IP Protection Classes Guide
IP protection classes describe how well an enclosure resists solid objects, dust and water. For electrical panels, the right IP class supports safety, service life and reliable operation in the intended environment.
Panosis Guides
Technical Information
Practical technical guides for electrical panels, site conditions, protection ratings and industrial electrical systems.
Technical Information
Guides
Electrical Panel Selection Guide
Selecting an electrical panel is not simply choosing a box size or a price level. A well-designed panel distributes power safely, limits faults, supports maintenance and protects continuity of operation.
Cable Cross-Section Selection Guide
Cable sizing is critical for electrical safety and energy efficiency. The correct cross-section reduces overheating, voltage drop, energy losses and fault risk.
IK Protection Classes Guide
The IK protection class defines how well an electrical panel or enclosure resists mechanical impact. While IP ratings describe dust and water protection, IK ratings describe physical resistance against impact energy.
Contactor Selection Guide
A contactor should not be selected by current alone. Load type, utilisation category, coil voltage, auxiliary contacts and switching frequency must be considered together.
MCCB vs ACB: Key Differences
MCCB and ACB are two major low-voltage circuit breaker families. Selection depends on current level, breaking capacity, selectivity, maintenance and panel architecture.
What Is a Current Transformer?
A current transformer converts high primary current into a safe, standard secondary current for meters, analysers and protection relays.
Power Factor Correction Guide
Power factor correction balances the reactive power demand of a facility and improves power factor. Correct design supports energy quality and reduces reactive penalty risk.