Rockwell Automation 1336T FORCE to PowerFlex 700S Phase II Drive Conversion Guide - Manual (Page 5)

1336 FORCE™ To PowerFlex® 700S Phase II AC Drive Conversion Guide
5
Operation
1336 FORCE
• FORCE Technology, a patented technique of Field-Oriented Control, to achieve the high performance speed and torque
control of an AC motor. FORCE Technology is the first AC motor control technology that can truly achieve dynamic
“DC-like” performance.
• Speed and torque regulation capability without the need for an encoder. With the 1336 FORCE drive, switching from
encoder-feedback to Encoderless Control is as simple as changing a parameter value. The FORCE Technology
Encoderless Control expands the operating speed range from 40:1 up to 120:1 for standard AC motors. This improved
speed/torque performance makes the drive suitable for a wide range of applications.
• An internal process trim regulator provides control of dancer, load cell, or other tension transducer devices, without the
need for an external controller.
• Internal Logic Supply from DC Bus does not require separate control power wiring, and improves ride-through
capability.
PowerFlex 700S
• Multiple high performance motor control algorithms: Flux Vector Control utilizes patented FORCE™
Technology for sensor and sensorless induction motor control and brushless permanent magnet motor
operation, provide maximum application flexibility.
• An array of feedback options, including a standard incremental encoder, an optional incremental encoder,
resolver, and high resolution encoder feedback interface cards optimize the accuracy of speed and position
regulators. A Temposonics® and Stalh SSI interface for linear feedback devices are also available.
• An integrated position loop for applications from simple indexing to electronic line shaft.
• SynchLink™, a high performance, high speed, drive-to-drive link for transmitting synchronized drive and
application data. The SynchLink fiber optic link provides the highest level of multiple drive coordination,
with a 50
μ
Sec maximum transfer rate and multiple data configuration.
• Standard chopper transistor and separately mounted or drive mounted resistors provide cost effective
dynamic braking solutions.