Product Overview

The ABB Tmax XT XT7S 1200 TMD R1000 3P is a high-performance circuit breaker designed for demanding industrial environments. It provides reliable protection and control for electrical systems, ensuring safety and operational continuity. This advanced device supports precise current interruption and is engineered to handle high electrical loads with superior durability. With its modular design and intelligent features, the Tmax XT XT7S 1200 TMD R1000 3P facilitates seamless integration into complex automation and control setups, making it an essential component in modern industrial equipment.

Technical Specifications

Parameter	Specification
Brand	ABB
Model	Tmax XT XT7S 1200 TMD R1000 3P
Rated Current	1200 A
Rated Voltage	690 V AC
Number of Poles	3P
Tripping Class	TMD (Thermal Magnetic)
Breaking Capacity	100 kA at 415 V
Operating Temperature	-25°C to +70°C
Dimensions (HxWxD)	250 mm x 140 mm x 120 mm

Product Features

The Tmax XT XT7S 1200 TMD R1000 3P offers a range of advanced features tailored for industrial electrical safety and control. Its robust design enables high breaking capacity, suitable for harsh operational conditions. The device incorporates thermal magnetic tripping for reliable current protection, minimizing downtime and equipment damage. Compact dimensions allow for efficient space utilization in control panels. Additionally, it supports modular accessories, enhancing customization and automation capabilities. The breaker’s ergonomic handle and clear status indicators ensure easy operation and maintenance, making it ideal for complex electrical distribution systems.

Applications

The Tmax XT XT7S 1200 TMD R1000 3P is widely used in industrial plants and automation systems requiring precise electrical control and protection. It is perfect for safeguarding motors, transformers, and other heavy-duty electrical equipment from overloads and faults. This model is also suitable for power distribution networks in manufacturing facilities, providing dependable current interruption and system stability. Its integration capability makes it a preferred choice in advanced industrial control environments.