MITSUBISHI NF 30-CS 5A 2 POLE MCCB

Name: MITSUBISHI NF 30-CS 5A 2 POLE MCCB
Brand: HAFIZ ELECTRICALS
Price: 500.0 INR
Availability: InStock

Price 500.0 INR/ Piece

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MOQ : 1 Piece

MITSUBISHI NF 30-CS 5A 2 POLE MCCB Specification

Installation Type
Panel Mount

Phase
Single or Three Phase compatibility

Usage & Applications
Distribution boards, Panel boards, Industrial and commercial electrical systems

Connectivity Type
Screw terminals

Current
5A

IP Rating
IP20

Pole Type
2 Pole

Frequency
50/60 Hz

Features
Compact design, reliable operation, high breaking capacity, easy installation

Switch Type
Manual ON/OFF

Mounting Type
DIN Rail or Base Mount

Protection Level
Overload and short circuit protection

Product Type
MCCB (Moulded Case Circuit Breaker)

Operating Temperature
-10C to +40C

Working Temperature
-10C to +40C

Input
AC

Application
Electrical circuit protection in low voltage distribution systems

Supply Voltage
AC 220V/415V

Dimension (L*W*H)
Approx. 130mm x 60mm x 50mm

Weight
Approx. 350g

Standards
IEC 60947-2

Color
Grey

Rated Breaking Capacity
10kA @ 415V AC

Frame Size
30A

Trip Unit
Thermal-Magnetic

Terminal Type
Screw/bolt connection

RoHS Compliant
Yes

Type
Fixed type, Non-adjustable

Model Number
NF 30-CS 5A

About MITSUBISHI NF 30-CS 5A 2 POLE MCCB

Presenting the exclusive MITSUBISHI NF 30-CS 5A 2 POLE MCCB, a leading-edge solution for reliable electrical circuit protection. Boasting an illustrious 10kA breaking capacity at 415V AC, this eminent MCCB features a thermal-magnetic trip unit, ensuring unparalleled safety. Its compact grey structure is expertly designed for easy installation with screw/bolt terminals. With an unbeatable price and now at a reduced price, this RoHS-compliant MCCB is ideal for demanding industrial, commercial, and panel board systems requiring steadfast overload and short circuit protection.

MITSUBISHI NF 30-CS 5A 2 POLE MCCB: Features & Application Method

Widely used by industry professionals, panel builders, and system integrators, this MCCB is renowned for its astounding reliability and efficiency. Key features include high breaking capacity, fixed-type non-adjustable design, and compatibility across single or three-phase systems. Installing this device is user-friendly-mount on DIN rail or base, then connect using secure screw terminals-making it ideal for distribution and panel board applications in low-voltage environments.

MCCB Export Markets, Domestic Reach & Sample Policy

Our eminent MCCB is actively dispatched to sophisticated export markets across Asia and the Middle East, while maintaining a strong presence in premier domestic markets. Each order is prepared with meticulous packaging to ensure safe transit. The cost-effective outlay and comprehensive sample policy allow you to experience the product's quality before committing to volume purchases, demonstrating our commitment to customer satisfaction and global reach.

FAQ's of MITSUBISHI NF 30-CS 5A 2 POLE MCCB:

Q: How does the MITSUBISHI NF 30-CS 5A 2 POLE MCCB provide protection?

A: This MCCB employs both thermal and magnetic trip units to ensure overcurrent, overload, and short-circuit protection, securing your electrical distribution systems.

Q: What are the primary usage applications for this MCCB?

A: It is widely used in commercial and industrial electrical distribution boards, panel boards, and various low voltage protection circuits.

Q: Where can the MCCB be installed within an electrical system?

A: Installation is simple and flexible, with suitability for DIN rail or base mounting in panel boards or distribution boards for both single and three-phase systems.

Q: When should you consider using this MCCB in your application?

A: Use the NF 30-CS 5A MCCB when you require reliable and compact circuit protection, especially in scenarios needing robust overload and short-circuit defense.

Q: What benefits do the high breaking capacity and RoHS compliance offer?

A: A high 10kA breaking capacity ensures safe interruption during faults, while RoHS compliance indicates adherence to environmental and safety standards.

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