The 1394-AM07 is Servo (Axis) Amplifier manufactured by Allen Bradley/Rockwell Automation as part of the Servo Controller product line. This series comprises high-performance products, with industry-standard features as well as heavy-duty structures ensuring optimal functionality and delivers better durability for a longer duration. Eventually, these devices, including the 1394-AM07, can provide a significant improvement in the operations of a facility, helping to reduce the cost of executing adequate operations and making it more efficient to achieve the set goals. This Servo (Axis) Amplifier comes with integrated Servo Motor operational functionalities, thus providing an effective method a facility requires to execute demanded control over compatible motors. Allen Bradley 1394-AM07 Servo Axis Amplifier provides essential features every facility expects from such a device to offer a cost-effective solution to use the module-based servo controller for advanced features. The 1394-AM07 controller features adjustable frequency settings that allow for the operational workers to set an appropriate input frequency range of 530 - 680 volts DC, based on the facility requirement. It has a total output current of 7.5 amperes and provides flexible options when choosing which motor to use with this device. This controller also offers a wide range of additional convenient features for improved functionality of the motor as well as the device itself. When configuration the 1394-AM0 controller, the operator uses a programming device connected directly to the device. After developing a custom application to provide the right device information about the control that it requires to execute on a connected motor, the configuration files can be uploaded to the device and activated.

The 1394-AM07 is a servo drive axis module from the Allen-Bradley. The module has a nominal input voltage of 530-680 volts DC and has an efficiency of 98 percent. The module has a speed regulation capability of 0 to 0.05% of base speed with 100% torque disturbance. Axis modules convert the system module's DC power input to a variable AC voltage. The resultant output voltage may be adjusted in terms of phase, amplitude, and frequency. This is used to control the servo motor's speed, torque, and direction. The axis module is directly connected to the servomotor, and Allen-Bradley suggests 1326 servo motors for this component. The static gain of the module is 4.9 rms. The module has a peak current adjustment of 200%. The modulation frequency is 5 kHz ±10%. The module has a drift of 0.03 rpm/degree C. The continuous rms current of the 1394-AM07 is 7.5 amperes, while the peak current is 15 amperes. The continuous power out at 360-460 volts nominal is around 4-5 kilowatts. The module is 98% efficient and has a capacitance of 220 microfarads. The module has dimensions of 350 x 280 x 50 millimeters and weighs approximately 5 kilograms(11.02 pounds). The module should be mounted in an enclosure that provides a IP55 protection rating minimum. The module should be operated in an ambient temperature of 0 to 55 degrees Celsius (32 to 122 degrees Fahrenheit). The 1394-AM07 can be operated at an elevation of up to 1000 meters (3300 feet) without derating. At 100% of the module's rated power output, it has a power dissipation of 93 W.