Allen-Bradley 1394-SJT05-C

The Allen-Bradley 1394-SJT05-C Servo Controller is a whole-system servo controller with a power rating of 5 kilowatts at a frequency of 50 to 60 Hertz. The class of this unit is GMC- IMC S Class. At 98% efficient, it is a surprisingly economical unit which is suited to a wide variety of applications. The Allen-Bradley 1394-SJT05-C Servo Controller runs on 3-phase input power, with a static gain of 4.9 RMS Amperes per millivolt. The maximum power dissipation of the Allen-Bradley 1394-SJT05-C Servo Controller is 80 Watts while operating at 100% of rated power.

There are rigid specifications as to fuses and contactors for the proper functioning of this particular unit. Specifically, controllers of Series A and B require the Bussman FRS-R-20A fuse (or identical alternatives of another brand) rated for 600 Volts AC or 20 Amperes of current. The Allen-Bradley 1394-SJT05-C Servo Controller needs a contactor rated at 600 Volts and a current of 20 Amperes for both Series A and B. However, the contactor is suitable with either AC or DC coil operation. If using an AC coil contactor, the suggested model is the Allen-Bradley 100-C43x102,3. If using a DC coil model, the suggestion is the Allen-Bradley 100-C43Zx102.
The Allen-Bradley 1394-SJT05-C Servo Controller has limits as to operating temperature as well. In particular, the device will function optimally within a temperature range of 32 degrees Fahrenheit to 122 degrees Fahrenheit at a relative humidity rating of no less than 5% and no greater than 95% (non-condensing). Even more importantly, it is essential that the temperature within the controller’s enclosure never exceeds 122 degrees Fahrenheit.

The product 1394-5JT05-C is a modular multi-axis drive system with an electric power output of 5 Kilowatts and a 98 percent rate efficiency. A fully programmable stand-alone motion and logic controller that is most efficient for a great number of industrial applications is provided by the IMC S Class (GMC) integrated motion controller. The alternating current input supply required by the system is 360 – 480 Volts with a frequency of 50/60 Hertz and runs on three-phase electric power. In a steady-state condition, the static gain is estimated to be 4.9 RMS Amperes per Millivolts. When the system is operating at the full percentage of the rated power, the maximum power that is dissipated is recorded as 80 Watts. The Bussman F RS-R-20A time delay fuse with a rating of 600 Volts AC and 20 Amperes is needed for series A and B servo controllers. A contactor, which serves as a switch for the electric circuit has a voltage rate of 600 Volts and a current of 20 Amperes. For effective operation, the system should not be subject to temperatures that are not within 32 – 122 degrees Fahrenheit. The non-condensing relative humidity should lie within 5 – 95 percent. The highest altitude in which the system can be operated is 3300 feet and a maximum operating shock of 15 G and operating vibration of 1 G, when on standby, the shock and vibration rating varies from the optimum ratings when in operation to 2.5 G and 30 G respectively. The full weight of the system is approximately 11 Kilograms.