C&S MCCB CSE1M125ATM3P-125A

Price 4299 INR/ Piece

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C&S MCCB CSE1M125ATM3P-125A Specification

Connectivity Type
Panel Mounted/Hard Wired

Phase
Three Phase

Remote Control
Yes

Automation Grade
Manual

Mounting Type
Panel Mounting

IP Rating
IP20

Features
Thermal and Magnetic Release, High Breaking Capacity, Adjustable Overload Setting, Compact Design, IS/IEC Certified

Frequency
50/60 Hz

Weight
Approx 2.2 kg

Control Type
Toggle

Load Capacity
Up to 125A

Application
Industrial, Power Distribution, Motor Protection

Material
Moulded Case

Power
125 A

Temperature
-5C to +55C

Voltage
690 V AC Maximum

Trip Unit
Thermal Magnetic

Breaking Capacity
36 kA at 415V AC

Number of Poles
3 Pole

Operation
Manual ON/OFF

Product Code
CSE1M125ATM3P-125A

Frame Size
125A Frame

Ambient Temperature
-5°C to +55°C

About C&S MCCB CSE1M125ATM3P-125A

Explore premier protection with the C&S MCCB CSE1M125ATM3P-125A, crafted for industrial-level power distribution and motor safeguarding. This unmatchable molded case circuit breaker boasts a 125A frame, 3-pole configuration, and an impressive 36 kA breaking capacity at 415V AC. Its gorgeous compact design offers adjustable thermal and magnetic release, ensuring reliable operation across -5C to +55C. With unbeatable price and IS/IEC certification, this panel-mounted MCCB is perfect for demanding environments. Don't miss out-add to cart for unassailable safety and performance today!

Key Features & Advantages of C&S MCCB CSE1M125ATM3P-125A

The CSE1M125ATM3P-125A is used extensively in industrial applications, protecting power distribution systems and motors from overloads and short circuits. Featuring an adjustable overload setting and both thermal and magnetic release, it ensures consistent reliability. Extra benefits include a compact, IS/IEC-certified moulded case and an IP20 rating for added safety. Panel-mounted design and manual ON/OFF control offer seamless operation in rugged environments, making it a standout choice for high-demand power scenarios.

Availability, Offers, and Delivery for C&S MCCB CSE1M125ATM3P-125A

Sample availability enables you to evaluate performance before any major expenditure. Attractive rates are offered for bulk purchases and regular supplies. Commonly shipped from India's key FOB ports, delivery times are streamlined for both urgent and scheduled orders. Ensure uninterrupted operations-explore our premier deals and secure this industry-leading MCCB at an unbeatable price to maximize value for every order placed.

FAQ's of C&S MCCB CSE1M125ATM3P-125A:

Q: How does the C&S MCCB CSE1M125ATM3P-125A protect electrical circuits?

A: The C&S MCCB employs both thermal and magnetic trip units, detecting overloads and short circuits. Its fast-breaking capacity of 36 kA swiftly interrupts excess currents, ensuring electrical protection and safety in industrial settings.

Q: What applications is this MCCB suitable for?

A: This model is ideal for industrial power distribution, motor protection, and panel applications, handling burdens up to 125A with precision, within a three-phase electrical setup.

Q: Where can I use the CSE1M125ATM3P-125A for maximum benefit?

A: This MCCB performs best in environments demanding high safety standards, such as industrial plants, distribution panels, and motor control centers due to its robust construction and advanced features.

Q: What is the process for ordering and delivery?

A: Reach out for a sample or place an order through our streamlined channels. Orders are shipped from leading FOB ports in India with various options for quick delivery based on your needs.

Q: What extra features distinguish this MCCB from competitors?

A: Unmatchable with a compact design, adjustable overload settings, and IS/IEC certification, this MCCB blends safety and versatility. An IP20 rating further enhances its reliability in challenging conditions.

Q: How does the adjustable overload setting add value?

A: The adjustable overload capability lets users fine-tune protection parameters, preventing nuisance tripping and ensuring efficient operation, even in variable load environments.

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