Mog -H1-6030 Mpcb

Name: Mog -H1-6030 Mpcb
Brand: SIYARAM ELECTRICAL
Price: 2500 INR
Availability: InStock

Price 2500 INR/ Piece

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MOQ : 1 Piece

Mog -H1-6030 Mpcb Specification

Breaking Capacity
10 kA

Rated Short Circuit Breaking Current
10 kA

Mechanical Life
20,000 Operations

Rated Short Circuit Making Current
10 kA

Phase
Three Phase

Product Type
MPCB (Motor Protection Circuit Breaker)

Installation Options
DIN Rail Mounting

Function
Protection and Switching

Poles Number
Triple Pole

Rated Voltage
415V AC

Rated Current
6.3A

Rated Frequency
50/60 Hz

Curves
Type C

Temperature Protection
Yes

Weight
230 g

Color
Black and White

Indicator
On/Off Trip

Terminal Type
Screw Clamp

Reset Option
Manual and Auto Reset

Trip Class
Class 10

Auxiliary Contact Option
Available

Enclosure Type
Moulded Case

Contact Material
Silver Alloy

Knob Type
Rotary Switch

Standards Compliance
IS/IEC 60947-4-1

Mog -H1-6030 Mpcb Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Mog -H1-6030 Mpcb

Buy the Mog -H1-6030 MPCB, an eminent choice for industrial protection and seamless switching. With its commanding performance and renowned reliability, this triple-pole device offers top-tier safety with a silver alloy contact and robust screw clamp terminals. Rated at 6.3A, it complies with IS/IEC 60947-4-1 standards for your peace of mind. The moulded case enclosure and rotary switch ensure user-friendly control, while the On/Off trip indicator adds convenience. Highly recommended for three-phase systems-pick yours today for unbeatable security and efficiency from a leading supplier in India.

Versatile Applications and Media Compatibility

Mog -H1-6030 MPCB is designed for use in demanding industrial environments, offering reliable protection and switching for three-phase electrical systems. It is perfectly suited for application media such as control panels, distribution boards, and motor feeders. The MPCB can be installed on various surfaces thanks to its DIN Rail Mounting option and compact black-and-white moulded case. Its robust build and temperature protection make it an ideal choice for factories, machine shops, and automation units requiring secure electrical management.

Sample Availability, Payment Options & Fast Delivery

Experience the convenience of requesting a sample Mog -H1-6030 MPCB for quality inspection before purchase. We offer flexible payment terms and competitive sale prices to suit your business requirements. With substantial supply ability and a commitment to prompt service, our quick dispatch processes ensure your orders are completed swiftly and efficiently. Enjoy peace of mind with reliable order completion timelines, making us a trusted partner for businesses seeking high-performance electrical protection components in India.

FAQ's of Mog -H1-6030 Mpcb:

Q: How does the Mog -H1-6030 MPCB enhance electrical protection?

A: The Mog -H1-6030 MPCB provides effective overcurrent and short-circuit protection for three-phase electrical systems, minimizing the risk of equipment damage and improving operational safety.

Q: What is the recommended process for installing the MPCB?

A: The unit is designed for straightforward DIN Rail Mounting, allowing for secure, stable installation in control panels and distribution boards by simply securing it onto the provided rail.

Q: Where can the Mog -H1-6030 MPCB be applied?

A: It is well-suited for industrial environments, including control panels, motor feeders, machine shops, and factories requiring dependable switching and protection for three-phase applications.

Q: When can I expect my order to be dispatched?

A: We ensure swift processing with a quick dispatch policy, initiating order shipment as soon as the order is confirmed and payment terms are met.

Q: What are the benefits of the auxiliary contact option?

A: The auxiliary contact option allows users to integrate additional signalling or remote monitoring features, improving control and automation efficiencies within electrical systems.

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