Rakshak MCB

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MOQ : 10 Pieces

Rakshak MCB Specification

Product Type
Miniature Circuit Breaker (MCB)

Material
Flame Retardant Plastic, Copper Contacts

Protection Level
IP20

Surface Treatment
Powder Coated

External Size
Standard DIN Rail Mount

Thickness
2 mm

Paint Finishing
Matte Finish

Accuracy
High precision tripping

Dimension (L*W*H)
80 x 18 x 70 mm

Weight
Approx. 115 g

Color
White/Grey with Blue switch

Contact Type
Silver Alloy Contacts

Mounting
35 mm DIN Rail

Rated Voltage
240/415V AC

Operating Temperature
-5C to +40C

Tripping Characteristic
C Curve

Breaking Capacity
6kA

Number of Poles
Single Pole (SP)

Current Rating
6A - 32A (Available Range)

Rakshak MCB Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Rakshak MCB

Spotlight your electrical solutions with Rakshak MCB, a sensational bargain for both safety and performance. With impeccable design and ravishing matte finish, this single pole (SP) circuit breaker operates at a rated voltage of 240/415V AC with a robust 6kA breaking capacity. Featuring high-precision tripping, silver alloy and copper contacts, and flame-retardant casing, Rakshak guarantees reliable protection. Easy DIN rail mounting, C Curve tripping, and a range from 6A to 32A make it perfect for industrial and commercial applications. Order now and experience an unmatched blend of versatility and durability from India's trusted exporter, supplier, and service provider.

Versatile Applications and Standout Features

Rakshak MCB is ideal for plant operations, ensuring stringent safety and uninterrupted power across various industries. Its high breaking capacity and precision tripping safeguard sensitive equipment, while the flame retardant body and powder-coated matte finish enhance durability. This MCB is designed for seamless integration into control panels, distribution boards, and other electrical enclosures. Suitable for industrial plants, commercial complexes, and residential buildings, Rakshak offers reliable, long-term protection wherever consistent power management is essential.

Sample Availability, Supply, and Certifications

We provide Rakshak MCB samples for preliminary evaluation prior to bulk orders. With robust supply ability, orders are meticulously packed and dispatched to ensure secure transit and timely delivery. Your consignment is skillfully handed over to trusted freight partners, backed by comprehensive certifications to guarantee product authenticity and quality. Each unit is subjected to stringent testing before shipment, reassuring you of safe, certified, and prompt supply, whether you order as a trader, wholesaler, or service provider.

FAQ's of Rakshak MCB:

Q: How do I choose the correct current rating for my Rakshak MCB?

A: Select the appropriate current rating (6A-32A) based on the total load and specific application requirements to ensure optimal protection against overloads or short circuits.

Q: What features make Rakshak MCB a reliable choice for industrial applications?

A: Rakshak MCB offers high breaking capacity, C Curve tripping characteristic, flame retardant body, matte finish, and silver alloy contacts, making it suitable for demanding plant environments and sensitive equipment.

Q: Where can the Rakshak MCB be mounted?

A: This MCB is designed for standard 35 mm DIN rail mounting, making it compatible with most control panels, distribution boards, and electrical enclosures.

Q: What is the process for ordering and receiving Rakshak MCB samples?

A: Simply contact our sales team to request a sample. Once confirmed, your sample will be securely packed and dispatched via trusted freight partners, ensuring safe and timely delivery.

Q: When is it beneficial to use a C Curve tripping characteristic in an MCB?

A: A C Curve MCB is ideal for use in circuits with moderate inrush currents, such as those with inductive or motor loads, providing balanced protection without nuisance tripping.

Q: How does Rakshak MCB enhance operational safety?

A: Rakshak MCB ensures high-precision tripping and robust insulation, minimizing risk of electrical hazards and equipment failures in power distribution systems.

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