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General| Display Size | 21.5 inches |
|---|---|
| Resolution | 1920 x 1080 pixels |
| Brightness | 250 cd/m² |
| Viewing Angle | 178° |
| Operating Temperature | 0°C to 50°C |
| Storage Temperature | -20°C to 60°C |
| Humidity | 10% to 90% non-condensing |
| Power Supply | 24 VDC |
| Communication Ports | Ethernet, USB |
| Product Type | Human Machine Interface |
| Compatibility | Rockwell Automation |
| Touch Technology | Projected Capacitive |
Details the QuickStick HT system, its capabilities, and its main components for material transport.
Identifies and describes the key hardware components of the QSHT transport system.
Details CE and UL compliance requirements and relevant directives for QSHT systems.
Covers critical safety hazards and precautions for personnel and equipment during use.
Provides specific safety guidelines for personnel operating or servicing the QuickStick HT transport system.
Outlines safety considerations for the placement and use of the QuickStick HT transport system.
Defines requirements for creating a transport system layout, including motors, drives, paths, and nodes.
Illustrates the physical layout of QSHT transport system components and their arrangements.
Defines the routes for vehicle motion, including motor identification and direction.
Addresses basic considerations for designing the track system, including guideway and motor mounting.
Provides dimensions, materials, and weight for various QuickStick HT components.
Covers electrical requirements, connector pinouts, and wiring for QSHT motors and controllers.
Specifies environmental conditions, lighting, floor space, and service access needed for the transport system.
Details operating and storage temperature and humidity ranges for system components.
Guides users on how to safely unpack and inspect components upon arrival.
Details the steps for properly locating, leveling, and securing the transport system hardware.
Covers the procedures for mounting motors, motor mounts, and securing the track system.
Provides instructions for making all motor and electronics connections, including RS-422 and Ethernet.
Explains the software tools and procedures required for configuring and testing the transport system.
Guides users on creating and uploading Node Controller Configuration Files for system setup.
Details the procedures for checking system components and applying power before operation.
Describes the LSM technology and advantages of the QuickStick HT transport system.
Details how motors are linked in paths for integrated vehicle motion control and positioning.
Explains how the QuickStick HT motors provide asynchronous control of vehicles.
Ensures vehicles maintain safe stopping distances and brick-wall headway for collision avoidance.
Covers procedures for powering up, normal running, and shutting down the QSHT transport system.
Describes the normal operating mode where the host controller manages system functions.
Explains the STO design, its compliance with safety standards, and its operation.
Introduces the hardwired STO feature, its operation, and troubleshooting.
Provides guidance on identifying and resolving safe torque-off function faults and errors.
Details periodic maintenance tasks for QSHT transport system components like cleaning and inspection.
Describes common difficulties with the QuickStick HT system and software components.
Addresses common power-related problems and their corrective actions for the transport system.
Provides guidance on information needed and contact details for technical support.
Provides wiring examples and system block diagrams for QSHT 5700 inverter and Kinetix DC-bus power supply.
Provides data and charts for determining optimal thrust force, vehicle gap, and magnet array size.
Explains how to calculate obtainable thrust based on operational parameters like magnet array length and drive current.
Covers procedures for backing up, creating, and restoring system configuration files.
Lists system limits for paths, nodes, stations, and vehicles, and motion limits for acceleration, velocity, and thrust.
Defines terms and acronyms used throughout the MagneMotion transport system documentation.
