• Immagine
  • Nome del prodotto
  • Grandezza (flangia)
  • Tipo di albero
  • Steps per revolution
  • Number of revolutions
  • Interface

Filtrare per caratteristiche

Size (flange)

Interface

Option

Immagine Nome del prodotto Grandezza (flangia) Tipo di albero Steps per revolution Number of revolutions Interface
MAGRES EAM360R-B - CANopen®/SAE J1939 Grandezza (flangia)
  • ø36 mm
Tipo di albero
  • ø10...15 mm (blind hollow shaft)
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
  • SAE J1939
MAGRES EAM360R-K - CANopen®/SAE J1939 Grandezza (flangia)
  • ø36 mm
Tipo di albero
  • ø6 mm (magnet bore)
  • ø8 mm (magnet bore)
  • ø12 mm (magnet bore)
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
  • SAE J1939
MAGRES EAM360R-S - CANopen®/SAE J1939 Grandezza (flangia)
  • ø36 mm
Tipo di albero
  • ø10 x 16 mm, solid shaft with flat
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
  • SAE J1939
MAGRES redundant EAM580R-B - CANopen® Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø10...15 mm (blind hollow shaft)
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
MAGRES EAM580R-B - CANopen®/SAE J1939 Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø10...15 mm (blind hollow shaft)
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
  • SAE J1939
MAGRES EAM580R-K - CANopen®/SAE J1939 Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø6 mm (magnet bore)
  • ø8 mm (magnet bore)
  • ø12 mm (magnet bore)
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
  • SAE J1939
MAGRES redundant EAM580R-SC - CANopen® Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø10 x 20 mm, solid shaft with flat
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
MAGRES EAM580R-SC - CANopen®/SAE J1939 Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø10 x 20 mm, solid shaft with flat
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
  • SAE J1939
MAGRES redundant EAM580R-SY - CANopen® Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø6 x 10 mm, solid shaft with flat
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
MAGRES EAM580R-SY - CANopen®/SAE J1939 Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø6 x 10 mm, solid shaft with flat
Steps per revolution
  • ≤16384 / 14 bit
Number of revolutions
  • ≤262144 / 18 bit
Interface
  • CANopen®
  • SAE J1939
MAGRES EAM360R-B - Analog Grandezza (flangia)
  • ø36 mm
Tipo di albero
  • ø10...15 mm (blind hollow shaft)
Interface
  • Analog 0...10 V / 0.5...4.5 V / 4...20 mA / Resolution: 12 bit
MAGRES EAM360R-K - Analog Grandezza (flangia)
  • ø36 mm
Tipo di albero
  • ø6 mm (magnet bore)
  • ø8 mm (magnet bore)
  • ø12 mm (magnet bore)
Interface
  • Analog 0...10 V / 0.5...4.5 V / 4...20 mA / Resolution: 12 bit
MAGRES EAM360R-S - Analog Grandezza (flangia)
  • ø36 mm
Tipo di albero
  • ø10 x 16 mm, solid shaft with flat
Interface
  • Analog 0...10 V / 0.5...4.5 V / 4...20 mA / Resolution: 12 bit
MAGRES EAM580R-B - Analog Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø10...15 mm (blind hollow shaft)
Interface
  • Analog 0...10 V / 0.5...4.5 V / 4...20 mA / Resolution: 12 bit
MAGRES EAM580R-K - Analog Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø6 mm (magnet bore)
  • ø8 mm (magnet bore)
  • ø12 mm (magnet bore)
Interface
  • Analog 0...10 V / 0.5...4.5 V / 4...20 mA / Resolution: 12 bit
MAGRES EAM580R-SC - Analog Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø10 x 20 mm, solid shaft with flat
Interface
  • Analog 0...10 V / 0.5...4.5 V / 4...20 mA / Resolution: 12 bit
MAGRES EAM580R-SY - Analog Grandezza (flangia)
  • ø58 mm
Tipo di albero
  • ø6 x 10 mm, solid shaft with flat
Interface
  • Analog 0...10 V / 0.5...4.5 V / 4...20 mA / Resolution: 12 bit

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