-retardant and fire-resistant control cable
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
Fluoroplastic and silicone rubber insulated control cables
This product is suitable for signal transmission, control, and measurement systems of electrical instruments and distribution equipment with AC rated voltage (Uo/U) of 450/750V and below in industrial and mining enterprises such as metallurgy, power, and petrochemicals.
Model
PVC insulated and sheathed control cable
Voltage level: 470/750V
Model: KVV, KVVP, KVVP2, KVVP3, KVV22, KVVP2-22, Kvv32, KVVR.KVVRP
Specification range (mm2): 2-61 cores; 0.5～10
Execution standard: GB/T 9330-2008
PVC insulated and sheathed flame-retardant control cable
Voltage level: 470/750V
Model: ZD-KVV、ZD-KVVP、ZD-KVVP2、ZD-KVVP3、ZD-KVV22、ZD-KVVP2-22、ZD-KVV32、ZD-KVVR、ZD-KVVRP、ZC-KVV、ZC-KVVP、ZC-KVVP2、ZC-KVVP3、ZC-KVV22、ZC-KVVP2-22、ZC-KVV32、ZC-KVVR、ZC-KVVRP、ZB-KVV、ZB-KVVP、ZB-KVVP2、ZB-KVVP3、ZB-KVV22、ZB-KVVP2-22、ZB-KVV32、ZB-KVVR、ZB-KVVRP、ZA-KVV、ZA-KVVP、ZA-KVVP2、ZA-KVVP3、ZA-KVV22、ZA-KVVP2-22、ZA-KVV32、ZA-KVVR、ZA-KVVRP
Specification range (mm2): 2-61 cores; 0.5～10 ;
Execution standard: GB/T 9330-2008 GB/T 19666-2005
PVC insulated and sheathed fire-resistant control cable
Voltage level: 470/750V
Model: N-KVV, N-KVVP, N-KVVP2, N-KVVP3, N-KVV22, N-KVVP2-22, N-KVV32
Specification range (mm2): 2-61 cores; 0.5～10 ;
Execution standard: GB/T9330-2008
PVC insulated and sheathed flame-retardant and fire-resistant control cable
Voltage level: 470/750V
Model: ZCN-KVV、ZCN-KVVP、ZCN-KVVP2、ZCN-KVVP3、ZCN-KVV22、ZCN-KVVP2-22、ZCN-KVV32、ZBN-KVV、ZBN-KVVP、ZBN-KVVP2、ZBN-KVVP3、ZBN-KVV22、ZBN-KVVP2-22、ZBN-KVV32、ZAN-KVV、ZAN-KVVP、ZAN-KVVP2、ZAN-KVVP3、ZAN-KVV22、ZAN-KVVP2-22、ZAN-KVV32
Specification range (mm2): 2-61 cores; 0.5～10 ;
Execution standard: GB/T 9330-2008 GB/T 19666-2005
Cross linked polyethylene insulated control cable
Voltage level: 470/750V
Model: KYJV、KYJVP、KYJVP2、KYJVP3、KYJV22、KYJVP2-22、KYJV32、KYJY、KYJYP、KYJYP2、KYJYP3、KYJY23、KYJYP2-23、KYJY33
Specification range (mm2): 2-61 cores; 0.75～10 ;
Execution standard: GB/T 9330-2008
Cross linked polyethylene insulated flame-retardant control cable
Voltage level: 470/750V
Model: ZD-KYJV、ZD-KYJVP、ZD-KYJVP2、ZD-KYJVP3、ZD-KYJV22、ZD-KYJVP2-22、ZD-KYJV32、ZD-KYJY、ZD-KYJYP、ZD-KYJYP2、ZD-KYJYP3、ZD-KYJY23、ZD-KYJYP2-23、ZD-KYJY33、ZC-KYJV、ZC-KYJVP、ZC-KYJVP2、ZC-KYJVP3、ZC-KYJV22、ZC-KYJVP2-22、ZC-KYJV32、ZC-KYJY、ZC-KYJYP、ZC-KYJYP2、ZC-KYJYP3、ZC-KYJY23、ZC-KYJYP2-23、ZC-KYJY33、ZB-KYJV、ZB-KYJVP、ZB-KYJVP2、ZB-KYJVP3、ZB-KYJV22、ZB-KYJVP2-22、ZB-KYJV32、ZB-KYJY、ZB-KYJYP、ZB-KYJYP2、ZB-KYJYP3、ZB-KYJY23、ZB-KYJYP2-23、ZB-KYJY33、ZA-KYJV、ZA-KYJVP、ZA-KYJVP2、ZA-KYJVP3、ZA-KYJV22、ZA-KYJVP2-22、ZA-KYJV32、ZA-KYJY、ZA-KYJYP、ZA-KYJYP2、ZA-KYJYP3、ZA-KYJY23、ZA-KYJYP2-23、ZA-KYJY33
Specification range (mm2): 2-61 cores; 0.5～10 ;
Execution standard: GB/T9330-2008 GB/T 19666-2005
Cross linked polyethylene insulated fire-resistant control cable
Voltage level: 470/750V
Model: N-KYJV、N-KYJVP、N-KYJVP2、N-KYJVP3、N-KYJV22、N-KYJVP2-22、N-KYJV32、N-KYJY、N-KYJYP、N-KYJYP2、N-KYJYP3、N-KYJY23、N-KYJYP2-23、N-KYJY33
Specification range (mm2): 2-61 cores; 0.5～10 ;
Execution standard: GB/T9330-2008 GB/T 19666-2005
Cross linked polyethylene insulated flame-retardant and fire-resistant control cable
Voltage level: 470/750V
Model: ZDN-KYJV、ZDN-KYJVP、ZDN-KYJVP2、ZDN-KYJVP3、ZDN-KYJV22、ZDN-KYJVP2-22、ZDN-KYJV32、ZDN-KYJY、ZDN-KYJYP、ZDN-KYJYP2、ZDN-KYJYP3、ZDN-KYJY23、ZDN-KYJYP2-23、ZDN-KYJY33、ZCN-KYJV、ZCN-KYJVP、ZCN-KYJVP2、ZCN-KYJVP3、ZCN-KYJV22、ZCN-KYJVP2-22、ZCN-KYJV32、ZCN-KYJY、ZCN-KYJYP、ZCN-KYJYP2、ZCN-KYJYP3、ZCN-KYJY23、ZCN-KYJYP2-23、ZCN-KYJY33、ZBN-KYJV、ZBN-KYJVP、ZBN-KYJVP2、ZBN-KYJVP3、ZBN-KYJV22、ZBN-KYJVP2-22、ZBN-KYJV32、ZBN-KYJY、ZBN-KYJYP、ZBN-KYJYP2、ZBN-KYJYP3、ZBN-KYJY23、ZBN-KYJYP2-23、ZBN-KYJY33、ZAN-KYJV、ZAN-KYJVP、ZAN-KYJVP2、ZAN-KYJVP3、ZAN-KYJV22、ZAN-KYJVP2-22、ZAN-KYJV32、ZAN-KYJY、ZAN-KYJYP、ZAN-KYJYP2、ZAN-KYJYP3、ZAN-KYJY23、ZAN-KYJYP2-23、ZAN-KYJY33
Specification range (mm2) 2-61 cores; 0.5～10 ;
Execution standard: GB/T9330-2008 GB/T 19666-2005
Fluoroplastic and silicone rubber insulated control cables
Voltage level: 470/750V
Model: KFF、KFFP、KFFR、KFFRP、KFV、KFVP、KFVR、KFVRP、KFV22、KFVP22、KFVRP22、KFG、KFGP、KFGR、KFGRP、KFG22
Specification range (mm2): 2-61 cores; 0.5～10 ;
Execution standard: Enterprise standard
Usage Characteristics
PVC insulated and sheathed control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors is 70 ℃ for PVC insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: 0 ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
PVC insulated and sheathed flame-retardant control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors is 70 ℃ for PVC insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: 0 ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
⑤ The combustion characteristics of cables: Flame retardant cables are designed according to GB/T 19666-2005.
PVC insulated and sheathed fire-resistant control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors: 70 ° C for PVC insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: 0 ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
⑤ The combustion characteristics of cables: Flame retardant cables are designed according to GB/T 19666-2005.
PVC insulated and sheathed flame-retardant and fire-resistant control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors is 70 ℃ for PVC insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: 0 ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
⑤ The combustion characteristics of cables: Flame retardant cables are designed according to GB/T 19666-2005.
Cross linked polyethylene insulated control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors is 90 ℃ for cross-linked polyvinyl chloride insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: o ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
Cross linked polyethylene insulated flame-retardant control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors is 90 ℃ for cross-linked polyvinyl chloride insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: 0 ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
⑤ The combustion characteristics of cables: Flame retardant cables are designed according to GB/T 19666-2005.
Cross linked polyethylene insulated fire-resistant control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors is 90 ℃ for cross-linked polyvinyl chloride insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: 0 ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
⑤ The combustion characteristics of cables: Flame retardant cables are designed according to GB/T 19666-2005.
Cross linked polyethylene insulated flame-retardant and fire-resistant control cable
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature for cable conductors is 90 ℃ for cross-linked polyvinyl chloride insulated cables;
③ Minimum allowable laying temperature for cables: PVC sheathed cables: O ℃ (pre heating is required when the laying temperature is below the minimum allowable temperature).
④ Recommended bending radius for cables: For cables with armored or copper tape wrapped shielding structures, the bending radius should not be less than 12 times the outer diameter of the cable; The remaining structural cables should not be less than 6 times the outer diameter of the cable.
⑤ The combustion characteristics of cables: Flame retardant cables are designed according to GB/T 19666-2005.
Fluoroplastic and silicone rubber insulated control cables
① Rated voltage (Uo/U): 450/750V
② The maximum long-term allowable working temperature of cable conductors:
Fluoroplastic outer protective layer at 200 ℃/260 ℃
The outer protective layer of silicone rubber is 180 ℃
③ Minimum allowable laying temperature for cables:
Silicone rubber sheathed cable -20 ℃
Fluoroplastic sheathed cable -20 ℃.
④ Recommended bending radius for cables:
Unarmored cables should not be less than 6 times the outer diameter of the cable
Armored cables or cables with copper tape shielding structures should not be less than 12 times the outer diameter of the cable
Flexible cables with shielding layer structure should not be less than 6 times the outer diameter of the cable
The cable with fluoroplastic insulation sheath material should not be less than 8 times the outer diameter of the cable
Keywords：
Other Products
Mobile flexible cable is mainly by the rubber insulation rubber (or similar material) sheath, the fifth or sixth kind of conductor structure of the cable.
The conductor of the flexible rubber‑sheathed mobile mining cable typically consists of several strands of fine copper wires. The insulation material is an ethylene‑propylene rubber compound, while the sheath material is a flame‑retardant chlorinated polyethylene blend. Different shielding structures and sheath colors are employed depending on the voltage levels. This cable is primarily used for electrical connections in underground mobile mining equipment, for connecting cutting machines and similar devices, for linking underground frequency‑conversion units, as well as for interfacing with mobile frequency converters installed underground, among other applications. The conductor of the flexible rubber‑sheathed mobile mining cable typically consists of several strands of fine copper wires. The insulation material is an ethylene‑propylene rubber compound, while the sheath material is a flame‑retardant chlorinated polyethylene blend. Different shielding structures and sheath colors are employed depending on the voltage levels. Purpose >>Mobile rubber-sheathed flexible cable for coal minesPower connection of mobile coal mining equipment both above and below the mine shaftThe mobile shielded rubber sheathed flexible cable used in coal mines is used for power connection of mobile coal mining equipment both above and below the mine shaft.Mobile metal-shielded rubber-sheathed flexible cable for coal minesPower connection for mobile coal mining equipment in and under the mineMobile metal-shielded monitoring rubber-sheathed flexible cable for coal minesPower connection of mobile coal mining equipment both above and below the mine shaftPower connection of rubber-sheathed cables for electric drills used in coal mines, connecting mobile coal mining equipment both above and below the mine shaftMobile light rubber-sheathed flexible cable for coal minesPower connection of mobile coal mining equipment in and under the wellRubber-sheathed flexible cable for coal cutterPower connection for coal cutters and similar equipment with rated voltage of 0.38/0.66kVCoal cutter shielded rubber sheathed flexible cablePower connection of coal cutters and similar equipmentMetal-shielded rubber-sheathed flexible cable for coal cuttersPower connection for coal miners and similar equipment.Coal mine electric drill shielded rubber-sheathed cableShenzhou CableLighting for underground coal mine tunnels, interlocking of conveyors, and power connection for control and signaling equipment Model and specification >>Mobile rubber-sheathed flexible cable for coal minesmodelspecificationMY1 core: 4~1853+1 core power cable, core size 4~185; grounding core size 4~50execution standardMT 818.5-2009Mobile shielded rubber sheathed flexible cable for coal minesmodelspecificationexecution standardMYPMYP 0.38/10.66kV, 0.66/1.14kV: 3+1 cores: power core 4~185; ground core 4~50 MYP 3.6/6kV: 3+1 cores: power core 16~150; ground core 16~50MT818.5-2009MT818.7-2009Mobile metal-shielded rubber-sheathed flexible cable for coal minesmodelspecificationMYPTMYPT 1.9/3.3kV:3+1 core: power core 35~150; ground core 35/3~50/3, Shenzhou Shenlan MYPT 3.6/6kV, 6/10kV:3+1 core: power line core 16~150; ground wire core 35/3~50/3execution standardMT818.7-2009Mobile metal-shielded monitoring rubber-sheathed flexible cable for coal minesmodelspecificationexecution standardMYPTJMYPTJ3.6/6kV3+3+3 cores: power core 25~150; ground core 35/3~50/3; monitoring core: 2.5MYPTJ6/10kV. 8.7/10kV:3+3+3 cores: power line core 25~185; ground wire core 35/3~50/3; monitoring line core: 2.5MT 818.7-2009Rubber-sheathed cable for electric drills used in coal minesmodelspecificationexecution standardMZ3+1 cores, 3+1+1 cores: power core 2.5~4; ground core 2.5~4MT 818.8-2009Mobile light rubber-sheathed flexible cable for coal minesmodelspecificationexecution standardMYQ2, 3, 4, 7, 12 cores: 1~2.5MT &18 8-2009Rubber-sheathed flexible cable for coal mining machinemodelspecificationexecution standardMC3+1 core: power core 16~120: ground core 4~25MT 818.2-2009Sheath shielding flexible cable for coal mining machinemodelspecificationexecution standardMCPMCP_0.38/0.66kV• 3+1 core. Power core 16~120: Ground core 4~25MCP-0.66/1.14kV MCP-1.9/3.3kV: 3+1 cores: power core 16~150;Ground wire core 4~35MT 818.2-2009modelspecificationexecution standardMetal-shielded rubber-sheathed flexible cable for coal mining machinesMCPT, MCPTJMCPT (MCPTJ)-0.66/1.14kV: 3+1+1 cores: power core 4~185;Ground wire core 4~70: Control wire core: 1.5~10MCPT-(MCPTJ)1.9/3.3kV: 3+1+1 core: power core 16~150;Ground wire core: 16~70; Control wire core: 2.5~10MT 818.4-2009modelspecificationexecution standardShielded rubber-sheathed cable for electric drills in coal minesMZP3+1 core, 3+1+1 core: power core 2.5~4; ground core 2.5~4MT 818.8-2009 Usage characteristics• Mobile rubber-sheathed flexible cable for coal minesRated voltage: 0.38/0.66kV; the minimum bending radius of the cable is 6 times the cable diameter; the ground wire should be well g
It is primarily used for the electrical connection of underground mobile mining equipment, for connecting shearer cables and similar devices, for interfacing underground frequency converters, and for connecting mobile frequency converters installed underground.The conductors of mining power cables typically consist of multiple strands of thick copper wires; the insulation material is an ethylene‑propylene rubber compound, while the jacket is made from a flame‑retardant chlorinated polyethylene blend. Furthermore, shielding structures and jacket colors are selected according to voltage levels.Purpose>Polyvinyl chloride insulated power cable for coal mines with rated voltage of 1.8/3kV and belowThis product is a fixed-laying cable for coal mines with a rated voltage of 1KV and below, suitable for power transmission in coal mine shaftsCoal mine-used XLPE insulated power cable with rated voltage of 8.7/10 kV and belowThe wooden product is a fixed-laying cable with a rated voltage of 10KV or below for use in coal mines, specifically for power transmission underground.Model and specificationPVC insulated power cable for coal mines with rated voltage of 1.8/3kV and belowmodelSpecification range (mmz)execution standardMVV. MVV22. MVV32. MVV420.6/1kVMVV. MVV223, 3+1#: 4~300 ;0.6/1 kV MVV, MVV224t: 4~185 ;1.8/3KV MVV. MVV223, 3+1€: 10 ~ 3001.8/3kV MVV. MVV224t: 10 ~ 185 ;MT 818.11-2009. MT 818.12-2009》Cross-linked polyethylene insulated power cables for coal mines with rated voltage of 8.7/10kV and belowmodelSpecification range (mm2)Implement standardsMYJV. MYJV22, MYJV32, MYJV420.6/1kVMYJV. MYJV223, 3+1: 4~3000.6/1kV MYJV. MYJV22 4t: 4~ 185 :0.6/1kV MYJV32, MYJV423+1: 4~300 :0.6/1kV. 1.8/3kV MYJV323t: 16 ~ 300 :0.6/1kV -• 1.8/3kV MYJV423: 50 ~ 3001.8/3KV MYJV. MYJV22 3, 3+1#: 10 ~ 300 ;1.8/3KV MYJV. MYJV224: 10 ~ 185 ;1.8/3kV MYJV32. MYJV42 3+1#: 10 ~ 300 :3.6/6, 6/6, 8.7/10kV MYJV, MYJV22,MYJV32 • 25 ~ 300. MYJV42 • 50 ~ 300MT 818.11-2009, MT 818.12-2009Usage characteristics• PVC insulated power cables for coal mines with rated voltages of 1.8/3kV and belowRated voltage: 0.6/1kV, 1.8/3kVThe maximum rated operating temperature of the cable conductor is 70°C.During a short circuit (with a maximum duration of no more than 5 seconds), the maximum temperature of the cable conductor does not exceed 160°CThe ambient temperature during cable laying should not be lower than 0°C, and the minimum bending radius should be 15 times the diameter of the cable.• Cross-linked polyethylene insulated power cables for coal mines with rated voltages of 8.7/10kV and belowRated voltage: 0.6/1kV, 1.8/3 kV, 3.6/16kV, 6/10kV, 8.7/10kVThe maximum rated operating temperature of the cable conductor is 90°C.During a short circuit (with a maximum duration not exceeding 5 seconds), the maximum temperature of the cable conductor does not exceed 250°C.The ambient temperature during cable laying should not be lower than 0°C, and the minimum bending radius should be 15 times the diameter of the cable Cable structure diagram1. Conductor2. Insulating layer3. Filling4. Sheath5. Inner lining layer6. Armor
Flexible mineral insulated cable is composed of copper core, metal sheath and magnesium oxide insulation and other inorganic materials, the main models are BTTQ, BTTVQ, BTTYQ, BTTZ, BTTVZ BTTVZ.
Flexible mineral insulated cable is composed of copper core, metal sheath and magnesium oxide insulation and other inorganic materials, the main models are BTTQ, BTTVQ, BTTYQ, BTTZ, BTTVZ BTTVZ.
Flexible mineral insulated cable is composed of copper core, metal sheath and magnesium oxide insulation and other inorganic materials, the main models are BTTQ, BTTVQ, BTTYQ, BTTZ, BTTVZ BTTVZ.
Flexible mineral insulated cable is composed of copper core, metal sheath and magnesium oxide insulation and other inorganic materials, the main models are BTTQ, BTTVQ, BTTYQ, BTTZ, BTTVZ BTTVZ.
Overhead lines mainly refer to overhead open lines, which are erected above the ground and are transmission lines that use insulators to fix transmission conductors on towers standing on the ground to transmit electrical energy.
The insulation layer is made of materials that comply with the EU RoHS environmental protection directive, with good flame retardant performance and no toxic substances. The conductor is made of 99.99 oxygen-free copper with lower resistance, higher conductivity, low carbon and energy saving, and long service life.
YJHLV22-(YJLHV22)-Rare earth high iron steel tape armored aluminum alloy cable
The conductor is made of aluminum alloy AA8030 high conductive alloy conductor, which has high creep resistance, high flexibility, high elongation, increased tensile strength, and safe and stable connection. The armor layer uses high-strength double steel tape armor, which can withstand greater pressure. The sheath is made of environmentally friendly anti-radiation PVC, which has good corrosion resistance and a wider range of use.
ZB-ACWU90(-40)-(YJLHVS2)-Interlocking armored aluminum alloy cable
Is a highly flexible interlocking aluminum alloy armor, PVC outer sheath, 90 ℃ cross-linked polyethylene waterproof insulation single-core or multi-core cable, and does not contain heavy metal elements, green environmental protection.
ZA-AC90(-40)-(YJLHS)-Interlocking armored non-sheathed aluminum alloy cable
Armored cable is a highly flexible self-locking alloy armored, 90 degree cross-linked polyethylene insulated single-core or multi-core low-smoke halogen-free flame-retardant Class A cable.
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