Aarav Electrical And Marketing

• Type: 3-pole non‑reversing contactor (3 NO), built for motor control with robust performance 

• Contact Ratings: AC‑3 (motor): 9 A @ ≤ 440 VAC

• Motor Capacity:

  • 2.2 kW at 230 VAC

  • 4 kW at 380–440 VAC

  • 5.5 kW at 500–690 VAC

• Coil: 110 V DC low-consumption with suppression (suitable for railway and industrial applications) 

• Auxiliary Contacts: 1 NO + 1 NC (the NC mirror-contact is certified) 

• Electrical Durability:

  • 2 million mechanical cycles at 9 A (AC‑3); 0.6 million cycles for resistive loads (AC‑1)

• High durability & reliability — 15 M mechanical cycles, sturdy IEC/UL/CUL build

• Four-pole design — Ideal for MCCB integration or multi-phase motor loads

• Robust switching capabilities — High current breaking, suitable even for heavy-duty applications

• Auxiliary integration — Built-in NO/NC contacts for control circuits

• Compact — DIN-rail or panel mount, space-efficient design

• Ideal for switching three-phase motors (up to 18.5 kW)

• Suitable for resistive loads (heaters, lighting) up to 50 A

• Auxiliary contacts support control panel signaling and interlocks

• Compact & DIN‑rail mountable, saving panel space

• Durable with high mechanical/electrical lifespan

• High power capacity: Controls motors up to 37 kW and resistive loads up to 80 A

• Energy-efficient coil: EverLink DC design reduces coil consumption and heat

• Robust build & safety: High short-circuit rating (>900 A), making it reliable in heavy-duty industrial settings

• Compact size: Space-saving at just 55 mm width in panels

• Reflective NC contact: Mirror contact enables safe interlocking in control chains

• Motor Switching Capacity: Up to 5.5 kW @ 500–690 VAC; 4 kW @ 380–440 VAC; 2.2 kW @ 220–230 VAC

• Coil Voltage: 220 V DC with built‑in suppression 

• Auxiliary Contacts: 1 NO + 1 NC dual-contact 

• Short-Circuit Withstand: Up to 250 A breaking capacity, withstands 210 A for 1 s 

• Mechanical Life: ~30 million cycles (2 M cycles at full load) 

• Operating Speed: 3,600 operations/hour

• Thermal Current: 60 A for power contacts; 10 A for signalling 

• Mechanical Durability: 6 million cycles; electrical endurance: ~2 million at rated AC‑3 

• Mounting & Dimensions: DIN-rail or panel; screw clamp terminals; ~122 × 55 × 120 mm; IP20 protection 

• Certifications: UL, CSA, IEC 60947‑4‑1/-5‑1, CCC, Green Premium, RoHS 

The LC1D09GD is a non-reversing Industrial IEC contactor from Schneider's TeSys D (Deca) range:

• Poles / Configuration: 3 normally-open (3 NO) power contacts, non-reversing 

• Current Ratings:

  • AC‑3 (motor): 9 A @ ≤ 440 VAC 

  • AC‑1 (resistive): 25 A @ ≤ 440 VAC 

• Motor Power Capacity:

  • Up to 5.5 kW (at 480–690 VAC) & 4 kW (380–440 VAC) UL-rated HP: 2 HP at 230 VAC, 5 HP at 480 VAC

The AC MCB 32A 1Pole is a high-performance miniature circuit breaker engineered to protect electrical circuits from damage caused by overloads and short circuits. Designed for single-phase systems, this breaker offers a rated current of 32 Amperes, ensuring safe and efficient current distribution across connected loads. Its compact 1-pole configuration makes it an excellent choice for installations where space optimization and reliability are essential.

Built with advanced tripping mechanisms, the AC MCB 32A 1Pole ensures precise and quick disconnection during fault conditions, thereby minimizing potential hazards such as electrical fires and equipment damage. It operates on an AC 230/240V supply and features a breaking capacity of up to 6kA, depending on the model specification. The device is designed to meet IEC/IS standards, ensuring durability and long service life.

This 32A single-pole MCB is widely used in residential distribution boards, commercial electrical panels, and light industrial systems. Its user-friendly design allows easy installation on DIN rails, while the robust terminal connections ensure secure wiring. The breaker also features a toggle mechanism for manual switching, enabling simple circuit isolation and maintenance. Overall, the AC MCB 32A 1Pole combines safety, efficiency, and durability, making it a reliable choice for modern electrical protection needs.