The 1394-SJT10-E was manufactured by Allen-Bradley to function as a CNC interface in the system series 1394 while consisting of a time-efficient digital interface. The temperature enclosure range of this Allen-Bradley module is anywhere between 32 and 122 degrees Fahrenheit while its non-condensing relative humidity ranges from 5% to 95%. In addition to that, the peak current of this servo device is 1300 amperes along with a 530 to 680 volts direct current (DC) nominal output. This highly efficient module can function at 99% efficiency. Moreover, this device can stand up to an operational shock of 15G while also being able to bear 1G of vibration. The continuous output power of this interface system is around 8 to 10 kilowatts (28 kW peak). In addition to that, the output current when operating continuous is 14.73 amperes. In its stationary mode, the device emits a vibration of 2.5G with the rating of the shock of this device being 30G. Moving on, the digital servo system rendered by this device is usable and compatible with 9/260 and the 9/290 CNC. The user gets an I/O ring made with fiber-optic material with this efficient controller. Furthermore, the ring can easily be configured and set up in the CNC panel. Some additional information about this 1394 series member includes a capacitance of 330 microfarad, a weight of 24.25 pounds, along with an inductance of 750 microhenry. Additionally, the output power (in percentage) by dissipation power (in watts) of this Allen-Bradley device is as follows; At 20%, the power dissipation is 70 watts and at 40%, it is 77 watts. At 60%, the power dissipation is 84 watts, while at 80%, it is 81 watts. Finally, when at a 100% rated power output, the power dissipation of this Allen-Bradley device is 98 watts.