0.6/1KV shipboard power cable power supply, transmission and lighting for buildings

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
100 m
Supply Capability:
100000 m/month

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Product Description:

1. Scope of application:
The product applies for power supply, transmission and lighting for buildings above the water of kinds of rivers, seas, ships, sea oil and oil platform.

2. Standard: IEC60092-353, GB/T9331-2008

3. Type of cable:
CVV/NA/SA/DA PVC insulation PVC over sheathed shipboard power cable (NA/SA/DA)
CVV80/NA/SA/DA PVC insulation PVC inner sheathed tinned copper wire braided shipboard power cable (NA/SA/DA)
CVV90/NA/SA/DA PVC insulation PVC inner sheathed zinc-coated steel wire braided shipboard power cable (NA/SA/DA)
CVV82/NA/SA/DA PVC insulation PVC inner sheathed tinned copper wire braided PVC over sheathed shipboard power cable (NA/SA/DA)
CJV/ NA/SA/DA XLPE insulation PVC over sheathed shipboard power cable (NA/SA/DA)
CJV80/NA/SA/DA XLPE insulation PVC inner sheathed tinned copper wire braided shipboard power cable (NA/SA/DA)
CJV90/NA/SA/DA XLPE insulation PVC inner sheathed zinc-coated steel wire braided shipboard power cable (NA/SA/DA)
CJV82/NA/SA/DA XLPE insulation PVC inner sheathed tinned copper wire braided PVC over sheathed shipboard power cable (NA/SA/DA)
CJV92/NA/SA/DA XLPE insulation PVC inner sheathed zinc-coated steel wire braided PVC over sheathed shipboard power cable (NA/SA/DA)
CEF/NA/SA/DA ethylene-propylene insulated CPE over sheathed shipboard power cable (NA/SA/DA)
CEF80/NA/SA/DA ethylene-propylene insulated CPE inner sheathed tinned copper wire braided shipboard power cable (NA/SA/DA)
CEF90/NA/SA/DA ethylene-propylene insulated CPE inner sheathed zinc-coated steel wire braided shipboard power cable (NA/SA/DA)
CEF82/NA/SA/DA ethylene-propylene insulated CPE inner sheathed tinned copper wire braided PVC over sheathed shipboard power cable (NA/SA/DA)
CEF92/NA/SA/DA ethylene-propylene insulated CPE inner sheathed zinc-coated steel wire braided PVC over sheathed shipboard power cable (NA/SA/DA)
CEFR/NA/SA/DA ethylene-propylene insulated CPE over sheathed shipboard flexible power cable (NA/SA/DA)
CJPJ/NC/SC/DC XLPE insulation low-smoke and no-halogen cross-linked polyolefin over sheathed shipboard power cable (NC/SC/DC)
CJPJ80/NC/SC/DC XLPE insulation low-smoke and no-halogen cross-linked polyolefin inner sheathed tinned copper wire braided shipboard power cable (NC/SC/DC)
CJPJ90/NC/SC/DC XLPE insulation low-smoke and no-halogen cross-linked polyolefin inner sheathed zinc-coated steel wire braided shipboard power cable (NC/SC/DC)
CJPJ85/NC/SC/DC XLPE insulation low-smoke and no-halogen cross-linked polyolefin inner sheathed tinned copper wire braided low-smoke and no-halogen cross-linked polyolefin over sheathed shipboard power cable (NC/SC/DC)
CJPJ95/NC/SC/DC XLPE insulation low-smoke and no-halogen cross-linked polyolefin inner sheathed zinc-coated steel wire braided low-smoke and no-halogen cross-linked polyolefin over sheathed shipboard power cable (NC/SC/DC)
CJPF/NC/SC/DC XLPE insulation low-smoke and no-halogen polyolefin over sheathed shipboard power cable (NC/SC/DC)
CJPF80/NC/SC/DC XLPE insulation low-smoke and no-halogen polyolefin inner sheathed tinned copper wire braided shipboard power cable (NC/SC/DC)
CJPF90/NC/SC/DC XLPE insulation low-smoke and no-halogen polyolefin inner sheathed zinc-coated steel wire braided shipboard power cable (NC/SC/DC)
CJPF86/NC/SC/DC XLPE insulation low-smoke and no-halogen polyolefin inner sheathed tinned copper wire braided no-halogen polyolefin over sheathed shipboard power cable (NC/SC/DC)
CJPF96/NC/SC/DC XLPE insulation low-smoke and no-halogen polyolefin inner sheathed zinc-coated steel wire braided no-halogen polyolefin over sheathed shipboard power cable (NC/SC/DC)
CEPF/NC/SC/DC ethylene-propylene rubber insulation polyolefin sheathed low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPFR/NC/SC/DC ethylene-propylene rubber insulation polyolefin sheathed low-smoke and no-halogen flame-retardant (fire-resistant) shipboard flexible power cable (NC/SC/DC)
CEPF80/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed copper wire braided armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPF90/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed copper wire braided armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPF86/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed copper wire braided polyolefin over sheathed armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPF96/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed copper wire braided polyolefin over sheathed armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPJ/NC/SC/DC ethylene-propylene rubber insulation polyolefin sheathed low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPJR/NC/SC/DC ethylene-propylene rubber insulation polyolefin sheathed low-smoke and no-halogen flame-retardant (fire-resistant) shipboard flexible power cable (NC/SC/DC)
CEPJ80/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed copper wire braided armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPJ90/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed steel wire braided armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPJ85/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed copper wire braided polyolefin over sheathed armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CEPJ95/NC/SC/DC ethylene-propylene rubber insulation polyolefin inner sheathed steel wire braided polyolefin over sheathed armored low-smoke and no-halogen flame-retardant (fire-resistant) shipboard power cable (NC/SC/DC)
CXV/NA/SA/DA natural butyl benzene rubber insulation PVC sheathed shipboard power cable (NA/SA/DA)
CXV80/NA/SA/DA natural butyl benzene rubber insulation PVC inner sheathed copper wire braided armored shipboard power cable (NA/SA/DA)
CXV90/NA/SA/DA natural butyl benzene rubber insulation PVC inner sheathed steel wire braided armored shipboard power cable (NA/SA/DA)
CXV82/NA/SA/DA natural butyl benzene rubber insulation PVC inner sheathed tinned copper wire braided armored PVC over sheathed shipboard power cable (NA/SA/DA)
CXV82/NA/SA/DA natural butyl benzene rubber insulation PVC inner sheathed zinc-coated steel wire braided armored PVC over sheathed shipboard power cable (NA/SA/DA)
CXF/NA/SA/DA natural butyl benzene rubber insulation neoprene sheathed shipboard power cable (NA/SA/DA)
CXF80/NA/SA/DA natural butyl benzene rubber insulation neoprene inner sheathed copper wire braided armored shipboard power cable (NA/SA/DA)
CXF90/NA/SA/DA natural butyl benzene rubber insulation neoprene inner sheathed steel wire braided armored shipboard power cable (NA/SA/DA)
CXF82/NA/SA/DA natural butyl benzene rubber insulation neoprene inner sheathed tinned copper wire braided armored PVC over sheathed shipboard power cable (NA/SA/DA)
CXF92/NA/SA/DA natural butyl benzene rubber insulation neoprene inner sheathed zinc-coated steel wire braided armored PVC over sheathed shipboard power cable (NA/SA/DA)

4. Operating characteristics:
Power frequency rated voltage U0/U: 0.6/1kv
Allowable long-term operating temperature of conductor: for XLPE insulation and ethylene-propylene rubber insulation, 90℃; for natural butyl benzene rubber insulation, 70℃
Allowable short-circuit temperature: not exceed 250℃, and the duration shall not exceed 5 seconds
Ambient temperature radius for installation is 0℃, preheating is needed if the temperature is below 0℃

5. Construction of cable:


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Q:What does the cable (YJV-5 * 6) mean?
ZR-YJV22-4 * 16 is ZR armored flame retardant power cable, YJV22 copper core PVC insulated steel tape armored PVC sheathed power cable, 4 * 16 is 4 core 16 (mm2) section.
Q:Calculate the control cable under what circumstances the cable terminal needs to be calculated
You say is the power supply power? Is not the power supply voltage! Power supply is W, that is, tile. Power power is insufficient, it is said that the components will accelerate the aging, aging components are easy to burn, components on the motherboard, of course, is burning the motherboard Oh, and power supply is also easy to cause computer instability. Crash, restart .... and so on. If your power is not enough power, it should be for a larger power and is guaranteed quality power such as Hunt, the Great Wall and so on. General 250-300W power supply on it.
Q:The TV shows no signal. The What is the reason for this?
First with the liner is the fire-resistant bridge, fire bridge is only the surface brushing fire paint, and some design drawings are written and norms a bit vague, according to his drawings should be refractory bridge.
Q:What is the interface between the power interface and the hard disk?
Who have seen such a large 1000A estimate is almost 560 * 1.73 = 980A, the peak is almost the same
Q:Power cable 5-color line, respectively, what color, what role?
YJ: XLPE insulation V: PVC sheathed 22: steel tape armor 8.7 / 15KV: rated voltage: 8.7 / 15 kV (phase voltage 8.7 = 15 / 1.. line voltage 15kV) 3 * 300: Three conductor cross-section of 300 square copper conductor Another: If YJLV is the aluminum core. Here is not marked what the material is conductor, you can default to copper conductor.
Q:The difference between power cable and overhead cable
Insulation structure is not the same, the number of core is not the same. Power cable generally 3-4 phase, overhead cable general core. Power lines can be divided into overhead lines and cable lines. Overhead lines with less investment, easy construction and maintenance, easy maintenance and repair advantages, the disadvantage is the natural conditions (wind, snow, ice, lightning, etc.) have a greater threat to operational safety. In order to save the country's construction funds, the general use of overhead lines is appropriate. However, when the conditions are subject to restrictions (such as overhead lines laid in difficult or special requirements), the use of cable lines. Cable and overhead lines compared to poor heat dissipation, it should be considered in the short-circuit conditions of thermal stability. Therefore, in addition to high-voltage cable cross-section in accordance with the economic current density, allowing voltage loss, long-term allowable current selection, but also according to short-circuit thermal stability conditions for verification.
Q:What recycled rubber is suitable for the production of wire and cable?
The power industry mainly includes electricity industry and power plants and other power cables industry is the power industry to do the cable and cable should belong to the power industry but does not belong to the system within the power system only includes the State Grid China Southern Power Grid five nuclear power plants and other large state-owned enterprises
Q:The difference between the instrument cable and the low voltage power cable
In this only said home improvement commonly used, the pipe is basically direct, elbow, tee, the price is 5 points / only.
Q:Lighting wire, I do not know is it. The When to use BV1 * 2.5, when to use 2 * 2.5, when to use 3 * 2.5, when to use 4 * 2.5,
Why did not you take this time when you were installed or that it was only a detour
Q:Wire inside the two lines, red and black, black line is the line of fire or zero line ah?
. 1.8.7 / 10kV U value of 10KV, which can withstand the maximum voltage of 12KV8.7 / 15kV U value of 15KV, which can withstand the maximum voltage of 17.5KV2.8.7 / 10kV is 10KV system in the first Class II cable (fault time can be greater than 1 minute) 8.7 / 15kV is the first type of cable in the 15KV system (failure time is not more than 1 minute) 3.U0 / UU0 - conductor and insulation shield between the voltage U - the The voltage between the conductors is two, the cable is usually a few or several groups of wires [at least two] stranded from the rope similar to the cable, each group of wires insulated from each other, and often around a central twist The entire outer package has a highly insulated cover. Multiple in the air or in the ground, underwater, for telecommunications or power transmission.

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