Adaptation
Open-close, move forward-back, accelerate-decelerate, lock, dose, regulate, measure, control, position... Because allmovements are different, Crouzet relies on its mechanical, electrical, thermal and electromagnetic know-how to bring you, time after time, a solution tailored to your needs. |
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Home > Adaptation  |
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| The specialist in customised motorisation |
low power ratings |
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Mechanical interfacing |
Electrical interfacing |
Customised connections |
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| Special shafts (diameter, form, stainless steel, etc.) customised pinions, knurling, aligned mounting flanges, tapped rivets, push-in mounting clips, locating nibs, electromechanical brake assembly. |
Choice of 12 or 24 V supply voltage as standard, other supply voltages on request from 12 to 220 V.
Integration of Class A and B EMC filters, expert winding manufacture (customised wire cross-section and number of turns). |
Cable clamps, customised type and length of wires, choice of connector type, protective sleeves adapted to the environment, interference suppression ferrite rings, fuses incorporated in the electrical loom. |
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Machine integration
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Electronic integration |
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Materials for specific environments, moulded cases made of plastic or zamac, custom gear wheels and gear teeth for transmitting the torque
and reducing noise, inline or 90° motor output shafts.
Lubrication adapted to wide temperature ranges (from -30° to +45°C
as standard), other temperature ranges possible, self-lubricating
bearings (long service life), adaptation of the bearing dimensions for
high radial or cyclical loads, or adaptation of a ball bearing.
Freewheel gearbox output (Y system), gearbox output with mechanical protection (friction), reinforced fibreglass or metal gear wheels to withstand load peaks and transmit high torques.
Cast moulding in plastic to increase the mechanical resistance. |
Design of control cards, speed control, torque or current limit.
Position control, timing, cyclical movement.Drum controllers, design of customised EMC filters.
Creation of special encoders (optical, magnetic), design of electronic braking cards (4 quadrants). |
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