K35-OMW0030 Flange Flange tightening bolt Table 3 Tightening torque Bore size (mm) Tightening torque (Nm) 125 30.1 160 99 200 99 250 193.5 74 8-7-1. Disassembly of the rod boot (1) Loosen the mounting screw for rod boot mounting band A and B. (2) Remove the rod boot. 8-7-2.
Setting of slave addresses for simple communication protocol Setting range: 1 to 99 to Setting/Checking: Communication speed (simple communication protocol) 15. Press the [SEL] key once. Setting screen of communication speed (simple communication protocol) is displayed on the digital display. PV SV 16.
The step No. of program which is being performed is displayed. 0 to 120 18 Settling time The settling time is displayed. 0 to 999 ms 19 Oscillation detection frequency The frequency at oscillation detection is displayed. 100 to 4500 Hz 20 Tough drive times The times moving to the tough drive are displayed. 0 to 99 times 79 - 6.
Precautions for wiring and cable . 99 19. Electric Actuators/Common Precautions . 100 19.1 Design and selection . 100 19.2 Mounting . 101 19.3. Handling Precautions . 102 19.4 Operating environment . 103 19.5 Maintenance Precautions . 104 19.6 Precautions for actuator with lock . 104 20.
M4 16 - (1)D (100 ) (2)2mm 2 D (3) 40 30mm 50mm ()60mm 0mm 16 *LEH 10mm 25 30mm 30mm 50mm DIN 60mm 17 - 4 4.1 Node Address/Data Rate 1 DeviceNet MSD LSD Data Rate *1 PGM DeviceNet *2 010 *3 PGM DeviceNet Node Address MSD LSD Data Rate Node Address Data Rate MSD LSD 0 125kbps 10) 1) 1 250kbps 0 0 0 2 500kbps 0 1 1 3 PGM *1 0 2 2 9 6 2 62 6 3 63 6 4 PGM *1 9 9 2 PGM 64-99
. / . 96 13.1 . 96 13.2 . 97 13.3 . 97 13.4 . 98 13.5 . 99 13.6 . 100 14. . 100 14.1 / . 100 14.2 . 101 14.3 . 102 3 No.SFOD-OMT0009CN-B 14.4 . 102 14.5 . 102 14.6 . 103 14.7 . 103 15. . 104 15.1 . 104 15.2 . 106 1. . 108 1.1 LEY/LEYG . 108 1.2 LEFS . 108 1.3 LES(H) . 109 1.4 LEP . 109 1.5 LEFB . 110 1.6 LER . 110 1.7 LEH . 110 4 No.SFOD-OMT0009CN-B JXC73/83 Series/
Electric Actuators / Common Precautions . 98 15.1 Design and Selection . 98 15.2 Mounting . 99 -3No. JXC-OMU0026 15.3 Handling Precautions . 99 15.4 Operating environment . 101 15.5 Maintenance and Precautions . 101 15.6 Precautions for actuator with lock . 102 16.
Positioning thrust 1 0 to 30 10% H RWwn+8 L In pos 2 0 to 65500 0.01mm ID2 RW+9 to 17 Same as ID1 ID3 RWrn+18 to 26 Same as ID1 ID4 RWrn+27 to 35 Same as ID1 ID5 RWrn+36 to 44 Same as ID1 ID6 RWrn+45 to 53 Same as ID1 ID7 RWrn+54 to 62 Same as ID1 ID8 RWrn+63 to 71 Same as ID1 ID9 RWrn+72 to 80 Same as ID1 ID10 RWrn+81 to 89 Same as ID1 ID11 RWrn+90 to 98 Same as ID1 Same as ID1 ID12 RWrn+99
2147483647 0.01mm 4 1 5 0 6 H Current speed 2 0 to 65500 mm/s 7 L 8 H Current Force 2 0 to 300 % 9 L Numerical data 10 3 input ID1 Target 11 2 position 4 +/-2147483647 0.01mm 12 1 13 0 14 Alarm 0 to 255 15 Alarm 0 to 255 4 16 Alarm 0 to 255 17 Alarm 0 to 255 18 19 Controller IF status flag (ID=1) All modes ID2 20 to 39 Same as ID1 ID3 40 to 59 Same as ID1 ID4 60 to 79 Same as ID1 ID5 80 to 99
90%RH ) 2(0.5G) 4.9m/s IP20 200g() 220g(DIN ) 11 - 32 1 LED 2 ADDRESS X1X10 3 B RATE IF X100 4 CN2 SW IF CN2 5 CN4 EMG 6 CN3 Profibus 7 CN2 TB/PC LEC (LEC-T1)(LEC-W2) 8 CN1 CONT IF LEC 12 - 33 1LECGPR1 () (DIN ) DIN (35mm) () 2DIN LECGPR1D DIN (35mm) 13 - 34 1 DIN 2 LECGPR1 DINLECGPR1D DIN 2M4 2.1 Nm DIN A DIN ADIN 2 40 14 - 4 41 ADDRESS,B RATE LEC 0~99
ID 14 Alarm 0 to 255 15 Alarm 0 to 255 Numerical data 4 input 16 Alarm 0 to 255 ID1 17 Alarm 0 to 255 18 19 Controller IF status flag(ID=1) All modes ID2 20 to 39 Same as ID1 ID3 40 to 59 Same as ID1 ID4 60 to 79 Same as ID1 ID5 80 to 99 Same as ID1 ID6 100 to 119 Same as ID1 ID7 120 to 139 Same as ID1 ID8 140 to 159 Same as ID1 ID9 160 to 179 Same as ID1 ID10 180 to 199 Same as ID1 ID11
Alarm Code. 30, 99: Eliminate the error cause, and power cycle the main breaker to recover from the error. Alarm Code.23: Automatic error recovery happens when the cause of the error is eliminated. Alarm Code.18, 24: This is an alarm for accessories (optional). No alarm of this type is issued if the product is fitted with no accessories.
Handling Precautions . 98 13.4 Operating environment . 99 13.5 Maintenance and Precautions . 100 13.6 Precautions for actuator with lock . 100 14.
Can be set between 0 to 99. Store the setting by SET key. With SEL. key, the cursor moves among UP items, but setting is not stored. DOWN -9 SEL. Digital filter Select ON or OFF with UP DOWN key. Memorize setting with SET key. Caution) When changing the setting (ON/OFF) of the digital filter (ON/OFF), reset the counter values to prevent wrong counter.
Vacuum pressure for piping (ZK215) Tube TU0805 or T0806 Tube TU1065 or T1075 Nipple KQ2N08-99 Straight type of different diameter KQ2H08-10A Fig. B Example of piping -74No. ZK2-OM01301 In addition, the exhaust port should not be blocked or pressurized. If the sound absorbing material is clogged, it will cause a reduction in the ejector performance.
With shock absorber (mm) With bumper bolt (mm) (mm) (NC) Y: Minimum (NA) X: Minimum necessary space necessary space 6 19 44 11 32 10 28 58 10.5 34 15 28 58 10.5 34 20 28 63 10.5 39 25 49 89 12.5 41 32 52 99 11.5 43 40 51 99 10.5 43 Note) The dimensions above show the minimum necessary space for the replacement of the shock absorber and bumper bolt. (Full length of the stopper + 10mm) 2.
13 7 59 4.5 118 114 140 19.5 11 L1 Rod end nut 100 53.5 13 7 71 6 137 136 162 23 12.5 Front flange type: CLQF/CDLQF FV M Front flange type (mm) A + Stroke L FT B + Stroke G 4-FD FZ FX With auto switch Without auto switch Bore size (mm) Stroke range FD FT FV FX FZ G L L1 M A A B B 36 92 10 to 50 63 102 46 9 9 80 92 108 38 18 43.5 60 46 102 75, 100 43.5 106.5 10 to 50 80 116.5 53.5 11 11 99
D-A9 D-F9 D-A9 D-F9 D-A9 D-F9 30 6 26 46 42 46 42 26 30 10 28 32 48 44 48 44 28 32 15 17.5 21.5 76.5 72.5 56.5 60.5 20 19.5 23.5 87.5 83.5 39.5 35.5 67.5 71.5 Note) Auto switches cannot be installed in Area C in the case of 15. 25 to 63 A D-Y5 D-Y7 D-Y7W B C D Auto switch model D-Y5 D-Y7 D-Y7W D-Y5 D-Y7 D-Y7W D-Y5 D-Y7 D-Y7W D-Z7 D-Z8 D-Z7 D-Z8 D-Z7 D-Z8 D-Z7 D-Z8 Bore size (mm) 25 18 97 99
a = 2000 Pitching Mep m m : Transfer load (kg) a : Work piece acceleration (mm/s) Me: Dynamic moment L : Overhang to work piece center of gravity (mm) 100 L1 0 10 30 20 Transfer load m (kg) 300 L2 200 Mer m Rolling Yawing 100 L2 0 10 30 20 Mer Transfer load m (kg) m 300 a = 1000 a = 500 200 a = 2000 L3 100 m Mey a 0 10 30 20 Transfer load m (kg) Refer to page 145 for deflection data. 98 99
a = 2000 Pitching Mep m m : Transfer load (kg) a : Work piece acceleration (mm/s) Me: Dynamic moment L : Overhang to work piece center of gravity (mm) 100 L1 0 10 30 20 Transfer load m (kg) 300 L2 200 Mer m Rolling Yawing 100 L2 0 10 30 20 Mer Transfer load m (kg) m 300 a = 1000 a = 500 200 a = 2000 L3 100 m Mey a 0 10 30 20 Transfer load m (kg) Refer to page 145 for deflection data. 98 99