Our motor series phyBASICcombines the advantages of a price-optimised design with excellent operating characteristics.
That makes the phyBASICmotors particularly suitable for standard applications in the manufacturing industries. Good running performance, high torque and solid craftsmanship make the phyBASICan excellent choice for environments up to IP 40 when it comes to quick precise positioning tasks.
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The phySPACEStepper Motor Series is the result of more than 30 years of space heritage and over 1000 Phytron motors in space. The phySPACEis built to resist vibrations, radiation and high temperature. Due to the ECSS conform materials the phySPACEfulfills the high requirements for usage in ultra high vacuum, while providing an optimum of power consumption, thermal dissipation, stray magnetic flux, high precision positioning long life and extreme robustness.
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Customised Solutions
Based on our product series there is a large variety of additional options and solutions to create a perfect fit for your application. (Low temperatures, spindles, gears, second shaft end and more.)
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Phytron ZSS stepper motors (19 - 56 mm) offer high precision combined with smooth running. With up to 102.400 approachable positions (200-step motor, driven in micro stepping mode with 1/512 step resolution and encoder) the ZSS motor provides your application with high precision positioning capabilities. Based on it's geometry the ZSS series performs with a smooth low resonance running performance. Benefit from the low noise generation, the typical smooth running and the resulting optimal results, especially for optical high precision applications.
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Like the ZSS, the ZSH stepper motors set powerful accents in every movement. They expand the ZSS motors with diameters of 57 to 107 mm.
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Phytron's VSS / VSH stepper motors are the result of more than 30 years of experience in space technology. The specially designed two phase, hybrid stepper motors can be used in vacuum environments up to 10 -11 hPa. They are optimal for extraordinary environments such as deep and high temperatures or extreme radiation intensity.
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Optional
Customised constructions
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Available versions
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Spindle motor design for particle accelerator applications based on the VSS standard:
The phyMOTIONTM freely programmable multi-axes motion controller integrates high performance drive capabilities (multi-axes synchronisation and interpolation) with PLC functionality (I/Os, modularity, fieldbus) for stepper motor driven applications.
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Controlling and driving stepper motors within a modular PLC system: The TM StepDrive technology guarantees a high-precision current adjustment and enables fine positioning up to 1/256 step (approx. 51,200 positions per revolution (0.0070°/step) with a 200 step motor).
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Important: the configuration files are not down-compatible.
SIMATIC®, ET 200®SP, STEP®7 and TIA Portal® are trade marks of the Siemens AG.
Controlling and driving stepper motors within a modular PLC system: The 1-STEP-DRIVE technology guarantees a high-precision current adjustment and enables fine positioning up to 1/512 step with an absolute and non-cumulative error of about 0.0015° (Approx. 102,400 positions per revolution (0.0035°/step) with a 200 step motor)
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Important: the configuration files are not down-compatible.
SIMATIC®, ET 200®S, STEP®7 and TIA Portal® are trade marks of the SIEMENS AG.
Phytron’s APS module is a compact (40 x 60 mm only!) high performance power stage perfected for driving stepper motors up to 5 APEAK with 24 - 70 VDC for a shaft output up to 250 W. With up to 70 VDC The APS ist also suitable for high rpm, highly inductive and high-resolution stepper motors.The APS can be controlled via pulse and direction signals or digital sin / cos (via SPI). The chopper technology (parameterisable) and high quality low resistance components provide high precision positioning and switching. Featuring optimised timing for minimal heat losses in the motor and power stage and a low resonance driving performance with a real 1/512 step resolution (102,400 positions per revolution with a 200 full step motor and encoder). An evaluation board including free parameterisation and diagnosis software is available.
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EVA-Board available:
The MCC-2, phytron ́s freely programmable dual axis stepper motor controller, is a compact stand-alone unit (CPU, Indexer and power stage) for 2-phase-stepper-motors providing up to 3.5 APEAK phase current. Controllers in the MCC series have many inputs and outputs (digital and analog) and encoder inputs for step position monitoring plus possibilities to connect limit switches all as standard. Due to the viariety of available host interfaces (Ethernet, Profibus, USB etc.), the MCC can be quickly and easily integrated into existing applications.
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The MCC-1, phytron‘s freely programmable dual axis stepper motor controller, is a compact stand-alone unit for 2 phase stepper motors providing up to 3.5 APEAK phase current. Controllers in the MCC series have many in-puts and outputs (digital and analogue) and encoder inputs for step position monitoring plus possibilities to connect limit switches all as standard. Due to the viariety of available host interfaces (USB, Ethernet etc.), the MCC can be quickly and easily integrated into existing applications.
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The ZMX+ is used in different fields of application: e.g. in inspection and test applications, labelling or packaging machines, in equipment manufacturing or in beamlines
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(The model with 32-pin connector, without electrical isolation and without ServiceBus is compatible to the previous ZMX)
As a powerful stepper motor power stage the MSX is suitable for up to 800 Watts shaft power, especially for the handling of discrete components and machine service tasks as well as for high-throughput sorting and as-sembly machinery.
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As a powerful stepper motor power stage the MSX is suitable for up to 800 Watts shaft power, especially for the handling of discrete components and machine service tasks as well as for high-throughput sorting and as-sembly machinery.
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Single output.
Your compact Power Supplies (AC/DC) for DIN-Rail or wall mounting.
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Resolver (angle encoder) are used wherever the angular position of a mechanical element is required. They strengthen their position in many applications of the industry as a robust and cost-effective solution. It is less sensitive to eccentricity and magnetic stray fields.
The robust design allows to use resolvers also in liquid nitrogen (-197° C), in a high vacuum (up to +200° C) and in highly radioactive environment.
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DMP 20, 29 and 37, Phytron´s inertial dampers improve the system´s characteristics of stepper motor applications, by reducing the settling times and by suppression of system resonances impressively. The dampers are designed for stepper motors size 25 (NEMA 11), 32 (NEMA 14) and 37 (NEMA 17) with second shaft, used in optical applications or other sensitive environments.
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phyLOGICTM ToolBox is a Phytron software for Windows® PC to operate and program the phyMOTIONTM stepper motor control unit.
phyLOGICTM ToolBox supports MiniLog programming of Phytron's phyMOTIONTM stepper motor control unit and administers programs, parameter and register lists - easily and quickly.
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phyLOGIC™ Control is a Phytron software for tablets and mobile phones
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MiniLog-Comm is a Phytron software for Windows® PC to operate and program type OMC, TMC, MCC-1, MCC-2 and MCC-2 LIN stepper motor control units.
MiniLog-Comm supports MiniLog programming of Phytron stepper motor control units and administers programs, parameter and register lists – easily and quickly.
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The ServiceBus-Comm Phytron communication software is a Windows® software for easily programming and operating stepper motor power stages equipped with ServiceBus, e.g. ZMX+, MCD+.
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LabVIEW®-VIs are functional blocks for the MCC-1, MCC-2, MCC-2 LIN controllers developed by Phytron.
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LabVIEW®-VIs are functional blocks for the phyMOTIONTM controller developed by Phytron.
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在每一个问题n lies an answer. And in every task lies a challenge. phytron specialized in specializing: With individual solutions in small series or also as single devices; each constructed to your exact requirements. Put our potential to the test and experience for yourself, and see how phytron builds solutions out of problems