Low-Speed Rotary Actuator Operation range at optimum set position (Lm/2) Most sensitive position Auto switch operating range Lm Fig.11 Table 9 Reed auto switch Solid state auto switch Size Rotation A B Operation angle A B Operation Hysteresis Hysteresis angle m angle m angle 10 90 15 21.5 63 12 19 25.5 75 3 180 18 31 22 35 15 90 18.5 27 52 9 22.5 31 69 3 180 22.5 39.5 26.5 43.5 20 90 36 48.5 41 9 40 52.5 56 4 180
A80H IC 2 24V 12V A80C IC PLC A73C (2 ) A79W 0.5m () A73C 3m L () A73CL 5m Z () A73CZ N () A73CN 6-2. ,56mm ,0.5[Nm] BQ-2 1 6.1 24 6-3. 6.2 6.3 D-A7A8 D-F779 D-F779W 32 12 8 [mm] 40 11 6 7 32 [mm] 40 2 1 1 32 8.5(9) 9 9 A [mm] 40 11(11.5) 11.5 11.5 D-A7A8 D-F77979W 32 55 28 [deg] 40 46 27 32 10 4 [deg] 40 7 3 80100 24.5(25) 25 32 170190 32(32.5) 32.5 B [mm] 40 170190 41
Crack on the back of the belt s 41 -
6.5 How to detach and attach the dust seal band For the internal-check as the maintenance, the method of detaching and attaching the dust seal band is shown as the following.
/LEFS /P12,13 2.2 /LEFB -41- No. 5 2 /P30 4. ) 0 /P21 3. 3 ] /P21 3. 3 ] INC/ /P21 3. 3] / No./code1-051 15ms IN* 30ms DRIVE /P25 1) No. RESET 15ms 3 30ms /P25 1) No. No. 4 PLC No. 15ms 1IN* 30ms DRIVE /P25 1) / No. OUT 15ms 2 30msmsec /P25 1) No. OUT -42- No. No. PLC /P25 1) No.
Settings and Data Entry 38 10.1 Step Data 38 10.2 Basic parameters 41 10.3 Return to origin parameter 43 11.
Memory map 31 9.1 Memory allocation 31 (1) Input Area Mapping 31 (2) Input area details 32 (3) Output area mapping 36 (4) Output area details 37 (5) Record data (request sent from PROFINET master to JXCPH controller) 41 10. Settings and Data Entry 42 10.1 Step Data 42 10.2 Basic parameters 45 10.3 Return to origin parameter 47 11.
) . 24 3.9 EtherNet/IP . 25 (1) . 25 (2) PLC . 25 (3) LED . 25 3.10 PLC . 25 4. . 26 4.1. . 26 4.2 EtherNet/IP . 27 4.3. . 28 4.4. . 30 -1No.JXC-OMT0001CN-C 1 . 30 2DIN . 30 4.5 . 31 (1) . 31 (2) . 32 (3) . 33 5. . 34 5.1 (IP ) . 34 5.2 PLC () . 35 TM . 36 TMEtherNet/IP 5.3 RSLogix5000 6. . 38 6.1 . 38 (1):C PWR . 38 (2):M PWR . 38 (3) : CI . 39 6.2 . 40 (1) . 40 (2) . 41
Therefore, + / of input terminal is not indicated in the table above 41 - Differential input connection Command pulse input configuration Pulse Input termi LECPA and Option set Forward rotation (CW) Reverse rotation (CCW) Direction nal 1 High High PP+ Low High PPLow Low 0 High High NP+ Low High NPLow Low High PP+ Low Low High High PPLow 1 High NP+ Low Low High High NPLow CW and CCW High High
RY372 RY373 Nouse RY374 RY375 RY376 RY377 RY378 Initial data setting complete flag RY379 Nouse RY37A Nouse RY37B RY37C Nouse RY37D RY37E RY37F Initial data setting complete flag The initial data setting complete flag is turned on when the initial data process which is requested after the power supply is turned on or after hardware is reset or after the test mode is operated is completed. 41
10% 16 Pushing speed 1 0 to 255 mm/s 17 Positioning thrust 1 0 to 30 10% 18 H 19 L In pos 2 0 to 65500 0.01mm 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 Note) "0" is "no send" at mode of data writing. "1" and "2" contain "send" at mode of data writing. 41
Gateway unit status flag All modes 2 3 4 5 Unused (Do not use it.) 13 Q_ Bit/Byte CorrespondModel/ Corresponding Data name Value range Unit Size mode ing ID Address No. 0 IN0 bit 0,1 1 IN1 bit 0,1 2 IN2 bit 0,1 3 IN3 bit 0,1 14 4 IN4 bit 0,1 5 IN5 bit 0,1 6 bit 0 7 bit 0 ID1 All mode 0 HOLD bit 0,1 1 SVON bit 0,1 2 DRIVE bit 0,1 3 RESET bit 0,1 15 4 SETUP bit 0,1 5 bit 0 6 bit 0 7 bit 0 41
ID bit 3 2 1 0 1 0 0 0 1 2 0 0 1 0 3 0 0 1 1 11 1 0 1 1 12 1 1 0 0 41 - 11.4 Gateway unit control flagOUT Data The flag to control the gateway communication status. Address bit 7 6 5 4 3 2 1 0 250 Stop Restart Reset Mode command 251 ID8 ID7 ID6 ID5 ID4 ID3 ID2 ID1 252 ID12 ID11 ID10 ID9 253 Setting the final station number (1) Mode command Command the mode.
Measuremm Model Thread Size A B C D E F G H J K L M N P Q IDFA4E Rc1/2 453 13 498 283 275 IDFA6E 455 Rc3/4 270 80 230 32 15 31 42 275 15 240 80 IDFA8E 485 568 355 300 IDFA11E IDFA Series 6-3 Dimension 6 2 IDX-OM-W016 Air dryer6 References IDFA15E1 600mm or more Measuremm 600mm or more 600mm or more 600mm or more MAINTENANCE SPACE THE VENTILATION AND 603 300 (494) 16 600mm WITH LAMP SWITCH 542 41
Required Gap (mm) Model L1 L2 L3 L4 L5 L6 MHM-16D 16 5 MHM-25D 36 34 1 1 1 1 MHM-32D 50 24 MHM-50D 23 25 80 41 Auto Switch Connections and Examples Sink Input Specifications Source Input Specifications Connect according to the applicable PLC input specifications, as the connection method will vary depending on the PLC input specifications. 13 - Examples of AND (Series) and OR (Parallel) Connections
M5 R06 R07 N01 Port size M5 x 0.8 male thread 6 reducer type 1/4 inch reducer type Wetted parts material Pressure sensor: Silicon, O-ring: NBR Body: Stainless steel 304 Body: PBT With sensor cable (3 m) 41 g 38 g Mass Without sensor cable 7 g 3.8 g -12No.PS-OME0004-G Analog output Range Rated pressure range A B C For vacuum 0 to -101 kPa 0 -101 kPa 10.1 kPa For compound -101 to 101 kPa -101
Dimensions 24 SI unit Model indication and How to order 25 Summary of Product parts 26 Mounting and Installation 27 Installation 27 Setting 29 Specification 30 Specifications 30 Dimensions 32 Input Unit Manifold Model indication and How to order 33 Summary of Product parts 34 Mounting and Installation 35 Installation 35 Wiring 35 Setting 39 Specification 40 Specifications 40 Dimensions 41
Refer to each makers manual etc. for details. 2: The power supply for the output equipment must use the one which suits PELV (Protection Extra Low Voltage) demanded of IEC364-4-41. 3: Current consumption inside SI unit. 4: Refer to the input block operation manual for details. 5: Power for input equipment is supplied from communication power. 6: The AS-Interface circuit provides current to
(Refer to page 41) -33No.EX-OML0011-C 1. Selection of parameter Explanation of screen a) Name of each parameter to be set b) The next parameter is displayed with the and buttons. c) Parameters that can be set in each unit only. d) Parameters that can be set in each channel only. 2.
Power supply connector . 38 6.1 Connector specifications . 38 (1) Main control power supply connector: C PWR . 38 (2) Motor drive power connector: M PWR . 38 (3) Motor control power supply connector: CI . 39 6.2 Wiring . 40 (1) Wiring of the power supply connector. 40 (2) Wiring of the stop switch . 41 7. EtherNet/IP communication connector . 43 8.
Note 3) For BUSY and AREA signals, use BUSY1 to BUSY4 and AREA1 to AREA4 for I/O2 (optional). 41 No.SFOD-OMT0010-B (2) I/O2 -Input side Pin No. Signal name Description 1 +COM3 Connects the power supply 24 V to the input/output signals For BUSY1 to BUSY4, AREA1 to AREA4, INP1 to INP4, and ALARM1 to ALARM4. 21 +COM4 2 22 3 23 4 24 5 25 N.C. Unused 6 26 7 27 8 28 9 29 -Output side Pin No.