Professional Manufacturer for Low Voltage TPS Cable

Product Name:

Model NO.:

BV, BVR, BVV, BVVB

Application:

Construction, Industrial, Power Station

Voltage:

Low and Medium Voltage Cable

Current:

DC Cable

Insulation Material:

PVC

Sheath Material:

PVC

Material Shape:

Round or Flat

Wire Core Material:

Bare Copper Wire

Certification:

ISO

Model:

BV,BVVB,Blv,Bvr, Blvvb

Brand:

Jytop

Trademark:

JYTOP

Transport Package:

Packed in 500m Coils or in Wooden Reels

Specification:

any Third party Pre-shipment inspection

Origin:

Zhengzhou, China

HS Code:

8544492100

Product Description

Specifications

AS/NZS 500.1 Flat TPS Cable 2C+E 2.5mm2 :
1.conductor:copper
2.insulation:pvc
3.fast delivery
4.good service

AS/NZS 500.1 Flat TPS Cable 2C+E 2.5mm2 :

1 Standard

GB 5023.11997 , JB 8734.15-1998, Q/ZEL 02-2002, GB 5023.17-1997, IEC227

2 Voltages U0/U:

450/750V300/500V300/300V.(600/1000V also available)

Max. permissible continuous operating temperature of the conductor: 70
The ambient temperature under installation should not below 0.

Impedance (ohms): 100±2ohm

3 Application

The products is suitable for use in power installations, fixed wiring or flexible

connections for electrical appliances like lighting, electronic equipment, instrument

and communication equipment with rated voltage 450/750V or less

4 Model and Name

Model	Name
BV	Copper Core PVC Insulation Wire
BLV	Aluminum Core PVC Insulation Wire
BVR	Copper Core PVC Insulation Flexible Wire
BVV	Copper Core PVC Insulation PVC Sheath Round Wire
BVVB	Copper Core PVC Insulation PVC Sheath Flat Wire
BLVVB	Aluminum Core PVC Insulation PVC Sheath Flat Wire
BV-90	Copper Core Heat-resistance 105oC PVC Insulation

5 Specification Size and Technical Data

Common wire

Nominal sectional area mm²	Conductor No/Dia. mm	Nominal Insulated thick mm	Max overall Dia. mm	Condcutor Resistance at 20		Min insulated resistance at 70MΩ/km	Weight Kg/km
Nominal sectional area mm²	Conductor No/Dia. mm	Nominal Insulated thick mm	Max overall Dia. mm	Cu	Al	Min insulated resistance at 70MΩ/km	Cu	Al
1.5	1/1.38	0.7	3.3	12.1	–	0.011	19.2	–
1.5	7/0.52	0.7	3.5	12.1	–	0.010	20.6	–
2.5	1/1.78	0.8	3.9	7.41	11.8	0.010	30.8	15.0
4	1/2.25	0.8	4.4	4.61	7.39	0.0085	45.5	21.0
6	1/2.76	0.8	4.9	3.08	4.91	0.0070	65.0	29.0
10	7/1.35	1.0	7.0	1.83	3.08	0.0065	110.0	52.0
16	7/1.70	1.0	8.0	1.15	1.91	0.0050	170.0	70.0
25	7/2.14	1.2	10.0	0.727	1.20	0.0050	270.0	110.0
35	7/2.52	1.2	11.5	0.524	0.868	0.0040	364.0	150.0
50	19/1.78	1.4	13.0	0.387	0.641	0.0045	500.0	200.0
70	19/2.14	1.4	15.0	0.268	0.443	0.0035	688.0	269.0
95	19/2.52	1.6	17.5	0.193	0.320	0.0035	953.0	360.0
120	37/2.03	1.6	19.0	0.153	0.253	0.0032	1168.0	449.0
150	37/2.25	1.8	21.0	0.124	0.206	0.0032	1466.0	551.0
185	37/2.52	2.0	32.5	0.099	0.164	0.0032	1808.0	668.0

Flexible wire

Nominal sectional area mm²	Conductor No/Dia. mm	Nominal Insulated thick mm	Max overall Dia. mm	Condcutor Resistance at 20	Min insulated resistance at 70MΩ/km	Weight Kg/km
2.5	9/0.41	0.8	4.2	7.41	0.011	33.0
4	19/0.52	0.8	4.8	4.61	0.009	48.0
6	19/0.64	0.8	5.6	3.08	0.0084	68.0
10	49/0.52	1.0	7.6	1.83	0.0072	115.0
16	49/0.64	1.0	8.8	1.15	0.0062	176.0
25	98/0.58	1.2	11.0	0.727	0.0058	272.0
35	133/0.58	1.2	12.5	0.524	0.0052	384.0
50	133/0.68	1.4	16.5	0.387	0.0051	510.0
70	189/0.68	1.4	16.5	0.268	0.0045	714.0
95	259/0.68	1.	19.5	0.139	0.0035	965.0
120	259/0.76	1.8	22.0	0.153	0.0032	1210.0
150	259/0.85	1.8	25.0	0.124	0.0032	1510.0