Allen-Bradley 1394C-SJT22-A High performance servo controller

Allen-Bradley 1394C-SJT22-A High performance servo controller

Specific parameters
Input voltage: 324 to 528 volts AC, 50 to 60 hertz; It can also accept AC input from 360 to 480 volts.
Power: Rated power of 22 kW, continuous output power of 22 kW, peak power of 136 kW.
Current: Continuous output current of 33.8 amperes under DC voltage, peak current of 200 amperes, three-phase AC input current of 28.6 amperes.
Capacitance/inductance: The capacitance is 660 µ F and the inductance is 500 µ H, requiring an external current module.
Installation method: Suitable for flat and stable vertical surface installation, the installation panel should have minimal impact and vibration.
Installation space: The top clearance is 254 millimeters (10.0 inches), and the two sides (including the bottom area of the system module) are 155 millimeters (6.1 inches).
Environmental requirements: The environment must be free of moisture, oil, dust, and corrosive gases.

Product Performance
Multi axis control capability: Supports up to four axes and can function as a speed or torque controller, meeting various complex motion control requirements.
High precision control: The digital to analog converter (DAC) board can perform analog conversion of 12 bit true offset binary input encoded words, with an output range of -10 to+10 volts, which helps achieve high-precision analog control.
Diagnostic and protective functions: It has diagnostic functions such as current monitor, thermal overload detection, and feedback signal monitor, as well as status LEDs for the system and shaft modules, which can quickly locate faults. Simultaneously equipped with electrical noise protection and improved grounding terminals, it enhances the stability and safety of the system.
Efficient and energy-saving: Operating under AC power of 324 to 528 volts and 50 to 60 hertz, the efficiency can reach up to 98%, effectively reducing energy consumption.
Communication capability: Supports multiple communication protocols, such as DH485, RS-232/422, etc., facilitating data exchange and remote monitoring with upper computers or PLCs.