Festo EMME-AS-60-S-LS-ASB Servo Motor

Features

• 0 - 90% relative air humidity
• IEC 60034 conforms to standard
• F insulation protection class
• S1 rating class as per eN 60034-1
• IP21 degree of protection
• Plug electrical connector system
• RoHS-compliant note on materials
• 0 - No corrosion stress corrosion resistance class cRC
• VDMA24364 zone III lABS (PWIS) conformity
• RCM trademark approval
• C UL us - Recognized (OL) approval
• To EU EMC Directive cE mark (see declaration of conformity)
• To EU Low Voltage Directive cE mark (see declaration of conformity)
• In accordance with EU RoHS Directive cE mark (see declaration of conformity)
• To UK instructions for EMC cE marking (see declaration of conformity)
• To UK RoHS instructions cE marking (see declaration of conformity)
• To UK regulations for electrical equipment cE marking (see declaration of conformity)
• 360V nominal operating voltage dC
• 360V nominal voltage dC
• Star inside type of winding switch
• 3 number of pole pairs
• 0.7NM standstill torque
• 0.6NM nominal torque
• 2.8NM peak torque
• 3000PMI nominal rotary speed
• 5131PMI max. rotational speed
• 190W nominal power rating of motor
• 0.9A continuous stall current
• 0.8A nominal motor current
• 3.6A peak current
• 0.75NMA motor constant
• 49.6YUR voltage constant, phase-to-phase
• 26.4OHM phase-phase winding resistance
• 31.9C14 phase-phase winding inductance
• 0.319KGC total mass moment of inertia of output
• 1650G product weight
• 50N permissible axial shaft load
• 250N permissible radial shaft load
• Absolute single-turn encoder rotor position sensor
• HIPERFACE® rotor position encoder interface
• Capacitive rotor position sensor, encoder measuring principle
• 16 rotor pos. enc., sin/cosin p/r
• 12BIT rotor pos. encoder, typ. res.
• 20YAM rot. pos. enc., typ. ang. acc.
• 2NM brake holding torque
• 24V operating voltage dC for brake
• 11W power consumption, brake
• 0.086KGC mass moment of inertia of brake
• 5 million idle actuations (without friction work!) switching cycles holding brake
• 538 years, holding brake mean time to failure (MTTF), subcomponent
• 340 years, rotor position sensor mean time to dangerous failure (MTTFd), subcomponent
• -10GC ambient temperature to 40GC ambient temperature
• -20GC to 70GC storage temperature