Dati tecnici
Dati tecnici - Valori elettrici
Switching accuracy
  • ± 4 % (≤1500 rpm)
  • ± 2 % (>1500 rpm)
Switching hysteresis
  • = 30 % of switching speed
Switching outputs
  • 1 output, speed control
Output switching capacity
  • ≤6 A / 250 VAC
  • ≤1 A / 48 VDC
  • (EAC: <50 VAC / 75 VDC)
Minimum switching current
  • 100 mA
Switching delay time
  • ≤40 ms
Immunità alle interferenze
  • EN 61000-6-2
Emissione di interferenze
  • EN 61000-6-3
Approvazione
  • CE
Dati tecnici - progettazione meccanica
Grandezza (flangia)
  • ø115 mm
Tipo di albero
  • ø11 mm solid shaft
Flangia
  • EURO-flangia B10
Classe di protezione EN 60529
  • IP 55
Speed (n)
  • ≤6000 rpm
Range of switching speed (ns)
  • 650...6000 rpm
Coppia operativa
  • ≤2 Ncm
Rotore momento d‘inerzia
  • 0,125 kgcm²
Carico dell‘albero massimo ammesso
  • ≤150 N assiale
  • ≤250 N radiale
Temperatura operativa
  • -20...+85 °C
Peso ca.
  • 1,3 kg
Allacciamento
  • Terminal box
Materiale
  • Alloggiamento: lega pressofusa di alluminio
  • Albero: acciaio inox

Scaricare
Data sheet
Operating Manual
Declaration of conformity

Accessori
Accessori di montaggio
The selected altAttribute does not exist! Spring disk coupling K 35 (shaft ø6...12 mm)
  • High quality torsionally stiff and backlash free coupling
  • Compensating of mounting errors
  • Balanced torsional rigidity (torsional spring constant)
  • Protection against shaft currents with an insulated hub on non-drive end (ø11 H7)
  • Additional key possible
The selected altAttribute does not exist! Spring disk coupling K 50 (shaft ø11...16 mm)
  • High quality torsionally stiff and backlash free coupling
  • Compensating of mounting errors
  • Balanced torsional rigidity (torsional spring constant)
  • Protection against shaft currents with an insulated hub on non-drive end (ø11 H7)
  • Additional key possible
The selected altAttribute does not exist! Spring disk coupling K60 WD 11PF4 + 12PF4
For encoder with solid shaft

Articolo n..: 11064874

  • High quality torsionally stiff and backlash free coupling
  • Compensating of mounting errors
  • Balanced torsional rigidity (torsional spring constant)
  • Additional key possible

In alto