Low Voltage Electric Materials

Industrial Control Relays – Reliable Switching for Every Application Our high-performance relays offer dependable control for a wide range of electrical and automation systems. Types Available: - Electromagnetic Relays – Ideal for general switching applications - Thermal Overload Relays – Protect motors from overheating with built-in reset functions - Timer Relays – Enable precise time-delay control in automation circuits Features: - Wide voltage and current compatibility - Compact and modular designs - DIN rail or panel mounting options - Long service life with robust build quality - Designed to meet IEC and industrial standards Applications: Motor control, HVAC systems, lighting control, industrial machinery, and automation panels.

MCCB – Molded Case Circuit Breaker MCCBs are advanced circuit protection devices designed to safeguard electrical systems from overloads, short circuits, and current surges. Unlike miniature circuit breakers (MCBs), MCCBs offer higher current ratings—up to 2500A—and adjustable trip settings, making them ideal for industrial and commercial applications. Key Features: - Protection against overload and short circuit faults - Adjustable thermal and magnetic trip units - Manual and remote switching capabilities - Suitable for low-voltage distribution systems - Available in 3-pole and 4-pole configurations 🛠️ **Applications:** - Industrial control panels - Commercial buildings - Power distribution boards - Generator protection MCCBs are essential for ensuring **electrical safety and reliability** in demanding environments. Their robust design and flexibility make them a preferred choice for modern power systems.

1.1 Function protection of circuits against short-circuits currents, protection of circuits against overload currents, switch, isolation. Circuit-breakers are used in domestic installation, as well as in commercial and industry electrical distribution systems. 1.2 Selection Technical data of the network at the point considered: short-circuit current at the circuit-breaker installation point, which must always be less than the breaking capacity of this device, network normal voltage. Tripping curves: B curve (3-5In) protection for people and big length cables in TN and IT systems. C curve (5-10In) protection for resistive and inductive loads with low inrush current. D curve(10-14In) protection for circuits which supply loads with high inrush current at the circuit closing (LV/LV transformers, breakdown lamps). 1.3 Approvals and certificates Detailed information, please refer to Certificates Table on the last page.