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General warning symbols indicating immediate danger, critical safety advice, or hazards.
Symbols providing general instructions, information, or guidance to follow.
Symbols indicating specific dangers such as hot surfaces, electrical hazards, or crush risks.
Symbols warning about hazardous substances, environmental damage, or suspended load risks.
Symbol mandating the use of specific personal protective equipment like helmets.
General advice on preventing motor damage and following operating instructions.
Specifies the necessary qualifications and authorization for personnel.
Defines the approved usage scenarios and restrictions for the motor.
Information on motor protection types and specific requirements from the nameplate.
Manufacturer's statement on liability limitations regarding installation and use.
Designation for motor efficiency class (IE1, IE2, IE3).
Specifies motor series design and housing material.
Defines the basic motor type and explosion protection designation.
Indicates special mounting or electrical design features.
Specifies the motor frame size according to IEC standards.
Identifies frame length variations and bearing shield details.
Denotes power ratings based on stator/rotor lamination length.
Indicates the number of poles determining motor speed.
Specifies explosion protection types like 'd', 'e', 'tb'.
Indicates mounted auxiliary equipment like heaters or encoders.
Defines the temperature class for hazardous environments.
Explanation of key data fields like Code, N°, Type, Voltage, Frequency.
Details on information provided for breaks, EX motors, and winding heaters.
Information on nameplates for multi-voltage areas and VSD applications.
Details on cooling type (IC), temperature rise (Rise), and bearing type (DE/NDE).
Information on motors designed for variable speed drives and static frequency converters.
Explains markings and additional plates for explosion-protected motors.
Details on specific nameplates for motors with Ex-protection certificates.
Instructions for safe transport, handling, and long-term storage of motors.
Procedures for properly positioning and mounting the motor onto its base.
Warning regarding the shaft key's safety during transport and initial setup phases.
Requirements for motor ventilation, ambient temperature range, and altitude considerations.
Important considerations during assembly and connection of transmission components.
Requirements for dynamically balancing mounted components on the motor shaft.
Guidelines for belt drive installation, managing radial forces, and belt tension.
Procedures for inspecting and retightening belt drives during initial operation.
Methods for measuring belt tension using deflection and applied force.
Statement on adherence to ATEX directives and industrial standards.
Rules for connecting cables using certified glands for Ex protection compliance.
Requirements for overload protection and proper selection of cable glands.
Specification table for cable gland sizes corresponding to motor frame sizes.
Notes on terminal boxes for motors equipped with heaters or thermal protection.
Procedure for installing cable glands and connecting to isolated terminals.
Specific use limitations and installation requirements for X-mark certified motors.
Guidelines for motor repair and identification of authorized service providers.
Precautions when performing work on protective systems of Ex-protection motors.
Requirements for supply cable suitability based on ambient temperature conditions.
Specifies yield stress requirements for enclosure fastening screws.
Methods for protecting permanently connected cables and end connection standards.
Motor compatibility and specific requirements for use with frequency converters.
Rules for repair work that might affect flameproof protection characteristics.
Methods for protecting flameproof motors against overloads and ensuring adequate ventilation.
Torque specifications for tightening terminal box lid screws for Ex d and Ex e types.
Compliance criteria for inspections and maintenance of flameproof motors.
Procedure for checking insulation resistance before commissioning or after storage.
Minimum required insulation resistance values based on rated power and voltage.
General rules for connecting the motor to the power supply network by qualified experts.
Ensuring motor nameplate data matches the power supply voltage and frequency.
Proper wiring of terminals, earthing requirements, and conductor cross-section sizing.
Requirements for tightening electrical terminals and sealing the motor terminal box.
Ensuring proper sealing of energy supply cables using motor terminal box glands.
Methods for providing protection against electrical short-circuits and overloads.
Specific cable requirements for AT series motors as per manufacturer's declaration.
Guidelines for connecting and operating anti-condensation heater units.
Guidance for connecting auxiliary devices such as encoders and brakes.
Connection and verification procedures for thermal sensors (PTC, KTY, PT100) for winding protection.
Safe measurement procedures for thermal sensor circuits to avoid damage.
Warning about potential hazards from spurious automatic reconnections with thermal protection.
Rules for connecting and operating anti-condensation heating units during motor standstill.
Guidelines for operating the forced ventilation unit in relation to main motor operation.
Strict adherence to safety regulations and requirement for qualified personnel for commissioning.
Verifying mains conditions (voltage, frequency) against the motor's rating plate data.
Identification of motor connection points and associated circuit diagrams.
Checking motor rotation direction before coupling to prevent driven machine damage.
Final checks before closing the terminal box to ensure proper sealing and protection.
Verifying all safety regulations, installation, alignment, and connections before motor startup.
Essential safety procedures to follow before commencing any maintenance work.
Emphasizing the role of regular maintenance in fault prevention and early detection.
Requirements for the first inspection after approximately 500 operating hours.
Checking air circulation paths and motor surface cleanliness for optimal cooling.
Information regarding optional relubrication based on nameplate or specific signs.
Schedule and detailed tasks for the main annual inspection after ~7,000 operating hours.
Procedures for removing condensate water, depending on specific environmental conditions.
Specific checks for foundations, motor alignment, and fastening bolts during main inspection.
Examination of cables and insulation material condition during the main inspection.
Evaluating the quality of bearing grease and determining replacement needs.
Procedures for cleaning motor exteriors and removing impurities affecting ventilation.
Investigating deviations from motor ratings or irregular operational characteristics.
Instructions on how to order replacement spare parts using motor identification.
Details on standard bearing types, clearance, and lubrication for life specifications.
Guidelines for bearing maintenance, regreasing procedures, and oil disposal.
Recommended grease types and specific temperature ranges for lubrication applications.
A table listing the specific bearing types used for different motor frame sizes.
Information regarding the availability of optional single-row roller bearings (NU series).
Estimated nominal bearing lifespan under rated working conditions for various pole configurations.
A graphical chart for determining bearing regreasing intervals based on speed and diameter.
An example calculation to determine bearing regreasing intervals using chart data.
Recommendations for installing new shaft seals during motor disassembly processes.
Factors influencing relubrication intervals, such as inverter use and mounting orientation.
Cautionary advice against excessive lubrication leading to bearing damage or failure.
Procedures for turning the shaft to prevent bearing damage during prolonged periods of motor standstill.
Essential safety rules to be followed when performing maintenance work on an idle machine.
Critical measures for maintaining dust explosion protection for motors in hazardous environments.
The effect of dust layers on motor surface temperature and potential ignition risks.
Precautions regarding paint layers, potential electrostatic charges, and explosion risks.
Troubleshooting steps for motors that do not start or accelerate correctly.
Diagnosing common causes for protection circuits tripping or fuses blowing.
Identifying and resolving the causes of motor overheating and excessive current draw.
Troubleshooting sources of unusual noises and vibrations experienced during motor operation.
Addressing issues where the motor unexpectedly stops or is interrupted during operation.
Key factors influencing the expected operational working life of KONČAR-MES motors.
Information regarding the manufacturer's commitment to spare parts availability post-production.
Detailed steps for reporting and processing warranty claims related to product defects.
Specific conditions and criteria that qualify a claim as a justified warranty claim.
Outlines the warranty validity period and essential customer obligations.
Identifies various scenarios and customer actions that may lead to the forfeiture of warranty claims.
Details the exclusion of manufacturer liability for indirect, consequential, or collateral damages.
General