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Linear actuator with linear ball bearing and guideway assembly and direct drive (MAI 105)

Linear actuator with linear ball bearing and guideway assembly and direct drive (MAI 105)
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Linear actuator with linear ball bearing and guideway assembly and direct drive (MAI 105) - 1

Linear actuators with linear ball bearing and guideway assembly and direct drive MKUVS 42-LM with an integral electro-magnetic measuring system are ready-to-fit units. They consist of a carriage with four KUVS linear recirculating ball bearing units, the integral primary component of the linear motor and the sensing head of the measuring system and the combined support rail/guideway with the secondary component of the linear motor and the longitudinal scale of the measuring system.They are suitable for moderate load and have a guidance system preloaded free from clearance. The linear motor is integrated in a compact construction in the actuator and ensures travel free from stick-slip, high dynamic characteristics and high speed.The linear motor is driven by the digital positional controller COMPAX 3. This positioning system, with its optimum dynamic and positioning accuracy characteristics (repeat accuracy The rapid control system allows very high cycle rates. This reliably prevents process-critical overshoot behaviour.COMPAX 3 ensures adherence to the standards UL, cUL and CE. Furthermore, the function Safe operational stopӔ to EN954-1 is supported.The control options available for positioning are: digital I/O, RS 232/RS 485, Profibus DP and CANopen. Other controllers can be incorporated by means of Profibus, CAN or RS 485. 0,01mm), has achieved a convincing level of control engineering. The system is highly robust in response to load changes in the drive train. COMPAX 3 has very good damping and fulfils the conditions for a stable control loop and precise positioning of the actuator. The electronic controller is effective at preventing vibrations in the control loop and allows a rigid drive train. > 211 059

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Linear actuator with linear ball bearing and guideway assembly and direct drive (MAI 105) - 2

Carriage Features Linear actuators with linear ball bearing and guideway assembly and direct drive ■ are complete units comprising:a compact, rigid aluminium support rail with a guideway and secondary component֖a carriage with an integral primary component, guided in the support rail by means of four KUVS linear recirculating ball bearing unitsan electro-magnetic length measuring system֖two end plates or, if the option Covering stripӔ is selected, two return unitsa flexible cable trunking system > 211 061 ֢֠ can support forces from all directions and moments about all axes ■ > carriage...

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Linear actuator with linear ball bearing and guideway assembly and direct drive (MAI 105) - 3

Linear actuator with options MKUVS 42-LM-ADA-KT-STOD > 211 060 MKUVS 42-LM-ADA-KT-STOD > 211 063 ADA: circulating covering strip > KT: flexible cable trunking system > STOD: shock absorbers (both sides) >

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Linear actuator with linear ball bearing and guideway assembly and direct drive (MAI 105) - 4

Dimension table ַ Dimensions in mm Designation Mass Dimensions Mounting dimensions G > tot5) G > Law3) B H L B > 2 B > 3 B > 4 B > 5 H > 1 H > 3 kg kg MKUVS 42-LM-ADA-KT-STOD (L > tot 86) 0,02+12 8,8 115 125 460 80 140 133 51 10 30 > 1) L > 2 = total stroke+L > 1 +54.L > tot = total stroke+L > 1 +54+86.Total stroke = effective stroke+2 S.The allowance S designates a safety range suitable for the particular application and should be at least 50 mm; total stroke in mm.Maximum single-piece support rail length L > 2 = 8000mm. > 2) Values are valid for calculating L > h only. > 3) G > Law =mass...

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Linear actuator with linear ball bearing and guideway assembly and direct drive (MAI 105) - 6

Dimension table Dimensions in mm Designation Mass Dimensions Mounting dimensions G > tot5) G > Law3) B H L B > 2 B > 3 B > 4 B > 5 H > 1 H > 3 kg kg MKUVS 42-LM-KT-STOD (L > tot ז50) 0,02+11 8 115 125 410 80 140 133 51 10 30 > 1) L > 2 = total stroke +L > 1 +54.L > tot = total stroke+L > 1 +54+50.Total stroke = effective stroke+2 S.The allowance S designates a safety range suitable for the particular application and should be at least 50 mm; total stroke in mm.Maximum single-piece support rail length L > 2 = 8000mm. > 2) Values are valid for calculating L > h only. > 3) G > Law =mass of...

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