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General| Model | K-Cube Piezo Controller |
|---|---|
| Type | Piezo Controller |
| Channels | 1 |
| Max Output Current | 20 mA |
| Control Interface | USB, RS-232 |
| Output Voltage | 0 - 75 V |
| Compatible Piezo Actuators | Thorlabs PZT Actuators |
| Weight | 0.1 kg |
General safety warnings and symbols used in the manual and on the product.
Specific warnings regarding high voltage, moisture, and proper insulation.
Introduces the KPZ101 as a compact, single-channel piezo controller/driver for various applications.
Discusses available power supplies and controller hubs for the KPZ101.
Overview of the APT software suite, including GUI panels and programming libraries.
Details the benefits of APT software for controlling multiple units and automating operations.
Explains the APTUser application for user interaction and control of APT hardware.
Describes the APTConfig utility for system-wide settings and configuration.
Explains ActiveX Controls for direct hardware control and status reflection.
Mentions Thorlabs' policy on continuous product development and software upgrades.
Instructions for installing the APT software on a PC.
Covers environmental conditions and mounting options for the unit.
Specifies operating limits for temperature, humidity, and altitude.
Details how to mount the unit using a baseplate or controller hub.
Details the rear panel connections for monitoring, HV output, and external input.
Describes the HV OUT and EXT IN connectors and their functions.
Lists the required supply voltages and current for the unit.
Explains the front panel connectors and controls, including POWER, USB, ON, and TRIG ports.
Step-by-step guide for connecting the unit to a DC power supply.
Safe procedures for powering down the unit, including saving parameters.
Comprehensive steps for connecting the controller, actuator, and power supply.
Steps to run the APTUser utility and verify the GUI panel is active.
Introduces standalone operation and front panel controls for piezo moves.
Describes the physical controls and indicators on the unit's front panel.
Explains the information shown on the digital display during operation.
Details how the velocity wheel is used for different move types and modes.
How to use the wheel to adjust drive voltage in Voltage Adjust Mode.
Using the wheel to set preset voltage values.
Configuring the wheel to 'jog' the drive voltage.
Steps to access and navigate the unit's settings menu.
A flowchart showing the structure and options within the settings menu.
How to enable or disable the drive output via the settings menu.
Setting the maximum drive voltage for the connected piezo actuator.
Selecting between open and closed loop operation modes.
Configuring the analogue input source for different operational modes.
Describes the 3 external inputs and their function in open/closed loop modes.
Setting the operating mode of the joystick wheel (e.g., Jog, Voltage Adjust, Go to Voltage).
Adjusting parameters like Step size and Speed based on Joystick mode.
Setting preset voltages (V1, V2) for 'Go to Voltage' mode.
Disabling the wheel to prevent accidental motion.
Adjusting the brightness of the LED display.
Setting the display timeout period to prevent burn-in.
Guides the user through typical actions and parameter adjustments using APT software.
Explains how to use the APTUser.exe application for interacting with APT hardware.
Explains the two distinct modes of operation: open loop and closed loop.
Shows a block diagram of the piezo controller in open loop mode.
Shows a block diagram of the piezo controller in closed loop mode.
Details how to connect power and actuator for open loop operation.
Steps to connect power supply and piezo actuator for open loop use.
How to enter a specific voltage value via the digital display.
Using the front panel 'Output' knob to adjust voltage.
Using jog buttons to move the piezo based on step size settings.
Configuring the unit to use an external 0-10V signal source.
How KPZ101 can be extended with KSG101 and TNA001.
Introduces integration with other K-Cube family members like KSG101 and TNA001.
Explains basic operation with a Strain Gauge Reader K-Cube.
Setup procedure for using KPZ101 and KSG101 on a KCHx01 hub.
Discusses various bay mounting options and associated settings for controller hubs.
Describes setup for controlling a piezo stage without a controller hub.
Procedure to zero the position sensor for actuators with feedback.
Shows the KPZ101's response to varying loads and frequencies.
Steps to create simulated hardware configurations for offline software development.
Shows the graphical user interface displayed when accessing the controller via APTUser.
Explains the settings window for configuring parameters like jog step size and input sources.
Details the 'Settings' tab within the Piezo Driver Settings window.
Describes the 'Panel/Triggering' tab for adjusting wheel, trigger, and display settings.
Specifies how wheel rotation direction affects voltage change.
Introduces the bidirectional trigger ports and their configuration.
Details trigger modes like Disabled, Digital Input, Trig In Jog Up/Down.
Adjusts the brightness of the LED display and timeout settings.
Allows saving parameters to the unit for automatic loading on power-up.
Details the pin identification for the mini-DIN power connector.
Shows the pin numbering and description for the POWER connector.
Provides instructions and warnings for cleaning the unit's fascia.
Lists the technical specifications of the KPZ101 Piezo Controller.
Lists related Thorlabs products like cables, hubs, and accessories.
Summarizes the methods available in the Piezo ActiveX Control for hardware interaction.
Lists properties of the Piezo ActiveX Control for hardware association and help access.
Explains the basic principle of piezoelectricity and actuator construction.
Describes hysteresis as an inherent problem in piezoelectric actuators.
Explains how position sensing and feedback loops eliminate hysteresis.
States compliance with FCC rules and European directives.
Refers to Section F.3 for European compliance details.
Details FCC compliance for Class A digital devices.
Explains compliance with the WEEE directive for product return.
Presents the EU Declaration of Conformity and CE marking details.
Provides contact information for Thorlabs in North America.
Provides contact information for Thorlabs in Europe.
Provides contact information for Thorlabs in the UK and Ireland.
Provides contact information for Thorlabs in Scandinavia.
Provides contact information for Thorlabs in France.
Provides contact information for Thorlabs in Brazil.
Provides contact information for Thorlabs in Japan.
Provides contact information for Thorlabs in China.
