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General| Type | Controller |
|---|---|
| Series | Matrix |
| Manufacturer | SKF |
| Communication | Ethernet, USB, CAN |
| Power Supply | 24 V DC |
| Operating Temperature | 0 to +50 °C |
| Protection Class | IP65 (front) |
Provides important information for safe and efficient operation of the actuator.
Explains safety precautions and signal words indicating hazard severity for safe operation.
Manufacturer's disclaimer for damages resulting from improper use or modifications.
Manual is protected by copyright law; unauthorized use is prohibited.
Matrix linear actuator is not designed for repair work; use only genuine spare parts.
Warranty terms are those contained in the manufacturer's terms and conditions of sale.
SKF Customer Service provides technical information and answers questions.
Describes intended use and environmental conditions for the linear actuator.
Defines unauthorized uses and lists specific application exemptions for the actuator.
Outlines responsibilities for safe installation, operation, and maintenance by owners and processors.
Specifies qualifications for personnel involved in installation, operation, and maintenance.
Lists residual risks including electric shock and hazards from moving components.
Details safety equipment like emergency stop systems and overload protection.
Describes measures to prevent accidental restart during maintenance or fault correction.
Prohibits unauthorized modifications and explains warning labels.
Provides declaration of EMC compliance for medical electrical equipment.
Details compliance with emissions and immunity standards for ME equipment and systems.
Lists deviations from standards and allowances for MAX1 and MAX3, with action plans.
Specifies environmental conditions and duration limits for actuator operation.
Explains the information provided on the linear actuator's product label.
Provides an overview of the Matrix MAX1, MAX3, and MAX6 actuator structures.
Describes the basic construction and working principle of the linear actuator.
Highlights special features of MAX1, MAX3, and MAX6 actuators, including external control units.
Details the construction components of the actuator: motor, brake, gear unit, and linear unit.
Specifies requirements for third-party control units used with MAX1 and MAX3 in medical applications.
Explains how to connect the MAX1 and MAX3 actuators to the control unit.
Describes how the MAX1, MAX3, and MAX6 actuators are operated.
Lists and describes optional features for the Matrix linear actuator series.
Details the emergency lowering device for manual lowering in case of power failure.
Describes the quick adjustment function for manual actuator adjustment in critical situations.
Explains the electrical pinch protection mechanism that turns off the actuator when jammed.
Monitors actuator operating time and triggers signals when total run time is reached.
Details the mechanical pinch protection that uncouples the spindle in case of a jam.
Allows the MAX6 to operate additional actuators (slave actuators) via a jack plug.
Provides impulses for external control to define linear operation positions.
Lists available accessories for the Matrix linear actuator series, including SKF control and operating elements.
Provides safety precautions regarding potential damage during transport of the actuator.
Details how to inspect the delivery for completeness and transport damage upon receipt.
Outlines the procedure for returning the device to the manufacturer for repair or disposal.
Describes packaging procedures and environmental considerations for disposal of packaging materials.
Specifies conditions for storing the actuator in its original packaging to maintain its condition.
Specifies requirements for selecting a suitable installation location for the actuator.
Details essential inspections and tests to be performed by a professional electrician before initial operation.
Provides step-by-step instructions for physically installing the linear actuator.
Explains the process of connecting MAX1 and MAX3 actuators to an external SKF control unit.
Describes how to connect the MAX1, MAX3, and MAX6 actuators to electric or pneumatic operating elements.
Details the procedure for connecting the MAX1, MAX3, and MAX6 actuators to the power supply.
Outlines installation requirements for actuators equipped with optional features.
Details installation requirements for the emergency lowering device option.
Outlines installation requirements for the quick adjustment option.
Specifies installation notes for the electrical pinch protection feature.
Refers to installation measures for the mechanical pinch protection.
Describes connection requirements for the master-slave actuator function.
Highlights safety precautions during operation, including risks of crushing and overload.
Explains how to turn on the actuator, noting it uses separate operating elements.
Explains how to turn off the actuator, noting it uses separate operating elements.
Details pre-operation checks, including ensuring no obstructions and locking mechanisms.
Describes normal operation, extending/retracting, and using the emergency lowering device.
Explains the linear actuator's function in normal operation via directional buttons.
Details how to manually lower the load in case of power failure or malfunction.
Describes how to adjust the actuator using the button or Bowden cable.
Provides procedures for stopping device movement and shutting off power in hazardous situations.
Details how to safely shut down MAX1 and MAX3 actuators by disconnecting power.
Details how to safely shut down the MAX6 actuator by disconnecting the power line.
Instructs to separate the actuator from the power supply after use.
Outlines a detailed maintenance schedule for daily, monthly, and annual tasks.
Describes specific maintenance tasks including cleaning and inspections.
Provides instructions for cleaning the linear actuator and its components.
Details procedures for inspections, readings, and documentation of maintenance.
Explains how to check the sealing function of DIN-8 and jack plugs for proper protection.
Instructs personnel to check structural components for visual external damage.
Details how to check the functionality of optional features like emergency lowering and pinch protection.
Lists steps to be taken after maintenance before restarting the device.
Provides a table listing common malfunctions, causes, and repair responsibilities.
Lists malfunctions, causes, and repair responsibilities specific to MAX1 and MAX3 actuators.
Lists malfunctions, causes, and repair responsibilities specific to the MAX6 actuator.
Describes steps to perform after a malfunction has been fixed before restarting operation.
Details the procedures for dismantling the actuator from the application and its components.
Provides step-by-step instructions for dismantling MAX1 and MAX3 actuators.
Provides instructions for dismantling the MAX6 actuator from its operating element.
Provides guidelines for the environmentally appropriate disposal of disassembled actuator components.
