The Allen-Bradley 1336-C015-EAE-S1 is a microprocessor controlled adjustable frequency AC drive. It is part of the 1336 family of drives which are designed to control 3-phase induction motors on critical industrial applications. The 1336-C015-EAE-S1 produces a 3-phase pulse width modulated adjustable frequency output to control a variable speed motor. The 1336-C015-EAE-S1 is programmed digitally from a local or remote control panel or through the serial port by using optional HMI devices. The 1336-C015-EAE-S1 is rated for 19.1 Amps of output current. The output power specifications at 500, 575 and 600 Volts AC are 16.5, 18.9 and 18.9 kVA, respectively. The 1336-C015-EAE-S1 requires 3-phase input voltage ranging from 500 to 575 volts AC (with ±10% tolerance). The range of the input frequency is from 48 to 62 Hertz. The AC input overvoltage and undervoltage trip values are 690 Volts AC and 343 Volts AC, respectively.

The bus overvoltage and undervoltage trip values are 974 Volts DC and 485 Volts DC, respectively. The input current is 15.0 Amps and the input power specifications at 500, 575, and 600 Volts AC are 13.0, 15.0 and 15.0 kVA, respectively. The internal chassis heat dissipation for the 1336-C015-EAE-S1 is 443 BTU/hour and the heatsink heat dissipation is 853 BTU/hour. The total heat dissipation is 1296 BTU/hour. The minimum airflow requirements to keep the drive within the recommended working temperature range is 60 CFM. The 1336-C015-EAE-S1 comes in a NEMA Type 1 (IP20) enclosure. The recommended relative humidity range is from 5 to 95%. The recommended temperature range for storage is from -40 to 85 degrees Celsius whereas the recommended temperature range for drive operation is from 0 to 40 degrees Celsius.