Hybrid Stepper Motor, Linear Actuators
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www.servotecnica.com info@servotecnica.com Hybrid Stepper Motor Linear Actuators

Hybrid Stepper Motor Linear Actuators Linear Motion System Type N. N. Non-Captive E. External Linear C. Captive Overview Nema Sizes 1.8 Degree NEMA 8 Stepper 1.8 Degree NEMA 11 Stepper 1.8 Degree NEMA 14 Stepper 1.8 Degree NEMA 17 Stepper 1.8 Degree NEMA 23 Stepper 1.8 Degree NEMA 34 Stepper Available Versions Screw Lead Range Recommended Load Limit * Motor Length & Available Currents (Voltage) * These are nominal load limits. Operating above these limits may decrease useful life time of the system.

Hybrid Stepper Motor Linear fktuators Product Selection System SVTD = Servotecnica Drive Lead Screw Shaft Style: N = Non-Captive Linear Actuator E = External Linear Actuator C = Captive Linear Actuator Step Angle: Motor Length / Stack: (?) Rated Currrent / Phase: (7) Lead Screw Code: (s) Number of Lead Wires: Lead Screw Length & Stroke: (for External Linear/Non-Captive Linear) (H)) Lead Screw Surface: S = Standard (No Teflon Coating) EKXX = Encoder (XX = Encoder Code) ERX = Encoder Ready (X = Encoder Version) N = No Encoder nor Encoder Ready Description: Servotecnica Drive 2 Phase with 1.8...

Hybrid Stepper Motor Linear Actuators Motor Lead Screw Code Schedule Lead Code Travel per Step @1.8 Degree (mm) Standard metric or English options are available. Custom end machining specifications are also available on request. Example: Threaded end Please refer to individual NEMA Size section for Smooth end standard options. Custom machined ends are also available. None

NEMA 8 (20 mm) Hybrid Stepper Motor Linear Actuators ▀ Available Lead Screws and Travel per Step Travel per Step @1.8 Degree Lead Code values truncated ▀ Motor Characteristics Motor NEMA SIZE 8 EXTERNAL LINEAR ACTUATOR NEMA SIZE 8 NON-CAPTIVE LINEAR ACTUATOR

Hybrid Stepper Motor Linear Actuators NEMA Size 8-2105 (20mm) Single Stack - Force vs. Rotary Speed - 24VDC Operating above trm "Recommended L«d limit decreases lite expectancy due 1o Increased nut wear (more backlash) NEMA Size 8-2105 (20mm) Single Stack - Force vs. Linear Speed - 24VDC Operating atttm the ■ Reccmmrndcd tojd Limit decrease left eipectantYduelO indfairti out W*ir (more backlash]

Hybrid Stepper Motor Linear Actuators NEMA Size 8-2205 (20mm) Double Stack - Force vs. Rotary Speed - 24VDC Huttrt SpenJ Inim] NEMA Size 8-2205 (20mm) Double Stack - Force vs. Linear Speed - 24VDC 0|mrjiingzlxrjv thr *RpforrinieinJ«) Load LlmlHI«r«s*i llf« tipKljntydur to mtrraiod nut I more backlash]

NEMA 8 (20 mm) Hybrid Stepper Motor Linear Actuators ▀ STANDARD LEAD SCREW END MACHINING Example: Single Ended Custom Encoder or Custom Line Count EC For Encoder Ready Motors ER1 ek1 encoder single ended output EK1 ENCODER DIFFERENTIAL OUTPUT

Hybrid Stepper Motor Linear Actuators l Available Lead Screws and Travel per Step NEMA SIZE 11 EXTERNAL LINEAR ACTUATOR NEMA SIZE 11 NON-CAPTIVE LINEAR ACTUATOR

Hybrid Stepper Motor Linear Actuators NEMA Size 11-2110 (28mm) Single Stack - Force vs. Rotary Speed - 24VDC Operating abawthe "Hrrtommmded; Lo*d Until d**r**i« life expecUnc* dire to increased nul wrir (more b)cM»vh) Ririary Spard Irpmi NEMA Size 11-2110 (28mm) Single Stack - Force vs. Linear Speed - 24VDC Operating above She 1 Aecomme nded Load bmit decrease! life expectancy due to increased: nut wear (more backlash)

Hybrid Stepper Motor Linear Actuators NEMA Size 11-2209 (28mm) Double Stack - Force vs. Rotary Speed - 24VDC NEMA Size 11-2209 (28mm) Double Stack - Force vs. Linear Speed - 24VDC Optrjllngaaou* the 'Recommended Load Li mil detrmcef life l.i'i-.i! Speed Jinm/i^

NEMA 11 (28 mm) Hybrid Stepper Motor Linear Actuators ▀ STANDARD LEAD SCREW END MACHINING Example: Single Ended Line Count Single Ended Custom Encoder or Custom Line Count EC For Encoder Ready Motors ER1/ER2 ek1 encoder single ended output EK1 ENCODER DIFFERENTIAL OUTPUT ek2 encoder single ended output EK2 ENCODER DIFFERENTIAL OUTPUT For EK2 with index add “I” suffix. Example: EK, 512 Line Count, with Differential and index = EK2GI

NEMA 14 (35 mm) Hybrid Stepper Motor Linear Actuators ▀ Available Lead Screws and Travel per Step Screw Dia. (mm) Lead Code Travel per Step @0.9 Degree *values truncated ▀ Motor Characteristics Motor Single stack motor 35 mm Double stack motor 49 mm NEMA SIZE 14 CAPTIVE LINEAR ACTUATOR NEMA SIZE 14 EXTERNAL LINEAR ACTUATOR NEMA SIZE 14 NON-CAPTIVE LINEAR ACTUATOR

Hybrid Stepper Motor Linear Actuators NEMA Size 14-2110 (35mm) Single Stack - Force vs. Rotary Speed - 24VDC Operating above Lhr *ftc«WTHH«nded Load Limit dm renin lire ISO fnpfd a ■". .■ dus TO i-iLr*ju'd tiul w**r (mMc bartlasti) NEMA Size 14-2110 (35mm) Single Stack - Force vs. Rotary Speed - 24VDC Krtary SptOd -'rpr-n;-

Hybrid Stepper Motor Linear Actuators NEMA Size 14-2110 (35mm) Single Stack - Force vs. Linear Speed - 24VDC Operating abcwe (he *flecommF»nrJHJ Load Limit decraset life *ajj*cuncy due tsintnwsctf nut wfor (more oacklash] LOAD UMIT NEMA Size 14-2110 (35mm) Single Stack - Force vs. Linear Speed - 24VDC

Hybrid Stepper Motor Linear Actuators NEMA Size 14-2210 (35mm) Double Stack - Force vs. Rotary Speed - 24VDC Optfaung at*™* |hr "Recommended Load Limn d«M>ai« lif* Mpettancy due 10 intfciicd not w*ar (more backlash) Koury Speed |ipm] NEMA Size 14-2210 (35mm) Double Stack - Force vs. Rotary Speed - 24VDC

Hybrid Stepper Motor Linear Actuators NEMA Size 14-2210 (35mm) Double Stack - Force vs. Linear Speed - 24VDC etpetrjiH-y due to increased nui wtti- imnre bjvkl.^h! NEMA Size 14-2210 (35mm) Double Stack - Force vs. Linear Speed - 24VDC QpfNting jbovr (lis * RBflmmwdicd l<nd Limit decrease* II'E wwcl* ncy dw I* i™?3re<f nut weir (more bMJklaibJ LOAD UMll Lrnir Sptm] (mm/ft

NEMA 14 (35 mm) Hybrid Stepper Motor Linear Actuators ▀ STANDARD LEAD SCREW END MACHINING Threaded end Single Ended Single Ended Custom Encoder or Custom Line Count EC For Encoder Ready Motors ER1/ER2 ek1 encoder single ended output EK1 ENCODER DIFFERENTIAL OUTPUT ek2 encoder single ended output EK2 ENCODER DIFFERENTIAL OUTPUT For EK2 with index add “I” suffix. Example: EK, 512 Line Count, with Differential and index = EK2GI