MICRO ENCODER Microtech Laboratory Inc. manufactures and supplies various high-quality Rotary Encoders.

Size: px

Start display at page:

Download "MICRO ENCODER Microtech Laboratory Inc. manufactures and supplies various high-quality Rotary Encoders."

Ralf Jefferson
5 years ago
Views:

1 Product Catalog MICRO Microtech Laboratory Inc. manufactures and supplies various high-quality Rotary Encoders. MICROTECH LABORATORY INC. Head office: Honcho, Kamitsuruma, minami-ku Sagamihara-shi Kanagawa , Japan PHONE FAX

2 MICRO 1 2

3 -Description- MTL rotary encoders are all based on space-saving design and available in many types from ultra-small types to high-resolution products. Series name Appearance Type name Outside dimensions Resolution Features Page ME series MGH series NEW NEW NEW The smallest model of ultra-small series. A, B, and Z phase output. Open collector output. A, B, and Z phase output. Open collector output. Compactness, light weight. A, B, and Z phase output. Hollow-shaft type convenient for small motors. Option With built-in PST 2, 4, 8, 16 multiplication circuit Compactness, light weight. A, B, and Z phase output. Availability of hollow-shaft type convenient for small motors. Option With built-in PST 2, 4, 8, 16 multiplication circuit Compactness, light weight. A, B, and Z phase output. Availability of 3 types of shaft shape, single-shaft types2 and 4 and hollow-shaft type. Thin and compact popular type. Availability of shaft shape to meet various fitting systems. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit Thin and compact popular type. Availability of shaft shape to meet various fitting systems. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit Robust, general-purpose type. Hostile-environment and drip-proof specifications are also available. Load-resistance. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit Thin and compact popular type. Availability of shaft shape to meet various fitting methods. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit High resolution. Easy-to-fit thin type. Large hollow shaft of 30 in inside diameter. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit High resolution. Easy-to-fit thin type. Large hollow shaft of 36 in inside diameter. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit High resolution. Large hollow shafts of 60 and 75 in inside diameter. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit High resolution. Large hollow shaft of 90 in inside diameter. Option With built-in PST 2, 4, 5, 8, 10, multiplication circuit Series name Shaft shape 1 Slit diameter Output pulse numberpulse number per rotation Voltage output: no mark/open collector output: C/line driver output: E Single-shaft type Hole type Gray Pure binary Both-shaft type BCD Strong type Environment resistance Light weight, compactness. Modular type best suited for small motors. With CS signal Series name Shaft shape 1 Slit diameter Resolution Output code 2 Supply voltage 3 Linear series Shape Resolution, minimum reading Measuring lengthmm Refer to the shaft typep.61and hole typep.69for installation of the encoder. Thickness18 Diameter hollow shaft10 Output pulse200,000p/r Maximum response frequencymhz Series name Fitting Method Setting Option/ Coupling Series name Appearance Type name Outside dimensions Resolution Features Page MMS series MA series MXS series MLS series MLA series REH series NEW NEW NEW NEW Type name Hole Type Encoder Shaft Type Encoder Hole Type List of dimensions and accessories Special spring flange Page Limitations on use, warranty Compact absolute encoder. Robust, hostile-environment type. Availability of shaft shape to meet various fitting systems. 12-bit absolute encoder The output codes are gray code, pure binary code, and BCD code. Smallest in the series: Outside dimensions 23 x 24 x 25H Stroke: 250 mm Resolution: Selection from among 0.1mm, 0.04mm Lightweight: 60 g Wire draw-out-type linear encoder. Detection of linear position to correspond to the draw-out amount of the wire. Minimum reading 0.02mm, 0.2mm 0.005mm, 0.05mm is possible with 4-multiplying circuits. Measuring range: 500mm, 1000mm. Also available is a set type with indicator. Wire draw-out type linear encoder. Detection of linear position corresponding to the draw-out amount of the wire. Minimum reading 0.4mm 0.1mm is possible with 4-multiplying circuits. Measuring range: 2000mm, 4000mm. Also available is a set type with indicator. Wire draw-out-type linear absolute encoder. Smallest in the series: Outside dimensions 23 x 24 x 27.4H Output 1,024G, Nor 1,000B Main Applications: Robot Machine, small actuator, manipulator and etc. Wire draw-out-type linear absolute encoder. Minimum reading 0,088mm, 0,09mm Output 1,024G, Nor 1,000B Ultra compact 8-bit absolute type Gray code output without reading error Small absolute type. Availability of single-shaft4 in diameterand hollow shaft 2 in inside diameter. The output codes are gray code, pure binary code, and BCD code. Thin and compact 12-bit absolute encoder Availability of shaft shape to meet various fitting systems. The output codes are gray code, pure binary code, and BCD code. Multiple-rotation absolute encoder Wire pulling linear absolute encoder Detection of absolute position does not need backup. Resolution/measuring range: 0.1/400 mm, 0.25/1000 mm, 0.5/2000 mm, 1/4000 mm Roller type linear encoder. Easy measuring. Minimum reading 0.1 to 1mm. Using our products safely Warranty Page MICRO Outer diameter13height15.5 Resolution: 1024 divisions SSI interface 18bit small high-resolution absolute encoder SSI interface 17bit small high-resolution absolute encoder SSI interface 19bit small high-resolution absolute encoder Hollow shaft type5 in inside diameter SSI interface 20bit small high-resolution absolute encoder Hollow shaft type8 in inside diameter SSI interface MG series Kit where the rotating slit and sensor unit are separate pieces. Compact and lightweight. Best suited for space-saving designs. A, B, and Z phase output. DC series Small and robust counter. Decimal point moving, dividing/multiplying possible. 3 4

ME seriessquare Wave/Incremental Widely available from low pulse to high resolution pulse. A desired division pulse number is easily available because of internal manufacturing.

All products are of thin type, and especially the hole type is an encoder best suited for fitting.

4 ME seriessquare Wave/Incremental Widely available from low pulse to high resolution pulse. A desired division pulse number is easily available because of internal manufacturing. Outside diameters are available in series from ultra-small type to large type and selection should be made in accordance with the fitting shaft and division pulse number. All products are of thin type, and especially the hole type is an encoder best suited for fitting. Investigation is possible under optimum conditions such as noise resistance and reduction in current consumption depending on the purpose of use. Fitting Method for Hole Type Encoder (MEH/MAH) Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end. 5 6

5 MES-3P series Square Wave/Incremental MES-3PST series Square Wave/Incremental MICRO 7 8

6 9 10 MICRO MES-6-P series MES-6-125PST16C

7 ME-9-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

8 ME-12-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

9 MEH-14 Square Wave/Incremental NEW Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

10 17 18 MICRO ME-17-P series Square Wave/Incremental

11 MEH-19 Square Wave/Incremental NEW Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

12 ME-20-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

13 MEH-28 Square Wave/Incremental NEW Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

14 ME-30-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

15 27 28 MICRO MEH-30T series Square Wave/Incremental

16 MES-40-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

17 MES-45 series Square Wave/Incremental 31 32

18 ME-50-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

19 MEH-60-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

20 MEH-85-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

21 MEH-130-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

22 MEH-180-P series Square Wave/Incremental Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

23 MGH series Square Wave/Incremental Can be easily attached to DC motors, AC motors, and stepping motors. º º 43 44

24 45 46 MG series Module Kit MICRO

25 MMS-10 series Absolute MAS-10 series Absolute 39 40

26 MAS-14 Absolute NEW MA-17 series Absolute 49 50

27 MAH-19 Absolute NEW MAS-18 series Absolute NEW 51 52

28 MA-20 series Absolute MAH-28 Absolute NEW 53 54

29 MA-36 series MA-42 series Absolute Absolute NoteWhen input is open, CW increases count. When input is OV short, CCW increases count. NoteWhen input is open, CW increases count. When input is OV short, CCW increases count

30 MXS-36-series High-resolution Multiple-rotation 64 rotations maxabsolute Type Encoder MXS-42-series High-resolution Multiple-rotation 100 rotations maxabsolute Type Encoder 57 58

MLS-12 series MLS-30 series Wire-Type Linear Scale Smallest in the series: Outside dimensions 232425H Wire-Type Linear Scale Stroke: 250 mm Resolution: Selection

04 mm Lightweight: 60 g Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the

31 MLS-12 series MLS-30 series Wire-Type Linear Scale Smallest in the series: Outside dimensions H Wire-Type Linear Scale Stroke: 250 mm Resolution: Selection from among 0.1 mm, 0.04 mm Lightweight: 60 g Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end. MLS MLS Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end. MLS MLS MLS MLS MLS MLS MLS MLS

250mm Main Applications: Robot Machine, small actuator, conductor apparatus, manipulator, Jack-up controller for

32 MICRO MLS-50 series Wire-Type Linear Scale MLA-17 series Absolute Linear Scale Smallest in the series: Outside dimensions H Measuring range: 60mmMax. 250mm Main Applications: Robot Machine, small actuator, conductor apparatus, manipulator, Jack-up controller for building industry and etc. Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

Yellow/black Green Green/black Blue Blue/black Purple Purple/black Gray

33 MLA-30 series Absolute Linear Scale MLA-42 series Absolute Linear Scale Black Red Red/black Brown Brown/black Orange Orange/black Yellow Yellow/black Green Green/black Blue Blue/black Purple Purple/black Gray Gray/black MLA MLA MLA MLA MLA

REH-30R series DC series Roller Encoder Measuring

8 7 6 5 4 3 2 1 37 36 35 34 33 32 31 30 29 28 27 26 25

long, it should be so considered that the specified

34 REH-30R series DC series Roller Encoder Measuring Angle/Measuring Length Note: If the transmission distance is long, it should be so considered that the specified voltage occurs at the input portion of the encoder cable end

35 Setting Option/Coupling 67 68

36 Danger Warning Danger Danger Fitting Method for Shaft Type EncoderMES/MAS Use this method when the base of the main unit of MES-20 or MES-30 with a single-shaft cannot be installed from the shaft side. Warning Warning Warning 69 70

MICRO ENCODER Microtech Laboratory Inc. manufactures and supplies various high-quality Rotary Encoders.

MICRO ENCODER Microtech Laboratory Inc. manufactures and supplies various high-quality Rotary Encoders. MICRO Microtech Laboratory Inc. manufactures and supplies various high-quality Rotary Encoders. Product Catalog MICROTECH LABORATORY INC. Head office: 8-1-46 Honcho, Kamitsuruma, minami-ku Sagamihara-shi