Factory Source Electrical Control Cable - RS-232 Cable (Multi-Core, Foil & Braid Screened) – AIPU
Factory Source Electrical Control Cable - RS-232 Cable (Multi-Core, Foil & Braid Screened) – AIPU Detail:
Application
1. The cable is designed for RS-232 Cable low data rate transmission as audio, control and instrumentation cables, computer cables, etc. Multi-core or multi twist pair laying up cables are available. It could be widely used for production process control and Device Converter. Especially in the factory floor and other industrial applications are usually electrical noise environment. Electrical noise from radiation or electromagnetic interference can seriously disrupt the normal operation of other equipment. To avoid RFI/EMI, Aipu has dual shielded(Al-foil + Braid)+ RS232 cables.
2. Generally ,used as bulk cable, Serial Cable or Adapter Cable. Could be multi-dropped cable.
3. Aluminum foil and tinned copper braid screen could make the signal and date interference free. Slight interference may degrade signal quality, lead to data loss or complete signal interruption, resulting in device failure. Therefore, the shielding performance of cable is particularly important. The biggest problem in data transmission is electromagnetic and radio frequency interference (EMI/RFI). What effectively blocks both types of interference is foil shielding VS. braided shielding.
4. PVC or LSZH sheath are both available.
Constructions
1. Conductor: Stranded Tinned Copper Wire
2. Insulation: PVC
3. Cabling: Cores, Twist Pairs laying-up
4. Screened: Al-PET Tape & Tinned Copper Braided
5. Sheath: PVC/LSZH
Installation Temperature: Above 0℃
Operating Temperature: -15℃ ~ 65℃
Reference Standards
UL2464
BS EN 60228
BS EN 50290
RoHS Directives
Identification of Insulation
1 Core |
Black |
6 Core |
Blue |
2 Core |
White |
7 Core |
White/Black |
3 Core |
Red |
8 Core |
Red/Black |
4 Core |
Green |
9 Core |
Green/Black |
5 Core |
Orange |
10 Core |
Orange/Black |
Electrical Performance |
|
Working Voltage |
150V |
Test Voltage |
800V |
Conductor DCR |
91.80 Ω/km (Max. @ 20°C) |
Part No. |
Conductor Construction |
Insulation |
Screen |
Sheath |
|
Material |
Size |
||||
AP9608 |
TC |
3x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9609 |
TC |
4x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9610 |
TC |
5x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9611 |
TC |
6x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9612 |
TC |
7x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9613 |
TC |
8x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9614 |
TC |
9x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9615 |
TC |
10x24AWG |
PVC |
Al-foil + Braid |
PVC |
AP9939 |
TC |
3x22AWG |
PVC |
Al-foil + Braid |
PVC |
AP9940 |
TC |
4x22AWG |
PVC |
Al-foil + Braid |
PVC |
AP9941 |
TC |
5x22AWG |
PVC |
Al-foil + Braid |
PVC |
AP9942 |
TC |
6x22AWG |
PVC |
Al-foil + Braid |
PVC |
AP9943 |
TC |
7x22AWG |
PVC |
Al-foil + Braid |
PVC |
AP9944 |
TC |
8x22AWG |
PVC |
Al-foil + Braid |
PVC |
AP9945 |
TC |
9x22AWG |
PVC |
Al-foil + Braid |
PVC |
AP9946 |
TC |
10x22AWG |
PVC |
Al-foil + Braid |
PVC |
(Notes: Other cores are available upon request.)
Product detail pictures:
Related Product Guide:
Our enterprise since its inception, constantly regards product good quality as organization life, constantly improve production technology, strengthen merchandise high quality and continuously strengthen enterprise total good quality administration, in strict accordance with all the national standard ISO 9001:2000 for Factory Source Electrical Control Cable - RS-232 Cable (Multi-Core, Foil & Braid Screened) – AIPU , The product will supply to all over the world, such as: Adelaide, British, Italy, We pursue the management tenet of "Quality is superior, Service is supreme, Reputation is first", and will sincerely create and share success with all clients. We welcome you to contact us for more information and look forward to working with you.
By EliecerJimenez from Singapore - 2017.06.29 18:55
We are old friends, the company's product quality has been always very good and this time the price is also very cheap.
By Poppy from Russia - 2017.11.11 11:41