PRECISION MICRO-APERTURESMINIATURE POSITIONERSMOTION CONTROLSOFTWARE T ELEPHONE : (603) 893-7393(800) 360-4598Fax:(603) 893-7857 Sales Engineer N > ATIONAL A > PERTURE ,I > NC .16 N > ORTHWESTERN D > RIVE ,S > ALEM ,N > EW H > AMPSHIRE 03079-4810E > MAIL :[email protected] > EB S > ITE :http://www.nationalaperture.com >

AP-1 . . . . . . . .Adapter Plate KIT-XY-1 . . . . .MM-1-XYconnection screw kit. > 0.63" (16.00mm) KIT-Z-1 . . . . . .MM-1-Z Connection with screws. > 0.376" (9.55mm) PA-1 . . . . . . . .Pinhole Adapter SS-1 . . . . . . . .Headless Adjusting Screw > 0.125" (3.175mm) thru Black anodized Al TG-1 . . . . . . . .Thumb Grip > Split end retainer 0.05" (1.27mm) Threaded 8-32(to fit MM-1 hole) 0.090"0.330" (4 places) 0.10" (2.54mm) 0.125" (3.175mm) 1.5"square1/4" Clearance 0.5" dia. thru PA-1 Pinhole Adapter > With the PA-1, apertures can be changed by replacing the entire adapter or by removing it and...

AP-3 . . . . . . . .Adapter Plate KIT-XY-3 . . . . .MM-1-XYconnection screw kit. > (16.0mm)(9.55mm) (2.54mm)(6.1mm) 0.376" KIT-Z-3 . . . . . .MM-1-Z Connection with screws. OA-3 . . . . . . . .Objective Adapter PA-3 . . . . . . . .Pinhole Adapter SS-3 . . . . . . . .Headless Adjusting Screw > 0.24" (6.1mm) thru0.05" TG-3 . . . . . . . .Thumb Grip > retainer (1.27mm) 0.575" (14.61mm)0.25" (6.35mm) 1/4" (6.35mm) clearance4 places (4.76mm)(50.8mm)(50.8mm) Threaded 5/16-24(to fit MM-3 hole) 0.63" 0.10" 0.24"Split end 2.5" (63.5mm) square 2.0" Black anodized aluminum PA-3 Pinhole Adapter > With the...

*Repeatability: 2ѵm *Homing Repeatability: 2ѵm *Accuracy (linearity): 3ѵm Speed (max.): 1.65mm/second @ 12 V with 64:1 gearhead Slider Backlash: 0 (spring preloaded) Encoder Conversion(resolution): 0.12406m per count with 64:1 gearhead > (16:1, 64:1, 256:1, 1024:1 gearheads optional) *Encoder resolution must be added based on the gearhead: 16:1 add ձ0.5m, 64:1 add ձ0.12m Wobble (max.): 0.02 mrad (~4 arc-second) Runout (max.): 0.002 mm Gearhead Backlash: 1-2 յm equivalent; can be compensated in software without overshoot Motor: 10 mm diameter, 6-12 VDC servo, brush type (see motor specifications)...

*Repeatability :2ѵm0.5ѵm *Homing Repeatability : 2ѵm0.5ѵm *Accuracy (linearity) :3ѵm/inch1.5ѵm/inch Speed (max.) : 12mm/second @ 12V1.65mm/second @ 12V Slider Backlash: 50Ƶm3m Encoder Conversion (resolution) : 0.49609յm/count 0.12406m/count (See also: gearhead options)with 16:1 gearheadwith 64:1 gearhead > * Encoder resolution must be added , based on the gearhead: 16:1 add ձ 0.5m, 64:1 add ձ0.12 m Ն Slider backlash represents maximum overshoot Runout (max.) : 3m/25.4mm Gearhead Backlash :1-2յm equivalent; can be compensated in software without overshoot Motor : 10 mm diameter, 6-12 VDC servo,...

*Repeatability: 0.5ѵm *Homing Repeatability: 0.5ѵm *Accuracy (linearity): 1.0ѵm per 25mm of travel Straightness: 2.0ѵm maximum deviation per 50mm of travel Speed (max.): 1.65mm/second @ 12 V with 64:1 gearhead Slider Backlash: 1Ƶm Gearhead Backlash: <2.54m; can be compensated in software without overshoot Encoder Conversion(resolution): 0.49609յm per count, with 16:1 gearhead > *Encoder resolution must be added, based on the gearhead: 16:1 add 0.0005mm, 64:1 add ѱ0.00012mmSlider backlash represents maximum overshoot Motor: 10mm diameter, 6-12 VDC servo, brush type Slide: Cross roller bearing...

Standard SliderAB Slider (anti-backlash) *Repeatability :2ѵm0.5ѵm *Homing Repeatability : 2ѵm0.5ѵm *Accuracy (linearity) :3ѵm1.5ѵm Speed, no load (max.) : 12mm/second @ 12V3mm/second @ 12V Slider Backlash: 50Ƶm3m Encoder Conversion (resolution) : 0.49609յm per count 0.12406m per count (See also: gearheard options)with 16:1gearheadwith 64:1 gearhead > * Encoder resolution must be added , based on the gearhead: 16:1 add ձ 0.5m, 64:1 add ձ0.12 m Ն Slider backlash represents maximum overshoot Runout (max.) : 3m/25.4mm (1 inch) Gearhead Backlash :1-2յm equivalent; can be compensated in software without...

*Repeatability: 0.50 ѵm *Homing Repeatability: 0.50 ѵm *Accuracy (linearity): 1.00 ѵm per 25mm of travel Straightness: 2.00 ѵm maximum deviation per 50mm of travel Speed, no load (max.): 7 mm/second @ 12V with 14:1 gearhead (other gearheads available) Slider Backlash: 1Ƶm Gearhead Backlash: <2.54m; can be compensated in software without overshoot Encoder Conversion (resolution): 0.3595յm per count, with 14:1 gearhead > *Encoder resolution must be added, based on the gearhead: 16:1 add 0.0005mm, 64:1 add ѱ0.00012mmSlider backlash represents maximum overshoot Motor: 13 mm dia., 6-12 VDC servo,...

Repeatability: 30 arc-second Homing Repeatability: ѱ30 arc-second Accuracy (linearity): 2 arc-minute, full travel Max Travel Rate > 1 : 96.63 degree/second, with 14:1 gearhead Encoder Conversion(resolution): 16.3091 arc-second/count, with 14:1 gearhead(See also MM-4M Resolution Sheet) > 1 Max travelrate calculated with a maximum motor armaturespeed of 20,000 RPM Load Capacity : 10 lbs (4.5 kg) Bearing Runout at Table: ѱ2.5m Standard Gearhead: 14:1 Gearhead Options: 14:1, 43:1, 66:1, 134:1, 159:1, 246:1, 415:1, 592:1, 989:1, 1,526:1, 2.608:1, 4,365:1 and 5,647:1 Worm Ratio: 90:1 Motor: 13mm diameter,...

Supply Voltage Nom. (Volts)6Armature Resistance (Ohm)12%20.1 Max power output (Watts) Supply Voltage5 VDC Nom. Max Voltage Supply15 VDC Operating Current5mA Nom. @5VDC Signal Phase Shift90Ѻ Max. Signal Freq.7.2 KHz Temperature Range-40C to +85ں C Output Signal TypeSquare wave Signal Rise TimeLess than 5s Phase RelationshipCh A leads CH B when motorrotation is clockwise as seen from shaft end.Pulses per Revolution10 (2 channels) Quadrature40 > (2) 0.42Max. Efficiency (%) > (2) 67No Load Speed (RPM) ձ12% > (2) 18,400Friction Torque (@ no load speed) (oz-in)0.004 No Load Current (mA)50% > (3) 10Stall...

Output Shaft RPM= RPM of motor/Gearhead RatioDistance per minute= Output shaft RPM x Lead (0.0125 in., 0.3175 mm)Distance per second= Distance per minute/60Distance in millimeter= inch/39.37 x 10 > -3 Distance in micrometer= inch/39.37 x 10 > -6 Encoder counts per shaft revolution= 40 encoder counts x Gearhead ratioMinimum encoder count (inch)= Lead (0.0125 in.)/ Encoder counts per output shaft revolutionMinimum encoder count (millimeter)= Minimum encoder count (inch)/39.37 x10 > -3 in.Minimum encoder count (micrometer) = Minimum encoder count (inch)/39.37 x 10 > -6 1 inch (in)= 25.4 mm1 inch...