Mitutoyo - Mhz Electronics
Transcription
Digital Scale and DRO Systems Scale Units and Display Counters DRO System Catalog No. E4072-174/539 Linear Scales & Counters Accurate, yet Affordable, DRO System from Mitutoyo Mitutoyo's DRO (Digital Readout) system integrates the scale units with the dedicated digital counters, to offer accurate detection and display of axial displacements of machine tools and measuring equipment. The DRO system can be configured to best meet your specific application, such as turning, milling, or grinding. Choose a suitable combination of scale unit and counter. Scale units have diverse measuring length ranges and counters feature remote zero setting, switchable resolution, and multipurpose one-touch macro keys. The DRO system has superior ease-ofuse and is reliable, both of which dramatically improve machining accuracy and efficiency. Mitutoyo strongly recommends implementation of the DRO system whatever possible. Table of Contents Features • Digital counter value display allows quick and correct readout of displacement. Working efficiency thus greatly improved. • Zero-setting or presetting possible at any position. Versatile functions eliminate calculations or complicated key operations for positioning. • Various external output features allow output of current display values or various data to external devices such as PCs or sequencers. Easy data processing can be performed. • Two types of display units (counters) available: highperformance type and limit signal type. • Both linear scale and display units (counters) conform to CE marking standards. They also comply with the hazardous substances restriction in the RoHS directive (2006). Scale Unit Selection Guide............................................................ 3 AT102, Standard-size Type............................................................ 4 AT113, Slim Type .......................................................................... 6 AT115, Slim and Economy Type .................................................... 7 AT112, Super Slim Type ................................................................ 8 AT181, Plunger Type .................................................................... 9 AT715, ABSOLUTE and High Environment Resistance Type ......... 10 Features of Scale Unit ................................................................. 11 DRO System Diagram ................................................................. 12 Display Unit Selection Guide....................................................... 13 KA Counter................................................................................ 14 Ultra Precision Manufacture 11 Meters Underground KLD Counter .............................................................................. 15 Mitutoyo Kiyohara Plant, which is a factory exclusively for the production of Linear Scales and other precision scales, has a complete system for producing master scales to be used in finished products, such as CMM, vision measuring system, profile projectors, and measuring microscopes. To improve the accuracy of scales and quality control technologies, the integral laboratory of Kiyohara Plant was constructed eleven meters underground. It provides an optimum environment (cleanliness factor: 100) for the ultraprecision manufacture and evaluation of scales. Its unique design and construction isolate the laboratory from external vibrations and ensure minimal variations in temperature and humidity. Features of Display Unit .............................................................. 16 Connection with External Devices............................................... 18 Caution in mounting and handling Linear Scales ........................ 22 Traceability System ..................................................................... 24 Calibration Laboratories Worldwide ........................................... 25 2 Scale Unit Scale Unit Selection Guide AT113 AT102 AT115 Slim Type Standard-size Type 15 32.5 23 37.5 20 Economy and Slim Type 22 1.5 35 52 35 52 50 95.5 1.5 29 29 1.5 80 49.5 22 1.5 36 Up to 3000mm 36 1.5±0.4 19 19 1.5±0.2 1.5 1.5 Over 3000mm AT112 AT181 Super Slim Type AT715 Plunger Type Absolute Type 7 28 1.5 36.5 (54) 35 16 21 0.2±0.3 70 22 28 44.5 1±0.3 30 15.4 21 15.2 11 1.5±0.2 20 19 (1.5) 42 Specifications Model Detecting method Light source Receptor Output wave form Effective length (for high accuracy type) Accuracy [high accuracy type] Maximum response speed AT102 AT113, AT115 AT112 AT181 AT715 Photoelectric (transparent linear encoder) Electromagnetic induction system LED — Phototransistor Photodiode — 2-phase sine curves with a phase difference of 90° — 100 - 6000mm 100 - 1500mm 50 - 1020mm 100 - 600mm 100 - 1800mm (100 - 2000mm) (100 - 1500mm) (50 - 1020mm) (100 - 600mm) (5+5L0/1000)µm*1 (5+5L0/1000)µm (5+5L0/1000)µm (5+5L0/1000)µm ±5µm (Effective length: 100 - 500mm) [(3+3L0/1000)µm] [(3+3L0/1000)µm*2] [(3+3L0/1000)µm] [(3+3L0/1000)µm] ±7µm (Effective length: 600 - 1800mm) 72m/min.*3 120m/min. 50m/min. 50m/min. 50m/min. (50m/min.: AT115) Scale reference point At every 50mm interval Absolute system Linear expansion coefficient (8±1)x10-6/°C — Power supply 5V±5% DC 5V±5% DC Current consumption 70mA at maximum*4 (60mA: AT113) 120mA 70mA at maximum Operating temperature 0°C to 45°C Storage temperature -20°C to 70°C Relative humidity 20 - 80%RH Cable length — 3m or 5m (3.5m or 5m: AT115) 0.3m — — Sliding force 5N or less 6N or less 5N or less Dust/water protection Conforming to IP-53 Conforming to IP-54 Conforming to IP-67 *1: (5+8L0/1000)µm for models over 3250 effective length *2: not available for AT115 *3: 50m/min. for models over 3250mm effective length 3 *4: 140mA for models over 3250mm effective length AT102, Standard-size Type L3 L2 L1 L0 27 (1.06") 10 (.39") 7 (.28") 11.6 (.457") Bracket 20 (.79") 20 (.79) L6 L6 6 (.24") A Adjustable 2.1 (.083") Bracket C Spar mounting surface 10 (.39") Mounting method 2 L5 20 (.79") 7(.28") Detecting head mounting plane L4 B 90 (3.54") 10 (.39) 7 (.28) Hex-nut (ø11mm) Hole 5mm deep 10 (.39") 28.5 (1.122") 6 (.24") Mounting method 1 Ø7mm through hole (x 2pcs.), Ø11mm hole on both sides (6.5mm deep) 60 (2.36") Signal cable 7 (.28") 10 (.39") 36 (1.42") Viewed from X 8 (.31") 1.5 ±0.2 (.059"±.008") 10 (.39") 12.6 (.496") 29 (1.14") X Spar mounting surface 31±0.3 27 (1.22"±.12") (1.06") 7 (.28") 49.5 (1.949") 1.5 ±0.2 80 (.059"±.008") (3.15") 20 (.79") Air supply mouth (M5) 23.5 (.925") 6 (.24") 37.5 (1.476") L4 L5 L6 20 (.79") 6 (.24") B L6 A Order No. and mounting dimensions Adjustable C mm (inch) Order No. / Model No. ( ): suffix for high accuracy type 539-111 (-10) / AT102-100 (F) 539-112 (-10) / AT102-150 (F) 539-113 (-10) / AT102-200 (F) 539-114 (-10) / AT102-250 (F) 539-115 (-10) / AT102-300 (F) 539-116 (-10) / AT102-350 (F) 539-117 (-10) / AT102-400 (F) 539-118 (-10) / AT102-450 (F) 539-119 (-10) / AT102-500 (F) 539-121 (-10) / AT102-600 (F) 539-123 (-10) / AT102-700 (F) 539-124 (-10) / AT102-750 (F) Effective range L0 100 (4”) 150 (6”) 200 (8”) 250 (10”) 300 (12”) 350 (14”) 400 (16”) 450 (18”) 500 (20”) 600 (24”) 700 (28”) 750 (30”) Travel range L1 120 (4.72”) 170 (6.69”) 220 (8.66”) 270 (10.63”) 330 (12.99”) 380 (14.96”) 430 (16.93”) 480 (18.90”) 540 (21.26”) 650 (25.59”) 760 (29.92”) 810 (31.89”) Mount interval L2 248 (9.76”) 298 (11.73”) 348 (13.70”) 398 (15.67”) 458 (18.03”) 508 (20.00”) 558 (21.97”) 608 (23.94”) 668 (26.30”) 778 (30.63”) 888 (34.96”) 938 (36.93”) Overall length L3 268 (10.55”) 318 (12.52”) 368 (14.49”) 418 (16.46”) 478 (18.82”) 528 (20.79”) 578 (22.76”) 628 (24.72”) 688 (27.09”) 798 (31.42”) 908 (35.75”) 958 (37.72”) L4 — — — — — — — — — — — — 539-125 (-10) / AT102-800 (F) 539-126 (-10) / AT102-900 (F) 539-127 (-10) / AT102-1000 (F) 539-128 (-10) / AT102-1100 (F) 539-129 (-10) / AT102-1200 (F) 539-130 (-10) / AT102-1300 (F) 539-131 (-10) / AT102-1400 (F) 539-132 (-10) / AT102-1500 (F) 539-133 (-10) / AT102-1600 (F) 539-134 (-10) / AT102-1700 (F) 539-135 (-10) / AT102-1800 (F) 539-136 (-10) / AT102-2000 (F) 539-137 / AT102-2200 539-138 / AT102-2400 539-139 / AT102-2500 539-140 / AT102-2600 539-141 / AT102-2800 539-142 / AT102-3000 800 (32”) 900 (36”) 1000 (40”) 1100 (44”) 1200 (48”) 1300 (52”) 1400 (56”) 1500 (60”) 1600 (64”) 1700 (68”) 1800 (72”) 2000 (80”) 2200 (88”) 2400 (96”) 2500 (100”) 2600 (104”) 2800 (112”) 3000 (120”) 860 (33.86”) 960 (37.79”) 1060 (41.73”) 1160 (45.67”) 1260 (49.60”) 1360 (53.54”) 1460 (57.48”) 1560 (61.41”) 1690 (66.53”) 1790 (70.47”) 1890 (74.41”) 2100 (82.67”) 2300 (90.55”) 2500 (98.42”) 2600 (102.36”) 2700 (106.30”) 2900 (114.17”) 3100 (118.11”) 988 (38.90”) 1088 (42.83”) 1188 (46.77”) 1288 (50.71”) 1388 (54.65”) 1488 (58.58”) 1588 (62.52”) 1688 (66.46”) 1818 (71.57”) 1918 (75.51”) 2018 (79.45”) 2228 (87.72”) 2428 (95.59”) 2628 (103.46”) 2728 (107.40”) 2828 (111.34”) 3028 (119.21”) 3228 (127.09”) 1008 (39.69”) 1108 (43.62”) 1208 (47.56”) 1308 (51.50”) 1408 (55.43”) 1508 (59.37”) 1608 (63.31”) 1708 (67.24”) 1838 (72.36”) 1938 (76.30”) 2038 (80.24”) 2248 (88.50”) 2448 (96.38”) 2648 (104.25”) 2748 (108.19”) 2848 (112.13”) 3048 (120.00”) 3248 (127.87”) — — 594 (23.39”) 644 (25.35”) 694 (27.32”) 744 (29.29”) 794 (31.26”) 844 (33.23”) — — — — — 1314 (51.73”) 1364 (53.70”) 1414 (55.67”) 1514 (59.60”) 1614 (63.99”) Supporting bracket position L5 — — — — — — — — — — — — — — — — — — — — 610 (24.02”) 650 (25.59”) 670 (26.38”) 740 (29.13”) 800 (31.50”) 1300 (51.18”) 1340 (52.76”) 1400 (55.12”) 1500 (59.06”) 1600 (62.99”) L6 — — — — — — — — — — — — Signal cable length 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) Mass kg (lbs.) 1.5 (3.30) 1.6 (3.52) 1.7 (3.74) 1.8 (3.96) 1.9 (4.18) 2.0 (4.40) 2.1 (4.62) 2.2 (4.84) 2.3 (5.06) 2.6 (5.72) 2.8 (6.16) 2.9 (6.38) — — — — — — — — — — — — — 650 (25.59”) 670 (25.38”) 700 (27.56”) 750 (29.53”) 800 (31.50”) 3m (9.8 feet) 3m (9.8 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 7m (22.9 feet) 7m (22.9 feet) 7m (22.9 feet) 7m (22.9 feet) 7m (22.9 feet) 3.0 (6.60) 3.3 (7.26) 3.7 (8.14) 4.0 (8.80) 4.2 (9.24) 4.4 (9.68) 4.6 (10.12) 4.8 (10.56) 5.1 (11.22) 5.3 (11.66) 5.5 (12.10) 6.0 (13.20) 6.4 (14.08) 7.1 (15.62) 7.3 (16.06) 7.5 (16.50) 7.9 (17.38) 8.3 (18.26) Note) When selecting the size of a Linear Scale for your application, make sure that the maximum travel range of the Linear Scale (L1) is larger than the maximum travel range of the machine. Also, take into consideration in selecting a size that the accuracy of the Linear Scale is guaranteed only within the range of the effective measuring length (L0). 4 Scale Unit L3 L4 L5 80 (3.15") (Adjustable) (Adjustable) 36 (1.42") L3 L5 L5 Ø8mm through hole (x 2pcs.) 40 (1.57") 66±0.3 (2.60"±.012") 15 (.59") 7.5 (.30") 60 (2.36") 29 (1.14") X 1.5±0.2 (.059"±.008") 95.5 (3.76") 1.5±0.2 (.059"±.008") 50 (1.97") 23 (.91") 32.5 (1.28") L5 (Fixed) Spar mounting block (Adjustable) (Adjustable) 60 (2.36") 90 (3.54") Ø7mm through hole (x 2pcs.), Ø11mm hole on both sides (6.5mm deep) L0 L1 2.5 (.10") 35 (1.38") Viewed from X Hex-nut hole, Ø11mm (5mm deep) L2 Detecting head mounting surface Spar mounting surface Order No. and mounting dimensions Order No. / Model No. 539-143 / AT102-3250 539-144 / AT102-3500 539-145 / AT102-3750 539-146 / AT102-4000 539-147 / AT102-4250 539-148 / AT102-4500 539-149 / AT102-4750 539-150 / AT102-5000 539-151 / AT102-5250 539-152 / AT102-5500 539-153 / AT102-5750 539-154 / AT102-6000 Effective range L0 3250 (130”) 3500 (140”) 3750 (150”) 4000 (160”) 4250 (170”) 4500 (180”) 4750 (190”) 5000 (200”) 5250 (210”) 5500 (220”) 5750 (230”) 6000 (240”) Travel range L1 3350 (131.88”) 3600 (141.73”) 3850 (151.57”) 4100 (161.42”) 4350 (171.26”) 4600 (181.10”) 4850 (191.94”) 5100 (200.78”) 5350 (210.63”) 5600 (220.47”) 5850 (230.31”) 6100 (240.16”) mm (inch) Overall length L2 3470 (136.61”) 3720 (146.46”) 3970 (156.30”) 4220 (166.14”) 4470 (175.98”) 4720 (185.83”) 4970 (195.67”) 5220 (205.51”) 5470 (215.35”) 5720 (225.20”) 5970 (235.24”) 6220 (244.88”) Supporting bracket position L3 L4 L5 135 (5.32”) 3200 (125.98”) 800 (31.50”) 160 (6.30”) 3400 (133.86”) 850 (33.46”) 125 (4.92”) 3720 (146.46”) 930 (36.61”) 110 (4.33”) 4000 (157.48”) 1000 (39.37”) 135 (5.32”) 4200 (165.35”) 1050 (41.34”) 160 (6.30”) 4400 (173.23”) 1100 (43.31”) 85 (3.35”) 4800 (188.98”) 800 (31.50”) 120 (4.72”) 4980 (196.06”) 830 (32.68”) 125 (4.92”) 5220 (205.51”) 870 (34.25”) 130 (5.12”) 5460 (214.41”) 910 (35.83”) 135 (5.32”) 5700 (224.41”) 950 (37.40”) 110 (4.33”) 6000 (236.22”) 1000 (39.37”) Signal cable length 10m (32.8 feet) 10m (32.8 feet) 10m (32.8 feet) 10m (32.8 feet) 10m (32.8 feet) 10m (32.8 feet) 15m (49.2 feet) 15m (49.2 feet) 15m (49.2 feet) 15m (49.2 feet) 15m (49.2 feet) 15m (49.2 feet) Mass kg (lbs.) 10.8 (23.76) 11.4 (25.08) 12.0 (26.40) 12.6 (27.72) 13.2 (29.04) 13.8 (30.36) 15.2 (33.44) 15.8 (34.76) 16.4 (36.08) 17.0 (37.40) 17.6 (38.72) 18.2 (40.04) Note) When selecting the size of a Linear Scale for your application, make sure that the maximum travel range of the Linear Scale (L1) is larger than the maximum travel range of the machine. Also, take into consideration in selecting a size that the accuracy of the Linear Scale is guaranteed only within the range of the effective measuring length (L0). Extension cable Mounting parts (provided as standard) Type of spar Effective range L0 Items included Standard-size 100mm (4”) - 3000mm (120”) • Hex-socket head screw (M6x1x40) • Hex-socket head screw (M4x1x16) • Hex-socket head screw (M4x0.7x8) • Spring washer (6mm nominal) • Plain washer (6mm nomina) • Cable clip • Spacer (0.3mm) • Spacer (0.4mm) • Spacer (0.5mm) • Spacer (0.6mm) 2 pcs. 2 pcs. 6 pcs. 2 pcs. 2 pcs. 5 pcs. 1 pc. 1 pc. 1 pc. 1 pc. Extra-long 3250mm (130”) - 6000mm (240”) • Hex-socket head screw (M6x1x40) • Hex-socket head screw (M6x1x30) • Hex-socket head screw (M4x0.7x8) • Spring washer (6mm nominal) • Plain washer (6mm nomina) • Cable clip • Spacer (0.3mm) • Spacer (0.4mm) • Spacer (0.5mm) • Spacer (0.6mm) Remarks: Dust-proofing and splash-proofing of the AT102 model scale units can be improved by supplying clean and dry air to the main spar. (Air pressure required: 50kPa, Air flow rate: 10 to 20 normal liters per minute) 5 2 pcs. 14 pcs. 7 pcs. 14 pcs. 14 pcs. 7 pcs. 1 pc. 1 pc. 1 pc. 1 pc. Order No. 09AAA033A 09AAA033B 09AAA033C Cable length 2m (6.5 feet) 5m (16.4 feet) 7m (22.9 feet) AT113, Slim Type L4 L2 1 (.39") Signal cable Spar mounting surface L0 Hole on both sides (6.5mm deep) 7 (.28") 19 1.5 (.059") 14 (.55") (.75") 9 (.354") L1 17.5 28±0.4 (1.10"±.016") (.689") 17 (.67") 35 (1.38") 1.5±0.4 (.059"±.016") 52 (2.05") 22 (.87") 10 (.394") 28 (1.10") 33 (1.30") 9 (.354") 80±0.2 (3.15"±.008") 94 (3.70") M6 through hole (x 2pcs.), Ø9mm hole on both sides (4.5mm deep) Head cable Length: 0.3m (12") G: machine guide L3 1 (.04") 1 (.04") 11 (.43") Bracket 18 (.71") L5 12 (.47") Ø5 (.20") 1 (.04") Bracket A 15 (.59") C (Fixed) (Fixed) B 12 (.47") Spar mounting surface L7 B (Fixed) 5 (.20") Mounting method 2 M4x0.7 (x 2pcs.),5mm deep 9 (.35") 21.5 (.846") 1 (.04") 5 (.20") Mounting method 1 Ø7mm through hole (x 2pcs.), Ø14mm hole on both sides (6.5mm deep) 80±0.2 (3.15"±.008") (Fixed) Ø5 (.20") L6 A (Fixed) C (Fixed) L7 17 (.67") Order No. and mounting dimensions Order No. / Model No. ( ): suffix for high accuracy type 539-201-30 (-10) / AT113-100 (F) 539-202-30 (-10) / AT113-150 (F) 539-203-30 (-10) / AT113-200 (F) 539-204-30 (-10) / AT113-250 (F) 539-205-30 (-10) / AT113-300 (F) 539-206-30 (-10) / AT113-350 (F) 539-207-30 (-10) / AT113-400 (F) 539-208-30 (-10) / AT113-450 (F) 539-209-30 (-10) / AT113-500 (F) 539-211-30 (-10) / AT113-600 (F) 539-213-30 (-10) / AT113-700 (F) 539-214-30 (-10) / AT113-750 (F) 539-215-30 (-10) / AT113-800 (F) 539-216-30 (-10) / AT113-900 (F) 539-217-30 (-10) / AT113-1000 (F) 539-218-30 (-10) / AT113-1100 (F) 539-219-30 (-10) / AT113-1200 (F) 539-220-30 (-10) / AT113-1300 (F) 539-221-30 (-10) / AT113-1400 (F) 539-222-30 (-10) / AT113-1500 (F) Effective range L0 100 (4”) 150 (6”) 200 (8”) 250 (10”) 300 (12”) 350 (14”) 400 (16”) 450 (18”) 500 (20”) 600 (24”) 700 (28”) 750 (30”) 800 (32”) 900 (36”) 1000 (40”) 1100 (44”) 1200 (48”) 1300 (52”) 1400 (56”) 1500 (60”) mm (inch) Travel range L1 120 (4.72”) 170 (6.69”) 220 (8.66”) 270 (10.63”) 330 (12.99”) 380 (14.96”) 430 (16.93”) 480 (18.90”) 540 (21.26”) 640 (25.20”) 740 (29.13”) 780 (30.71”) 840 (33.07”) 940 (37.01”) 1040 (40.94”) 1140 (44.88”) 1240 (48.82”) 1340 (52.76”) 1440 (56.69”) 1540 (60.63”) Mount interval L2 258 (10.16”) 308 (12.13”) 358 (14.09”) 408 (16.06”) 468 (18.43”) 518 (20.39”) 568 (22.36”) 618 (24.33”) 678 (26.69”) 778 (30.63”) 878 (34.57”) 918 (36.14”) 978 (38.50”) 1078 (42.44”) 1178 (46.38”) 1278 (50.31”) 1378 (54.25”) 1478 (58.19”) 1578 (62.13”) 1678 (66.06”) Mount interval L3 242 (9.53”) 292 (11.50”) 342 (13.46”) 392 (15.43”) 452 (17.80”) 502 (19.76”) 552 (21.73”) 602 (23.70”) 662 (26.06”) 762 (30.00”) 862 (33.94”) 902 (35.51”) 962 (37.87”) 1062 (41.81”) 1162 (45.75”) 1262 (49.69”) 1362 (53.62”) 1462 (57.56”) 1562 (61.50”) 1662 (65.43”) Overall length L4 276 (10.87”) 326 (12.83”) 376 (14.80”) 426 (16.77”) 486 (19.13”) 536 (21.10”) 586 (23.07”) 636 (25.04”) 696 (27.40”) 796 (31.34”) 896 (35.28”) 936 (36.85”) 996 (39.21”) 1096 (43.15”) 1196 (47.09”) 1296 (51.02”) 1396 (54.96”) 1496 (58.90”) 1596 (62.83”) 1696 (66.77”) Supporting bracket position L5 L6 L7 — — — — — — — — — — — — — — — — — — — — — — — — 339 (13.35”) 331 (13.03”) — 389 (15.31”) 381 (15.00”) — 439 (17.28”) 431 (16.97”) — 459 (18.07”) 451 (17.76”) — 489 (19.25”) 481 (18.94”) — 539 (21.22”) 531 (20.91”) — 589 (23.19”) 581 (22.87”) — — — 430 (16.93”) — — 460 (18.11”) — — 490 (19.29”) — — 530 (20.87”) — — 560 (22.05”) Signal cable length 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) Mass kg (lbs.) 0.9 (1.98) 0.9 (1.98) 0.9 (1.98) 1.0 (2.2) 1.0 (2.2) 1.1 (2.42) 1.1 (2.42) 1.1 (2.42) 1.2 (2.64) 1.3 (2.86) 1.3 (2.86) 1.4 (3.08) 1.4 (3.08) 1.5 (3.3) 1.9 (4.18) 1.9 (4.18) 2.0 (4.4) 2.1 (4.62) 2.2 (4.84) 2.2 (4.84) Note) When selecting the size of a Linear Scale for your application, make sure that the maximum travel range of the Linear Scale (L1) is larger than the maximum travel range of the machine. Also, take into consideration in selecting a size that the accuracy of the Linear Scale is guaranteed only within the range of the effective measuring length (L0). Extension cable Order No. 09AAA033A 09AAA033B 09AAA033C Mounting parts (provided as standard) Cable length 2m (6.5 feet) 5m (16.4 feet) 7m (22.9 feet) Items included 6 • Hex-socket head screw (M6x1x25) • Hex-socket head screw (M4x0.7x25) • Hex-socket head screw (M4x0.7x8) • Spring washer (4mm nominal) • Plain washer (4mm nomina) • Cable clip • Connector clamp • Spacer (0.3mm) • Spacer (0.4mm) • Spacer (0.5mm) • Spacer (0.6mm) 2 pcs. 2 pcs. 6 pcs. 2 pcs. 2 pcs. 5 pcs. 1 pc. 1 pc. 1 pc. 1 pc. 1 pc. Scale Unit AT115, Slim and Economy Type L4 14 (.55") Hole on both sides (6.5mm deep) 80±0.2 (3.15"±.008") 94 (3.70") 9 (.35") L5 21.5 5 (.20") (.85") 1 (.04") Bracket 12 (.47") Mounting method 2 5 (.20") Bracket 1 (.04") Ø7mm through hole (x 2pcs.), Ø14mm hole on both sides (6.5mm deep) A B (Fixed) B 12 (.47") 17 (.67") Spar mounting surface L7 Ø5 (.20") through hole 15 (.59") Mounting method 1 G: Machine guide 80±0.2 (3.15"±.008") L3 1 (.04") Molded resin connector M6 through hole (x 2pcs.), Ø9mm hole on both sides (4.5mm deep) M4 (x 2pcs.), 5mm deep 1 (.04") Length: 3.5m (11feets) or 5m (16.4 feet) 17.5 (.69") L0 28±0.2 (1.10"±.008") 7 (.28") 19 1.5 (.059") (.75") L1 33 (1.30") 1 (.04") 10 (.39") 17 (.67") 35 (1.38") 52 (2.05") 1.5±0.2 (.059"±.008") 28 (1.10") Spar mounting surface 22 (.87") 9 (.35") L2 9 (.35") (Fixed) (Fixed) Ø5 (.20") through hole (Fixed) A C (Fixed) C (Fixed) L7 L6 Order No. and mounting dimensions Order No. / Model No. 539-271 / AT-115-100 539-272 / AT-115-150 539-273 / AT-115-200 539-274 / AT-115-250 539-275 / AT-115-300 539-276 / AT-115-350 539-277 / AT-115-400 539-278 / AT-115-450 539-279 / AT-115-500 539-281 / AT-115-600 539-283 / AT-115-700 539-284 / AT-115-750 539-285 / AT-115-800 539-286 / AT-115-900 539-287 / AT-115-1000 539-288 / AT-115-1100 539-289 / AT-115-1200 539-290 / AT-115-1300 539-291 / AT-115-1400 539-292 / AT-115-1500 Effective range L0 100 (4”) 150 (6”) 200 (8”) 250 (10”) 300 (12”) 350 (14”) 400 (16”) 450 (18”) 500 (20”) 600 (24”) 700 (28”) 750 (30”) 800 (32”) 900 (36”) 1000 (40”) 1100 (44”) 1200 (48”) 1300 (52”) 1400 (56”) 1500 (60”) mm (inch) Travel range L1 120 (4.72”) 170 (6.69”) 220 (8.66”) 270 (10.63”) 330 (12.99”) 380 (14.96”) 430 (16.93”) 480 (18.90”) 540 (21.26”) 640 (25.20”) 740 (29.13”) 780 (30.71”) 840 (33.07”) 940 (37.01”) 1040 (40.94”) 1140 (44.88”) 1240 (48.82”) 1340 (52.76”) 1440 (56.69”) 1540 (60.63”) Mount interval L2 258 (10.16”) 308 (12.13”) 358 (14.09”) 408 (16.06”) 468 (18.43”) 518 (20.39”) 568 (22.36”) 618 (24.33”) 678 (26.69”) 778 (30.63”) 878 (34.57”) 918 (36.14”) 978 (38.50”) 1078 (42.44”) 1178 (46.38”) 1278 (50.31”) 1378 (54.25”) 1478 (58.19”) 1578 (62.13”) 1678 (66.06”) Mount interval L3 242 (9.53”) 292 (11.50”) 342 (13.46”) 392 (15.43”) 452 (17.80”) 502 (19.76”) 552 (21.73”) 602 (23.70”) 662 (26.06”) 762 (30.00”) 862 (33.94”) 902 (35.51”) 962 (37.87”) 1062 (41.81”) 1162 (45.75”) 1262 (49.69”) 1362 (53.62”) 1462 (57.56”) 1562 (61.50”) 1662 (65.43”) Overall length L4 276 (10.87”) 326 (12.83”) 376 (14.80”) 426 (16.77”) 486 (19.13”) 536 (21.10”) 586 (23.07”) 636 (25.04”) 696 (27.40”) 796 (31.34”) 896 (35.28”) 936 (36.85”) 996 (39.21”) 1096 (43.15”) 1196 (47.09”) 1296 (51.02”) 1396 (54.96”) 1496 (58.90”) 1596 (62.83”) 1696 (66.77”) Supporting bracket position L5 L6 L7 — — — — — — — — — — — — — — — — — — — — — — — — 339 (13.35”) 331 (13.03”) — 389 (15.31”) 381 (15.00”) — 439 (17.28”) 431 (16.97”) — 459 (18.07”) 451 (17.76”) — 489 (19.25”) 481 (18.94”) — 539 (21.22”) 531 (20.91”) — 589 (23.19”) 581 (22.87”) — — — 430 (16.93”) — — 460 (18.11”) — — 490 (19.29”) — — 530 (20.87”) — — 560 (22.05”) Signal cable length 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) 5m (16.4 feet) Mass kg (lbs.) 1.0 (2.2) 1.0 (2.2) 1.0 (2.2) 1.1 (2.42) 1.1 (2.42) 1.1 (2.42) 1.2 (2.64) 1.2 (2.64) 1.2 (2.64) 1.3 (2.86) 1.3 (2.86) 1.3 (2.86) 1.4 (3.08) 1.4 (3.08) 1.8 (3.96) 1.8 (3.96) 1.9 (4.18) 1.9 (4.18) 2.0 (4.4) 2.0 (4.4) Note) When selecting the size of a Linear Scale for your application, make sure that the maximum travel range of the Linear Scale (L1) is larger than the maximum travel range of the machine. Also, take into consideration in selecting a size that the accuracy of the Linear Scale is guaranteed only within the range of the effective measuring length (L0). Extension cable Order No. 09AAA674A 09AAA674B 09AAA674C Mounting parts (provided as standard) Cable length 2m (6.5 feet) 5m (16.4 feet) 7m (22.9 feet) Items included 7 • Hex-socket head screw (M6x1x25) • Hex-socket head screw (M4x0.7x25) • Hex-socket head screw (M4x0.7x8) • Spring washer (4mm nominal) • Plain washer (4mm nomina) • Cable clip • Connector clamp • Spacer (0.3mm) • Spacer (0.4mm) • Spacer (0.5mm) • Spacer (0.6mm) 2 pcs. 2 pcs. 6 pcs. 2 pcs. 2 pcs. 5 pcs. 1 pc. 1 pc. 1 pc. 1 pc. 1 pc. AT112, Super Slim Type L2 6 (.24") 6 (.24") L1 15.4 (.61") 9 (.35") M6 through hole (x 2pcs.), Ø11mm hole on both sides (4.2mm deep) 56±0.2 (2.21"±.008") 80 (3.15") L0 30 (1.18") 44.5 (1.752") 1±0.3 (.04"±.012") 12 (.47") 4.4 (.17") 9 (.35") 0.2±0.3 (.008"±.012") 15 (.60") 25 (.98") Ø10.5 (.413") 9 (.35") 8.4 (.331") 25.5±0.2 (1"±.008") 13 (.51") 15 (.59") Hole on both sides (5mm deep) 3 (.12") 3 (.12") 74±0.2 (2.91"±.008") M4x0.7 (x 2pcs.) Signal cable Length: 3m (9.8 feet) G: Machine guide 9 (.35") 15 (.59") 0.2 (.008") Head cable Length: 0.3m (12") Order No. and mounting dimensions Order No. / Model No. ( ): suffix for high accuracy type 539-251 (-10) / AT112-50 (F) 539-252 (-10) / AT112-70 (F) 539-253 (-10) / AT112-120 (F) 539-254 (-10) / AT112-170 (F) 539-255 (-10) / AT112-220 (F) 539-256 (-10) / AT112-270 (F) 539-257 (-10) / AT112-320 (F) 539-258 (-10) / AT112-370 (F) 539-259 (-10) / AT112-420 (F) 539-260 (-10) / AT112-470 (F) 539-261 (-10) / AT112-520 (F) 539-262 (-10) / AT112-570 (F) 539-263 (-10) / AT112-620 (F) 539-264 (-10) / AT112-670 (F) 539-265 (-10) / AT112-720 (F) 539-266 (-10) / AT112-770 (F) 539-267 (-10) / AT112-820 (F) 539-268 (-10) / AT112-920 (F) 539-269 (-10) / AT112-1020 (F) Effective range L0 50 (2.0”) 70 (2.8”) 120 (4.8”) 170 (6.8”) 220 (8.8”) 270 (10.8”) 320 (12.8”) 370 (14.8”) 420 (16.8”) 470 (18.8”) 520 (20.8”) 570 (22.8”) 620 (24.8”) 670 (26.8”) 720 (28.8”) 770 (30.8”) 820 (32.8”) 920 (36.8”) 1020 (40.8”) mm (inch) Mount interval L1 143 (5.63”) 163 (6.42”) 213 (8.39”) 263 (10.35”) 313 (12.32”) 363 (14.29”) 413 (16.26”) 463 (18.23”) 513 (20.20”) 563 (22.17”) 613 (24.13”) 663 (26.10”) 713 (28.07”) 763 (30.04”) 813 (32.01”) 863 (33.98”) 913 (35.94”) 1013 (39.88”) 1113 (43.82”) Overall length L2 155 (6.10”) 175 (10.89”) 225 (8.86”) 275 (10.83”) 325 (12.80”) 375 (14.76”) 425 (16.73”) 475 (18.70”) 525 (20.67”) 575 (22.64”) 625 (24.61”) 675 (26.57”) 725 (28.54”) 775 (30.51”) 825 (32.48”) 875 (34.45”) 925 (36.42”) 1025 (40.35”) 1125 (44.29”) Signal cable length 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) Mass kg (lbs.) 0.72 (1.58) 0.74 (1.63) 0.80 (1.76) 0.85 (1.87) 0.90 (1.98) 0.95 (2.09) 1.00 (2.20) 1.05 (2.31) 1.10 (2.42) 1.15 (2.53) 1.20 (2.64) 1.25 (2.75) 1.30 (2.86) 1.35 (2.97) 1.40 (3.08) 1.45 (3.19) 1.50 (3.30) 1.56 (3.43) 1.62 (3.56) Note) When selecting the size of a Linear Scale for your application, make sure that the maximum travel range of the Linear Scale (L1) is larger than the maximum travel range of the machine. Also, take into consideration in selecting a size that the accuracy of the Linear Scale is guaranteed only within the range of the effective measuring length (L0). Extension cable Order No. 09AAA033A 09AAA033B 09AAA033C Mounting parts (provided as standard) Cable length 2m (6.5 feet) 5m (16.4 feet) 7m (22.9 feet) Items included 8 • Hex-socket head screw (M4x0.7x25) • Hex-socket head screw (M4x0.7x8) • Spring washer (4mm nominal) • Plain washer (4mm nomina) • Cable clip • Connector clamp • Spacer (0.3mm) • Spacer (0.4mm) • Spacer (0.5mm) • Spacer (0.6mm) 4 pcs. 6 pcs. 4 pcs. 4 pcs. 5 pcs. 1 pc. 1 pc. 1 pc. 1 pc. 1 pc. Scale Unit AT181, Plunger Type M6 nut (x 2pcs.) in T-groove (8mm deep) Mounting block swievel angle: 360 20 (.79") 42 (1.65") 13 (.51") 24 (.94") 28 (1.10") 42 (1.65") 14 (.55") 70 (2.76") 35 (1.38") 21 (.83") 21 (.83") 28 (1.10") 55 (2.17") 7.5 (.295") M6 nut (x 2pcs.) in T-groove (8mm deep) 11 (.43") 44(1.73") 28 (1.10") Ø16 (.63") 7 (.28") 10 (.39") M6 (x 2pcs.), 10mm deep 20 (.79") Min. 0 Max. L1 7.5 (.295") L2 8 (.31") L3 25 (.98") Ø7mm through hole (x 3pcs.), Ø11mm hole (6.5mm deep) Ø7mm through hole (x 2pcs.), Ø11mm hole (6.5mm deep) 15 (.59") 7.5 (.295") Min. 0 Max. L0 Signal cable connector, Swievel angle: 260° G: Machine guide 15 (.59") Signal cable, Length: 3m (9.8 feet) 9.5 (.374") Order No. and mounting dimensions Order No. / Model No. ( ): suffix for high accuracy type 539-301 (-10) / AT181-100 (F) 539-302 (-10) / AT181-150 (F) 539-303 (-10) / AT181-200 (F) 539-304 (-10) / AT181-250 (F) 539-305 (-10) / AT181-300 (F) 539-306 (-10) / AT181-350 (F) 539-307 (-10) / AT181-400 (F) 539-308 (-10) / AT181-450 (F) 539-309 (-10) / AT181-500 (F) 539-310 (-10) / AT181-550 (F) 539-311 (-10) / AT181-600 (F) Effective range L0 100 (4”) 150 (6”) 200 (8”) 250 (10”) 300 (12”) 350 (14”) 400 (16”) 450 (18”) 500 (20”) 550 (22”) 600 (24”) Travel range L1 130 (5.11”) 180 (7.08”) 230 (9.05”) 280 (11.02”) 330 (12.99”) 380 (14.96”) 430 (16.93”) 480 (18.90”) 530 (20.87”) 580 (22.83”) 630 (24.83”) mm (inch) Mount interval L2 255 (10.04”) 305 (12.01”) 355 (13.98”) 405 (15.94”) 455 (17.91”) 505 (19.88”) 555 (21.85”) 605 (23.82”) 655 (25.79”) 705 (27.76”) 755 (29.72”) Main spar length L3 270 (10.63”) 320 (12.60”) 370 (14.57”) 420 (16.54”) 470 (18.50”) 520 (20.47”) 570 (22.44”) 620 (24.41”) 670 (26.38”) 720 (28.35”) 770 (30.31”) Signal cable length 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) 3m (9.8 feet) Mass kg (lbs.) 1.7 (3.74) 1.9 (4.18) 2.1 (4.62) 2.3 (5.06) 2.5 (5.50) 2.7 (5.94) 2.9 (6.38) 3.1 (6.82) 3.3 (7.26) 3.5 (7.70) 3.7 (8.14) Note) When selecting the size of a Linear Scale for your application, make sure that the maximum travel range of the Linear Scale (L1) is larger than the maximum travel range of the machine. Also, take into consideration in selecting a size that the accuracy of the Linear Scale is guaranteed only within the range of the effective measuring length (L0). 9 Extension cable Order No. 09AAA033A 09AAA033B 09AAA033C Cable length 2m (6.5 feet) 5m (16.4 feet) 7m (22.9 feet) AT715, ABSOLUTE and High Environment Resistance Type Features • Employs ABSOLUTE® electromagnetic induction system to achieve IP-67 environmental resistance. • Detects and outputs an absolute position - no reference point setup needed at every power-on. • An abnormal calculation doesn't accumulate even if the calculation mistake is generated by the influence of an electric noise. Total length L4 Mounting method A Mounting hole pitch L2 Max. travel length L1 10 1 22 Effective length L0 1 G: Machine guide Mounting hole pitch L3 10 50±0.2 12±0.2 C Middle Support : see Mounting method C adjustable 2-M4 depth 5 E3000001 1 4.5 B' 2.5 2-R Middle support : see Mounting method B adjustable 5 24 C' B-B' Sectional dimension 5 9 15.5 SERIAL No. Mounting method B,C 0.7 5 signal cable 60 C-C' Sectional dimension (54.7) Mounting method C 2-φ7 φ14 Countersunk, depth 6.5 53.7 1 B Block spacer 50±0.2 70 13 41 53.7 (54.7) Middle support (V) adjustable MADE IN JAPAN 7 14 φ9 Middle support (V) adjustable AT715 E3000001 SERIAL No. C-C' Sectional dimension 1 2.5 Middle support : see Mouting method A adjustable 2-R 19 12 A Mounting method B 0.3 (1.5) Middle support position L8 Middle support position L7 Middle support position L6 18 54 (54.7) Order No. and mounting dimensions Order No. / Model No. 23.2 12 5 Countersunk, depth 6.5 19 1.5±0.2 25.7 17.5 (54) Middle support position L5 Middle support position L8 16 1.5 36.5 1 Middle support position L7 mm (inch) 539-801 / AT715-100 539-802 / AT715-150 539-803 / AT715-200 539-804 / AT715-250 539-805 / AT715-300 539-806 / AT715-350 539-807 / AT715-400 Effective length L0 100(4”) 150(6”) 200(8”) 250(10”) 300(12”) 350(14”) 400(16”) Maximum travel length L1 120(4.72”) 170(6.69”) 220(8.66”) 270(10.63”) 330(12.99”) 380(14.96”) 430(16.93”) Mounting hole pitch L2 258(10.16”) 308(12.13”) 358(14.09”) 408(16.06”) 468(18.43”) 518(20.39”) 568(22.36”) Mounting hole pitch L3 242 (9.53”) 292 (11.50”) 342 (13.46”) 392 (15.43”) 452 (17.80”) 502 (19.76”) 552 (21.73”) Mounting hole pitch L4 278(10.94”) 328(12.91”) 378(14.88”) 428(16.85”) 488(19.21”) 538(21.18”) 588(23.15”) 539-808 / AT715-450 539-809 / AT715-500 539-811 / AT715-600 539-813 / AT715-700 539-814 / AT715-750 539-815 / AT715-800 539-816 / AT715-900 539-817 / AT715-1000 539-818 / AT715-1100 539-819 / AT715-1200 539-820 / AT715-1300 539-821 / AT715-1400 539-822 / AT715-1500 539-823 / AT715-1600 539-824 / AT715-1700 539-825 / AT715-1800 450(18”) 500(20”) 600(24”) 700(28”) 750(30”) 800(32”) 900(36”) 1000(40”) 1100(44”) 1200(48”) 1300(52”) 1400(56”) 1500(60”) 1600(64”) 1700(68”) 1800(72”) 480(18.90”) 540(21.26”) 640(25.20”) 740(29.13”) 780(30.71”) 840(33.07”) 940(37.01”) 1040(40.94”) 1140(44.88”) 1240(48.82”) 1340(52.76”) 1440(56.69”) 1540(60.63”) 1640(64.57”) 1740(68.50”) 1840(72.44”) 618(24.33”) 678(26.69”) 778(30.63”) 878(34.57”) 918(36.14”) 978(38.50”) 1078(42.44”) 1178(46.38”) 1278(50.31”) 1378(54.25”) 1478(58.19”) 1578(62.13”) 1678(66.06”) 1778(70.00”) 1878(73.94”) 1978(77.87”) 602 (23.70”) 662 (26.06”) 762 (30.00”) 862 (33.94”) 902 (35.51”) 962 (37.87”) 1062 (41.81”) 1162 (45.75”) 1262 (49.69”) 1362 (53.62”) 1462 (57.56”) 1562 (61.50”) 1662 (65.43”) 1762 (69.37”) 1862 (73.31”) 1962 (77.24”) 638(25.12”) 698(27.48”) 798(31.42”) 898(35.35”) 938(36.93”) 998(39.29”) 1098(43.23”) 1198(47.17”) 1298(51.10”) 1398(55.04”) 1498(58.98”) 1598(62.91”) 1698(66.85”) 1798(70.79”) 1898(74.72”) 1998(78.66”) Extension cable Order No. 09AAB674A 09AAB674B 09AAB674C Cable length 2m (6.5 feet) 5m (16.4 feet) 7m (22.9 feet) L5 — — — — — — — — 339(13.35”) 389(15.31”) 439(17.28”) 459(18.07”) 489(19.25”) 539(21.22”) 589(23.19”) — — — — — 889(35.00”) 939(36.97”) 989(38.94”) Middle support positions L6 L7 — — — — — — — — — — — — — — — 331(13.03”) 381(15.00”) 431(16.97”) 451(17.76”) 481(18.94”) 531(20.91”) 581(22.87”) — — — — — 881(34.69”) 931(36.65”) 981(38.62”) — — — — — — — — 430(16.93”) 460(18.11”) 490(19.29”) 530(20.87”) 560(22.05”) 430(16.93”) 460(18.11”) 560(22.05”) L8 — — — — — — — — — — — — — — — — — — — — 215(8.46”) 230(9.06”) 280(11.02”) Mounting parts (provided as standard) Items included 10 • Hex-socket head screw (M6x25) • Hex-socket head screw (M4x25) • Hex-socket head screw (M4x8) • Plain washer (6mm nominal) 2 pcs. 2 pcs. 5 pcs. 2 pcs. • Plain washer (4mm nomina) • Cable clip • Spacer (0.3, 0.4, 0.5, 0.6mm) 5 pcs. 6 pcs. 1 pc. each Scale Unit Features of Scale Unit Features in construction Detecting principle (AT100 series) Main scale Joint Structure of Detector The ball joint structure is employed at the joint of the detector head and the slider (sensor unit) inside the scale. This structure prevents the slider movement from deviating from the normal moving Sensor directions when the detector head Joint bar shifts to right and left, thus providing a normal scale reading and increasing Spring flexibility in the scale installation. In addition, this structure is highly rigid and therefore has an excellent durability. Index scale Phototransister Phase A 20µm Water-proof Connector A waterproof/splash-proof connector is used to enable separation of the signal cable. Thus, an installation and maintenance of the Linear Scale can be easily performed. (The signal cable in AT115 cannot be separated.) Phase B Phase difference of 90˚ 20±10µm Scale reference point signal Conduit armored type signal cable The signal cable is protected by the conduit system. Its exterior is made of stainless steel, which is free from rust and corrosion and withstands sustained use for many hours. The detector of each scale unit consists of a light source (LED) and a photoelectric device (photo transistor) which face each other with the main scale and index scale between them. When the main scale moves, relative to the index scale, the quantity of light that is transmitted through the gratings on the index scale varies with the same period as the grating pitch. This variation of light intensity is converted into electrical signals and output as two-phase (A and B) waves with a phase difference of 90°. The display unit divides these signals to determine the direction of the scale movement, and digitally displays the displacement of the scale. Unique rubber-lip openings The rubber-lip openings are shaped like the bottom of a ship that plows the water. Excellent splash- and dust-proof rubber lip structure The rubber lips are made of a strong, special urethane, and wires are inserted in these lips to improve the splash-proofing and dustproofing of the scale (AT102 only). Second exciting coil Detecting principle (AT715) Mitutoyo has implemented an absolute encoder by combining incremental encoders with different scale intervals. Two incremental encoders with scale intervals of λ1 (first scale) and λ2 (second scale) are incorporated as shown in Fig.4. The relationship between slider displacement and induced voltages in the individual encoders show different periods, λ1 and λ2. Due to this difference the induced voltages do not coincide throughout the entire travel length of the slider. As shown in the figure left, the voltages V2a and V2b of the second scale are different at positions Xa and Xb where the first scale voltage V1a is the same. In other words, when the first scale voltage is V1a, the second scale voltage is V2a only at one position, Xa, over the entire scale length. Therefore, a unique combination of voltages enables the absolute position of the slider to be determined. First exciting coil Second scale First scale Scale λ1 Induced voltage V Second scale λ2 Second scale λ1 Vla Vla V2a λ2 V2b First scale Xa Xb VDC 2.5V Vpp 2V Scale reference point mark Detector head Second detecting coil Slider First detecting coil LED Position X 11 DRO System Diagram AT102 Signal cable (standard accessory) Cable length: 3m / 5m / 7m / 10m / 15m* AT113 Cable length: 3m / 5m* AT115 KA counter, standard type Cable length: 3.5m / 5m* AT112 Cable length: 3m AT181 Cable length: 3m AT715 KLD counter, with limit signal output Cable length: 3.5m / 5m* *Depending on the size of scale unit When using an optional extension cable AT102 Optional extension cable Signal cable Cable length: 2m / 5m / 7m AT113 Cable length: 2m / 5m / 7m AT115 KA counter, standard type Cable length: 2m / 5m / 7m AT112 Cable length: 2m / 5m / 7m AT181 Cable length: 2m / 5m / 7m KLD counter, with limit signal output AT715 Cable length: 2m / 5m / 7m 12 Display Unit Display Unit Selection Guide Functions KA Counter KLD Counter Zero-setting ● ● Preset ● ● Resolution setting ● ● Counting direction setting ● ● mm/inch conversion ● ● ● ● Scale reference point setting ● ● 1/2 calculation ● ● Coordinate system switching ● — Bolt-hole circle machining ● -2 — Pitch machining ● — Zero approach machining (INC mode) ● — Addition of 2-scale data ● -3 — Linearity error compensation ● ● Smoothing ● ● Memory backup ● ● Expansion/contraction coefficient setting — ● Lower digit blanking out ● ● Touch-signal probe connection-4 ▲ ▲ External zero-setting ▲ -5 ● RS-232C interface unit ▲ ● Limit signal output — ● Error message ● ● Counter Function Diameter display -1 ●: Standard function, ▲: Optional function, —: Not available -1: Not available when connecting with AT715 -2: Not available in single axis use -4: Not available when connecting with AT715 and touch-signal probe is optional. -3: Only available for 3-axis model -5: RS-232C interface unit (09CAB217) is required. 13 KA Counter FEATURES • High cost performance 2/3-axis counter with various functions. • The KA counter can be used as the “standard counter” or a “lathe counter” by modifying parameters. • Both the existing AT100 series optical scales and the new AT715 electromagnetic induction scale can be connected. 174-173 (for 1-axis or 2-axis application) SPECIFICATIONS Order No. Scale input ports 174-173* 2 174-175* 3 * To denote your AC line voltage add the following suffixes to the order No. (e.g.: 174-173A): A for UL/CSA, D for CEE, E for BS, DC for China, K for EK, No suffix is required for JIS/100V Technical Data: Common Scale input ports: 2, 3 Resolution: 0.001mm, 0.005mm, .0001", .0005" (changeable) Display: 7-digit LED and a negative [-] sign Power supply: 100V-240V AC, 50/60Hz Mass: 1.1kg (174-173), 1.2kg (174-175) 174-175 (for 3-axis application) Optional Accessory 938140: DIMENSION Unit: mm 43 206 (1) 167 260 80 Touch signal probe (shank diameter: 20mm) 935094: Touch signal probe (shank diameter: 32mm) 902329: Touch-signal probe (shank dia.: 1/2") 09CAB217: RS232C interface unit (with D-Sub 25-pin / 9-pin connectors) 09EAA094: RS232C cable for DP-1VR 264-504: DP-1VR 06ACF941: External extension cable 965004: External load foot switch 937327: External load box (2-axis) 937328: External load box (3-axis) 936552: External zero-set box (2-axis) 936553: External zero-set box (3-axis) Mount screw x2 (M5) 14 KLD Counter Display Unit FEATURES • A 1-axis counter dedicated to sending signals when a linear scale displacement value and a preset limit value coincide. • Two types of limit settings are available: 2 steps and 4 steps. • For controlling a vertical position of an EDM or a grinding machine. • Can be connected to a personal computer or a sequencer via an RS-232C interface or limit signal output (standard feature) 174-146 (2-step model) SPECIFICATIONS Order No. Limit signal output Limit value setting method 174-146 2-step Digital switch 174-147 4-step Digital switch * To denote your AC line voltage add the following suffixes to the order No. (e.g.: 174-146A): A for UL/CSA, D for CEE, E for BS, DC for China, K for EK, No suffix is required for JIS/100V Technical Data: Common Limit signal output: 2-step, 4-step Scale input ports: 1 Resolution: 0.0005mm, 0.001mm, 0.002mm, 0.005mm. 0.01mm .00002", .00005", .0001", .0002", .0005", .001" Display: 9-digit LED and a negative [-] sign Limit value setting method: Digital switch Power supply: 100-120V/200-240V AC, 50/60Hz Mass: 4.5kg 174-147 (4-step model) 1: 2: 3: 4: 5: 6: 7: 8: Optional Accessory 965004: 937326: 936551: 938140: 935094: 902329: External load foot switch External load box External zero-set box Touch-signal probe (shank dia.: 20mm) Touch-signal probe (shank dia.: 32mm) Touch-signal probe (shank dia.: 1/2") 1 2 3 4 5 6 Relay signal output Photocoupler signal output Remote signal input External load signal input External zero-set signal input Touch signal input RS-232C interface Relay signal output 7 DIMENSION Unit: mm 332 204 1/2 mm E ZERO - 0 0 0 0 0 0 SET 0 HOLD Touch-signal probe Makes it easy to perform such operations as datum point setting (detecting the workpiece edge and setting the counter display to zero), workpiece centering, and dimensional measurement (detecting the workpiece end point and holding the counter display). 163 LOAD A 1 - 0 0 0 2 0 0 0 0 3 B - 0 0 0 0 0 0 0 4 C - 0 KLD200 15 0 0 0 0 0 0 5 D - 0 0 0 0 0 0 0 Features of Display Unit BASIC FUNCTIONS Zero-setting The display can be set to "0" (zero) at any scale position. Workpiece Preset This function allows the user to enter a numeric value on the counter display. Any preset value can be retrieved whenever necessary. 12.34512.34512.345 Workpiece Counts down 0 0 0 0 12.345 0 preset 12.345 preset 12.345 preset Resolution setting For each axis, the measured value can be obtained in either absolute (ABS) or incremental (INC) coordinate system. This function is useful, for example, if the following operation is performed. Set the datum point for a workpiece in the absolute mode. Then, after performing zero setting, presetting, etc., in the incremental mode, return to the absolute mode. In this way the absolute distance from the datum point can be easily displayed. Counts up 0 Mchining tool The most easy-to-read resolution can be selected to meet measuring applications. Available resolutions depend upon the Counter to be used. Workpiece 20 1/2 calculation Datum plane (Zero set) This function halves the display value. 10 10 0 0 0 Zero set 80 40 Recall Machining using incremental coordinate: 11 12 12 12 12 Counting direction setting The counting up direction can be selected. Absolute/incremental coordinate system switching 40 mm/inch conversion The counting unit can be changed between "mm" and "inch" (or between "mm" and "E (=1/25.4mm)" depending on the model.) Detector unit fixed Forward direction: Counts up as the main spar moves right. 10 0 0 Datum point 30 45 Machining using absolute coordinate: Lower digit blanking out Unnecessary lower digits (up to 9 digits of the lowest digits) can be blanked out. SPECIAL FUNCTIONS Linearity error compensation Machine errors caused due to workpiece weight, inaccurate table adjustment, etc., are linearly compensated to reduce the positioning error. e Memory backup The backup battery retains the most recent display value even when the counter is off. θ L θ Reverse direction: Counts up as the main spar moves left. Machine table Smoothing Smoothing makes the display value easier to read when a minimum reading fluctuates due to machine vibration. 16 Expansion/contraction coefficient setting In the casting production, first a mold is fabricated and then molten material is poured into the mold. The material cools and shrinks while solidifying before becoming a product. The mold must therefore be fabricated larger by the amount of shrink. By using the correction function of the counter, machining can be performed with the finished product (molded product) dimensions shown on the drawing. Bothersome work can thus be reduced. Display Unit FOR MILLING MACHINES Zero approach machining [INC mode] Zero approach machining can be repeated at a preset interval without error. Since the counter keeps the total displacement in the absolute coordinate system, the error is automatically compensated for at each tool position. 8 10 Pitch machining Bores holes between two arbitrary points on the X-Y plane at equal spaces. By inputting the number of holes and positions of the start and end points, holes can be bored easily at equal spacing. Errors due to table positioning by the machine are automatically corrected to the next target value. Start point (x, y) 8 Scale reference point setting The linear scale has scale reference points at 50mm intervals. When one of the points is detected, the linear scale issues a signal to hold/restart counting. If the distance from a scale reference point to the machine origin is registered as the offset value, it will be retained even when the power is off (hold function). When the power is turned on, the machine origin or machining datum can be easily recalled (set function). Workpiece Evenly divide by n 10 Counts up Datum plane End point (x, y) Machine table Touch signal probe 0 Workpiece 0 X 0 Scale reference point Touch-signal probe The optional touch-signal probe makes it easy to perform such operations as datum point setting (detecting the workpiece edge and setting the counter display to zero), workpiece centering, and dimensional measurement (detecting the workpiece end point and holding the counter display). Touch signal probe Offset value Counts up Bolt-hole circle machining In milling, the drilling positions along the circumference of the base circle in the absolute zero approach mode can be easily displayed by entering the center coordinates, diameter, and number of divisions of the base circle. 3 1 2 Work piece 4 Machine table 5 Datum plane (0) FOR LATHES Diameter display The doubled scale displacement can be displayed. This convenient feature can be used to display the diameter of a workpiece that results in a lathe cutting operation. Addition of 2-scale data The sum of the displayed values of two axes can be displayed. If a machine has two feed components, fine feed and coarse feed, each with its own scale, this function can be used to sum the two feed values. Cutting tool selection Multiple absolute and incremental coordinates can be set for an axis. If individual cutting tools installed on a lathe are assigned dedicated coordinates, the tools can be used whenever necessary by simply selecting the tool, without resetting the machining datum point each time. Up to 5 tools can be registered on the KM/KC Counter. Up to 10 tools can be registered on the KLL Counter. Tool (1) Tool (4) Tool (2) 1 2 4 3 Tool (3) 20 10 20 60 4 17 3 10 2 1 Connection with External Devices Mitutoyo's DRO system accurately detects and displays the displacement of machine tools or measuring equipment, and outputs the measurement data and limit signal to a peripheral device such as PC or Sequencer through a built-in or optional interface. • Operation for data output Counter display values can be output in the following ways. Be careful not to input more than one signal type simultaneously. Method Counter mode Normal mode TSP HOLD mode Normal mode Touch signal probe Data request command X CR LF Y CR LF Z CR LF A CR LF KA counter KLD counter RS-232C (using optional interface unit) PC, Printer (DP-1VR) Output axis All axes Specified axis only X-axis Y-axis Z-axis All axes External extension Normal mode cable and external load box External extension Normal mode cable and foot switch EXT.LOAD signal Nomal mode input or external load box RS-232C Limit signal PC Sequencer • The touch signal probe allows the measurement data in the RS232C format from the RS-232C interface unit to be output to a peripheral device. • The RS-232C interface unit enables measurement data output, as well as zero-setting by commands from the computer. • The RS-232 interface unit is standard equipment for the KLD counter. The KA counter is available as an optional accessory. Function Zero-setting Sets the counter display values to zero. Error cancelation Has the same effect as the CANCEL keep on the counter. All axes KLD200 KA • Error code output If a data output command is issued when the counter is in an error status, or when an incorrect command is issued, the counter outputs a corresponding error code signal. Notes When the counter displays "12345.678". SPECIFICATIONS X • Communication specifications Can be set using the respective parameters. (*dip switch setting for KA counter) KA *Not available for KLD counter. Trigger Mode (KLD counter): The measured data can be output by the signal of the touch signal probe and commands from the computer. Interval Mode (KA counter and KLD counter): The measured data can be output at a specific interval. Condition setting Axes that are selected by the external load box All axes Command code from PC RX CR LF: for X-axis RY CR LF*: for Y-axis RZ CR LF*: for Z-axis CO CR LF DATA OUTPUT MODE DCE Half-duplex, nonprocedural 300, 600, 1200, 2400, 4800, 9600, 19200bps Start bit: 1 Data bit*: 7 or 8 Parity bit: 1 (even, odd), 0 (none) Stop bit: 1 KA, KLD200 The KA/KLD counter can be controlled externally by executing the following commands through a computer, etc. Command codes must be entered in upper-case characters. RS-232C Interface Home position Communication method Data transfer speed (Baud rate) Bit configuration Applicable counters KA, KLD200 + 1 2 3 4 5 . 6 7 8 CR LF . 0 0 0 CR LF When the counter displays "0.000". X + 0 0 0 0 0 • The output data format is fixed to either 7 or 8 digits, without zero-suppression. • If data is output from multiple axes, a comma "," is used as a delimiter. e.g. X +12345.678, Y +90123.456 CR LF • Data is output in the same unit that is used on the counter (mm or inch). However, the unit itself will not be output. • When requesting data with the touch signal probe, be sure to input signals at intervals of at least one second. • Data input using the touch signal probe and data output by an external command cannot be used simultaneously. 18 Data Output • Optional RS-232C Interface Unit for KA counter: 09CAB217 The optional RS-232C interface unit enables measurement data output to a peripheral device such as PC or DP-1V, as well as zerosetting by commands from PC or the external zero-set box. • RS-232C connector Receptacle used: 9-pin and 25-pin (KA counter*) 25-pin (KLD counter) * The optional RS-232C Interface Unit for the KA counter is equipped with two receptacles on the board. 13 1 KA counter Applicable plug (female) • HDBB-25P (plug / HIROSE) • HDB-CHT (case / HIROSE) 25 14 No. of pin 1 2 3 4 5 6 7 8 to 12 13 14 15 16 17 to 22 23 24 25 Signal FG SD RD — CS DR SG — 1 I/O — Input Output — Output Output — — Input Input — Input — Input Input Input Remarks Frame grounding Command Data Not used Fixes to “Hight”. Fixes to “Hight”. Signal grounding Not used X-axis load Y-axis load Not used Z-axis load Not used X-axis zero-setting Y-axis zero-setting Z-axis zero-setting 50 DP-1VR Unit: mm KA counter External extension cable Order No. 06ACF941 D-Sub 9-pin A B C 200 + 20 A: PC B: External load box / Foot switch C: External zero-set box Unit: mm Applicable plug (female) • HDEB-9S (plug / HIROSE) • HDE-CHT (case / HIROSE) 9 Signal — RD SD — SG DR — CS — 25 1000 + 50 5 6 No. of pin 1 2 3 4 5 6 7 8 9 RC-232C cable for DP-1VR Order No. 09EAA094 I/O — Output Input — — Output — Output — Remarks Not used Data Command Not used Signal grounding Fixes to “Hight”. Not used Fixes to “Hight”. Not used 19 Connection with External Devices TIMING CHART • Interval Mode (KA counter): The measured data can be output at a specific interval. • Trigger Mode (KA counter and KLD counter): The measured data can be output by the signal of the touch signal probe and external load box. Data output timing on startup TSP input Power ON operation (parameter 17): 1, 2 CE key operation (parameter 17): 0 5000ms max 2000ms max Next TSP 100ms or more 1000ms or more Starting of data output Data The display mode at startup can be selected with the parameter 17 (KA counter). 100ms or less 100ms or more For data request by the touch-signal probe repeatedly, put 1sec or more between input signals. LF X +1234.567 CR LF 50ms±5ms Data will be output with 50ms interval regardless of the transmission speed. • External zero signal (KA counter and KLD counter) H level: 4.0 - 5.0V L level: 0.0 - 0.5V • Trigger Mode (KA counter and KLD counter): The measured data can be output by commands from the computer. Last bit of command Min. 100ms Keep the low level for 100ms or more. Next command Data output Because of the KA counter does not use a latch at count sampling under conditions f normal data output (by the command or the touch signal probe), an inaccurate data output may be produced when a data request is made while moving the scale at 70mm/s or more. Data Zero set Error cancel 100ms or less 100ms or more Each value in the timing chart indicates response time to a command. Consequently, be aware that this command may cause a difference between a detected point and the accrual one under conditions of scale moving. 20 Data Output Limit Signal Output An interface that outputs signals to an external device when the measurement value of the Linear Scale is the same as the preset limit value. Can be used for a GO/NG judgment and for an automatic control of a machine tool. RELAY SIGNAL OUTPUT (OUT-A) PHOTOCOUPLER SIGNAL OUTPUT (OUT-B) This connector is used for outputting the relay signals. The limit signals will be output in the format of the relay's ON and OFF signals. This connector is used for outputting the photocoupler signals, which use the same logic as the relay signals. (1) Receptacle used • MR-60RM (female) [Manufacturer: Honda Tsushin] • When an error message is displayed, the alarm output will be set to ON. When this happens all relay outputs are set to ON. • Limit signals numbered as many as the number of limit steps are existing, each uses a corresponding set of pins; 2-step type has up to limit signal 2, 4-step type has up to limit signal 4, 8-step type has up to limit signal 8. The other pins are not assigned. (1) Receptacle used • MR-50RM (female) [Manufacturer: Honda Tsushin] • When an error occurs, the alarm output will be set to ON. Note: A connector plug (MR-50LF, Honda Tsushin) is provided as standard. (2) Pin assignment (Example of a counter with 8 limit steps) Note: A connector plug (MR-60LF, Honda Tsushin) is provided as standard. No. of pin 1-2 3-4 5-6 7-8 9 - 10 11 - 46 47 - 48 49 - 50 (2) Pin assignment (Example of a counter with 8 limit steps) No. of pin 1-3 4-6 7-9 10 - 12 13 - 15 16 - 18 19 - 21 22 - 60 Signal Coincidence: Alarm: Limit signal 0: Limit signal 1: Limit signal 2: Limit signal 3: Limit signal 4: Not connected 1= a contact, 2= common, 3= b contact 4= a contact, 5= common, 6= b contact 7= a contact, 8= common, 9= b contact 10= a contact, 11= common, 12= b contact 13= a contact, 14= common, 15= b contact 16= a contact, 17= common, 18= b contact 19= a contact, 20= common, 21= b contact Signal Limit signal 0: Limit signal 1: Limit signal 2: Limit signal 3: Limit signal 4: Not connected Coincidence: Alarm: 1= emitter, 2= collector 3= emitter, 4= collector 5= emitter, 6= collector 7= emitter, 8= collector 9= emitter, 10= collector 47= emitter, 48= collector 49= emitter, 50= collector Notes on the connection of photocoupler output Circuit inside the counter Connection example 5V to 30V Notes on the connection of relay signal output b a Z Varistor COMMON Relay Resistance Connection example Circuit inside the counter Z 1 to 7mA Z Relay Photocoupler TLP521-4 Motor Recommended power supply to the transistor 5V - 30V, 1mA - 7mA Surge absorber DSP1-DC5V Do not use the limit signal output through the relay of the KLD Counter to directly control other devices such as motors. Always route the relay output through another relay at the external device side, as shown in the diagram above. Although the relay contact circuit of the counter has varistors (threshold voltage: 300V), provide a surge absorber on the external device to be connected, which may generate surge current. For example, a varistor is recommended for an AC circuit, and an appropriate diode is recommended for a DC circuit. Capacity of relay contact inside the counter 5V - 30V AC, 10mA - 500mA 5V - 30V DC, 10mA - 500mA Select an external control device which does not exceed the contact capacity described above. 21 Caution in mounting and handling Linear Scales Selecting the scale unit mounting position and mounting method Checking parallelism and adjustment of scale unit Take note of the following four points when determining the scale unit mounting position and orientation. In order to get the most of the performance of the scale unit, the scale unit must be mounted parallel to the machine guide (machining axis). Take note that incorrect mounting may cause the scale unit to bend or twist. Ease of mounting Mount the scale unit making sure that the unit including the detector head and the cables does not interfere with any part of the machine. To facilitate mounting, mount the scale unit and the brackets on machined surfaces wherever possible. Checking parallelism Use a dial indicator as shown in the figure below. To adjust the parallelism between the scale unit and the machine guide, check the parallelism while manually moving the machine's movable part such as the slide table, or measure the parallelism with reference to the guide rail of the machine or equivalent reference surface. Protection from machining fluids and swarf (mounting orientation) • Parallelism tolerance: Refer to each figure on dimensions. • Checking direction: Back/forward direction on mounting surface and directions along mounting surface Stroke (up and down). Dial indicator • Checking position: Position of scale unit Dial test indicator around the mounting Up/down blocks. The scale unit is constructed in such a way that machining fluids and swarf cannot easily enter into the interior of the unit. However, since the openings are protected from entry of foreign material with rubber lips only, avoid directly exposing the scale unit to machining fluids and swarf. Select the mounting orientation of the scale unit after carefully considering the direction in which machining fluids and swarf are sprayed and scattered. Accuracy consideration The total system accuracy of the machine on which the scale unit is mounted is not only determined by the scale unit accuracy but by the machine accuracy as well. Particularly for machines with side tables, geometrical errors may occur, depending on the straightness of moving parts; Thus, the scale unit must be mounted in a way that these errors are minimized. If the slide table moves not linearly but curvilinearly, errors occur in proportion to the distance "L" between the scale unit and the machining point (cutter position). Thus, mount the scale unit in a position that minimizes "L". Adjusting parallelism Cutting tool Up/down Table Motion of table (Carriage) Forward/ backward Adjust the parallelism to within 0.2mm. Spacers used in adjustment are not included in the accessories. Please arrange for them as necessary. • Adjusting the mounting surface back/forward: Readjust the mounting positions of the brackets or place spacers between the scale unit mounting surface and the mounting blocks. Forward/ • Adjusting along (up and down) backward the mounting surface: Adjust the parallelism by sliding the mounting Up/ down block on the mounting surface. L Machining point Forward/ backward Linear Scale Other considerations Layouting signal cable • If the detector head moves, the signal cables also move with the slide table. Thus, take note of this when laying out the signal cables. It is therefore recommended to mount the scale unit on the moving part of the machine. • Mount the scale unit in place where it is not directly subjected to the airflow. When removing swarf using an air gun, be careful of flying swarf. • The scale unit must be mounted in a place where maintenance can be easily performed in case unit trouble occurs. Take note of the following points when layouting signal cables. When the cable is fixed The radius of curvature of the signal cable must be larger than 50mm. Fixing Detector head Radius: 50mm or larger Fixing 22 Technical Information When the cable is movable Resonance point of Linear Scale When the detector head is movable, it carries the signal cable with it during operation. Take care, in such a case, that the radius of curvature of the signal cable is not smaller than 100mm and excessive force is not applied to the cable. It is a good idea to protect the cable with a flexible support cover. Each object has a natural frequency, depending on its shape, length, and the type of material. The Linear Scale frame is not an exception. It has its natural frequency and thereby resonates at a certain frequency. In general, this will not cause a problem, since a machine tool and the Linear Scale frame have different natural frequencies under normal machining conditions. However, when the natural frequency of the machine tool body and the Linear Scale coincide due to a special processing condition, the following countermeasures can be taken: [What to do when the machine and the Linear Scale have the same natural frequency] 1. Increase rigidity of the mounting bracket for the scale. 2. Add a mid-support to the middle of the scale to shift its resonance point. 3. Mount the Linear Scale at a place where the frequency of the machine tool cannot be easily transmitted. 4. Limit the machine process conditions to be within a specific range in which the natural frequencies of the machine tool and the scale do not coincide. Flexible cover Detector head Radius: 100mm or larger Note: Take care that the signal cables does not interfere or are not rubbed with any part of the machine. Other considerations The signal cable is durable enough to withstand repeated bending up to approximately 2 million times (when the bending radius is 100mm). When repeated bending exceeding 2 million times is expected, the signal cable should be considered as a consumable part. Have an extension cable ready in such a case so that the slider unit can be replaced to facilitate maintenance. Maintenance of Dust-proof rubber lips In order to maintain and extend the life of the dust-proof rubber lips, it is recommended that a small amount of silicon lubricant be applied to the joint of the rubber and the detector head once a year. Improving the dust- and splash-proofing On the assembly type Linear Scale AT102 the dust-proofing and splash-proofing can be improved by supplying dry and clean air into the spar. Pipe to either of the screw holes (M5) located on the both ends of the main scale for the air supply. • Applicable Linear Scale: AT102 • Supplied air specifications: Cleanness: ISO8573-1 (Class1-4-1) Pressure: 0.1MPa (approx. 1kgf/cm2) Air flow rate: 10 to 20 liters/min. Greasing 15mm or less Rubber lip 1 Air compressor 2 3 3 High-performance oil mist filter 4 Air regulator 5 Flow control valve Apply silicone grease to the overall length with a close or paper. • Testing within the operation temperature range The test has proven that there is no abnormality of functions and signals when the Linear Scale is used within the specified operating temperature range. • Temperature cycle (dynamic characteristics) test The test has proven that there is no abnormality when the Linear Scale is used under the condition of which the ambient temperature continuously changes within the specific range. • Vibration test (Sweep test) The test has proven that Linear Scale functions without abnormality when used within the frequency range between 30Hz and 300Hz at a given acceleration (3G). • Noise test In accordance with the EMC Directives, EN55011:1991 Group 1 Class B, and EN50082-1:1992 • Crate Drop Test In accordance with the heavy equipment drop test (JISZ0200) specified in the JIS. 4 5. Flow control valve: 06ACU220 Linear Scale Specifications 1 Air filter 2 Oil mist filter Detector head Linear Scale Evaluation Methods Optional air supply system Air supply unit: 06ACU217 Scale main unit Filterability: 5µm Filterability: 0.01µm Outlet oil concentration: 0.1mg/m3 Element life: 6000 hours Filterability: 0.01µm Outlet oil concentration: 0.001mg/m3 Element life: 6000 hours Pressure setting: 0.1MPa (1kgf/cm2) Non-grease type Flow setting: 12.7 liters/min. at 0.1MPa Note 1: Do not supply excessive amount of air, since this may draw in the dust around the scale unit. Note 2: When air in the air supply system contains humidity, connect an air dryer to the front of “air filter” and dry the air. 23 Traceability System Mitutoyo has a traceability system made possible through an in-house calibration organization certified by the ISO/IEC 17025 international standard, with length standards directly related to the national standards (stabilized He-Ne laser) at the highest level. The stabilized He-Ne laser assures a performance equivalent to that of this national standard. Further, the national standard is mutually recognized by CIPM, and the certified calibration organization is mutually recognized by ILAC, so that the establishment and maintenance of traceability for Mitutoyo products is achieved both in Japan and overseas. Traceability of temperature field Traceability of length field National Metrology Institute of Japan / National Institute of Advanced Industrial Science and Technology (NMIJ/AIST) 633nm Iodine Stabilized He-Ne Laser <National (Primary) Standard> NMIJ/AIST Temperature fixed points <National (Primary) Standard> once/3years Mitutoyo Metrology Calibration Center (JCSS Accredited Cal. Lab. No.0031) 633nm Iodine Stabilized He-Ne Laser <Secondary Standard> once/3years Mitutoyo Miyazaki Mfg.Dept. (RvA Accredited Cal.Lab. No.K107) 633nm Stabilized He-Ne Laser once/3years once/year Measuring Instrument Precision Sensors Step Gage Scale unit Mitutoyo Utsunomiya Calibration Center (JCSS Accredited Cal.Lab. No.0078) 633nm Stabilized He-Ne Laser <Laboratory Reference Standard> Mitutoyo Metrology Calibration Center (JCSS Accredited Cal.Lab. No.0031) 633nm Stabilized He-Ne Laser JCSS Accredited Cal.Lab. Temperature fixed point <Secondary Standard> once/2years Mitutoyo Utsunomiya Calibration Center (JCSS Accredited Cal.Lab. No.0078) Standard Gauge Block <Laboratory Reference Standard> Mitutoyo Miyazaki Mfg.Dept. (RvA Accredited Cal.Lab. No.K107) Autocollimator Straightness once/3years once/2years once/year Working Standard once/3years Mitutoyo Miyazaki Mfg.Dept. (JCSS Accredited Cal.Lab. No.0030) 633nm Stabilized He-Ne Laser <Laboratory Reference Standard> Mitutoyo Miyazaki Mfg.Dept. Gauge Block once/2years JEMIC Temperature fixed point <National (Sub-Primary) Standard> once/year Mitutoyo Utsunomiya Calibration Center (JCSS Accredited Cal.Lab. No.0078) Standard Gauge Block/ Micrometer Standard/ Step Gage Ring Gage Measuring Tool once/year Mitutoyo Hiroshima Calibration Center (JCSS Accredited Cal.Lab. No.0109) Standard Gauge Block/ Micrometer Standard/Step Gage <Laboratory Reference Standard> Gauge Block Dial Gage Tester Vision Measuring Machine 24 Form Measuring Machine once/2years Mitutoyo Metrology Calibration Center (JCSS Accredited Cal.Lab. No.0031) Temperature fixed point (Triple point of water)/ Platinum resistance thermometer <Laboratory Reference Standard> Mitutoyo Techno Service Business Division (RvA Accredited Cal.Lab. No.K132) Step Gage /Reference Scale Reading Scale Standard Scale Coordinate Measuring Machine Laser Length Measuring Machine Optical Measuring Machine Thermometer Calibration Laboratories Worldwide National metrology institute Japan Accreditation body NMIJ/AIST Accredited calibration laboratory Mitutoyo Miyazaki Mfg. Dept. No.0030 IAJapan/NITE JCSS Mitutoyo Metrology Cal. Center (Length and Temperature) No.0031 Mitutoyo Kawasaki Cal. Center (Foce) No.0086 APLAC MRA Mitutoyo Utsunomiya Cal. Center No.0078 Mitutoyo Hiroshima Cal. Center No.0109 Singapore SPRING Indonesia SPRING Thailand SPRING Thailand SPRING Vietnam SPRING Taiwan NML Malaysia SIRIM India NPLI USA NIST Canada NRC-INMS Mexico CENAM SAC-SINGLAS SAC-SINGLAS SAC-SINGLAS SAC-SINGLAS SAC-SINGLAS Mitutoyo Asia Pacific No.LA-1996-0102-C Mitutoyo Asia Pacific (Indonesia office) No.LA-1996-0102-C-1 Mitutoyo Thailand No.LA-1996-0102-C-2 Mitutoyo Thailand (Cholburi Branch) No.LA-1996-0102-C-2-1 NABL A2LA CLAS/SCC EMA Mitutoyo Asia Pacific (Ho Chi Minh office) No.LA-1996-0102-C-4 SIRIM: Mitutoyo Taiwan No.0336 DSM: NIST: Mitutoyo Malaysia No.SAMM152 Mitutoyo South Asia No.C-0349 NPL NMi NRCINMS: Mitutoyo America (Plymouth) No.1472.01 CLAS: Mitutoyo America Field Service No.1643.01 SCC: CENAM: EMA: NPL: UKAS: NMi: RvA: PTB: DKD: METAS: Mitutoyo Canada No.2003-05 Mitutoyo Mexicana (Length) No.D-45 Mitutoyo Netherland No.K086 EA MRA Germany Mitutoyo UK No.0332 UKAS RvA Mitutoyo Miyazaki Mgf. Dept. No.K107 Mitutoyo Techno Service Business Division No.K132 PTB Mitutoyo Messgeräte No.DKD-K-14501 DKD Switzerland METAS Italy IMGC Sweden Brazil Argentina SP INMETRO INTI SAS Mitutoyo Schweiz No.SCS074 Mitutoyo Italiana No.107 SIT SWEDAC RBC OAA A2LA: Mitutoyo America (Elk Grove) No.0750.01 Mitutoyo Mexicana (Hardness) No.DZA-10 UK IAJapan: SPRING: SAC: NML: CNLA: ILAC MRA The Netherlands NMIJ: JCSS: NITE: Mitutoyo Asia Pacific (Hanoi office) No.LA-1996-0102-C-3 CNLA DSM AIST: Mitutoyo Scandinavia No.1794 Mitutoyo Sul Americana (Length) No.031 Mitutoyo Sul Americana (Force and Hardness) No.207 Mitutoyo Argentina (Length) No.LC 010 25 SAS: IMGC: SIT: SP: SWEDAC: INMETRO: RBC: INTI: OAA: NPLI: NABL: (ILAC): (APLAC): (EA): (MRA): National Institute of Advanced Industrial Science and Technology National Metrology Institute of Japan Japan Calibration Service System National Institute of Technology and Evaluation International Accreditation Japan Standards, Productivity and Innovation Board Singapore Accreditation Council National Measurement Laboratory Chinese National Laboratory Accreditation Standards and Industrial Research Institute of Malaysia Department of Standards Malaysia National Institute of Standards and Technology American Association for Laboratory Accreditation National Research Council of CanadaInstitute for National Measurement Standards Calibration Laboratory Assessment Service Standards Council of Canada Centro Nacional de MetrologÌa Entidad Mexicana de Acreditación, a.c. National Physical Laboratory United Kingdom Accreditation Service Nederlands Meetinstituut Raad voor Accreditatie Physikalisch-Technische Bundesanstalt Deutscher Kalibrierdienst The Swiss Federal Office of Metrology and Accreditation Swiss Accreditation Service Istituto di Metrologia "GUSTAVO COLONNETTI" Servizio di Taratura in Italia Swedish National Testing and Research Institute Swedish Board for Accreditation and Conformity Assessment Instituto Nacional de Metrologia Normalização e Qualidade Industrial Rede Brasileira de Calibração Instituto Nacional de Tecnologia Industrial Organismo Argentino de Acreditaci National Physical Laboratory of India National Accreditation Board for Testing and Calibration Laboratories International Laboratory Accreditation Cooperation Asia Pacific Laboratory Accreditation Cooperation European Accreditation cooperation Mutual Recognition Agreement Coordinate Measuring Machines Vision Measuring Systems Form Measurement Optical Measuring Sensor Systems Test Equipment and Seismometers Digital Scale and DRO Systems DRO System Small Tool Instruments and Data Management Specifications are subject to change without notice. Mitutoyo Corporation Note: All information regarding our products, and in particular the illustrations, drawings, dimensional and performance data contained in this pamphlet, as well as other technical data are to be regarded as approximate average values. We therefore reserve the right to make changes to the corresponding designs, dimensions and weights. The stated standards, similar technical regulations, descriptions and illustrations of the products were valid at the time of printing. Only quotations submitted by ourselves may be regarded as definitive. Our products are classified as regulated items under Japanese Foreign Exchange and Foreign Trade Law. Please consult us in advance if you wish to export our products to any other country. If the purchased product is exported, even though it is not a regulated item (Catch-All controls item), the customer service available for that product may be affected. If you have any questions, please consult your local Mitutoyo sales office. 20-1, Sakado 1-Chome, Takatsu-ku, Kawasaki-shi, Kanagawa 213-8533, Japan T +81 (0) 44 813-8230 F +81 (0) 44 813-8231 http://www.mitutoyo.co.jp 109.5 0708 2 B (NE) NE, Printed in Japan Our products are classified as regulated items under Japanese Foreign Exchange and Foreign Trade Law. Please consult us in advance if you wish to export our products to any other country. If the purchased product is exported, even though it is not a regulated item (Catch-All controls item), the customer service available for that product may be affected. If you have any questions, please consult your local Mitutoyo sales office.
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