Stand alone microstepping drivers

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and direction control into a stand-alone speed control driver AD xx M3S. The following control parameters can be set by the user by on board potentiometers: pull-in speed maximum speed acceleration rate deceleration rate To execute the set speed profile, please refer to the graph, the control of START

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�¡ High power density �¡ Long operational lifetimes �¡ Wide operational temperature range �¡ Speed range up to 16 000 rpm using a current mode chopper driver �¡ Possibility of full step, half step and microstep operation AM1524 Motor series 2R Bearing type V-12-150 Coil type 57 Motor version

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but is limited by the system cost. As explained above, one electrical cycle or revolution of the fi eld vector (4 full steps) requires the driver to provide a number of distinct current values proportional to the number of microsteps per full step. For example, 8 microsteps require 8 different values

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microstepping motor (low residual torque), PRECIstep® Technology Stepper Motors CCW CW + A ? 1 2 B + ? 3 4 Front face view Voltage mode (V) 3) Rotor Driver AD VL M1S Current mode (A) 3) 4) Driver AD CM M1S Speed Speed Torque Torque

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60/N Ordering information Encoder type number lines per revolution in combination with DC-Micromotors of channels and DC-Motor-Tacho units free standing for independent use series 1336 Features Output signals / Circuit diagram / Connector information These incremental shaft encoders

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: ? Microstepping, motor+driver for step and direction input ? Motion Control, motor+driver+controller fully programmable, RS-485 or CANopen interface stand alone solution can be used without a PLC Linear actuator styles Two (2) MDrive® linear actuator styles are available: ? Non-captive shaft a threaded

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MDrive 14 Linear Actuators 5 MDrive Plus versions Microstepping Motion Control Highly integrated microstepping driver and NEMA 14 1.8° single length brushless step linear actuator motor �ã �ã Integrated fully programmable motion controller �ã Advanced 2nd generation current control

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User-defi ned Note: ìstep/rev 2X the encoder count/rev minimum ? Adjusting the microstep resolution can increase the range. Auxiliary logic input voltage Range +12 to +24 VDC Maintains power to control and feedback circuits (only) when input voltage is removed. Analog input Resolution 10 Bit

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for maximum force/load is based on a static load and will vary with a dynamic load. Microstepping version with step and direction input Isolated input Universal Voltage range: +5 to +24 VDC sourcing or sinking ? Step Clock, Direction and Enable Differential Voltage range: +5 VDC ? Step Clock and Direction

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(Microstepping only) P2 Connector Communication Converter Electrically isolated, in-line con vert er pre-wired with mating connector to conveniently set/program communication parameters for a single MDrive product via a PC's USB port. Length 12.0' (3.6m). Mates to connector: P1 12-pin wire crimp

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: ? Microstepping, motor+driver for step and direction input ? Motion Control, motor+driver+controller fully programmable, RS-485 or CANopen interface stand alone solution can be used without a PLC Linear actuator styles Two (2) MDrive® linear actuator styles are available: ? Non-captive shaft a threaded

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MDrive 17 Linear Actuators 5 MDrive Plus versions Microstepping Motion Control Highly integrated microstepping driver and NEMA 17 1.8° single length brushless step linear actuator motor �ã �ã Integrated fully programmable motion controller �ã Advanced 2nd generation current control

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revolution See above: "Standard specs open loop steps/rev" Resolution User-defi ned Note: ìstep/rev 2X the encoder count/rev minimum ? Adjusting the microstep resolution can increase the range. Auxiliary logic input voltage Range +12 to +24 VDC Maintains power to control and feedback circuits (only

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connectors: F = flying leads P = pluggable terminal C = locking wire crimp (includes Comm on Microstepping version) D = 10-pin IDC L = 10-pin friction lock wire crimp B = DB9, only with CANopen Comm Z = None (when C used at P1 on Microstepping version) Microstepping version Motion Control version

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6 MDrive 17 Linear Actuators Microstepping version with step and direction input Isolated input Universal Voltage range: +5 to +24 VDC sourcing or sinking ? Step Clock, Direction and Enable Differential Voltage range: +5 VDC ? Step Clock and Direction Motion Digital fi lter range 50 nS to 12

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controller deisgned to provide OEM machine builders with unmatched quality and value in a compact and economical stand-alone control card. Comprehensive feature set includes: ? A powerful and economical 1-8 axis stand-alone servo and stepper motion controller ? Advanced 64-bit RISC processor for robust

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) ? Full step, half-step and microstepping control. Full & half current ? Open or closed-loop stepper control Connections ? Standard or custom I/O interconnection boards can be mated directly onto the MultiFlex control card to reduce wiring ? Low cost I/O interconnection boards available with D

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builders with unmatched quality and value in a compact and economical stand-alone control card. Comprehensive feature set includes: ? A powerful and economical 4 axis stand-alone stepper and pulse-controlled servo motion controller ? Advanced 64-bit RISC processor for robust real-time motion and I

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Architecture MultiFlex ETH 1040 Specifications 2075-N Corte del Nogal Carlsbad, CA 92011 USA Tel 760-930-0101 ? Fax 760-930-0222 Information: info@pmccorp.com www.pmccorp.com ? Stand-alone Ethernet motion control card ? 10/100 base-T Ethernet and RS/232 ports ? 64-bit RISC processor with