1326AB-C2E-A7

The Allen-Bradley 1326AB-C2E-A7 is a high-performance AC servo motor. This device is a three-phase, brushless AC synchronous servo motor that can draw up to 33.2 Amps at continuous torque. It is designed by Allen-Bradley for industrial automation applications which require high speeds, precise positioning, durability, and low maintenance costs. The motor has a 6.73 inches frame diameter and it reaches speeds of 4000 RPM. This AC synchronous servo motor outputs 6.9kW of power. Its specific mechanical design includes a rotor built from permanent magnets and a TENV housing construction with an IP65 rated aluminum housing that enables great heat transfer. The 1326AB-C2E-A7, like all other 1326 series high-performance motors, has a resolver integrated into its back part for positioning feedback information sending to the controller. This feedback information is usually sent to the Allen-Bradley 1391B-ESAA45 servo amplifier, which is the best controller for this motor.

This model has a 90 Volts DC-rated holding brake coil. This brake holds with 400 pounds on an inch (45.2 N-m). Do not use this fast reacting brake for an emergency stop, it is not approved and tested for that purpose. Inside of the Allen-Bradley 1326AB-C2E-A7, there is a thermal switch (normally an open type switch). It is 115 Volts AC rated at 1 Amp (or 1 Amp at 24 Volts DC). This switch is used to brake a control electrical circuit when a thermal overload is detected. The Allen-Bradley 1326AB-C2E-A7 is mounted over an inch combination face (a flange with a keyway) and it can be mounted either in either a horizontal or vertical position. The internal temperature of the device can reach up to 155 degrees Celsius (311 degrees Fahrenheit).  Keep the ambient operating temperature below 40 degrees Celsius (104 degrees Fahrenheit). This item weighs 102 pounds (46.3 kilograms).