CAB02PR22MSCR Specifications and Features - Technical Overview

Overview

CAB02PR22MSCR appears to be a product-style part number for a cable or wired assembly. When evaluating a cable part like CAB02PR22MSCR you should confirm conductor construction, insulation and jacket materials, shielding, terminations, electrical ratings and mechanical properties before specifying or ordering. This guide explains the common specification fields shown on datasheets, how to interpret them, and what matters for hobby, education and industrial projects in South Africa.

Common specification fields to check

• Conductor: material (copper/tinned copper), strand count and AWG/mm2
• Insulation & jacket: polymer type (PVC, TPE, PTFE) and temperature rating
• Shielding: none, foil, braid, or combination for EMI protection
• Voltage/current ratings: continuous voltage and ampacity at specified temperature
• Termination style: fitted connectors, overmould, stripped/tinned ends
• Mechanical: bend radius, flex life (flexible vs. solid core), overall diameter
• Environmental: IP/UV/oil resistance and temperature range (where provided)

How to read a part number like CAB02PR22MSCR

Manufacturers often encode attributes in the part number. Typical segments can indicate cable length (02), conductor pair count (PR or 2P), gauge (22), shielding (MS for metal shield), and connector style (CR for crimp or right-angle). Treat this as a heuristic - always confirm with the official datasheet or product page before purchase.

Specification comparison table (what to confirm)

Selection criteria and examples

When choosing CAB02PR22MSCR for a project, match the cable specs to the electrical and mechanical demands. Example checks for common use cases:

• Low-voltage sensor cable: prioritise conductor size, shielding and low capacitance for long runs.
• Power to small modules: verify ampacity for the load and check connector current rating.
• Flexible/mobile use: pick a cable with fine-stranded conductors and high flex-life jacket.

Quick calculation: voltage drop

Estimate DC voltage drop using Ohm's law. Formula: V_drop = I * R. For a run length L (one-way metres) and conductor resistance R_per_m (ohms/m): R = R_per_m * (2*L) for round trip. Example: a 2m run, 22 AWG (~0.053 ohm/m) carrying 0.5 A gives V_drop = 0.5 * (0.053 * 4) = 0.106 V (approx). Adjust for exact conductor resistance from datasheet.

Wiring diagram (example: 2-wire shielded sensor cable)

Shield (drain) ----/\------------------ to chassis ground
                    |  
Conductor A  ------+--- to signal+
Conductor B  ------+--- to signal-

Practical South Africa buying notes

For South African makers, students and procurement teams, verify stock and lead times before finalising projects. Communica lists thousands of components and offers branch pickup from Samrand (head office) plus Pretoria and Cape Town branches. When ordering for education or tertiary labs, request VAT invoices and bulk quotes to match institutional procurement processes.

• Check product page and datasheet: match conductor gauge, shielding and termination types.
• Branch pickup: confirm stock at Samrand or nearest branch to avoid courier delays.
• Lead time estimates: specify if you need shorter lead times; stock levels can vary with demand.

Compatibility & accessories

When CAB02PR22MSCR includes fitted connectors, verify mating part numbers and pinouts. Consider adding connector housings, crimp pins, heatshrink, strain reliefs, and ferrules to your order to simplify assembly and improve reliability.

Sources

• Communica product categories and search
• Communica branches & trading hours (Samrand, Pretoria, Cape Town)
• Electrical wiring basics and conductor properties (reference)
• Shielded cable overview (reference)