Why does my Glentek Servo Drives show Reset?
A reset in Glentek Servo Drives can occur due to an improper configuration setting or an internal problem. If it is an internal problem, contact Glentek.
What does LS/ECB mean on Glentek Servo Drives?
LS/ECB on Glentek Servo Drives indicates mechanical binding in the motor or spindle.
Why does my Glentek Servo Drives show Overspeed?
An Overspeed error in Glentek Servo Drives is caused by a mechanical linkage problem.
What causes Foldback in Glentek Servo Drives?
Foldback in Glentek Servo Drives is caused by mechanical binding in the motor or spindle.
General| Peak Output Current | 15 A |
|---|---|
| Control Mode | Torque, Velocity, Position |
| Feedback | Resolver |
| Command Interface | Analog, PWM |
| Communication Interface | RS-232 |
| Protection Features | Overcurrent, Overvoltage, Overtemperature |
Provides a general description of the Glentek spindle drive, its technology, and operating modes.
Specifies the drive's intended use as a direct replacement for FADAL ENGINEERING VMC's.
Details how to configure the spindle drive's settings using an operation mode dial.
Step-by-step instructions for safely disconnecting and removing the existing spindle drive unit.
Guidance on physically mounting and securing the new Glentek spindle drive unit.
Instructions for connecting power, control signals, and motor wiring to the new drive.
Outlines pre-power-up checks and initial setup requirements for the spindle drive.
Procedures for safely powering up the drive and verifying initial configuration.
How to command and verify spindle operation, including direction and speed.
Information on fine-tuning drive parameters using potentiometers for balance and signal gain.
Procedure for testing the drive's rigid tap functionality using a specific program.
Explains the meaning of various codes displayed on the drive's status indicator.
Describes routine maintenance tasks required for the spindle drive, focusing on fan inspection.
Details Glentek's warranty policy, including coverage, limitations, and claim procedures.
Procedure for returning a spindle drive unit to Glentek for repair or service.
Crucial safety precautions and warnings for operating and servicing the spindle drive equipment.
Identifies pins and functions for the motor power and brake/regen resistor connections.
Details pins and functions for load meter and other controller interface signals.
Specifies pin assignments and functions for encoder feedback signals from the motor.
Lists pin functions for the buffered encoder output signals.
Describes the RJ-45 connector used for PC communication and drive setup.
Recommendations for appropriate wire sizing and types for power and signal connections.
Explains the diagnostic 7-segment LED display used for determining drive operating condition.
Lists and describes signals connected to an external controller for drive operation.
Details the analog input for speed or current command signals, including schematics.
Describes control signals for spindle operation modes like direction, gain, and emergency stop.
Explains the pinout and functionality of the encoder feedback input port.
Describes the buffered differential output signals provided for encoder feedback.
Details the analog output that indicates the motor's load current.
Information on the serial (RS-232) port for PC communication, setup, and control.
Lists signal names and descriptions for power input and motor output connections.
Introduction to Glentek's Windows-based software for spindle drive setup and tuning.
Details the requirements and steps for installing the MotionMaestro software.
Instructions for connecting a PC to the drive via serial port or USB adapter.
Illustrates the internal connections and components of the vector drive unit.
Shows the wiring configuration for the spindle motor, including junction box connections.
Depicts the control logic for sensor-based vector command input to the drive.
Illustrates the closed-loop control logic for spindle velocity.
Shows the control logic diagram for spindle current regulation.
To Next Page