Flame retardant house wiring electrical control cable
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Flame retardant house wiring electrical control cable
Features and Applications
The control cables are suitable for control, monitoring circuit and line protection at AC (alternating current) rated voltage 450/750V and below. The 105°C,135°Cflame-retardant PVC insulated and sheathed control cable has good anti-corrosion and aging-resistant performance when used under general condition.
Executive Standard
For PVC insulated and sheathed control cable, GB/T9330-2008 is applied
The combustion test standard for 105°C,135°C flame-retardant control cable is GB/T12666-2008
Operational Performances
1. Rated AC voltage: U0/U 450/750V.
2. Long-time allowed working temperature of cable conductor:
For PVC insulation and sheath, it is 70°C.
For flame-retardant 105°C,135°CPVC insulation and sheath,they are 105°C,135°C
3. Lowest ambient temperature:-40°C for fixed laying and-15°C for non-fixed laying
4. Allowed bending radius for laying: For cables without armored layer, it shall not be less than 6 times of cable outer diameter; for cables with armored layer or copper tape shield structure, it shall not be less than 12 times of cable outer diameter
Main Technical Data
Item | Unit | Technical Data | ||||||||||
resistance of conductor at 20°C | Ω/km | Section | 0. 5mm2 | 0.75mm2 | 1.0mm2 | 1.5mm2 | 2.5mm2 | |||||
Plating layer | No Tin- plating | Tin-plated | No Tin-plating | Tin-plated | No Tin-plating | Tin-plated | No Tin-plating | Tin-plated | No Tin-plating | Tin-plated | ||
Type AB | 36.0 | 36.7 | 24.5 | 24.8 | 18.1 | 18.2 | 12.1 | 12.2 | 7.41 | 7.56 | ||
Type R | 39.0 | 40.1 | 26.0 | 26.7 | 19.5 | 20.0 | 13.3 | 13.7 | 7.98 | 8.21 | ||
| MΩ/km | Type A | / | 0.012 | 0.011 | 0.011 | 0.01 | |||||
Type BR | 0.013 | 0.011 | 0.010 | 0.010 | 0.009 | |||||||
Insulation resistance of cable at allowed max.temperature | kV/5min | 2.5 | ||||||||||
Flame-retardant character | Test shall be performed in terms of Standard No. GB/T12666.5-2008 | |||||||||||
Basic Types and Designations
1.PVC Insulated and Sheathed Control Cable
Type | Product Designation | Main Scope of Application |
KVV | Copper-core PVC insulated, PVC sheathed control | For laying in fixed sifts such as the indoor, cable ditch cable and conduit, etc. |
KVVP | Copper-core PVC insulated, PVC sheathed copper wire woven control cable | For laying in fixed sites such as the indoor, cable ditch and conduit, etc,where require shield. |
KVVP2 | Copper-core PVC insulated, PVC sheathed copper tape shield control cable | For laying in fixed sites such as the indoor, cable ditch and conduit, etc, where require shield. |
KVV22 | Copper-tort PVC insulated, PVC sheathed steel tape armored control cable | For laying in fixed sites such as the indoor,conduit bury, etc,where it can bear more mechanical external force. |
2. 105°C,135°C flame-retardant insulation & sheath control cable
Type | Product Designation | Main Scope of Application |
ZR105-KVV | Cu conductor 105°C flame-retardant PVC insulation & sheath control cable | For laying in fixed sites such as the indoor, cable ditch and conduit, etc. |
ZR105-KVVP | Cu conductor 105°C flame-retardant PVC insulation&sheath woven Cu wire shield control cable | For laying in fixed such as the indoor, cable ditch and conduit, etc, where require shield |
ZR105-KVV22 | Cu conductor 105°C flame-retardant PVC insulation&sheath steel tape armor control cable | For laying in fixed sites such as the indoor, conduit bury, etc, where it can bear more mechanical external force. |
ZR135-KVV | Cu conductor 135°C flame-retardant PVC insulation & sheath control cable | For laying in fixed sites such as the indoor,cable ditch and conduit,etc. |
ZR135-KVVP | Cu conductor 105°Cflame-retardant PVC insulation &sheath woven Cu wire shield control cable | For laying in fixed sites such as the indoor, cable ditch and conduit, etc, where require shield. |
ZR135-KVV22 | Cu conductor 105°C flame-retardant PVC insulation &sheath steel tape armor control cable | For laying in fixed sites such as the indoor ,conduit bury, etc, where it can bear more mechanical external force |
- Q: my friend and i were installing a subwoofer in his car and the rem cable touched the amp and caused a short. the cd player does not turn on any more and we could not find any problem anywhere the only fuse blown was the fuse on the power wire for the amp and that should not have any effect on the cars cd player what could be wrong? (the fuse on the back of the cd player was not blown this leads me to believe there is nothing wrong with the cd player and it is not fried)
- 1, why was the power wire hot, should have the batter disconnected before anything else sounds like it sent a power spike into the cd player, try to manually put power from a known 12v constant course to both the memory and key on power wire to the cd player, if still nothing you have an internal problem with the cd player, if it comes on you have a problem with the car wiring
- Q: Hi,I have an LED monitor ordered and I wanted to know if it has a power cable. The monitor I ordered is a Samsung S23C350HS 23 Inch Screen LED-Lit Monitor. Thank you,
- Monitor Power Cables
- Q: How to distinguish between high and low voltage power cables
- The bottom edge of the bridge after bending (bottom bevel) and the width of the bridge can be the same length, but the range is controlled at 100-400mm, select the length of the two points, in the bridge side to help out on the side Two vertical lines, selected bridge bending direction as the cutting opening side; open the opening side as the bottom edge to draw the two vertical lines were used as two isosceles triangle in the sub-line, the waist triangle Edge length of the formula for the L = 2 × (bridge height × sin22
- Q: There are a few thin cables running from the power button on your computer onto the motherboard. What are these cables called?
- It's not important to call them with a specific name. These are also cable. If your power button's cable is broken or damaged anyhow, you can change it by restart button. Just unplug the restart button's cable plug them in Power switch. Now your restart button is your power Switch
- Q: Mine isn't so I'm just wondering what it would do.
- A thick power wire that carries a lot of current or power has anEMF - electro magnetic field around it. This field can will pass into the RCA cables - the cables that carry sound from headunit to the amp. You want the RCA cables to be as 'clean' as they can be for the best sound signal and quality. This field will interfere with the RCA's, especially low quality cheap RCA's. causing interference and poor sound quality.
- Q: so I bought a new power supply to go with my new case and motherboard, and when I recived the new power supply it didn't have a power cable That Plugs into the wall, can I use the one from my old power supply or will I have to get a new one? Cause I tried using it and my pc didn't turn on, or is my power supply that I got possibly dead?
- every power supply I've gotten for years uses completely standard, detachable power cords. I've never yet seen one that will not use the same cords as all the others. Use the one from the old supply
- Q: I just got done building my new computer, and am putting in my cd-room's.When i plug in the power to them they will open, but when i connect them to the motherboard with the ide cable they wont open.And yes i have everything plugged in right.
- Your CD-ROM should have at least two cables connect to it, a power cable and IDE cable that should also be connected to your motherboard or other interface card. Disconnect the IDE cable from the back of the CD-ROM and reconnect it, do the same on the opposite end of the cable. Next, if your CD-ROM drive is not getting any power disconnect the cable from the back of the drive and reconnect it. Check jumpers If you've recently installed any new disk drives such as a new hard disk drive verify that the jumpers are properly set on the back of the CD-ROM. Having the jumpers set improperly to master or slave can cause the CD-ROM to not work. Notice the 1 missing pin in the middle of your Cd-Rom IDE connection?. On your IDE cable there is a blocked hole in the exact same place. If you turned this cable around the wrong way you might have bent one of the pins or broken it off completely
- Q: in the specs it says the power supply doesn't have a pci-e connector?Does that mean i cant use the video card, or is there a way I dont know? Please help.Thank you very much
- Okay, right off the bat I see a problem with that power supply. Aside from not having a pci-e connection it states it doesn't work with SLI or Crossfire (i.e. Nvidia or ATI). Since you're wanting to get a GeForce card, which works with a mobo with an Nvidia chipset, you'd need a more up-to-date power supply. Second - that card uses 18 amps on the 12-volt rail, and according to the specs on that power supply it runs up to 16 or 17 amps, so the power supply you're looking at isn't powerful enough to support the card. My advice - first make sure your mobo has an Nvidia Chipset. Second, spend a bit more and get a better power supply, and check the voltage - you need at least 18 amps on the 12-volt for that card.
- Q: I was just wondering that if, for example, you are running too small of a power cable to you subwoofer amplifier does it not get to its full potential? And, if you get the right size will it be louder? Your thoughts and recommendations would be appreciated.
- Your subwoofer amp requires a given amount of power to run. Provided it is getting that amount of power, and provided it is free of ungrounded interference, it will produce as clean as sound as possible. A bigger power cord wont produce more power in itself, it would simply offer less resistance. And in this case, you wouldn't be gaining anything. Bigger cables only affect applications where you are delivering signal. Again, less resistance allows more of the signal to get through, offering (perhaps) better sound quality. Even in this case, it wouldn't have any affect on volume.
- Q: Ok so I was doing something stupid just now. Cuttiing a power cable that connects to the tv. Halfway through to cutting it, the wire explodes and hit my face o,o. So quickly, I turn all of the switches off and run to wash my face. I just wanted to know whether it's ok to turn all the switched back on cus I'm literally in the dark right now. And will there be any damage to my face since the wire explodes in my face?
- You probably should not have been left home alone, unsupervised. It is NOT OK to turn the power on, unless you have taken the TV plug out of the power socket on the wall. This does NOT mean cutting through the cord, it means unplugging it like a normal person would do. You might have a couple of small burns on your face. If you were more injured, I am sure you would realize it.
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Flame retardant house wiring electrical control cable
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- 1000000meters m/month
OKorder Service Pledge
OKorder Financial Service
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