Description
Overall Screen Armoured Instrumentation Cable
Voltage: 300/500V
Conductor: Circular stranded copper
Type: Single pair or multi-pair
Insulated: PE or PVC
Pairing: Two insulated cores shall be uniformly twisted together to form a pair with a maximum lay length of 100mm
Cabling: Twisted pairs are laid up together if necessary filled with non-hygroscopic material compatible with the insulation.
Overall Screening: Accumulated pairs screened with aluminum/mylar tape, helically applied with the metallic side down, in electrical contact with a tinned annealed copper drain wire of 0.5mm2
Bedding: PE(Polyethylene), color black
Armoring: Galvanized steel round wire over the bedding
Sheath: PVC/ PE
OS+IS Screen Armoured Instrumentation Cable
Voltage: 300/500V
Conductor: Circular stranded copper
Type: Multi-pair
Insulated: PE or PVC
Pairing: Two insulated cores shall be uniformly twisted together to form a pair with a maximum lay length of 100mm
Individual Screening: Each pair screen with aluminum/mylar tape, helically applied with the metal side down, in electrical contact with a tinned annealed copper drain wire of 0.5mm2
Cabling: Twisted pairs are laid up together if necessary filled with non-hygroscopic material compatible with the insulation.
Overall Screening: Accumulated pairs screened with aluminum/mylar tape, helically applied with the metallic side down, in electrical contact with a tinned annealed copper drain wire of 0.5mm2
Bedding: PE(Polyethylene), color black
Armoring: Galvanized steel round wire over the bedding
Sheath: PVC/ PE
Application
An instrumentation cable is a type of cable designed specifically for transmitting low-voltage electrical signals between instruments, control systems, and measuring devices.
It is commonly used in industrial settings, process control systems, and automation applications where accurate and reliable signal transmission is critical.
Features
Excellent noise rejection, shielding against electromagnetic interference (EMI) and radio frequency interference (RFI), as well as low capacitance and low resistance to minimize signal loss.
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