CAB01PR22MSCR Network & Communication Cable for Electronics Projects

Key Specifications & Typical Use

While exact part specifications vary by manufacturer, cables labelled CAB01PR22MSCR typically share these attributes important for makers and technicians:

• Pairing: 4 twisted pairs (commonly Cat5e/Cat6-style geometry) for balanced signalling.
• Shielding: Overall braid or foil plus pair-level shielding for reduced EMI in noisy environments.
• Conductor: Solid or stranded copper; stranded preferred for flexible jumpers and harnesses.
• Outer jacket: PVC or LSZH options; jacket thickness affects bend radius and durability.
• Typical impedance: 100 ohm differential for Ethernet-compatible signals.

Why choose this cable for electronic projects?

For South African makers, students, and technicians, the network-and-communication-cable CAB01PR22MSCR is a good middle ground between hobby-grade patch cords and heavier industrial multicore. Shielding helps when running cables alongside switching supplies or motors common in labs and workshops. Stranded versions ease frequent re-routing on benches and inside enclosures.

Selection Guide: Choosing the Right Variant

When selecting network-and-communication-cable-CAB01PR22MSCR for a build, consider conductor type, shielding level, jacket material, and termination method. These choices affect flexibility, signal performance, and environmental suitability.

Decision checklist

• Stranded vs Solid: choose stranded for flexibility (bench cables, harnesses). Solid for permanent panel wiring where insertion into PCB or IDC is required.
• Shielding: select foil+braid for high-EMI areas around motors or switch-mode power supplies.
• Jacket: PVC for general indoor use; LSZH where smoke/toxic fume concerns are relevant (labs, classrooms).
• Length & Headroom: order slightly longer than run to allow for routing and strain relief; typical workshop runs add 10-20% extra length.

Termination & Compatibility

Common terminations are RJ45 for Ethernet-like signalling, screw terminals for control panels, or custom crimped harnesses. Ensure connector impedance matches the cable (100 ohm RJ45 terminations for differential pairs). For sensor or RS485 runs, pair assignment and shielding continuity at ground reference points are important to avoid ground loops.

Spec Comparison

Practical Examples & South Africa context

Example 1 (Student project): Use 2 m stranded CAB01PR22MSCR with RJ45 terminations for a Raspberry Pi to sensor hub; stranded cable reduces stress during reconfiguration. Example 2 (Workshop run): For a 15 m run beside a bench SMPS, choose shielded braid + foil with grounded shield ends to reduce noise. Example price range: short lengths (1-5 m) may be in the order of ZAR 80-200 depending on jacket and shielding; longer or specialised LSZH variants increase cost. These are estimates and stock-dependent.

Accessories & Bundles

Consider ordering matched RJ45 connectors, shielded boots, strain-relief glands, and crimp tools as a bundle. Communica stocks a range of connectors and crimp tools from recognised manufacturers, which simplifies finishing custom cable runs for prototypes or classroom labs.

Check stock at the Samrand head office or request a quote for bulk classroom orders. Available brands and exact part variants differ by branch; use the product page to Compare Specs, Shop Now, or Request a Quote.

Sources

• Communica - Connectors, Wire & Cable category
• Cable selection basics for networking (vendor guidance)
• Shielded vs unshielded cable explanations