Linear actuator Econom 2. Our intelligent model: Econom 2. Econom 2

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Merryl Atkins
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1 Linear actuator Econom 2 Our intelligent model: Econom 2 Econom 2

Linear actuators Econom 2 Description Applications Facts The users of the Econom 2 come from many different industries: From architects and planners of contemporary façade architecture up to plant

Calculation example Econom 2 for dimension A (based on the following requirements) Pushing and pulling force,000 N, 8 mm/s Stroke 230 mm Operating voltage 0 V 3 AC, rating: S3 15% Fixing on piston

2 Linear actuators Econom 2 Description Applications Facts The users of the Econom 2 come from many different industries: From architects and planners of contemporary façade architecture up to plant construction and mechanical engineering specialists. Using either the steel or the stainless steel versions of the Econom 2, a wide variety of applications is possible. Calculation example Econom 2 for dimension A (based on the following requirements) Pushing and pulling force,000 N, 8 mm/s Stroke 230 mm Operating voltage 0 V 3 AC, rating: S3 15% Fixing on piston end fixed Fixing on housing end standard Option potentiometer Selected version: Corresp. force/speed version D Dimension G fixed 44 mm Dimension F ver. D, stroke mm 549 mm Please observe the additional marks *,**,1) Inst. stroke ** installed stroke length 0 mm Dimension L option, potentiometer 75 mm Dimension E standard 28 mm Dimension A min. 946 mm * brake dimension (75 mm) included ** installed stroke length at 50 mm intervals 1) including 50 mm guide extension Load (N) and stroke speeds (mm/s) 0 V-3 AC V DC Number of add. Available Version Stroke speed Rating: S3 15% Nominal current Rating: S3 15% Rating: S3 60% Nominal current planetary gear with brake (mm/s) F (N) (A) F (N) F (N) (A) stages only A x B x C x D x E F G H

3 Technical data and dimensions C B A Fixing on piston end G F + installed stroke length ** L E Dimension G Fixing on piston end Dimension F Standard DIN clevis end min. 44 Ø H8 min. 100 Ø H9 min. 97 min. 43 min. 86 Ø48 M 10 Ø50 DIN 648 swivel eye 15 Spring-action Ø Ø.3 min. 126 Ø H8 min. 64 Fixing on housing end Version Stroke lengths Stroke lengths Stroke lengths Stroke lengths Dimensions 50 0 mm mm 50 0 mm mm in mm 0 V 3AC 0 V 3AC V DC V DC A* ) B* ) C* ) D* ) ) E ) F ) G ) ) H ) Dimension L Extension by addition of accessories V/0 V Potentiometer + 75 mm Encoder + 75 mm Force limiter Extension!V Please observe dimension E + 57 mm Adjustable Ø H8 Adjustable clevis end Ø H8 Ø min. 45 Threaded bolt Mx1.5

4 Limit switch adjustment screws Dimension D Ø 97 mm (housing diameter) D Dimension B Pivot attachment Dimension E Fixing on housing end Dimension 28 W X B > 75 mm max. = stroke Ø H8 Standard V Y V 105 mm W 1 mm X 15 mm Ø H9 DIN clevis end Y l mm 81 Ø Ø Ø50 DIN 648 swivel eye 29 Ø Dimension C Flange attachment Mx1.5 Threaded bolt R Q Dimension C P 0 or > 60 mm max. = stroke l 130 mm 28± Ø16 H8 Force limiter lug Q Q 82 mm R l 8.6 mm P Flange thickness 6 mm * brake dimension (75 mm) included ** installed stroke length at 50 mm intervals 1) including 50 mm guide extension

5 - Options and wiring diagrams Shielding Terminal assignment: Piston rod out Signal: 0 V +U B A A B B 0 0 Core colour: WH BN GN YE GY PK BU RD Without inversion: WH BN GN YE GY Piston rod in Electrical characteristics: Output circuit rail to rail Supply voltage 5... V DC Current consumption (without load) max. 50 ma Admissible load / channel max. 50 ma Impulse frequency max. 160 khz Signal level high min. UB -2.5 V Signal level low max. 0.5 V Rise time (t) max. 1 ms Fall time (t) max. 1 ms Short-circuit proof outputs yes Shielded connecting cable! CE compliance according to EN and EN class B. Wiring diagram Potentiometer Terminal assignment Encoder Standard wiring diagrams PE Motor cable L1 L2 forw. L3 Control cable backwards forwards * Option PE Motor cable L+ forw. L- Control cable backwards forwards * Option Z Z D D P P GN/YE GN/YE U V W P P GN/YE Th SE1 S2 S1 PTC * SE1 S2 S1 PTC * Pulling force Pushing force SE2 SE2 U V W M 3~ M DS 00 / 0 V 3AC Th = Thermal protection contact SE = Safety limit switch S1 = Limit switch Piston rod out S2 = Limit switch Piston rod in PTC = Heating element GS 0100 / V DC Force limiter Options Standard potentiometers (1 kohm, 5 kohm, 10 kohm, 100 kohm) Precision potentiometers (1 kohm, 5 kohm, 10 kohm) Encoders (especially 60 or 80 impulses per revolution) Brake (supply voltages V DC, 230 V 1AC, 0V 1AC)

elero linear actuators Tailor-made solutions for everyone! Our wide product range offers powerful and high-quality solutions for an unlimited variety of applications.

6 elero linear actuators Tailor-made solutions for everyone! Our wide product range offers powerful and high-quality solutions for an unlimited variety of applications. Whatever you want to move at elero you will find the linear actuator to suit your individual requirements. Technical parameters subject to change! 05/07 Interested? Give us a call or send us a fax to receive more information. We look forward to helping you for at elero there is something for everyone! elero GmbH Linearantriebstechnik Nassaeckerstrasse 11 D Poessneck Phone +49 (0) 3647 / Fax Reception +49 (0) 3647 / Fax Purchasing department -41 Fax Sales department -42 Head office: Linsenhofer Str D Beuren Phone +49 (0) 70 / Fax Reception +49 (0) 70 / info@elero-linear.de

D5.2 Type. Draw wire mechanics with incremental encoder. Measuring length max. 2 m. Compact and simple. Order code draw wire encoder

D5.2 Type. Draw wire mechanics with incremental encoder. Measuring length max. 2 m. Compact and simple. Order code draw wire encoder with incremental encoder Draw wire encoder A40 Traverse speed max. 0.8 m/s The draw wire system A40 with incremental encoder excels with its compact construction. RoHS Compact and simple Measuring length