Actuators with Integrated Reduction & Cubic Gearbox
34Pages

LINEAR ACTUATORS WITH INTEGRATED REDUCTION AND CUBIC GEARBOX FM Series: Steel tube AM Series: Aluminum tube

“SUSTAINABILITY IS INDUSTRIALISED ECOLOGY.” DAVID GARCÍA Niasa actuators in the Tonopah thermo-solar plant, Nevada, USA.

LINEAR ACTUATORS FM series: steel tube | AM series: aluminum tube WITH INTEGRATED REDUCTION AND CUBIC GEARBOX. INTRODUCTION NIASA FM/AM Series electro-mechanical actuators combine the sleeve and stem system of the F/A Series linear actuators with the gearbox of the screw jacks, thus obtaining the most interesting features of both types of product. This way, the FM/AM Series electro-mechanical actuators become the optimal technical solution for applications that require the movement specifications of a screw jack, with the additional advantage of being able to work under the most demanding...

LINEAR ACTUATORS FM series: steel tube | AM series: aluminum tube WITH INTEGRATED REDUCTION AND CUBIC GEARBOX. APPLICATIONS Press type system Three FM3 Series actuators made up of a three-phase motor drive system, MK Series drive union flange, with MK Series drive, transmission between equipment using MK series coupling, BP Series fastening flanges on the stem and PR Series protector on the worm shaft. Three shaft screw jack system Three FM3 series actuators made up of a double-shaft, three-phase drive system, transmission between units with EZ series joint shafts, FCI series inductive...

Conveyor belt elevation system Two FJ1 Series actuators made up of a three-phase drive system with brake, MK Series drive union flange, transmission between units with EZ Series joint shafts, support structure with protection for the transmission shaft, GIR series ball joint on the stem and HFM Series gearbox fastening. Elevation system with integrated magnetic sensor. Two AM2 Series actuators made up of a three-phase motor drive system, drive union flange, transmission between units with EZ Series joint shafts, exterior aluminum tube with anti-turning system and an FCG Series integrated...

LINEAR ACTUATORS WITH INTEGRATED REDUCTION AND CUBIC GEARBOX. FM SERIES: STEEL TUBE I AM SERIES: ALUMINUM TUBE There are trapezoidal and ball screw options on all the sizes (see chapter on screws for further information), as well as normal speed (S) and slow speed (H) gearboxes. Steel exterior tube Aluminum exterior tube With anti-rotation With magnetic sensor tube (optional) In addition to the standard range of linear actuators, NIASA can specifically develop the unit that best meets your application requirements. Contact NIASA. MPORTANT All the technical data included in this chapter...

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LINEAR ACTUATORS FM series: steel tube | AM series: aluminum tube WITH INTEGRATED REDUCTION AND CUBIC GEARBOX. GENERAL PRODUCT OVERVIEW Screw + Trapezoidal nut + Stem Screw + Ball nut + Stem Flange with ZKM bolts Flanges with ZKH bearings Flange with ZKV 90º bolts PR worm gear protector Wheel with VE grip Motor flange BB flanges with bolts for steel tube Flanges with bearings for BH steel tube FCI inductive limit switch BA flanges with bearings for aluminum tube FCG magnetic limit switch Connection sensor input adapter Position sensor magnet

Steel exterior tube Aluminium exterior tube

Access caps grease screw and nut Access caps access cap = M5x8 Prof. On both sides M8x13 Prof. On both sides SAFETY MARGIN Approx. weight each 100 mm of stroke (kg) Advance (mm/revol. input) Diameter and step screw (mm) Maximum axial strength (kN) F (kN), load to move in dynamic … Power required: PD (kW) = 0,157x MD (Nm). … All the data in the table correspond to an input speed of 1,500 rpm. For other speeds, please see the calculation chapter (page 130). Ensure that the application's dynamic load does not exceed the critical values indicated, in order to avoid overheating of the unit...

Access caps grease screw and nut Access caps access cap 75 = M6x9 Prof. On both sides M8x15 Prof. On both sides SAFETY MARGIN Start-up torque, Approx. MO (Nm) Weight weight stroke 0 each 100 F (kN), load to move in dynamic (kg) mm of stroke (kg) S H S H Advance (mm/revol. input) Diameter and step screw (mm) Maximum axial strength (kN) … Power required: PD (kW) = 0,157x MD (Nm). … All the data in the table correspond to an input speed of 1,500 rpm. For other speeds, please see the calculation chapter (page 130). ... Ensure that the application's dynamic load does not exceed the critical...

Access caps grease screw and nut Access caps access cap = M8x10 Prof. On both sides M10x15 Prof. On both sides SAFETY MARGIN (*) If incorporating a KGM 3220 nut, Safety margin is 15 mm. Advance (mm/revol. input) Start-up torque, Approx. MO (Nm) Weight weight stroke 0 each 100 F (kN), load to move in dynamic (kg) mm of stroke (kg) S H S H Diameter and step screw (mm) Maximum axial strength (kN) … Power required: PD (kW) = 0,157x MD (Nm). … All the data in the table correspond to an input speed of 1,500 rpm. For other speeds, please see the calculation chapter (page 130). ... Ensure that...

Access caps grease screw and nut M12x16 Prof. On both sides = M10x14 Prof. On both sides Access caps access cap Advance (mm/revol. input) Start-up torque, Approx. MO (Nm) Weight weight stroke 0 each 100 F (kN), load to move in dynamic (kg) mm of stroke (kg) S H S H Diameter and step screw (mm) Maximum axial strength (kN) … Power required: PD (kW) = 0,157x MD (Nm). … All the data in the table correspond to an input speed of 1,500 rpm. For other speeds, please see the calculation chapter (page 130). ... Ensure that the application's dynamic load does not exceed the critical values...

The capacity indicated corresponds to the basic configuration. There is a possibility for higher capacities on request. Ø82 H8 Ø90 Access caps grease screw and nut Access caps access cap = M12x16 Prof. On both sides M20x30 Prof. On both sides SAFETY MARGIN Start-up torque, Approx. MO (Nm) Weight weight stroke 0 each 100 F (kN), load to move in dynamic (kg) mm of stroke (kg) S H S H Advance (mm/revol. input) Diameter and step screw (mm) Maximum axial strength (kN) … Power required: PD (kW) = 0,157x MD (Nm). … All the data in the table correspond to an input speed of 1,500 rpm. For other...