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Stepper Motors & Drives

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RTA Oscillator Cards - OFM60
  • Bolt on oscillator controllers
  • Bolts onto GMD, GMH, BCW02 & GAC drives
  • No external power supply needed
  • Ramped or non ramped cards available
  • Speeds set by trim pots and dip switches
  • Ramping included for high inertia loads
  • No computer configuration required
RTA Oscillator Cards - VOM
  • Bolt on oscillator controllers
  • Bolts onto GMD, GMH, BCW02 & GAC drives
  • No external power supply needed
  • Ramped or non ramped cards available
  • Speeds set by trim pots and dip switches
  • Ramping included for high inertia loads
  • No computer configuration required
RTA Oscillator Cards - FFM04
  • Bolt on oscillator controllers
  • Bolts onto GMD, GMH, BCW02 & GAC drives
  • No external power supply needed
  • Ramped or non ramped cards available
  • Speeds set by trim pots and dip switches
  • Ramping included for high inertia loads
  • No computer configuration required
RTA Oscillator Cards - RMM36
  • Bolt on oscillator controllers
  • Bolts onto GMD, GMH, BCW02 & GAC drives
  • No external power supply needed
  • Ramped or non ramped cards available
  • Speeds set by trim pots and dip switches
  • Ramping included for high inertia loads
  • No computer configuration required
RTA Oscillator Cards - RC10
  • Bolt on oscillator controllers
  • Bolts onto GMD, GMH, BCW02 & GAC drives
  • No external power supply needed
  • Ramped or non ramped cards available
  • Speeds set by trim pots and dip switches
  • Ramping included for high inertia loads
  • No computer configuration required
RTA Oscillator Cards - VOM2
  • Bolt on oscillator controllers
  • Bolts onto GMD, GMH, BCW02 & GAC drives
  • No external power supply needed
  • Ramped or non ramped cards available
  • Speeds set by trim pots and dip switches
  • Ramping included for high inertia loads
  • No computer configuration required
RTA SAC Terminal Board - HGD Adapter

The SDC, HGD and SAC stepper drives use AMP crimp terminal connectors for supply, logic and motor connections. A.M.S. have developed a printed circuit board with mating plugs that plug into the stepper drive and provide screw terminals for the cables. There is also a base plate to simplify mounting in a control cabinet. The HGD terminal board makes cable connection and installation easy.
RTA Pro Motion
  • 2 Axis motion controller
  • Panel mounting
  • RS232 and RS485 communications
  • Programs in absolute or incremental coordinates
  • Stand alone operation (16 programs stored)
  • Datum sensor input
  • 24 VDC or AC Supply
  • Auxiliary inputs and outputs
  • Conditional jump, time delays and For/Next loops
RTA Motherboards - GMDMB Placeholder
  • Motherboards for GMD and GMH drives.
  • Screw terminal blocks for motor and control signals.
  • Used in multi-axis drive racks.
RTA Motherboards - GMHMB Placeholder
  • Motherboards for GMD and GMH drives.
  • Screw terminal blocks for motor and control signals.
  • Used in multi-axis drive racks.
Sanyo Denki SANMOTION F2 Two Phase Stepping System

​Includes a driver and motor for a DC input set model (unipolar/bipolar specifications) with a high torque motor base angle of 1.80, and covers a wide variety of applications, including industrial machining, financial terminals, and manufacturing equipment for copiers or semi-conductors.
Sanyo Denki SANMOTION F3 Three Phase Stepping System

The 3-phase stepping motors have a basic step angle of 1.2°. These stepping systems are suitable for semiconductor manufacturing equipment and conveying machines.
Sanyo Denki SANMOTION F5 Five Phase Stepping System

Highly responsive product with low vibration that includes a driver and motor for DC input and AC input set models with a motor base angle of 0.72o, and covers a wide variety of low vibration applications, including general industry machinery and manufacturing equipment for semi-conductors.
Sanyo Denki SANMOTION PB Series

Closed Loop Stepping System.

Combines the advantages of our AC servo system and stepping motors. This series has achieved high speed, acceleration, and deceleration, and is compact and superior in terms of cost-performance.