450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.

Model NO.: BV BLV BVR BVV BVVB RVS
Material Shape: Round Wire
Range of Application: Flame Retardant
Certification: ISO9001, CE, CCC, RoHS
Brand: Gdyg
Trademark: GDYG
Transport Package: Wooden Reel, Coil, Plastic Barrel
Specification: 0.5mm2 - 300mm2
Origin: Guangdong, China
HS Code: 8544492100
Model NO.: BV BLV BVR BVV BVVB RVS
Material Shape: Round Wire
Range of Application: Flame Retardant
Certification: ISO9001, CE, CCC, RoHS
Brand: Gdyg
Trademark: GDYG
Transport Package: Wooden Reel, Coil, Plastic Barrel
Specification: 0.5mm2 - 300mm2
Origin: Guangdong, China
HS Code: 8544492100
Basic Information
1. Standard: IEC60227, HD22.4, NFC-32-12-4.
2. Voltage: 450/750V, 300/500V,300/300V
3. Conductor: Copper
4. Construction: Solid, Stranded wires, flexible
5. Numer of Cores: single core, two cores, 3 cores, multi-cores, 
6. Material of insulation: PVC,EPR.
7. Insulation: PVC
8. Cross Section area of conductor: 0.5mm2, 1mm2, 2mm2, 1.5mm2, 6mm2, 10mm2..........300mm2
 
Type Name 
BV Copper conductor PVC insulated cable
BVR Copper conductor PVC insulated flexible cable 
BVV Copper conductor PVC insulated PVC sheathed round cable 
BVVB Copper conductor PVC insulated PVC sheathed flat cable 
RVS Copper conductor PVC insulated stranded cable for flexible connecting

Structure of Product
450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.
1.Conductor
2.Insulation
3.Sheath

Application
It applies to electrical appliance, instrument and telecom device with rated voltage up to and including 450/750V.

The main features of the flame retardant PVC cable or wire is hard to get fair or that the continuous burning of cables is very limited when it is on fire. It applies to the places with special demands for flame retardant property. Flame retardant cable is classified as class A, B or C. Among the 3 classes, class A is the best in aspect of flame retardance. 

Fire-resistance cable can operate normally for some time when it is burning except that it can transmit electrical power under normal condition. It is used in the places with special demands for fire resistance property. 

The Main Features
1. Rated voltage U0/U is 450/750V, 300/500V, or 300/300V.
 
2. Permissible continuous working temperature of cable conductor
--for type of cable RV-90 and BV-90, the temperature should be not more than 90ºC
--for others, the temperature should be not more than 70ºC.

3. Ambient temperature should be not less than 0ºC, and permissible bending radius of cable for fixed connecting should be as follows during installation.
 
4. Flame retardant cable should pass the test of bunched cables or wires under fire conditions which is described in the standards of GB/T18380.3-2001.
 
5. Fire resistant cable should pass the test of fire resistant stipulated in the standards of GB/T19216.21-2003.

Key Technical Parameter
60227 IEC 01(BV)  GB/T5023-2008
Nominal
cross- section
mm2		    Conductor 
Type		 Upper limit Of O.D.         
mm		 Max.D.C. 
 resistance at 20ºC
Ω/km
    		 Min.insulation  
resistance    
at 70ºC
MΩ·km		  Approx. 
ampacity A		  Reference 
weight
 of cable
kg/km
1.50  1 3.2  12.1 0.011  25 20.0 
1.50  2 3.3  12.1 0.010  25 21.5 
2.50  1 3.9  7.41 0.010  34 31.8 
2.50  2 4.0  7.41 0.009  34 34.8 
4.00  1 4.4  4.61 0.0085  44 46.8 
4.00  2 4.6  4.61 0.0077  44 50.3 
6.00  1 5.0  3.08 0.0070  58 66.50 
6.00  2 5.2  3.08 0.0065  58 71.00 
10 2 6.7  1.83 0.0065  79 116.0 
16 2 7.8  1.15 0.0050  111 180
25 2 9.7  0.727 0.0050  146 277
35 2 10.9  0.524 0.0040  180 375
50 2 12.8  0.387 0.0045  282 536
70 2 14.6  0.268 0.0035  281 706
95 2 17.1  0.193 0.0035  344 977
120 2 18.8  0.153 0.0032  397 1231
150 2 20.9  0.124 0.0032  456 1503
185 2 23.3  0.0991 0.0032  519 1870
240 2 26.6  0.0754 0.0032  592 2457
300 2 29.6  0.0601 0.0030  685 3053
400 2 33.2  0.0470  0.0028  799 3948
 
Our Company
450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.
Workshop
450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.
Certificates 
450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.

450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.
Customers
450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.


  Basic Information
1. Standard: IEC60227, HD22.4, NFC-32-12-4.
2. Voltage: 450/750V, 300/500V,300/300V
3. Conductor: Copper
4. Construction: Solid, Stranded wires, flexible
5. Numer of Cores: single core, two cores, 3 cores, multi-cores, 
6. Material of insulation: PVC,EPR.
7. Insulation: PVC
8. Cross Section area of conductor: 0.5mm2, 1mm2, 2mm2, 1.5mm2, 6mm2, 10mm2..........300mm2
 
Type Name 
BV Copper conductor PVC insulated cable
BVR Copper conductor PVC insulated flexible cable 
BVV Copper conductor PVC insulated PVC sheathed round cable 
BVVB Copper conductor PVC insulated PVC sheathed flat cable 
RVS Copper conductor PVC insulated stranded cable for flexible connecting

Structure of Product
450/750V, 300/500V, 300/300V; PVC Insulated Electric Copper Cable, Building Wire.
1.Conductor
2.Insulation
3.Sheath

Application
It applies to electrical appliance, instrument and telecom device with rated voltage up to and including 450/750V.

The main features of the flame retardant PVC cable or wire is hard to get fair or that the continuous burning of cables is very limited when it is on fire. It applies to the places with special demands for flame retardant property. Flame retardant cable is classified as class A, B or C. Among the 3 classes, class A is the best in aspect of flame retardance. 

Fire-resistance cable can operate normally for some time when it is burning except that it can transmit electrical power under normal condition. It is used in the places with special demands for fire resistance property. 

The Main Features
1. Rated voltage U0/U is 450/750V, 300/500V, or 300/300V.
 
2. Permissible continuous working temperature of cable conductor
--for type of cable RV-90 and BV-90, the temperature should be not more than 90ºC
--for others, the temperature should be not more than 70ºC.

3. Ambient temperature should be not less than 0ºC, and permissible bending radius of cable for fixed connecting should be as follows during installation.
 
4. Flame retardant cable should pass the test of bunched cables or wires under fire conditions which is described in the standards of GB/T18380.3-2001.
 
5. Fire resistant cable should pass the test of fire resistant stipulated in the standards of GB/T19216.21-2003.

Key Technical Parameter
60227 IEC 01(BV)  GB/T5023-2008
Nominal
cross- section
mm2		    Conductor 
Type		 Upper limit Of O.D.         
mm		 Max.D.C. 
 resistance at 20ºC
Ω/km
    		 Min.insulation  
resistance    
at 70ºC
MΩ·km		  Approx. 
ampacity A		  Reference 
weight
 of cable
kg/km
1.50  1 3.2  12.1 0.011  25 20.0 
1.50  2 3.3  12.1 0.010  25 21.5 
2.50  1 3.9  7.41 0.010  34 31.8 
2.50  2 4.0  7.41 0.009  34 34.8 
4.00  1 4.4  4.61 0.0085  44 46.8 
4.00  2 4.6  4.61 0.0077  44 50.3 
6.00  1 5.0  3.08 0.0070  58 66.50 
6.00  2 Glass Reinforced Plastic Cable Tray

GRP cable trays are commonly used in industries such as power generation, oil and gas, chemical plants, and telecommunications. They are ideal for environments where traditional metallic cable trays may not be suitable due to their vulnerability to corrosion or chemical exposure.
One of the key advantages of GRP cable trays is their durability. They have a high strength-to-weight ratio, making them capable of supporting heavy loads while remaining lightweight. This makes installation easier and less labor-intensive compared to metallic trays. Additionally, GRP cable trays have a long service life and require minimal maintenance, reducing overall costs.
Another benefit of GRP cable trays is their resistance to corrosion. Unlike metallic trays, which can rust and deteriorate over time, GRP trays are not affected by moisture, chemicals, or UV radiation. This makes them suitable for use in harsh environments, including outdoor installations.
GRP cable trays also offer excellent electrical insulation properties. They provide a safe and reliable solution for routing and protecting electrical cables, minimizing the risk of electrical faults or short circuits.

Glass Reinforced Plastic (GRP) cable tray is a type of cable management system that is made from a combination of glass fibers and a thermosetting resin matrix. It is a lightweight and durable alternative to traditional metal cable trays.
GRP cable trays are corrosion-resistant, making them ideal for use in harsh environments such as chemical plants, offshore platforms, and wastewater treatment plants. They are also non-conductive, providing electrical insulation and reducing the risk of electrical accidents.
The construction of GRP cable trays includes a series of interconnected channels or rungs that provide support and protection for electrical cables. These trays are available in various sizes and configurations to accommodate different cable types and installation requirements.


Glass Reinforced Plastic Cable Tray,Fiberglass Cable Trays,Fiberglass Cable Ladder,Fiberglass Ladder Tray

Rayhot Technology Group Co.,Ltd , https://www.cnrayhot.com