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General| Brand | Mayr |
|---|---|
| Model | ROBA 028.600.2 |
| Category | Control Unit |
| Language | English |
Product evaluation for EMC directive compliance in overall system and laboratory conditions.
Ensures compliance with RoHS II directive for hazardous substances in electrical devices.
Product as a component for installation into machines according to Machinery Directive.
Product suitability for areas with high explosion danger requires classification per ATEX Directive.
Regulation concerning manufacture, market placement, and use of chemical substances.
Guidelines on safe handling, installation, and operation of the device, emphasizing professional work.
Details of power terminal connections for supply voltage and output voltage.
Details of control terminal connections for inputs and outputs.
Input for selecting fast or slow switch-off mode.
Input to energize the brake or indicate no energization.
Input for armature disk condition recognition activation or deactivation.
Input for resetting the device, clearing pending signals like ERROR.
Output signal indicating brake status (energized or not energized).
Output signal indicating no errors or specific error conditions.
Output signal for preventative function monitoring (wear and error recognition).
Guidelines for start process, output assessment, and limitations of jog mode detection.
Automatic adjustment to preset holding voltage after overexcitation time.
Recognition of armature disk movement for brake opening and closing, with deactivation option.
Details on brake switch-on using supply voltage and start input, with indicator light.
Selection for short engagement times, limiting switch-off voltage to approx. 60 VDC.
Selection for longer engagement times or quieter switching noises, factory setting.
Detection of undesired armature disk movement while brake is energized.
Nominal values for MTTF and duration of use at different temperatures.
Details on delays for switch-on, delay, and signal processing.
Upper cycle limit to prevent thermal overload, especially with fast switch-off.
Product development and intended application within machines, systems, and devices.
Importance of installing a device fuse to prevent module failures from short-circuits.
Measures for interference emission compliance in combination with inductive loads.
Inspection covers monitoring module and released ROBA®-stop safety brake.
Interference immunity achieved without additional measures as per stated standards.
Requirements for line filter installation and general EMC-compliant setup.
Observation of limits for switching frequency, overexcitation time, and coil capacity to prevent thermal overload.
Formulas for calculating coil capacity based on switching frequency, overexcitation, and power reduction.
Definitions for overexcitation time, operation times, and total time for signal processing.
List of applicable product standards, EMC inspections, and insulation coordination.
Guidelines on waste avoidance and reduction for electrical and electronic devices.
Product compliance with British economic area requirements and UKCA identification.
Information on REACH regulation transposition into UK law and its principles.
Possible causes and measures for brake release failures like no supply voltage or air gap issues.
Causes and measures for lack of signal, including worn brake or incorrect polarity.
Causes and measures for continuous error signals like break voltage drop or high temperature.
Causes and measures for warnings like high coil temperature, wear, or high clock frequency.
Table listing preferred types based on output voltage and release monitoring features.
