Garland 0.22mm 12 Pair Apricot Data Cable Overall Screened Polypropylene/PVC
Garland 0.22mm 12 Pair Apricot Data Cable Overall Screened Polypropylene/PVC
Data Cable, 0.22 mm, Tinned Annealed Copper, 12 Pair, 7/0.2 mm Strands, Overall Screened Screen, 10.4 mm Overall Diameter, 104 mm Static Bend Radius, 0.28 mm Insulation Thickness, 0.9 mm Sheath Thickness, Insulation: >150% Outer Sheath: >100% Elongation, 369 N Pulling Tension, >12 MPa Tensile Strength, DC: 95.3 Ohm/km Conductor Resistance, 1000 MOhm/km Insulation Resistance, 100% Screen Coverage, Aluminium/Polyester Tape Screen, Polypropylene Insulation, PVC Sheath, Apricot Sheath, -15 to 70 deg C, AS/ACIF S008 EIA-RS422 UL 758
Brand | Garland |
---|---|
Standard Pack Size | 500 |
UNSPSC Class | 26121600 |
UOM | MTR |
Vendor Product | MCP12S500 |
Bend Radius | Static 104 mm |
Conductor Resistance | DC: 95.3 Ohm/km |
Conductor Size | 0.22 mm |
Conductor Type | Tinned Annealed Copper |
Elongation | Insulation: >150% Outer Sheath: >100% |
Insulation Resistance | 1000 MOhm/km |
Insulation Material | Polypropylene |
Insulation Thickness | 0.28 mm |
Number of Pairs | 12 Pair |
Overall Diameter | 10.4 mm |
Product Type | Data Cable |
Pulling Tension | 369 N |
Screen Coverage | 100% |
Screen Format | Overall Screened |
Screen Material | Aluminium/Polyester Tape |
Sheath Colour | Apricot |
Sheath Material | PVC |
Sheath Thickness | 0.9 mm |
Temperature | -15 to 70 deg C |
Standards | AS/ACIF S008 EIA-RS422 UL 758 |
Stranding | 7/0.2 mm |
Tensile Strength | >12 MPa |
Description
Data Cable, 0.22 mm, Tinned Annealed Copper, 12 Pair, 7/0.2 mm Strands, Overall Screened Screen, 10.4 mm Overall Diameter, 104 mm Static Bend Radius, 0.28 mm Insulation Thickness, 0.9 mm Sheath Thickness, Insulation: >150% Outer Sheath: >100% Elongation, 369 N Pulling Tension, >12 MPa Tensile Strength, DC: 95.3 Ohm/km Conductor Resistance, 1000 MOhm/km Insulation Resistance, 100% Screen Coverage, Aluminium/Polyester Tape Screen, Polypropylene Insulation, PVC Sheath, Apricot Sheath, -15 to 70 deg C, AS/ACIF S008 EIA-RS422 UL 758