Optical ENCODERS for LINEAR and ROTARY Applications PRODUCT RANGE SIMPLY PRECISE

Optical ENCODERS for LINEAR and ROTARY Applications WWW.NUMERIKJENA.DE 2016 PRODUCT RANGE SIMPLY PRECISE

NOTES 2

3 Index 1. Company 4 2. Product Overview 6 2.1 Complete Product Range 6 2.2 Technical Comparison 7 2.3 Functional Principle 8 2.4 Scale Tapes 9 2.5 Grating Disks 10 2.6 Grating Disks - Examples 11 3. Linear Encoder 12 3.1 LIA Series 12 3.2 LIK Series 14 3.3 LAK 16 3.4 Kit L 18 3.5 Kit LA 20 COMPANY PRODUCTS 4. Rotary Encoder 22 4.1 RIK 4 22 4.2 Kit R4 24 4.3 ULTHEMIUS 26 LINEAR 5. Accessory 28 5.1 ADJUSTMENT TOOL & EPIFLEX Software 28 5.2 ABSOFLEX Software 29 5.3 QUICK GUIDE 30 ROTARY Additional Information 31 International Contacts 31 INDEX ACCESSORY SIMPLY PRECISE

4 1. Company NUMERIK JENA develops, produces and distributes linear and rotary encoders of the highest resolution and precision worldwide. Our products set benchmarks and do not only impress with their particularly small dimensions. Due to their versatility they are universally applicable. The outstanding features of our sensor modules allow their integration into nearly every high-tech application. Customization is our core competency. We draw on over 30 years of experience in development, manufacturing and sale of position encoders. The roots of production metrology and its associated technology for the manufacturing of precision scales go back to Carl Zeiss and Ernst Abbe. NUMERIK JENA measuring systems are basically characterized by the following main features: High resolution for precise dynamics of drives and customizable encoder designs Easy integration due to compact size and customer friendly mounting tolerances Smooth movement and high reliability due to stable signal quality Integrated online compensation of the counting signals High accuracy for accurate repeatable positioning High traversing speed for efficient motion control High acceleration due to low mass

5 COMPANY HAMBURG GERMANY BERLIN DRESDEN COLOGNE JENA FRANKFURT STUTTGART MUNICH WWW.NUMERIKJENA.DE SIMPLY PRECISE

6 2. Product Overview 2.1 Complete Product Range LINEAR INCREMENTAL STANDARD COMPACT INDIVIDUAL VACUUM LIA 20 LIK 21 Kit L2 O LIA 21 LIK 22 Kit L4 LIK 23 LIK 41 LINEAR ABSOLUTE LAK Kit LA ROTARY INCREMENTAL STANDARD COMPACT INDIVIDUAL VACUUM RIK ULTHEMIUS Kit R4 O ACCESSORY ADJUSTMENT TOOL ABSOFLEX Software QUICK GUIDE

7 2.2 Technical Comparison Property LIA LIK LAK Version 20 21 21 22 23 41 1 Scanning principle incremental incremental absolute Sensor size 20 mm x 8 mm 20 mm x 8 mm 13 mm x 8 mm 24 mm x 9 mm Scanning fields 2 2 1 2 Grating period 20 µm 20 µm 20 µm + PRC Max. resolution 50 nm 50 nm 78.125 nm Output signals / interfaces 1 V PP, RS 422 1 V PP, RS 422 LINEAR ENCODER EnDat 2.2, SSI, HIPERFACE compatible 1, BiSS C (unidirectional) 2 Max. traversing speed 10 m/s 10 m/s 10 m/s Working distance (air gap) 0.6 mm 0.6 mm 0.85 mm No. of switch sensors 0 1 0 0 Vacuum version available Yes Yes No PRODUCTS Property Kit L* Kit LA* Version 2 4 1 Scanning principle incremental absolute Sensor size 20 mm x 8 mm 13 mm x 8 mm 18.7 mm x 9 mm Scanning fields 2 1 2 Grating period 20 µm 20 µm + PRC Max. resolution 50 nm 78.125 nm Output signals / interfaces 1 V PP, RS 422 LINEAR ENCODER EnDat 2.2, SSI, HIPERFACE compatible 1, BiSS C (unidirectional) 2 Max. traversing speed 10 m/s 10 m/s Working distance (air gap) 0.6 mm 0.85 mm Vacuum version available Yes No ROTARY ENCODER Property RIK Kit R* ULTHEMIUS Version 4 4 - Scanning principle incremental incremental incremental Sensor size 13 mm x 8 mm 13 mm x 8 mm Ø 16.1 mm, l = 19.7 mm Scanning fields 1 1 1 No. of increments variable (see page 11) variable (see page 11) variable Max. resolution 0.135 arc seconds 0.135 arc seconds 16.2 arc seconds Output signals / interfaces 1 V PP, RS 422 1 V PP, RS 422 1 V PP, RS 422 Max. speed of rotation 22,200 rpm 22,200 rpm 6,000 rpm Working distance (air gap) variable (see page 11) variable (see page 11) unit Vacuum version available Yes Yes No * Kit-systems are special encoder versions without standard housings. They are ultra flat and highly customizable. 1 HIPERFACE is a trade mark of SICK Stegmann GmbH 2 BiSS is a trade mark of ic-haus GmbH SIMPLY PRECISE

8 2.3 Functional Principle Optoelectronic Scanning The core of all incremental optoelectronic encoders from NUMERIK JENA is the EPIFLEX measuring module - a compact, miniaturized and multifunctional component. It is based on a scanning principle for reflected light and a generation of integration design technology using the latest and most powerful microelectronic developments. The scanning principle utilizes the diffraction of light in a triple-grating system. The light source is a LED chip with diffused radiation. Its light impinges an index grating and will be reflected by the scale. This reflected light again impinges the index grating and will be detected by a photodiode array. The index grating differs in its period from the scale grating and is slightly rotated with respect to it. When the gratings move with respect to each other, the angular offset between the gratings produces moiré fringes that move perpendicularly to the measuring direction over the photodiode array. The receiver fields in the photodiode array are arranged geometrically to generate phase-shifted signals when they detect the moiré fringes. LED + Optical Sensors Electronic Components Optical Element Ray Path Flex Cable Output Graduation Index Grating Substrate (Scale Tape) The form and arrangement of photoelectric transducer fields (distribution of one channel into two or more) largely compensate pitch and planar misalignment of the measuring head with respect to the scale. Furthermore, they provide good harmonic filtering of the measuring signals to guarantee their quality and permit high interpolation factors. The signals are processed in the measuring module by an ASIC with the following functions: Amplification of the photodiode signals in three channels Adjustment of signal amplitude, balance and offset Output of sensor signals as voltage, current or square-wave signals Line drivers for up to 100 meter cable length for voltage signals Input signal level monitoring with generation of a fault detection signal Stabilization of the LED current Compensation of LED temperature variation

9 2.4 Scale Tapes The component responsible for the accuracy of a linear encoder is its measuring standard. The measuring standard for NUMERIK JENA linear encoders is a graduated scale on a steel tape. The graduation is etched into the polished steel surface, which makes it resistant to wiping and abrasion. Depending on the requirements of the application, exposed linear encoders are available with our SINGLEFLEX or DOUBLEFLEX scales. Our standard scale tapes are made of stainless steel, but different types of glass are also available on request. SINGLEFLEX The SINGLEFLEX scale tape consists of a single steel tape with an applied incremental track, one or more reference marks or an absolute track. The scale tape is equipped with a double-sided adhesive tape and can be mounted easily on the machine element. Scale Tape with Graduation Double-Sided Adhesive Tape PRODUCTS Machine Element Width Scale Tape = 8.00 mm Thickness Scale Tape = 0.25 mm Thickness Adhesive Tape = 0.20 mm DOUBLEFLEX The DOUBLEFLEX scale tape consists of two superimposed steel tapes. Both of them are divided by a tension uncoupled sheen of oil, which ensures the adhesion between the steel tapes. The incremental track with one or more reference marks or an absolute track is applied on the upper steel tape. The lower steel tape is equipped with a double-sided adhesive tape and can be mounted easily on the machine element. The two steel tapes are uncoupled mechanically. This ensures that the upper steel tape can expand independently of the lower steel tape due to thermal variations of the ambient temperature. By reference of the ambient temperature and the expansion coefficient of the steel tape it is possible to determine occurring length deviation of the increments. This allows to compensate the deviation of the measurement results. Please note: The DOUBLEFLEX scale tape is not suitable for vacuum applications! Fixed Point Scale Tape with Graduation Very Thin Adhesive Layer Machine Element Double-Sided Adhesive Tape Width Scale Tape = 8.00 mm Thickness Scale Tape = 0.50 mm Thickness Adhesive Tape = 0.20 mm SIMPLY PRECISE

10 2.5 Grating Disks The grating disks from NUMERIK JENA are available in different sizes and versions. Therefore, we offer a big selection of grating disks, but on request we also manufacture at customer s option. Our disks are suitable for vacuum applications. Our standard disks are made of aluminum, but different types of glass are also available on request. Reference Mark (Index) Incremental Track The grating disks can be glued to a hub with adhesive. We offer to do this highly precise manufacturing step as a service. We are also able to manufacture customer specific hubs. Every glued disk will be adjusted and measured. We deliver an additional accuracy chart if requested.

11 2.6 Grating Disks - Examples Type d i [mm] d a [mm] d t [mm] Z x RS 13/5.5/2048 5.5 + 0.1 19 13 2,048 0.5 ±0.03 RS 19/6/3600 6 + 0.1 26 19 3,600 0.5 ±0.02 RS 19/12/3600 12 + 0.1 26 19 3,600 0.5 ±0.02 RS 19/13/3600 13 + 0.1 26 19 3,600 0.5 ±0.02 RS 29/16/900 16 + 0.1 36 29 900 0.6 ±0.1 RS 29/16/1000 16 + 0.1 36 29 1,000 0.7 ±0.05 RS 29/16/4500 16 + 0.1 36 29 4,500 0.6 ±0.05 RS 29/20/900 20 + 0.1 36 29 900 0.6 ±0.1 RS 39/25/1800 25 + 0.1 46 39 1,800 0.5 ±0.1 RS 39/25/2048 25 + 0.1 46 39 2,048 0.7 ±0.1 RS 39/25/3600 25 + 0.1 46 39 3,600 0.4 ±0.05 RS 39/25/6000 25 + 0.1 46 39 6,000 0.6 ±0.05 RS 39/26/3600 26 + 0.1 46 39 3,600 0.4 ±0.05 RS 39/30/3600 30 + 0.1 46 39 3,600 0.4 ±0.05 RS 45/30/9000 30 + 0.1 54 45 9,000 0.4 ±0.02 RS 45/33/9000 33 + 0.1 54 45 9,000 0.4 ±0.02 RS 64/48.5/2048 48.5 + 0.1 71 64 2,048 0.8 ±0.05 RS 64/48.5/4096 48.5 + 0.1 71 64 4,096 0.6 ±0.05 RS 64/48.5/9000 48.5 + 0.1 71 64 9,000 0.9 ±0.05 RS 64/48.5/10000 48.5 + 0.1 71 64 10,000 0.7 ±0.05 RS 92/70/3600 70 + 0.1 100 92 3,600 0.5 ±0.1 RS 92/70/9000 70 + 0.1 100 92 9,000 0.4 ±0.05 RS 92/70/18000 70 + 0.1 100 92 18,000 0.4 ±0.05 RS 92/71/18000 71 + 0.1 100 92 18,000 0.4 ±0.05 RS 92/76/3600 76 + 0.1 100 92 3,600 0.5 ±0.1 RS 92/80/3600 80 + 0.1 105 92 3,600 0.5 ±0.1 RS 142/120/5400 120 + 0.2 150 142 5,400 0.8 ±0.05 RS 142/120/8192 120 + 0.2 150 142 8,192 0.6 ±0.05 RS 142/120/18000 120 + 0.2 150 142 18,000 1.2 ±0.05 RS 142/122/5400 122 + 0.2 150 142 5,400 0.8 ±0.05 RS 142/128/18000 128 + 0.2 150 142 18,000 1.2 ±0.05 RS 192/160/24000 160 + 0.2 200 192 24,000 1.1 ±0.05 PRODUCTS Material of the disk: Aluminium, thickness: 0.5 mm (Other sizes and materials on request) d i Inside diameter of the grating disk Z Number of lines of the grating disk d a Outside diameter of the grating disk x Working distance (air gap) d t Center diameter of the incremental track SIMPLY PRECISE

12 3. Linear Encoder 12.4 mm 34 mm 3.1 LIA Series 13.2 mm Linear incremental encoder with the following main features: Resolution up to 50 nm Signal interfaces 1 V PP and RS 422 Integrated online compensation of the counting signals Traversing speed up to 10 m/s Optional optical limit switch integrated in the scanning head (LIA 21) High resistance to contamination Automatic electronic signal adjustment possible Reference signal(s) with repeatability accurate to one specific increment Non-magnetic scanning head available Vacuum versions up to 10-6 mbar (HV) available LINEAR INCREMENTAL

13 Technical Data Parameter LIA 20 LIA 21 Dimensions of scan head (in mm) 34 x 13.2 x 12.4 34 x 13.2 x 12.4 Weight of scan head (w/o cable) 20 g 20 g Number of switch sensors 0 1 Scanning frequency Max. 500 khz Supply voltage 5 V ±10% Max. traversing speed 10 m/s (without interpolation) Resolution Up to 50 nm Working distance (air gap) 0.6 (±0.1) mm Operating temperature 0 C to +55 C (+32 F to +131 F) Output interfaces Voltage output Square wave output 1 V PP RS 422 with interpolation up to 100-times Current consumption Voltage output 90 ma 1 100 ma 1 Square wave output 220 ma 1 230 ma 1 Scale tape Material Stainless Steel Grating period (TP) 20 µm In the middle of the measuring length (ML) Periodic at a distance of 50 mm Reference marks Distance coded at 1,000 x TP Others on request Measuring lenght (ML) SINGLEFLEX scale tape Up to 30 m DOUBLEFLEX scale tape 2 Up to 5 m Linear thermal expansion coefficient SINGLEFLEX scale tape 10.6 x 10-6 K -1 (expansion will be influenced by the mounting surface) DOUBLEFLEX 2 scale tape 10.6 x 10-6 K -1 Accuracy classes (a) SINGLEFLEX, DOUBLEFLEX 2 scale tape ±1 µm ±2 µm ±3 µm ±5 µm LINEAR Cable Diameter Length from scan head to D-Sub connector Length from D-Sub connector to the controller (extension cable) 3.7 mm or 5.1 mm (double-shielded) 0.3 m, 0.5 m, 1.0 m, 1.5 m, 2.0 m, 3.0 m (others on request) Max. 100 m (The necessary supply voltage must be ensured!) 1 With 120 Ω load resistance 2 Not suitable for vacuum applications SIMPLY PRECISE

14 6 mm 30 mm 11 mm 3.2 LIK Series Linear incremental encoder with the following main features: Very small dimensions for limited installation conditions 4 standard housings available Resolution up to 50 nm Signal interfaces 1 V PP and RS 422 Signal processing in a 15 pin D-Sub connector Integrated online compensation of the counting signals Traversing speed up to 10 m/s High resistance to contamination Automatic electronic signal adjustment possible Non-magnetic scanning head available Reference signal(s) with repeatability accurate to one specific increment Vacuum versions up to 10-9 mbar (UHV) available 24 mm 11 mm 6 mm LINEAR INCREMENTAL

15 Technical Data Parameter LIK 21 LIK 22 LIK 23 LIK 41 Dimensions of scan head (in mm) 30 x 11 x 6 40 x 11 x 7 32 x 11 x 9.5 24 x 11 x 6 Weight of scan head (w/o cable) 3.5 g 5.5 g 5 g 3 g Number of scanning fields 2 2 2 1 Scanning frequency Max. 500 khz Supply voltage 5 V ±10% Max. traversing speed 10 m/s (without interpolation) Resolution Up to 50 nm Working distance (air gap) 0.6 (±0.1) mm Operating temperature 0 C to +55 C (+32 F to +131 F) Output interfaces Voltage output Square wave output 1 V PP RS 422 with interpolation up to 100-times Current consumption Voltage output 90 ma 1 90 ma 1 90 ma 1 80 ma 1 Square wave output 220 ma 1 220 ma 1 220 ma 1 210 ma 1 Scale tape Material Steel Grating period (TP) 20 µm In the middle of the measuring length (ML) Periodic at a distance of 50 mm Reference marks 3 Distance coded at 1,000 x TP 3 Others on request Measuring lenght (ML) SINGLEFLEX scale tape For LIK 21, 22, 23 up to 30 m / for LIK 41 up to 0.4 m DOUBLEFLEX 2 scale tape For LIK 21, 22, 23 up to 5 m / for LIK 41 up to 0.4 m Linear thermal expansion coefficient SINGLEFLEX scale tape 10.6 x 10-6 K -1 (expansion will be influenced by the mounting surface) DOUBLEFLEX 2 scale tape 10.6 x 10-6 K -1 Accuracy classes (a) SINGLEFLEX, DOUBLEFLEX 2 scale tape ±1 µm ±2 µm ±3 µm ±5 µm LINEAR Cable Diameter Length from scan head to D-Sub connector Length from D-Sub connector to the controller (extension cable) 3.7 mm 0.3 m, 0.5 m, 1.0 m, 1.5 m, 2.0 m, 3.0 m (others on request) Max. 100 m (The necessary supply voltage must be ensured!) 1 With 120 Ω load resistance 2 Not suitable for vacuum applications 3 Not for LIK 41 SIMPLY PRECISE

16 10.5 mm 33.5 mm 11.5 mm 3.3 LAK Linear absolute encoder with the following main features: Possibility of an electronic adjustment after mounting to reduce static mounting errors Free intuitive ABSOFLEX software for automatic electronic adjustment available Individual measuring lengths of the scales available Several interfaces usable Wide range of supply voltages to compensate cable losses Extensive diagnostic and monitoring functions (e.g. read head temperature) High control dynamics due to low calculation time Resistant scales made of stainless steel Two absolute tracks and two incremental sensors ensure high immunity to contamination LINEAR ABSOLUTE

17 Technical Data Parameter Dimensions of scan head (in mm) 33.5 x 11.5 x 10.5 Weight of scan head (w/o cable) Supply voltage Current consumption 1 Power consumption 1 7 g 3.5 V... 5.5 V 100 ma (max. 125 ma) Calculation time Approx. 1 µs Boot time at power-on Resolution Interpolation error Max. traversing speed Working distance (air gap) Operating temperature Protection type 500 mw (max. 687.5 mw) 300 ms Up to 78.125 nm 30 nm rms (ideal) 10 m/s 0.85 (±0.2) mm 0 C to +55 C (+32 F to +131 F) IP64 Output interfaces Serial EnDat 2.2, SSI, HIPERFACE compatible 4, BiSS C (unidirectional) 5 Usable simultaneously USB 2.0 (diagnostics and user interface), 1 V PP (SIN+, COS+, SIN-, COS-) 3 Interface position word length 24 bit / 32 bit LAK Scale tape Material Stainless Steel Absolute track Pseudo Random Code (PRC) Grating period (TP) incremental track 20 µm Measuring lenght (ML) SINGLEFLEX scale tape Up to 1.2 m DOUBLEFLEX scale tape 2 Up to 1.2 m Linear thermal expansion coefficient SINGLEFLEX scale tape 10.6 x 10-6 K -1 (expansion will be influenced by the mounting surface) DOUBLEFLEX scale tape 2 10.6 x 10-6 K -1 Accuracy class (a) SINGLEFLEX, DOUBLEFLEX 2 scale tape ±3 µm LINEAR Cable Diameter Length from scan head to the D-Sub connector Length from D-Sub connector to the controller (extension cable) 3.7 mm 0.3 m, 0.5 m, 1.0 m, 1.5 m, 2.0 m, 3.0 m (others on request) Max. 100 m (The necessary supply voltage must be ensured!) 1 Current and power consumption are dependent on used interfaces due to load variation on internal driver modules 2 Not suitable for vacuum applications 3 Not in combination with EnDat 2.2 4 HIPERFACE is a trade mark of SICK Stegmann GmbH 5 BiSS is a trade mark of ic-haus GmbH SIMPLY PRECISE

18 Kit L2 8 mm ULTRAFLAT DESIGN 2 mm 20 mm Sensor Module + Customized Frame 3.4 Kit L Linear incremental encoder with the following main features: Very small dimensions for limited installation conditions 2 sensor variants available (L2 - small & L4 - ultra small) Customer-specific housings/frames available Resolution up to 50 nm Signal interfaces 1 V PP and RS 422 Integrated online compensation of the counting signals Traversing speed up to 10 m/s High resistance to contamination Automatic electronic signal adjustment possible Reference signal(s) with repeatability accurate to one specific increment Vacuum versions up to 10-9 mbar (UHV) available 13 mm Kit L4 8 mm Sensor Module + Customized Frame LINEAR INCREMENTAL

19 Technical Data Parameter Kit L2 Kit L4 Dimensions of sensor w/o frame (mm) 20 x 8 x 2 13 x 8 x 2 Weight of sensor (w/o frame & cable) 2.5 g 2 g Number of scanning fields 2 1 Scanning frequency Max. 500 khz Supply voltage 5 V ±10% Max. traversing speed 10 m/s (without interpolation) Resolution Up to 50 nm Working distance (air gap) 0.6 (±0.1) mm Operating temperature 0 C to +55 C (+32 F to +131 F) Output interfaces Voltage output Square wave output 1 V PP RS 422 with interpolation up to 100-times Current consumption Voltage output 90 ma 1 80 ma 1 Square wave output 220 ma 1 210 ma 1 Scale tape Material Stainless Steel Grating period (TP) 20 µm In the middle of the measuring length (ML) Periodic at a distance of 50 mm Reference marks 3 Distance coded at 1,000 x TP 3 Others on request Measuring lenght (ML) SINGLEFLEX scale tape For Kit L2 up to 30 m / for Kit L4 up to 0.4 m DOUBLEFLEX scale tape 2 For Kit L2 up to 5 m / for Kit L4 up to 0.4 m Linear thermal expansion coefficient SINGLEFLEX scale tape 10.6 x 10-6 K -1 (expansion will be influenced by the mounting surface) DOUBLEFLEX scale tape 2 10.6 x 10-6 K -1 Accuracy classes (a) SINGLEFLEX, DOUBLEFLEX 2 scale tape ±1 µm ±2 µm ±3 µm ±5 µm LINEAR Cable Diameter Length from scan head to D-Sub connector Length from D-Sub connector to the controller (extension cable) 3.7 mm or 5.1 mm (double-shielded) 0.3 m, 0.5 m, 1.0 m, 1.5 m, 2.0 m, 3.0 m (others on request) Max. 100 m (The necessary supply voltage must be ensured!) 1 With 120 Ω load resistance 2 Not suitable for vacuum applications 3 Not for Kit L4 SIMPLY PRECISE

20 ULTRAFLAT DESIGN 5.2 mm 3.5 Kit LA 43.9 mm 16 mm Linear absolute encoder with the following main features: Ultra flat Kit version of the LAK system for limited installation conditions Customer-specific housings/frames available Possibility of an electronic adjustment after mounting to reduce static mounting errors Free intuitive software for automatic electronic adjustment available Two absolute tracks and two incremental sensors ensure high immunity to contamination Individual measuring lengths of the scales available Several interfaces usable Wide range of supply voltages to compensate conduction losses Extensive diagnostic and monitoring functions (e.g. read head temperature) High control dynamics due to low calculation time Kit LA Sensor Module + Customized Frame LINEAR ABSOLUTE

21 Technical Data Parameter Dimensions of sensor (in mm) 18.7 x 9 x 2.8 Dimensions of PCB (in mm) 20 x 9.8 x 5.1 Supply voltage Current consumption 1 Power consumption 1 3.5 V... 5.5 V 100 ma (max. 125 ma) Calculation time Approx. 1 µs Boot time at power-on Resolution Interpolation error Max. traversing speed Working distance (air gap) Operating temperature 500 mw (max. 687.5 mw) 300 ms Up to 78.125 nm 30 nm rms (ideal) 10 m/s 0.85 (±0.2) mm 0 C to +55 C (+32 F to +131 F) Kit LA Output interfaces Serial EnDat 2.2, SSI, HIPERFACE compatible 4, BiSS C (unidirectional) 5 Usable simultaneously USB 2.0 (diagnostics and user interface), 1 V PP (SIN+, COS+, SIN-, COS-) 3 Interface position word length 24 bit / 32 bit Scale tape Material Stainless Steel Absolute track Pseudo Random Code (PRC) Grating period (TP) incremental track 20 µm Measuring lenght (ML) SINGLEFLEX scale tape Up to 1.2 m DOUBLEFLEX scale tape 2 Up to 1.2 m Linear thermal expansion coefficient SINGLEFLEX scale tape 10.6 x 10-6 K -1 (expansion will be influenced by the mounting surface) DOUBLEFLEX scale tape 2 10.6 x 10-6 K -1 Accuracy class (a) SINGLEFLEX, DOUBLEFLEX 2 scale tape ±3 µm LINEAR Cable Diameter Length from scan head to the D-Sub connector Length from D-Sub connector to the controller (extension cable) 3.7 mm 0.3 m, 0.5 m, 1.0 m, 1.5 m, 2.0 m, 3.0 m (others on request) Max. 100 m (The necessary supply voltage must be ensured!) 1 Current and power consumption are dependent on used interfaces due to load variation on internal driver modules 2 Not suitable for vacuum applications 3 Not in combination with EnDat 2.2 4 HIPERFACE is a trade mark of SICK Stegmann GmbH 5 BiSS is a trade mark of ic-haus GmbH SIMPLY PRECISE

22 4. Rotary Encoder 4.1 RIK 4 Rotary incremental encoder with the following main features: Low mass moment of inertia of the grating disk (aluminum) Disks with up to 24,000 lines/rev Grating diameters from 19 to 192 mm Signal interfaces 1 V PP and RS 422 Integrated online compensation of the counting signals Signal interpolation up to 100 times Rotational speed up to 16,000 rev/min (500 khz scanning frequency) Automatic electronic signal adjustment possible Non-magnetic scanning head available Reference signal(s) with repeatability accurate to one specific increment Precise gluing service of grating disks on customized hubs available Vacuum versions up to 10-9 mbar (UHV) available RIK 4 Example + Grating Disk (45) ROTARY 6 mm INCREMENTAL

23 Technical Data Parameter RIK 4 Dimensions of scan head (in mm) Depending on the size of the grating disk Weight of scan head (w/o cable) 3-6 g Number of scanning fields 1 Scanning frequency Max. 500 khz Supply voltage 5 V ±10% Max. traversing speed 22,200 rpm Max. resolution 0.135 arc seconds Working distance (air gap) 0.4-1.2 mm Operating temperature 0 C to +55 C (+32 F to +131 F) Output interfaces Voltage output Square wave output 1 V PP RS 422 with interpolation up to 100-times Current consumption Voltage output 80 ma 1 Square wave output 210 ma 1 Grating disk Material Aluminum No. of increments Variable (see chart on page 11) Reference marks One at 0 Others on request Diameter Variable (see chart on page 11) Cable Diameter Length from scan head to D-Sub connector Length from D-Sub connector to the controller (extension cable) 3.7 mm 0.3 m, 0.5 m, 1.0 m, 1.5 m, 2.0 m, 3.0 m (others on request) Max. 100 m (The necessary supply voltage must be ensured!) ROTARY 1 With 120 Ω load resistance SIMPLY PRECISE

24 3.5 mm 4.2 Kit R4 Rotary incremental encoder with the following main features: Very small dimensions for limited installation conditions Low mass moment of inertia of the grating disk (aluminum) Disks with up to 24,000 lines/rev Grating diameters from 13 to 192 mm Signal interfaces 1 V PP and RS 422 Integrated online compensation of the counting signals Signal interpolation up to 100 times Rotational speed up to 16,000 rev/min (500 khz scanning frequency) Automatic electronic signal adjustment possible Customer-specific housings/frames available Precise gluing service of grating disks on customized hubs available Vacuum versions up to 10-9 mbar (UHV) available ULTRAFLAT DESIGN Kit R4 ROTARY Sensor Module + Customized Frame INCREMENTAL

25 Technical Data Parameter Kit R4 Dimensions of scan head (in mm) Depending on the size of the grating disk Weight of scan head (w/o cable) 3-6 g Number of scanning fields 1 Scanning frequency Max. 500 khz Supply voltage 5 V ±10% Max. traversing speed 22,200 rpm Max. resolution 0.135 arc seconds Working distance (air gap) 0.4-1.2 mm Operating temperature 0 C to +55 C (+32 F to +131 F) Output interfaces Voltage output Square wave output 1 V PP RS 422 with interpolation up to 100-times Current consumption Voltage output 80 ma 1 Square wave output 210 ma 1 Grating disk Material Aluminum No. of increments Variable (see chart on page 11) Reference marks One at 0 Others on request Diameter Variable (see chart on page 11) Cable Diameter Length from scan head to D-Sub connector Length from D-Sub connector to the controller (extension cable) 3.7 mm 0.3 m, 0.5 m, 1.0 m, 1.5 m, 2.0 m, 3.0 m (others on request) Max. 100 m (The necessary supply voltage must be ensured!) ROTARY 1 With 120 Ω load resistance SIMPLY PRECISE

26 16.1 mm 19.7 mm 4.3 ULTHEMIUS Rotary incremental encoder with the following main features: Transmitted light system in compact format Low mass moment of inertia of the grating disk (plastic) Short-circuit-proof differential line driver outputs High counting frequency up to 16 MHz High measuring speed up to 6,000 rpm Small diameter of 16 mm High signal quality ROTARY INCREMENTAL

27 Technical Data Parameter Ø housing = 16.1 Dimensions of scan head (in mm) Ø shaft = 2 Length housing = 19.7 Length shaft = 6 Weight of scan head (w/o cable) 12 g Number of scanning fields 1 Scanning frequency Max. 500 khz Supply voltage 5 V ±10% Output interfaces 1 V PP, RS 422 Current consumption 50 ma Max. traversing speed 6,000 rpm Max. resolution 16.2 arc seconds Operating temperature 0 C to +55 C (+32 F to +131 F) Grating disk Material Plastic No. of increments Different variants available Reference marks One at 0 ULTHEMIUS Cable Diameter Length Ribbon cable 0.5 m (others on request) ROTARY SIMPLY PRECISE

28 5. Accessory 5.1 ADJUSTMENT TOOL & EPIFLEX Software The measuring systems supplied by NUMERIK JENA are tested and adjusted under ideal mounting conditions. The sensor modules offer the possibility of an electronic adjustment. That way it is possible to adapt the encoder optimally to the customers surroundings after it has been mounted. Functions of the EPIFLEX Software: Programming of incremental sensor modules from NUMERIK JENA Automatic adjustment function Representation of the sinusoidal counting signals with amplitude, offset and phase position Representation of the position and width of the reference signal Evaluation of the mechanical mounting conditions Electronic readjustment of the amplitude and offset of the sensor signals Adjustment of the position and width of the reference signal Hardware + Software ACCESSORY

29 5.2 ABSOFLEX Software The absolute encoders from NUMERIK JENA provide a USB 2.0 interface which alows the user to connect it to a PC and use the ABSOFLEX software. The ABSOFLEX USB-Adapter allows to connect the encoders D-Sub connector directly to a PC.* Functions of the ABSOFLEX Software: Programming of absolute sensor modules from NUMERIK JENA Evaluation of the signal quality (absolute and incremental track) Evaluation of the mechanical mounting conditions Diagnostics of internal read head signal via system margins Automatic adjustment of the signals to reduce the effects of static mounting errors Programming of the sensor module (zero position and counting direction) Retrieval of position information (position indicator) Diagnostics and monitoring Hardware + Software ACCESSORY * Not in combination with EnDat 2.2 SIMPLY PRECISE

30 ACCESSORY QUICK GUIDE 5.3 QUICK GUIDE Mounting gadget for linear scales: Allows an easy assembly or exchange of the scale tape For scale tapes with accuracy class ±5 μm Maximum length: 2.0 m (others on request) Available for the following encoder models: LIA 2x, LIK xx, Kit Lx, LAK, Kit LA The QUICK GUIDE allows to mount the scale tape on the machine ground in a new way. The advantage is that the scale tape can expand due to thermal influences easily without the incurrence of tensions and it is possible to exchange the scale tape easily without any residues. + Mounting Tool The optional QUICK GUIDE mounting tool will be mounted in place of the read head and eases the mounting of the QUICK GUIDE mounting rail. Additionally a precise and to the guideway parallel running mounting of the rail will be ensured. Please note: the mounting conditions of the mounting tool can differ to the mounting conditions of the read head.

31 Additional Information This product range has been made for an overview and a better understanding of our products. If you like to know more details please visit our website or contact us directly. WWW.NUMERIKJENA.DE International Contacts Please note: If you like to contact us or if you need further information and you are not a german customer, please check our subsidiary contacts on our website first. Please contact the respective subsidiary in your country. If there is no subsidiary in your country, contact us directly. Thank you! NOTES SIMPLY PRECISE

C E SIMP IMPLY PRECIS PLY PRECISE SIMPLY PRECISE SIMPLY PRECISE S ECISE SIMPLY PRECISE SIMPLY PR ISE SIMPLY PRECISE SIMPLY PRECISE SI SIMPLY PRECISE SIMPLY PRECISE SIMPLY PR PLY PRECISE SIMPLY PRECISE SIMPLY PRECI LY PRECISE SIMPLY PRECISE SIMPLY PRECISE PRECISE SIMPLY PRECISE SIMPLY PRECISE SIM ECISE SIMPLY PRECISE SIMPLY PRECISE SIMP E SIMPLY PRECISE SIMPLY PRECISE SIMPLY P IMPLY PRECISE SIMPLY PRECISE SIMPLY PREC PLY PRECISE SIMPLY PRECISE SIMPLY PRECIS Y PRECISE SIMPLY PRECISE SIMPLY PRECISE S ECISE SIMPLY PRECISE SIMPLY PRECISE SIMP ISE SIMPLY PRECISE SIMPLY PRECISE SIMPLY SIMPLY PRECISE SIMPLY PRECISE SIMPLY PR IMPLY PRECISE SIMPLY PRECISE SIMPLY PREC Y PRECISE SIMPLY PRECISE SIMPLY PRECISE PRECISE SIMPLY PRECISE SIMPLY PRECISE SIM IMPLY PRECISE SIMPLY PRECISE SIMPL ECISE SIMPLY PRECISE SIMPLY PLY PRECISE SIMPLY PREC ISE SIMPLY PRECIS LY PRECISE S E SIM NUMERIK JENA GmbH Phone: +49 3641 4728-0 Im Semmicht 4 E-Mail: info@numerikjena.de 07751 Jena www.numerikjena.de Germany Subject to change without prior notice. & 2016 NUMERIK JENA GmbH version 05 2016