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Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Number of conductor cores: 1-24
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
(3) Other models: PVC/D type PVC insulation
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Number of conductor cores: 1-24
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
(3) Other models: PVC/D type PVC insulation
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Number of conductor cores: 1-24
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
(3) Other models: PVC/D type PVC insulation
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
(3) Other models: PVC/D type PVC insulation
Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Difference between RVVP and RVV cable
1. The RVVP cable has an additional layer of anti-interference shielding layer, which ensures more s
ecure application of protective grounding.
2. RVVP cable can reduce external signal interference hazards,
RVVP is suitable for sites that must be resistant to interference, such as audio, broadcast programs, and KTV microphone cables. RVV is more suitable as a power cable.
RVVP cable application range
Compared to RVV cables, RVVP cables have better electromagnetic compatibility characteristics due to the use of copper wire braided shielding. Therefore, it is particularly suitable for installation sites with harsh electromagnetic environments and small installation distances. RVVP cable products can be installed in bridges and hoses for indoor installation.
Applicable scope of RVVP cable
Suitable for shielded circuits with AC rated voltages up to and including 300/300V for electrical, instrumentation, electronic equipment, and automation devices
Executive standard JB8734.5-2016
Operating characteristics Rated voltage: 300/300V
Rated temperature: AVP-90, RVP-90 type 90 ℃, other models 70 ℃ feature description
Conductor: stranded bare copper wire (or tinned copper wire)
Shielding method: weaving or oblique winding (customer requirements)
Number of conductor cores: 1-24
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
(3) Other models: PVC/D type PVC insulation
Insulation: (1) AVP-90, RVP-90: PVC/E type PVC insulation
(2) AVP: PVC/C type PVC insulation
Main parameters of RVVP shielded wire products
RVVP is a multi-core flexible transmission line with flexible electrical conductors, PVC insulated cables, and additional shielding layers and PVC sheath
Belonging to cable: stranded copper core cables above two cores form a cable
Raw material of insulation layer and sheath: both polyethylene
Executive standard: JB/T8734.5-2012
How much is the operating voltage and temperature? The rated current is 300/500V, and all normal operating temperatures do not exceed 70℃
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