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General| Model | COMPAX-M /-S (L) |
|---|---|
| Protection Class | IP20 |
| Series | COMPAX |
| Input Voltage | 24 V DC |
| Communication Interfaces | CANopen |
| Operating Temperature | 0°C to +45°C |
| Operating Temperature Range | 0°C to +45°C |
| Storage Temperature Range | -20°C to +70°C |
General dangers when safety instructions are not complied with, including hazards from energized, moving, or rotating parts.
Guidelines for safe operation, emphasizing trained staff and adherence to safety instructions.
Specific safety instructions for unit operation, including checks and precautions.
Conditions for warranty, including not opening the unit and no unauthorized alterations.
Describes the default configuration of COMPAX units upon delivery, including parameter P149 settings.
Details the commissioning process, including LED meanings for COMPAX-M/-S, mains modules, and COMPAX 1000SL.
Procedure for copying COMPAX settings to a new unit for software versions V2.0 and V2.0.
Peripheral conditions for CE-compliant operation, including power filters and cable lengths.
Provides an overview of the start-up process, including required components and unit technology.
Details the features of COMPAX-M units, including connector and terminal assignments.
Describes the NMD10/NMD20 mains module, including overview, dimensions, and technical data.
Details the features of COMPAX 35XXS units, including plug and connection assignments.
Describes the characteristics of COMPAX 25XXS units, including connector and connection assignments.
Describes the characteristics of COMPAX 45XXS/85XXS units, including plug and connection assignments.
Details the characteristics of the COMPAX 1000SL unit, including connector and terminal assignments.
Provides information on connecting motors, including resolver and SinCos systems, and additional brake control.
Details the various interfaces available on COMPAX units, including digital I/O and serial interfaces.
Provides essential technical data for COMPAX units, covering power, supply voltage, and protection.
Provides a general overview of the COMPAX digital positioning system and its main features.
Covers the configuration process for COMPAX units, including front plate operation and settings.
Guides on installing and using ServoManager for configuring COMPAX and synchronous motors.
Details positioning commands, control functions, and programming structures for COMPAX.
Explains how to optimize COMPAX performance, including parameters for dynamic adjustment.
Describes the various interfaces available on COMPAX units for data exchange and control.
Outlines the COMPAX system concept, components, and expandable system elements.
Provides an overview of COMPAX system components and associated cables for drives and interfaces.
Information regarding supported motors, including EMD and linear motors for COMPAX.
Details HAUSER linear actuators, including available cross sections and drives.
Describes available data interfaces like RS232 and various bus systems.
Details process interfaces such as encoder, absolute value sensors, and SinCos systems.
Lists available accessories for COMPAX, including control panels, modules, and filters.
Lists and explains status values for the standard COMPAX XX00 unit, including actual and diagnosis values.
Details additional COMPAX measuring quantities and signal indicators for optimization display.
Provides information on COMPAX parameters, including VP parameters and standard parameter groups.
Covers error handling procedures and lists error messages with their causes and actions.
Provides an overview of application examples, including external data record selection and mark-referenced positioning.
Details an application example for external data record selection using a BCD switch.
Describes an application example for mark-referenced positioning for cutting plates.
Illustrates an application example of speed step profiling and comparator switching points for bore spindle control.
Explains an application example for SPEED SYNC, involving carton transfer between conveyor belts.
Describes an application example for speed control mode, used for centrifuge operation.
Details an application example for fast start, used for material feeding in a stamping machine.
Explains two options for implementing a torque controller using speed or position control modes.
