The Allen-Bradley Bulletin 1394 series is an advanced multi-axis motion control system for servo drive applications. It is designed as a compact system that integrates power and control to accurately coordinate multiple servo motors. The Bulletin 1394 system offers enhanced diagnostics and high-speed communications for optimum performance in any automation application. The Bulletin 1394 series maximizes productivity and system reliability in complicated motion control applications.
Browse available units in our catalog of Bulletin 1394.
With a continuous output current rated at 35 A, this module maintains high performance even under demand. It features a digital motion control mechanism with DSP-assisted processing for precise contro
This analog servo controller operates efficiently with an input frequency range of 50 to 60 Hz. It is suitable for environments with operating and storage humidity levels of up to 80% (non-condensing)
This module accepts an input voltage range of 530 to 680 VDC and outputs a voltage of 310 to 390 VAC. It incorporates a slide-and-lock connection method for easy installation. With a rated output curr
This module employs a fiber-optic SERCOS ring for communication, facilitating high-speed data transfer. It has an integrated axis power structure which enhances reliability and efficiency. The maximum
The servo control module offers an input current rating of 13 Amps with a peak inrush current of 1300 Amps. The bus output voltage varies between 530 and 680V AC, and its power output ranges from 8 to
This servo module supports an analog interface with a voltage range from -10 to 10 volts DC. Designed for torque and velocity control, it features two analog test outputs and includes a remote I/O int
This servo drive operates within an input voltage range of 360 to 480 Volts AC and is compatible with a frequency of 50 or 60 Hz. It includes several protective features such as ground fault protectio
This module accommodates an input frequency of 50 to 60 Hz and has a 200W shunt resistor integrated. The device utilizes IGBT technology for efficient control and enables direct on-line operation. It
This servo control system module features an input current capacity of 28.6 A RMS, and it is equipped to handle line loss ride-through for up to 20 milliseconds. Continuous DC output is rated at 33.8