H-8 Linear scale counter -3: Only available for 3-axis model -4: Code out unit (06AET993) is required. -5: Text can be output by interface unit and foot switch 09AAA207 09AAA198 Adapter Cross Reference (For adapting old linear scales to new counters, or new linear scales to old counters) Linear Scale Series No’s. Adapter No. Counters Old linear scales with 6 pin round connectors FOR AT2-N, AT2, AT-11N, AT11, AT12N (529 Series) 09AAA207 All KA, KS, KC, UDR Series Counters with 15 pin connectors. (All 174 Series) New linear scales w/15 pin D-Sub connectors FOR AT102, AT103, AT111, AT112, AT113, AT115, AT116, AT181 09AAA181 For all .0001” resolution counters with seven pin round connectors 09AAA181V* APL Counter 164-660*, 164-661*, 164-662* MPK-2L 983-352 09AAA198 For all .0005” resolution counters with six pin round connectors 09AAA198V* APL Counter 164-660*, 164-661*, 164-662*, 164-563*, 164-664*, 164-665* PL and PL Zero Output Counter 164-252A, 164-254A, 164-295A * V = Vertical type When only replacing one linear scale, you can use either horizontal or vertical type adapter. FUNCTIONS Counter Function KA-200 Counter KLD-200 Counter Zero-setting l l Preset l l Resolution setting l l Measurement direction setting l l mm/inch conversion l l Diameter display l l Scale reference point setting -1 l l 1/2 calculation l l Coordinate system switching l — Bolt-hole circle machining l -2 — Pitch machining l — Zero approach machining (INC mode) l — Addition of 2-scale data l -3 — Linearity error compensation l l Pitch error compensation l -1 — Smoothing l l Memory backup l l Expansion/contraction coefficient setting — l Lower digit blanking out l l External zero-setting s -4 l RS-232C interface unit s -4 l USB output s -5 — Limit signal output — l Error message l l l: Standard function, s: Optional function, —: Not available -1: Only available when connecting with AT100 series. -2: Not available in single-axis use
29
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Linear scale counter - · PDF fileH-9 Digital Readout/DRO packages 2-Axis/3-Axis Travels For Milling, Lathes & Surface Grinding Systems Vertical Cross Side (AT116 Slim Glass Scale)
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H-8
Linear scale counter
-3: Only available for 3-axis model -4: Code out unit (06AET993) is required. -5: Text can be output by interface unit and foot switch
09AAA207
09AAA198
Adapter Cross Reference(For adapting old linear scales to new counters, or new linear scales to old counters)
Linear Scale Series No’s. Adapter No. CountersOld linear scales
with 6 pin round connectors
FOR AT2-N, AT2, AT-11N,
AT11, AT12N (529 Series)09AAA207
All KA, KS, KC, UDR Series Counters with 15 pin connectors. (All 174 Series)
New linear scalesw/15 pin
D-Sub connectors
FOR AT102, AT103, AT111, AT112, AT113, AT115,
AT116, AT181
09AAA181For all .0001” resolution counters with seven pin round connectors
Order No. Description64PKA065A MILL pkg, 3-axis, ABS Scales, 12” x 30” x 6”, w/3 axis KA Counter (174-185A)64PKA066A MILL pkg, 3-axis, ABS Scales, 12” x 36” x 6”, w/3 axis KA Counter (174-185A)64PKA067A MILL pkg, 3-axis, ABS Scales, 16” x 36” x 6”, w/3 axis KA Counter (174-185A)
2-Axis, KA Counter Milling SystemPackage includes:• KA-200 counter• AT715 electromagnetic absolute linear scales • Brackets for linear scales • Display arm kit
Mitsubishi Electric CorporationMITSUBISHI CNC series
Mitsubishi Electric CorporationMR-J3 Amplifiers supporting Mitutoyo ENSIS interface
Resolution 0.05µmMaximum response speed 120m/minEffective range 4 to 120" / 100 to 3000mmAccuracy (20°C)* (3+3L0/1000)µm, (5+5L0/1000)µm when the effective range is 1600mm or moreProtection level IP53
*1: Combination of a 5m signal cable and a 2m extension cable
Mounting method A
5
(1.5)19
0.7
1
1
1
53.7
(54.7)
1
53.7(54.7)
54(54.7)
70
5
1
4.5
9
Middle support position L7
15.5
Middle support position L6
12 ±0
.2
10 50 ±0.2
13
12
5 1
23.2
Middle support position L7
5
25.7
50±0.2
16(5
4)36.5
1.5±0.2
ø9
60
41
18
Mounting hole pitch L2
Total length L4
Effective length L0
Max. travel length L1
10
12
19
7 14
17.5
22
0.3
Mounting hole pitch L3
2-R2.5
2-R2.5
1.5±
0.2
C-C' Sectional dimension
C-C' Sectional dimension
B-B' Sectional dimension
adjustable Middle support : see Mouting method A
signal cable
Mounting method B
Middle support (V)adjustable
Mounting method C
B
B'
C
C'
Middle Support : see Mounting method C adjustable
adjustable
2-M4 depth 5
G: Machine guide
Mounting method B,C
Middle support (V)adjustable
Block spacer
2-ø7 ø14 Countersunk, depth 6.5
Middle support : see Mounting method B
24
Countersunk, depth 6.5
AA
0.1
G 0.2
G 0.2
Middle support position L5
L6
174-183A
H-15
• Slim shape is suitable for space-saving designs.
• The high-rigidity ABS AT500-S series has vibration resistance, shock resistance and temperature control. The ABS AT500-H series offers excellent temperature control and high accuracy.
• Scale alarm display LED allows for easy maintenance.
• Supports the interfaces of various manufacturers, allowing a variety of system configurations.
ABS AT500-S
ABS AT500-H
Linear Scales ABS AT500SERIES 539 — Slim Spar Type
ABS AT5Resolution/Applicablesystem
Transmission methodNothing: Full duplex communicationA: Half-duplex communication
*1: Please contact each manufacturer for details.
Effective range
Reference point of expansion on the scale unit influenced by temperature fluctuation*C: Center of the effective rangeL: "+" side of the absolute valueR: "–" side of the absolute value* "L" or "R" is marked only for the high accuracy type. Type of the scale unitS: High rigidity typeH: High accuracy typeNote:"Reference point of expansion" The scale unit expands or contracts influenced by the temperature fluctuation. The mechanical reference point of expansion is defined as the reference point.
*ABS AT5
ABS AT5Resolution/Applicablesystem
Transmission methodNothing: Full duplex communicationA: Half-duplex communication
*1: Please contact each manufacturer for details.
Effective range
Reference point of expansion on the scale unit influenced by temperature fluctuation*C: Center of the effective rangeL: "+" side of the absolute valueR: "–" side of the absolute value* "L" or "R" is marked only for the high accuracy type. Type of the scale unitS: High rigidity typeH: High accuracy typeNote:"Reference point of expansion" The scale unit expands or contracts influenced by the temperature fluctuation. The mechanical reference point of expansion is defined as the reference point.
*ABS AT5
SPECIFICATIONSHigh-rigidity type High-accuracy type
Model ABS AT500-SC ABS AT500-HC ABS AT500-HL/HRResolution 0.005µm*1/0.05µmMaximum response speed 150m/min (72m/min for the H series whose resolution is 0.005µm)Effective range 100 to 2200mm 100 to 1000mm 100 to 350mmAccuracy (20°C)*2 (3+3L0/1000)µm (2+2L0/1000)µmReference point of expansion influenced by the temperature fluctuation
Center of the effective measuring lengthEdge of the effective measuring length
HL: "+" side of the absolute valueHR: "–" side of the absolute value
Protection level IP53
*1: The exact value is 0.0048828125µm since the 20µm signal is divided by 4096.
Meaning of Model No.
Model Resolution Applicable systemABS AT553 0.05µm FANUC Ltd.
NC Control unitABS AT555 0.005µmABS AT543 0.05µm Mitsubishi Electric Corporation
MITSUBISHI CNC seriesABS AT545 0.005µmABS AT543A 0.05µm Mitsubishi Electric Corporation
MELSERVO seriesABS AT545A 0.005µm
ABS AT573A 0.05µm Panasonic Corporation, Motor Business UnitMINAS series*1
L: Effective range (mm).• Compatible with servo amplifiers from
a range of companies (high-speed serial interfaces).
• Signal adjustment at installation is automatically performed with dedicated software.
Linear Scales ABS ST700SERIES 579 — General-purpose Type
Absolute type
Series nameSeparate Type ABSOLUTE Linear ScaleABS ST700 Compact-type series (Effective range ≤ 3m)ABS ST700 Compact-type series (3.2m ≤ Effective range ≤ 6m)
Interface specification*1
0: Supports Mitutoyo ENSIS high-speed interface ABS ST708A, ST708AL4: Supports Mitsubishi Electric Corporation high-speed serial interface ABS ST748, ST748AL, ABS ST748, ST748L5: Supports FANUC Ltd. high-speed serial interface ABS ST758, ST758L7: Supports Panasonic Corporation, Motor Business Unit high-speed serial interface ABS ST778A, ST778AL8: Supports YASKAWA Electric Corporation high-speed serial interface ABS ST788A, ST788AL
ABS ST7 0 8 A L - 100 A - R
Effective range: 100mm to 6000mm
A: Scale base typeC: Glass scale type
Head cable outlet directionR : Right sideL : Left sideU : Upper sideD : Lower sideNothing: 100mm to 3000mm
L: 3200mm to 6000mm
Transmission methodA: 2-wire systemNothing: 4-wire system
Detection head form and resolution8: Form: 50mm (W)×28mm (D)×11mm (H)Resolution: 0.1µm9: 0.05µm resolution (to special orders)
Meaning of Model No.
Scale base type
Glass scale type
SPECIFICATIONSModel ABS ST700Scale type Scale base type Glass scale typeResolution 0.1µm (0.05µm to special order)Detection method Electromagnetic induction ABS linear encoderMax. effective range 6000mm 1100mmAccuracy (20°C) 5+(5L/1000)µm L: Effective range (mm) 3+(3L/1000)µm L: Effective range (mm)Maximum response speed 5m/s
Linear expansion coefficient(12.0±1.5)×10-6/ ºC
(When the material of the mounting components is steel or equivalent.)
(8±1.0)×10-6/ ºC
Power supply voltage 5V±10% (at the detection head)(Ripple + spike noise component should be less than 100mV.)
Operating temperature/humidity range 0 to 50°C, RH 20 to 80%Storage temperature/humidity range –20 to 70°C, RH 20 to 80%
Available Interfaces*1
FANUC Ltd. FS-i Series, Power Mate i SeriesMitsubishi Electric Corporation MELSERVO MR-J4/MR-J3 Series Mitsubishi Electric Corporation CNC Series, MDS-D/MDS-DH SeriesYASKAWA Electric Corporation Σ-V,Σ-III Series Panasonic Corporation, Motor Business Unit MINAS-A5, A5L, A5N, A5NL, MINAS-A4, A4P, A4N, A4NL SeriesMitutoyo ENSIS*2
Nikki Denso Co.,Ltd. VCII/VC/VPS series Servoland Corporation SVF Series PMAC Japan Co. Ltd. UMAC-Turbo PMAC2
*1 Be sure to contact each manufacturer for details of the applicable systems (availability of connection).*2 ENSIS is a registered trademark of Mitutoyo Corporation.
Feedback cable• Yaskawa Electric Corporation serial cable can be used
as the feedback cable to connect to a Yaskawa Electric Corporation servo amplifier.
Cable model number : JZSP-CLP- (03, 05, 10, 15, 20)• For the feedback cable to connect to a Mitsubishi Electric
Corporation MR-J2S/MR-J3, contact Mitutoyo with the following code numbers.
For the MR-J2S 5m : No.06ACF116A 10m : No.06ACF116B For the MR-J3 5m : No.06ACF117A 10m : No.06ACF117B
• Any scale size drawings are available on request.
Double-end tension version
Double-sided adhesive mounting version
H-18
SPECIFICATIONSOrder No. 549-701AModel MICSYS-SA1Detection method Laser speckle image correlationEffective range ±100µm (2D)Resolution 1 nmAccuracy (20°C) ±100 nmData update period 20Hz
1. Evaluation of stages used in manufacturing equipment and inspection systems
2. Highly accurate positioning of workpieces
3. Measurement of minute displacement
a) Evaluation of position repeatability b) Evaluation of standstill stability and drift
Measure displacement caused by temperature, humidity, voltage fluctuation or other factors
Actuator
Setting and removal
Actuator
Measure displacement caused by temperature or humidity fluctuations or other factors and displacement caused during a material attachment process, etc.
a) Measurement of minute displacement of a structure b) Measurement of minute displacement of a workpiece
Structure (beam)
Load
Applications
FEATURES• Simultaneous, non-contact measurement of
X-Y position.• Nano-resolution measurement.• Suitable for applications such as stage
position repeatability, strain measurement, deflection measurement, etc.
• Applies the image correlation of a speckle pattern.
• No scales needed—can detect on any optically rough surface.
• Detector can be completely removed from surface and replaced to continue reading.
1.10”(28) 2-ø3.4, through holeø6.5Countersunk,depth3.35”(9).39”(10)
.15”(4).79”(20) ±0.2
.19”
(5)
.39”
(10)
.24”
(6.1
)
.39”
.23”
.06”
(1.6
)
I/F unit
Detector
Standard target
Mass : 300g
Mass : 10g
Mass : 1700g
DIMENSIONS
H-19
• A wide variety of measuring ranges are available in this standard type scale unit.
• Connectable to the KA counter, KLD counter, or PSU-200.
Linear Scales AT103SERIES 539 — Standard Type
SPECIFICATIONSModel AT103Effective range 4" to 240" / 100 to 6000mm (42 models) Resolution .001" to .000005" / 0.01 to 0.0001mm
Accuracy (20°C) Effective range 100 to 3000: (5+5L0/1000)µm Effective range 3250 to 6000: (5+8L0/1000)µm
Output signal Two 90° phase-shifted sinusoidal signalsMaximum response speed 120m/min (50m/min when the effective measuring length is 3250 to 6000mm)Signal output pitch 20µmScale reference point Output in 50mm pitchProtection level IP53Operating temperature 0 to 45°C
* High-precision model AT103F (JIS Class 0, (3+3L0/1000)µm) is also available to special order for the effective range of 100 to 2000mm.
* Ultrahigh-precision model AT103S (2+2L0/1000)µm is also available to special order for the effective range of 100 to 500mm.
174-183A 2-Axis KA Counter174-185A 3-Axis KA Counter
174-183A
H-20
Linear Scales AT113SERIES 539 — Slim Spar Type
• Slim spar type with unit sectional dimensions of 22×35mm.
• Connectable to the KA counter, KLD counter or PSU-200.
• Dimensionally compatible with AT116 linear scale units.
SPECIFICATIONSModel AT113Effective range 4" to 60" / 100 to 1500mm (20 models)Resolution .001" to .000005" / 0.01 to 0.0001mm Accuracy (20°C) Standard: (5+5L0/1000)µm, High accuracy: (3+3Lo/1000)Output signal Two 90° phase-shifted sinusoidal signalsMaximum response speed 120m/minSignal output pitch 20µmScale reference point Output in 50mm pitchProtection level IP53Operating temperature 0 to 45°C
* High-precision model AT113F (JIS Class 0, 3+3L0/1000)µm is also available to special order.* Ultrahigh-precision model AT113S (2+2L0/1000)µm is also available to special order for the effective range 100 to 500mm.
AT113 Effective rangeL0 inch / mm
Signal cable length(m)Order No. (standard) Model Order No. (High accuracy) Model
174-183A 2-Axis KA Counter174-185A 3-Axis KA Counter
174-183A
H-21
Linear Scales AT112-FSERIES 539 — Super Slim Spar Type
• Super slim spar type with unit sectional dimensions of 15.4×30mm.
• Connectable to the KA counter, KLD counter or PSU-200.
SPECIFICATIONSModel AT112-F (High Accuracy)Effective range 1.5" to 40" / 50 to 1020mm (19 models)Resolution .001 to .000005" / 0.01mm to 0.0001mmAccuracy (20°C) (3+3L0/1000)µmOutput signal Two 90° phase-shifted sinusoidal signalsMaximum response speed 50m/minSignal output pitch 20µmScale reference point Output in 50mm pitch*1
Protection level IP53Operating temperature 0 to 45°C
* Ultra-high precision model AT112S (2+2L0/1000)µm is also available to special order for the effective range 50 to 320mm.*1: Models whose effective range is 50mm or 70mm: Center point Models whose effective range is 120mm or more: 50mm pitch starting at a point 35mm from the " " mark on the left seen
174-183A 2-Axis KA Counter174-185A 3-Axis KA Counter
174-183A
H-22
FEATURES• Suitable for milling machines, XY tables, jigs, etc.• Dimensionally compatible with AT113 linear
scale units.• Connectable to the KA counter, KLD counter or
PSU-200.
Linear Scales AT116SERIES 539 — Economy and Slim Spar Type
SPECIFICATIONSModel AT116Effective range 4" to 60" / 100 to 1500mm (20 models)Resolution 0.01 to 0.0001mm (.001" to .000005")Accuracy (20°C) (5+5L0/1000)µmOutput signal Two 90° phase-shifted sinusoidal signalsMaximum response speed 50m/minSignal output pitch 20µmScale reference point Output in 50mm pitchProtection level IP53Operating temperature 0 to 45°C
174-183A 2-Axis KA Counter174-185A 3-Axis KA Counter
174-183A
H-23
Linear Scales AT402ESERIES 539 — General-purpose Type
• Ideal for machine tools for heavy cutting, as well as linear motors.• Multi-point elastic fixing for excellent vibration resistance (200m/s2), shock resistance (400m/
s2) and temperature characteristics.• The Absolute Interval Code allows for a simplified, low-cost ABS system.• High accuracy of ±2µm (up to 540mm)
SPECIFICATIONSModel AT402EEffective range 5.6" to 121.6" / 140 to 3040mm (24 models)
Accuracy (20°C)Effective range: 140 to 540mm: ±2µmEffective range: 640 to 940mm: ±3µmEffective range: 1040 to 3040mm: ±3µm/m
Output signal Signal: 1Vp-p differential sinusoidal signalDifferential reference point pulse: Absolute Interval Code compatible
Maximum response speed 120m/min (With sinusoidal signal amplitude of –3dB)Signal output pitch 20µmProtection level IP53Operating temperature 0 to 45°C
Cable configurationType A: 3m flying lead cable Type B: 3m cable with European CNC connectorsType C: 3m cable with FANUC connectors
Note: 1. “G” indicates the machine guide.2. “P” indicates the opposite side for attaching the aluminum frame.
“S” indicates the opposite side for attaching the detector head.3. “Q” and “R” indicate this linear scale’s reference surface for attachment.
7
Effective length L0
(Effective length L0)
ø6 through P100 x n
L2=(L0/2)+65
P100 ±0.2 35
Maximum travel distance L3=L0+10
Dedicated leaf spring (Elasic fixing portion)
M5x0.8 length 25(Spring washer, small round flat washer)
(Detector head)
Entire length L2=L0+119 19 ±2
5
2-M5 depth 5
Hex socket bolts M5Nut M6
37 2±0.1 (Level gap between the detector head and the aluminum frame)
Air purgeM5x0.8 depth 5
27.6 (14.8)13
*Aluminum frame G
1.5 ±
0.1
(Leve
l gap
bet
wee
n th
e de
tect
or
62 ±
0.1
6
39.8
25
85
58.5
10.4
*Opposite side for attachment
*Aluminum frame
(Aluminum frame)
*Opposite side for attachment
*Lengthwise direction *Vertical direction
* Lengthwise
head
and
the
alum
inum
fram
e)
direction *Vertical direction
P 0.1
ex.3 ex.2
ex.1
G
S 0.1 P
0.1 R
0.05/500
R 0.1 G 0.05/500
76 ±0.2
40 ±0.2 25 90 (19)
ø7 through hole
Signal cable
ø6.5
*Lengthwise direction
25 ±0
.2
5
Unit: mm
DIMENSIONS
Signal cable length: 3m* The indication of " " in the code numbers will be 01 for Type A, 02 for Type B, 03 for Type C, and 00 for no cable
H-24
Linear Scales AT203SERIES 539 — Standard Type
• The travel length of the linear scale is output with 2-phase square wave signals, which can be used as a feedback signal for NC machine tools.
• The pulse signal unit (PSU) is no longer needed, and the AT203 can be directly connected to an NC machine tool.
SPECIFICATIONSModel AT203Effective range 4" to 240" / 100 to 6000mm (42 models)
Accuracy (20°C)Effective range: 100 to 1500mm (3+3L0/1000)µmEffective range: 1600 to 3000mm (5+5L0/1000)µmEffective range: 3250 to 6000mm (5+8L0/1000)µm
Output signal Two 90° phase-shifted square wave signalsMaximum response speed 120m/min (50m/min when the effective range is 3250 to 6000mm)Resolution 0.1/0.5/1µm (Switchable by the DIP switches)Scale reference point Output in 50mm pitchProtection level IP53Operating temperature 0°C to 45°C
Resolution/ Minimum edge-to-edge interval:0.1 to 5µm / 125 to 1000ns, 22 types
Meaning of Model No.
Common specificationModel AT211Effective range* 4 to 60" / 100 to 1500mm (20 models)
Accuracy (20°C)*(3+3L0/1000)µm L0: effective range (mm)
(2+2L0/1000)µm (L0≤500mm)Output signal Two 90° phase-shifted square wave signalsMaximum response speed* 5.4 to 120m/min (varies depending on the resolution or minimum edge interval)Resolution* 0.1/ 0.2/ 0.5/ 1.0/ 2.5/ 5.0µmScale reference point* 50mm/Center point/Left-edge point/Right-edge pointProtection level IP53Operating temperature 0 to 45°C* Desired specification is selectable.
FEATURES• High-resolution, high-accuracy sealed
type linear scales. Ideal for feedback control in positioning a semiconductor manufacturing system, CNC machine tool, etc.
• Two types of models are available: the AT211-A, the multiple-point installation type designed for improved resistance against vibration and shock; and the AT211-B, which attaches to a machine at both ends. The AT211-B is compatible with the AT111 slim type in size.
G
AIR
A
0.1 A//
19
0.1//Scale unit mounting surface
0.5±0.2Air supply hole (M5)(On both sides)
25
40
58
2014.3
• Any scale size drawings are available on request.
H-27
*1: Effective range Accuracy300mm or less ±1µm500mm or less ±2µm
1000mm or less ±3µm3000mm or less ±3µm/m
• Outputs 2-phase square and sinusoidal wave signals at 10µm pitch.
• Has a thinner detector head (thickness 11mm).
Linear Scales ST24SERIES 579 — Standard Type
SPECIFICATIONSModel ST24Detection method Reflective photoelectric linear encoder
Main scale grating pitch 20µmSignal output pitch 10µmEffective range 10 to 3000mmResolution 0.01, 0.02, 0.05, 0.1µmAccuracy (20°C)*1 ±1µm, ±2µm, ±3µm(/m)Maximum response speed*2 1200mm/s
Scale reference point Center point (10 to 80mm) 50mm pitch (100 to 3000mm)
Power supply voltage DC5V ±5%Operating temperature/ humidity range 0 to 40°C/ 20 to 80% (no condensation)Storage temperature/ humidity range –20 to 60°C/ 20 to 80% (no condensation)Head cable length 1m (high-flex connecting cable)
• 10 to 80mm (Adhesive fixing type) * • 100 to 3000mmST24 Mounting dimensions Unit: mm
R4
4-R4
R4
スケール取付部 推粧図(Scale=2/1)
蹟着宰塗布部シリコン系_KE441にぉろ弾勢エポキシ系_EP001む使 p゚ゆみcモ。
2
1.5
1.5
71
8.5
0.4
ModelPart No.
Mitutoyo Corporation
MADE IN
JAPAN
ST24/ST4406ACA179
B00001No.C
2×M3, depth 6
G: Machine guideway
Scale reference point signal output position (Stroke center point)
• The maximum effective measurement range of 3000mm enables use on large machines.
• Two types available for each signal output specification.
• LED function for indicating signal errors.
*2: Maximum response speed when the sinusoidal signals are output
• Any scale size drawings are available on request.
H-28
• The maximum response speed is 5000mm/s. (When resolution is 1µm and the minimum edge interval is 125ns.)
• Ultra-compact detector control unit allows use in applications where space-saving design is important.
• The maximum effective measurement length of 3000mm enables use on large machines.
• Simultaneous output of 2-phase square wave signals (maximum resolution: 0.2µm) and 2-phase sinusoidal wave signals (main signal: 40µm) is available.
• LED function for indicating signal errors.• Equipped with scale reference point output.
Linear Scales ST422SERIES 579 — Compact Type
SPECIFICATIONSModel ST422Detection method Reflective photoelectric linear encoderOutput signal 2-phase sinusoidal signals, 2-phase square wave signalsMain scale grating pitch 40µmSignal output pitch 40µmEffective range 10 to 3000mmAccuracy (20°C)*1 ±1µm, ±2µm, ±3µm(/m)Resolution 0.2µm/ 0.5µm/ 1µm/ 5µm (Selectable with internal switch)Scale reference point Center point (10 to 75mm)/ 50mm pitch (100mm or more)Maximum response speed 5000mm/s (varies depending on the setting)Minimum edge-to-edge interval 125ns/ 250ns/ 500ns/ 1µs (selectable with internal switch)Operating temperature/ humidity range 0 to 40°C, RH 20 to 80% (no condensation)Storage temperature/ humidity range –20 to 60°C, RH 20 to 80% (no condensation)Head cable length 1m
*1: Effective range Accuracy300mm or less ±1µm500mm or less ±2µm
1000mm or less ±3µm3000mm or less ±3µm/m
Direction to insert cable
B
2×M2.5, through holeScale reference point
50mm pitch
A
3.5x6, slot
ø3.5
Cable clamp
Retaining spring A
Retaining spring B
Cable clamp
Exposed portion of cable and cable clampAlways ground to the machine using the cable clamp.
13.
5(2
4.8)
6
4.8(1.2)7.5
13.5±0.2
Overall length L2
Effective range L1(L2-L1) /2
4.7
10(2
)5
20
5.5
2530
4.6 4.6
2212
+0.5
0
0.410
616
L3L3
Exposed portion of cable and cable clampAlways ground to the machine using the cable clamp.
Cable clamp
Cable clamp
60001
No.09AAB211A
No.SERIAL
MADE IN JAPAN
Direction to insert cable
ø3.5
3.5x6, slot
2×M2.5, through hole
A
Scale reference point50mm pitch*2
Overall length L2Effective range L1(L2-L1)/2
10±1*1
13.
5(2
4.8)
4.7
10
4.6 4.6
120.
7
(2)
5
20
3025
5.5
1.8(1.2)7.5
10.5±0.2
166
10 0.4
// A0.05// G0.05
// A0.05
0.02BG: Machine guideway
Unit: mm• ST422-10 to 350 (Adhesive fixing type) *3 • ST422-400 to 3000ST422 Scale unit mounting dimensions
*1 When stroke is 100mm or longer*2 One center point when stroke is 10 to 75mm*3 For information on fixing methods for adhesive fixing type
• Any scale size drawings are available on request.
H-29
• Includes an automatic adjusting function for the signal (EZA function) at the push of a button.
• Detector head mounting and signal adjustment possible without oscilloscope or PC.
• A setup indicator for checking signal strength is included.
• I/F circuit integrated in connector shell reduces volume to 60% compared to conventional interface.
• Self-diagnosis function with USB connectivity facilitates signal strength checking and parameter setup.
• Glass and metal tape scales are available.• The thickness of the detector head is
only 7.5 mm. The metal tape scale type has a mounting surface area of 12.5 by 9.325 mm, allowing use in applications where a space-saving design is important.
• Drawings are available on request
Linear Scales ST46-EZASERIES 579 — Compact Type
SPECIFICATIONS
Glass Scale Type
Metal Tape Scale Type
•Double-end fixing tentioned design
•Double-sided adhesive tape fixing design
Model ST46-EZADetection method Reflective photoelectlic linear encoderScale type Glass Metal tapeMain scale grating pitch 20µm
Output signal Type B: 2-phase square wave signals, reference point pulse, external reset input.Type C: 2-phase square wave signals, reference point pulse, 2-phase sinusoidal signals.
Effective range 10 to 3000mmResolution 0.05µm to 5 µm
Accuracy (20°C)Effective range 10 to 300mm: ±1µm Effective range 350 to 500mm: ±2µm Effective range 600 to 1000mm: ±3µmEffective range 1100 to 3000mm: ±3µm/m
Effective range 10 to 1000mm: ±5µm Effective range 1100 to 3000mm: ±5µm/m(The above accuracy applies to individual scales. For double-end fixing designs, perform point-to-point correction after ensuring the metal tape is tensioned correctly.)
Maximum response speed 2.6m/s (With sinusoidal signal amplitude of -3dB)Scale reference point 50mm pitch, 10 to 80mm: Center pointPower supply voltage 5VDC±5%Operating temperature/humidity range 0 to 40°C, RH 20 to 80% (no condensation)Storage temperature/humidity range –20 to 60°C, RH 20 to 80% (no condensation)
Signal strength checking and parameter setup can be performed on a PC (PC to be prepared by customer)
Connector control unit has setup indicator
Adjustment SW / CAL display / Reference point display
Main scale grating pitch 8µmSignal output pitch 4µmEffective range 10 to 3000mmResolution 0.01, 0.02, 0.05, 0.1µmAccuracy (20°C)*1 ±0.5µm, ±1µm, ±2µm(/m)Maximum response speed*2 1200mm/s
Scale reference point Center point (10 to 80mm) 50mm pitch (100 to 3000mm)
Power supply voltage DC5V ±5%Operating temperature/humidity range 0 to 40°C/ 20 to 80% (no condensation)Storage temperature/ humidity range –20 to 60°C/ 20 to 80% (no condensation)Head cable length 1m (high-flex connecting cable)
*1: Effective range Accuracy300mm or less ±0.5µm500mm or less ±1µm
1000mm or less ±2µm3000mm or less ±2µm/m
*2: Maximum response speed when the sinusoidal signals are output
R4
4-R4
R4
スケール取付部 推粧図(Scale=2/1)
蹟着宰塗布部シリコン系_KE441にぉろ弾勢エポキシ系_EP001む使 p゚ゆみcモ。
2
1.5
1.5
71
8.5
0.4
ModelPart No.
Mitutoyo Corporation
MADE IN
JAPAN
ST24/ST4406ACA179 B00001No.C
2×M3, depth 6
G: Machine guideway
Scale reference point signal output position (Stroke center point)
Scale reference point signal output position(And subsequent separate points with 50mm pitch)
32±0.12
(20) (20)Overall length L2
Effective range L1
12+ 00.
5
(11.7
)
11
24.5
4.8
22
16.5±0.1
11
32±0.12
7±0.1
36
9.5±
0.2
(0.7)
Scale fixing pitch L3Scale fixing pitch L3
2×ø4.5
Scale retaining spring B35
521
0.41.525±0.2
// A0.05// G0.02
A0.02
// G0.02
// A0.05
A0.02
// G0.02
// G0.02
G0.2//
G0.01/200// G0.01/200//G0.01/200�
GB
0.01// G0.02
�
G0.02/100//0.02/100�
G0.02/100�
Unit: mmMounting dimensions• 10 to 80mm (Adhesive fixing type) • 100 to 3000mm
Dimensions of scale units
* The above code numbers are for recommended items marked with / symbols. If recommended specifications meet your requirements, use these code numbers to order.* The and symbols in the tables above have the following meanings: →A (2-phase sinusoidal signals): →1 →B (2-phase square wave signals + reset input): →2 →C (2-phase sinusoidal signals + 2-phase square wave signals): →3 →D (1Vp-p differential) : →4
• Any scale size drawings are available on request.
H-31
Fiber Scale ST-F11SERIES 579 — Ultra Compact Linear Scale
Processor LED Indicators
ST-F11
FEATURES• Ultra-compact detector head: 5mm width
(S-Type)• High resolution: 100 nm (0.1µm), 50 nm
(0.05µm), 10 nm (0.01µm)• Isolated heat source. No heat source at the
detector head.• Immune to EMI.• Easy installation. LEDs on the processor
indicate which direction to adjust the detector head when mounting.
Model ST- F11B ST- F11CDetection method Diffraction interference , reflection-type linear encoderGrating pitch for the main scale 4 µmSignal output pitch 2 µm
Output signal 2-phase-shifted square wave (+ reset input)
2-phase-shifted square wave 2-phase-shifted sine wave
• The PSU-200 splits the sinusoidal signal output by Mitutoyo linear scales into a minimum of four and a maximum of 200 divisions, and converts the signal to a square-wave signal so that NC feedback systems, measurement control devices, etc., can be used with linear scales in order to achieve highly accurate positioning.
SPECIFICATIONSOrder No. 539-005Model PSU-200Number of axes 1 axis
Input Input connector DA-15S-N (JAE) or equivalentInput signal: 2-phase sinusoidal and the reference voltage, reference point, scale alarm
Number of splits 4, 8, 10, 20, 40, 80, 100, 200 (Selectable with the switch)
Function
Setting the number of slits, setting the minimum edge interval, and maximum response speed.Detection of broken wires or short circuits and abnormalities (alarm), detection of signal errors (alarm).Power supply voltage low-alarm (warning light only), switching between high-impedance mode and alarm-signal output mode. Reference position detection light, hysteresis width settings (directly linked to No. of divisions), external alarm reset input (photocoupler), switching directions
Power supply voltage 5VDC±5%Current consumption 200mAStorage temperature range –20°C to 70°COperating temperature range 0°C to 40°CDimensions 160(W)×100(D)×28(H)mmMass Approx. 620g
TUPTUO
TUPNI
PWRPZP.E
CALALMO.S
Control devicePSU-200Mitutoyo linear scale
System configuration
28
100
190
175
160
TUPTUO
TUPNI
PWR
PZ
P.E
CAL
ALM
O.S
CodeNo.
Model
SerialNo.
Power
MADE IN JAPANM
itutoyo Corporation
539-005PSU-2009000061DC5V
2×ø4.5 (hole)
7.5
14
(1) (4)(5)(6)
(2)(3)
(7)
(8)
Unit: mmDIMENSIONS
H-34
Linear ScalesQuick Guide to Precision Measuring Instruments
■ Absolute systemA measurement mode in which every point measurement is made relative to a fixed origin point.
■ Incremental systemA measurement mode in which every point measurement is made relative to a certain stored reference point.
■ Origin offsetA function that enables the origin point of a coordinate system to betranslated to another point offset from the fixed origin point. For this function to work, a system needs a permanently stored origin point.
■ Restoring the origin pointA function that stops each axis of a machine accurately in position specific to the machine while slowing it with the aid of integrated limit switches.
■ Sequence controlA type of control that sequentially performs control steps according to a prescribed order.
■ Numerical controlA way of controlling the movements of a machine by encoded commands created and implemented with the aid of a computer (CNC). A sequence of commands typically forms a ‘part program’ that instructs a machine to perform a complete operation on a workpiece.
■ Binary outputRefers to output of data in binary form (ones and zeros) that represent numbers as integer powers of 2.
■ RS-232CAn interface standard that uses an asynchronous method of serial transmission of data over an unbalanced transmission line for data exchange between transmitters located relatively close to each other. It is a means of communication mainly used for connecting a personal computer with peripherals.
■ Line driver outputThis output features fast operating speeds of several tens to several hundreds of nanoseconds and a relatively long transmission distance of several hundreds of meters. A differential-voltmeter line driver (RS422A compatible) is used as an I/F to the NC controller in the linear scale system.
■ BCDA notation of expressing the numerals 0 through 9 for each digit of a decimal number by means of four-bit binary sequence. Data transmission is one-way output by means of TTL or open collector.
■ RS-422An interface standard that uses serial transmission of bits in differential form over a balanced transmission line. RS-422 is superior in its data transmission characteristics and in its capability of operating with only a single power supply of +5V.
■ AccuracyThe accuracy specification of a scale is given in terms of the maximum error to be expected between the indicated and true positions at any point, within the range of that scale, at a temperature of 20ºC. Since there is no international standard defined for scale units, each manufacturer has a specific way of specifying accuracy. The accuracy specifications given in our catalog have been determined using laser interferometry.
■ Narrow range accuracyScale gratings on a scale unit normally adopt 20µm pitch though it varies according to the kind of scale. The narrow range accuracy refers to the accuracy determined by measuring one pitch of each grating at the limit of resolution (1µm for example).
Glossary
Tests for Evaluating Linear Scales1. Testing within the service temperature rangeConfirms that there is no performance abnormality of a unit within the service temperature range and that data output is according to the standard.2. Temperature cycle (dynamic characteristics) testConfirms that there is no performance abnormality of a unit during temperature cycling while operating and that data output is according to the standard.3. Vibration test (Sweep test)Confirms that there is no performance abnormality of a unit while subject to vibrations of a frequency ranging from 30Hz to 300Hz with a maximum acceleration of 29.42m/s2.
4. Vibration test (Acceleration test)Confirms that there is no performance abnormality of a unit subject to vibrations at a specific, non-resonant frequency. (Approx. 98.07m/s2)
5. Noise testThe noise test conforms to EMC Directive EN61326-1+A1:1998.
6. Package drop test This test conforms to JIS Z 0200 (Heavy duty material drop test)
H-35
Upon supply of power to a linear scale, position readings from three capacitance-type sub-scales (COArse, MEDium and FINe) and one from a photoelectric sub-scale (OPTical) are taken. These sub-scales use such a combination of pitches, and are so positioned relative to each other, that the readings at any one position form a unique set and allow a microprocessor to calculate the position of the read head on the scale to a resolution of 0.05µm (0.005µm).
■ Principle of the Absolute Linear Scale (Example: ABS AT300, 500-S/H)
MADE IN JAPANAT500
3768mm
OPT
COA
MED
FIN
Elect
rosta
tic ca
pacit
ance
type
Phot
o-ele
ctro
nic t
ype
3768mm
58.88mm
0.92mm
20µm
(512)
(512)
(400) (4096)
0.05µm0.005µm
7.36mm
0.115mm
(512) Approx. 1.8µm
ResolutionSignal cycle (interpolation)
Computer Digital counterLaser length measuring machine counter
Laser sourceInterferometer Optical axis of
laser beam
Cube corner
Fixture
Scale unit
Movable table
The accuracy of the scale at each point is defined in terms of an error value that is calculated using the following formula:
Error = Value indicated by laser inspection system − Corresponding value indicated by the linear scale
A graph in which the error at each point in the effective positioning range is plotted is called an accuracy diagram.There are two methods used to specify the accuracy of a scale, unbalanced or balanced, described below.
Positional Indication accuracyThe accuracy of a linear scale is determined by comparing the positional value indicated by the linear scale with the corresponding value from a laser length measuring machine at regular intervals using the accuracy inspection system as shown in the figure below. As the temperature of the inspection environment is 20˚C, the accuracy of the scale applies only in an environment at this temperature. Other inspection temperatures may be used to comply with internal standards.
(1) Unbalanced accuracy specification - maximum minus minimum error
This method simply specifies the maximum error minus the minimum error from the accuracy graph, as shown below. It is of the form: E = (α+ βL)µm. L is the effective range (mm), and α and β are factors specified for each model. For example, if a particular type of scale has an accuracy specification of (3 + 3L———1000 )µm and an effective range of 1000mm, E is 6µm.
Scale error at any point in range relative to start of range
0
Error
Effective range X Measuring point
Maximum difference in scale error: E(µm)
(2) Balanced accuracy specification - plus and minus about the mean error
This method specifies the maximum error relative to the mean error from the accuracy graph. It is of the form: e = E ± — 2 (µm). This is mainly used in separate-type (retrofit) scale unit specifications.
0Error
Effective range X Measuring point
Maximum error about mean error E : ±— (µm) 2
Mean error
A linear scale detects displacement based on graduations of constant pitch. Two-phase sinusoidal signals with the same pitch as the graduations are obtained by detecting the graduations. Interpolating these signals in the electrical circuit makes it possible to read a value smaller than the graduations by generating pulse signals that correspond to the desired resolution. For example, if the graduation pitch is 20µm, interpolated values can generate a resolution of 1µm. The accuracy of this processing is not error-free and is called interpolation accuracy. The linear scale's overall positional accuracy specification depends both on the pitch error of the graduations and interpolation accuracy.
■ Specifying Linear Scale Accuracy
Overview of Accuracy Inspection System
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