Linear Motors & Actuators
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January 2022 ©2022 Prodrive Technologies – All rights reserved Linear motors integrated in a custom mechatronic system

Mechanical Specifications Performance Specifications Winding Configurations Mechanical Specifications Chiron Line Performance Specifications Mechanical Specifications Performance Specifications Mechanical Specifications Force-Velocity Diagrams Performance Specifications Force-Velocity Diagrams Mechanical Specifications Gryphon Line Performance Specifications Mechanical Specifications Performance Specifications Mechanical Specifications Mechanical Specifications Mechanical Specifications Outgassing Measurements Phoenix Line Iris Line Performance Specifications Mechanical Specifications...

Engineering excellence is the driving force behind linear motor innovation in both design and manufacturing. Prodrive has a highly skilled group of (electro-)mechanical engineers capable of customizing linear motor technology towards your needs. Quality is in the DNA of Prodrive Technologies. With a long history in electronics manufacturing, Prodrive continues in the area of linear motor manufacturing with the same philosophy and processes, setting a new standard within the linear motor market. Design for manufacturing is key to reduce cost and guarantee quality. Winding, assembly, vacuum...

The Chiron line offers iron core linear motors which are optimized for high force and high efficiency. Find the optimal fit for your application due to the many different available form factors. The Phoenix line offers ironless linear motors, for applications requiring an extremely low force ripple for excellent servo performance without attraction forces. Available in a large range of sizes. The Gryphon line offers a cost-effective solution for vacuum-compatible ironless linear motors. These motors also contain features providing magnetic shielding. For short stroke applications requiring...

Prodrive Technologies Linear Motor Catalogue

The phases of all three-phase linear motors are star-connected. The Chiron, Phoenix and Gryphon line can be selected with different winding configurations to create an optimal fit for your application. The windings are configured such that independent of the number of coils, the force constant remains equal, and the maximum velocity remains unchanged. The maximum current increases with the number of coils. Maximum velocity Phase connection chart The windings are configured like winding configuration A, but this winding configuration can reach higher velocities at the expense of a lower...

The Chiron line offers iron core linear motors which are optimized for high force and high efficiency. Find the optimal fit for your application due to the many different available form factors. Chiron line linear motors in different sizes * Performance and mechanical specifications of Chiron-L are available on request Prodrive Technologies Linear Motor Catalogue

Chiron-CU-S-080-12-A-N Thermal interface (N = none / B = PTC+PT1000) Winding configuration (A / B / C / D) # of coils Depth (050 / 080 / 100 / 130) Height (S / L*) Coil unit Chiron-MP-080-16 # of poles Depth (050 / 080 / 100 / 130) Magnet plate Modularity in width, depth and height for optimal mechanical integration Multiple winding configurations for optimal current/velocity matching Coil units have an optional temperature protection (PTC) and sensor (PT1000) Magnet plates can be butted together Magnets are skewed to minimize force ripples and detent forces Optional stainless-steel cover...

Continuous force, interface at 20°C Phase resistance Phase inductance Peak line emf constant Continuous rms current, interface at 20°C Peak force (αT = 5°C/s increase) Continuous dissipation, interface at 20°C Thermal resistance Coil unit heat capacity Thermal time constant, interface at 20°C Winding configuration Attraction force (I = 0) Motor constant Specifications consider sinusoidal q-axis commutation Velocity specifications are based on the maximum bus voltage Thermal resistance is defined from average coil temperature to the mounting interface Product marking / approvals...

Magnet Plates Coil pitch Coil Units Mass Standard cable length Linear Motor Catalogue

Continuous force, interface at 20°C Phase resistance Phase inductance Peak line emf constant Continuous rms current, interface at 20°C Peak force (αT = 5°C/s increase) Continuous dissipation, interface at 20°C Thermal resistance Coil unit heat capacity Thermal time constant, interface at 20°C Winding configuration Attraction force (I = 0) Motor constant Product marking / approvals Thermal resistance is defined from average coil temperature to the mounting interface Velocity specifications are based on the maximum bus voltage Specifications consider sinusoidal q-axis commutation...

Magnet Plates Coil pitch Coil Units Mass Standard cable length Linear Motor Catalogue

Continuous force, interface at 20°C Phase resistance Phase inductance Peak line emf constant Continuous rms current, interface at 20°C Peak force (αT = 5°C/s increase) Continuous dissipation, interface at 20°C Thermal resistance Coil unit heat capacity Thermal time constant, interface at 20°C Winding configuration Attraction force (I = 0) Motor constant Product marking / approvals Thermal resistance is defined from average coil temperature to the mounting interface Velocity specifications are based on the maximum bus voltage Specifications consider sinusoidal q-axis commutation...

# Magnet Plates Coil pitch Coil Units Mass Standard cable length Linear Motor Catalogue

Peak force (αT = 5°C/s increase) Continuous force, interface at 20°C Winding configuration Phase resistance Phase inductance Peak line emf constant Continuous rms current, interface at 20°C Motor constant Continuous dissipation, interface at 20°C Thermal resistance Coil unit heat capacity Thermal time constant, interface at 20°C Thermal resistance is defined from average coil temperature to the mounting interface Product marking / approvals Velocity specifications are based on the maximum bus voltage Specifications consider sinusoidal q-axis commutation Specifications consider complete...