Control Techniques DeltaV UNI1404 Unidrive Emerson
The Control Techniques DeltaV UNI1404 Unidrive by Emerson is an advanced industrial control solution designed for precision motor control across various manufacturing and automation sectors, offering unmatched efficiency and reliability.
Detailed content
Series:UNI1404
Type Designation:DeltaV Unidrive
Manufacturer:Control Techniques
Model:UNI1404
Module Category:Industrial Automation
Input Voltage Range VAC:340 to 528 Volts
Input Phase:3
Horsepower (HP):150
Amperage:225 Amps
Maximum Frequency:550 Hertz
Braking Type:DC Injection
Dynamic Braking Transistor Included:Yes
Operator Controls:Built In
Mounting:Panel
Control Techniques Type Designation:AC Drive
Input Range VAC:342 to 528 Volts
Max. Frequency:550 Hertz
HP:150
Amps:180
Transistor Included:Dynamic Braking
The Emerson DeltaV UNI1404 Unidrive Power Module boasts a robust design that ensures reliability and longevity in harsh industrial settings. Its modular architecture allows for easy integration and scalability, making it suitable for a wide range of applications from manufacturing to process control.
Equipped with advanced control algorithms, this power module optimizes performance by dynamically adjusting to varying load conditions, ensuring precise control and minimizing downtime. Its compatibility with leading communication protocols ensures seamless integration with existing systems.
Featuring an IP67 environmental protection rating, the module is dustproof and waterproof, capable of withstanding extreme conditions without compromising functionality. This makes it ideal for outdoor or highly dusty environments.
With its 16 input/output channels, the DeltaV UNI1404 Unidrive provides extensive connectivity options, supporting a diverse array of sensors, actuators, and other control devices. This flexibility enhances system versatility and adaptability.
The product’s user-friendly interface simplifies setup and maintenance, allowing technicians to quickly troubleshoot and resolve issues, thereby reducing operational costs and enhancing overall efficiency.