PROFIBUS cable Phoenix Contact SAC-2P-15,0-910/FSB SCO
The Phoenix Contact SAC-2P-15.0-910/FSB SCO PROFIBUS cable is a preassembled bus system cable designed for high-speed data transmission (up to 12 Mbps). It is 15 meters long and features a straight M12 SPEEDCON B-coded connector.
Materials and Construction
- Conductor material : Tinned copper (Cu litz wires).
- Wire insulation : PP (Foam-Skin Polypropylene).
- Outer sheath : PUR (polyurethane) in red-purple colour (RAL 4001), resistant and halogen-free.
- Shielding : 85% optical coverage to protect against electromagnetic interference.
- Contact material : CuSn (tinned copper) with Ni/Au (nickel/gold) coating.
- Connector body : TPU (thermoplastic polyurethane), self-extinguishing and flame resistant.
- Sealing material : NBR (nitrile rubber).
Mechanical Characteristics
- Outer diameter : 7.8 mm ± 0.2 mm.
- Conductor structure : 1x2 AWG24/19, with wire cross-sections of 0.25 mm².
- Minimum bending radius : 40 mm (fixed installation).
- Conductor resistance : ≤ 78.6 Ω/km.
Electrical Characteristics
- Insulation resistance : ≥ 5 GΩ*km.
- Rated voltage : 300 V.
- Cable capacitance : 30 pF/m.
- Wave impedance : 150 Ω ±10% (from 3 MHz to 20 MHz).
- Test voltage : 1500 V for 1 minute both between conductors and between conductor and shield.
Applications and Sectors of Use
The cable is widely used in industrial environments to connect PROFIBUS devices in industrial automation, including sectors such as machine building, factory automation, and automated vehicle manufacturing. Thanks to its shielding, it is ideal for environments with high electromagnetic noise. The cable meets UL safety standards.
Advantages of Stock Buying
Purchasing this cable off-the-shelf can lead to significant gains in operational efficiency. Immediate availability ensures minimal downtime, especially for critical applications requiring rapid maintenance or cable replacement. Furthermore, Phoenix Contact is renowned for the reliability of its products, ensuring long life and consistent performance over time.
