Expat kiss_fft gsoap smartgwt Linux Qt md5 zlig log 4cpp sqlite gcc/g++/libc/libc++ gwt

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2 FAG Industrial Services GmbH Kaiserstraße Herzogenrath Germany +49 (0) (0) Web All rights reserved. Microsoft Windows Corporation Internet Explorer Microsoft Firefox Mozilla Foundation Expat kiss_fft gsoap smartgwt Linux Qt md5 zlig log 4cpp sqlite gccg++libclibc++ gwt FAG Industrial Services GmbH 2

3 Status Measurement... data 13 6 Live... view 16 7 Configuration Input configurations Measurement... jobs Measurement jobs Output... configurations External devices GX Works GX IEC Developer Device Device... settings System... time settings 73 Bearings External... devices Measurement... conditions Measurement... trigger Bearing... manufacturer 77 User... management Index 3

4 1 FAG SmartWeb FAG SmartWeb FAG FAG 2 3 LED FAG SmartUtility Light Web PC SmartUtility Viewer FAG 4 FAG SmartWeb FAG SmartUtility FAG FAG SmartWeb

5 1.1 FAG SmartWeb 83 FAG SmartUtility Light FAG SmartUtility Light FAG SmartUtility FAG FAG FAG SmartUtility FAG SmartWeb 5 PDF 5

6 2 SmartWeb FAG FAG FAG FAG FAG FAG SmartWeb 2 IP RETURN IP IP SmartWeb FAG SmartUtility SmartUtility SmartUtility SmartWeb IP FAG FAG IP FAG SmartUtility Light IP IP FAG SmartUtility Internet Explorer SmartWeb 73 6 >

7 3 SmartWeb OK 1 FAG SmartWeb Connected to Logged in as 1 1 File Print page SmartWeb 7

8 Mozilla Firefox Windows Internet Explorer > Log out Edit Edit Change password SmartWeb 79 User management SmartWeb 79 Device settings SmartWeb 71 Create new measurement job 30 Edit program settings Unit SmartWeb ISO US All mms mils mms mils Language SmartWeb Go to Configuration Areas Help 18 Status 10 Measurement data User Management 79 SmartWeb ID Live view 16 SmartWeb Status Measurement data Live view Configuration 18 User management 79 Log out Show Measurement Jobs SmartWeb Measurement Data Measurement Jobs Configuration Measurement Jobs Measurement Conditions 8 SmartWeb

9 SmartWeb SmartWeb SmartWeb Columns as sort criteria Move columns 9

10 4 Status Status Reset alarm Reset all alarms 10

11 Status Set alarms 32 Reset Alarms Manual Start learning mode 32 Start learning mode for all 32 Live view Live view Measurement data Measurement data Actions Create new measurement job 30 Show measurement jobs 28 2 Configuration Characteristic value status System information RMS rpm 2000rpm 3000rpm 3000rpm Edge Rising 1500rpm 1500rpm 3000rpm 3000rpm Lower threshold 1500rpm Upper threshold 1500rpm 2000rpm 1500rpm 2000rpm Logbook Information Warnings 12 Edit Message OK 11

12 Add message 2. Category 3. Message 4. OK Category Message 3. OK 12 Edit

13 Measurement data 5 Measurement data Measurement data Trend Trend Name Type Area 13

14 Date 32 Saved time signals 14 Value

15 Measurement data Actions Actions Show measurement jobs Measurement jobs Measurement data SmartUtility Viewer 28 Measurement jobs FAG SmartUtility 15

16 6 Live view Live view Live view 22 Expert settings 31 Vibration sensor Live view settings Signal type Filter settings Number of measurement values Number of measurement values Signal unit displacement X acceleration ms2 speed mm 50 Back 16 1 mms

17 Live view Forward 1 Zoom back Actions Actions Open input configurations Input configurations 19 17

18 7 Configuration Configuration Configuration FAG Configuration SmartWeb Standard measurement job 37 Configuration overview Input configurations 18 19

19 Configuration Measurement jobs 28 Output configurations Measurement trigger 41 Measurement conditions External devices Device 71 Bearings 74 Bearing manufacturer 77 Actions Create new measurement job Input configurations FAG FAG SmartWeb 27 Input configurations 19

20 7.1.1 FAG Input channel Input configurations Name

21 Configuration 1. Edit input configuration Name Input configurations Unit 2. OK Analogue 1 Unit group: voltage Signal unit:v Input type:0 10 V Analogue 2 Unit group: load Signalsensor unit: % Input type:0-20 ma Scaling factor:5 Input configurations Input channel Name

22 Edit Edit input configuration Name SmartWeb Unit group Frequencyspeed Signalsensor unit Input type 0 10 V 0-24 V 4-20 ma 0-20 ma Max Scaling Min Min Max Scaling 3. OK

23 Configuration 1. Add scaling factor Name Scaling factor Unit 2. OK 3. 23

24 7.1.3 Unit group: frequencyspeed Signal unit:rpm Pulse per revolution:1 Signal threshold:7 V Hysteresis:2 V Input configurations Input channel Name Edit Edit input configuration

25 Configuration Name SmartWeb Unit group No unit Signalsensor unit Unit group Frequencyspeed Frequencyspeed No unit Machine on Machine off Inverted Pulses per revolution Unit group Frequencyspeed Signal threshold.0 Hysteresis.5 Signal threshold.0.5 5V 2V 4 6V 0 12V V 0 6V 2V 25

26 3. OK Add scaling factor Name Scaling factor Unit 2. OK

27 Configuration SmartWeb 1 Name: constant speed Value: 3000 Unit: RPM Input configurations Edit Delete Add Add fixed value 27

28 Name Value Unit group Torque Pressure Speed Force Unit 2. OK Measurement jobs FAG SmartWeb Gear SmartWeb Measurement jobs 29 Description

29 Configuration Measurement jobs Measurement jobs Measurement jobs Standard measuring job Measurement job Edit Delete Create Characteristic value configuration 30 Measurement configuration 30 Characteristic value configuration Delete OK 18 29

30 SmartWeb measurement job Actions Create new Expert settings 30

31 Configuration Select component 32 Specify details about the component Default configuration % Apply expert settingsapply expert settings for the Wellhausen counter Expert settings settings for the Wellhausen counter Apply expert Apply learning mode settings Expert settings Standard deviation Highest values Memory settingsmeasurement triggers and conditions Additional signals 32 31

32 Set alarms Change alarm limits in line with other signals Default template Gear 2 Journal bearing Coupling Fan Pump Belt drive Shaft Roller bearing Condition guard ISO Set alarms Default configuration 32 Set alarms

33 Configuration OK FAG 100 trigger and conditions Save settingsmeasurement 100 Apply learning mode settings 100 Expert settings Learning mode settings Measurement data 13 Signal always larger than in the Set alarms rpm Set alarms 33

34 Change alarm limits in line with other signals Min [RPM] 2000 Max [RPM] 3000 OK LED LED 2 34 Set alarms 2

35 Configuration OK 100 ISO

36 ISO ISO ISO 83 Additional signals LED SmartWeb 83 Set alarms FAG SmartWeb Set alarms FAG SmartWeb Status FAG SmartWeb FAG TEACH 36 Create new measurement job Edit measurement job

37 Configuration FAG 1. FAG 2. SmartWeb Configuration Default configuration LED 7.3 Output configurations FAG alarm status 2 38 Output configurations Overall Delete OK 37

38 Output configurations Add 2. Add output configurations 38 FAG

39 Configuration Name Output channel Analogue output Characteristic value configuration 1 Output type Characteristic value output Currentvoltage output 0 10V 0 20mA 4 20mA Scaling factor Min Max Max Min Scaling Max 3. OK 1. Actions Add 2. Add output configurations 39

40 Name Output channel Analogue output Characteristic value configuration Output type Alarm limit Currentvoltage output 0 10V 0 20mA 4 20mA Alarm limit 3. OK 1. Actions Add 2. Add output configurations 40

41 Configuration Name Output channel Digital output Characteristic value configuration Output type Alarm limit Alarm limit 3. OK 1. Output configuration 2. Output configurations Edit Edit output configuration 3. OK 7.4 Measurement trigger Measurement trigger 41

42 30 Input channel Measurement job Delete OK Measurement trigger Add 2. Add measurement trigger

43 Configuration Name Input channel 19 Unit Threshold Edge Measurement values RMS 1280 Measurement values 1280 RMS RMS 1 Edge Falling Rising 3. OK Edit measurement trigger Edit 3. OK 7.5 Measurement conditions FAG 43

44 Measurement conditions 30 Input channel Measurement job Delete OK Measurement conditions Add 2. Add measurement condition

45 Configuration Name Input channel 19 Unit Measurement values RMS 1280 Lower threshold RMS Measurement values 1280 RMS 1 2 Upper threshold 3. OK Edit measurement condition Edit 3. OK 7.6 External devices External devices FAG FAG FAG 45

46 FAG SmartWeb FAG FAG IP conditions 43 SmartWeb Measurement trigger Input configurations 19 Measurement jobs SLMP 3E-Frame FAG Q L SLMP Q L External devices Configuration 46 Measurement 41

47 Configuration External devices IP Network number Station number Register with version number Configuration version Edit 50 Add 48 Delete OK Delete 47

48 External inputs for external device Name Min. signal Start register Min. reg. value Max. reg. value Max. signal Edit 52 Add 50 Delete OK Delete 28 Alarm status configuration for external device Alarm status configuration for external device Update interval Edit 52 Create 52 Delete OK SmartWeb 55 FAG SmartUtility External devices Add 2. Add external device 48 FAG

49 Configuration Name SmartWeb Device type IP address IP Port Station forwarding IP Network number Network number PLC 3 - PLC 1 IP - PLC 3 FAG Protocol PLC 1 PLC 3 FAG Transfer mode 49

50 Connection test 3. OK FAG 2 4 IP IP 3 FAG IP FAG IP 1. FAG SmartUtility 2. Configure sensor(s) FAG 2 FAG 5. Send FAG SmartUtility FAG SmartUtility IP External devices Edit Edit external devices 3. OK FAG External inputs for an external device: [ 3. Add external input 50 ] Add

51 Configuration Name SmartWeb Start register Register type Register type Start register 2 2 Start register INT 16 bit 32,768 32,767 WORD 16 bit 0 DINT 32 bit -2,147,483,648 DWORD 32 bit 0 REAL 32 bit ± ± ,535 2,147,483,647 4,294,967,295 Unit group Unit Polling interval 51

52 Connection refused FAG Register value Register type register value Max. register value Signal value Min. Min Scaling Max 4. OK R rpm WORD Start register R100 Register type WORD Unit group Frequencyspeed Unit RPM 0 65, ,000 Min. register value0 Max. register value ,535 Max. signal value 3000 (RPM) Min. signal value 0 (RPM) External inputs for an external device: [ 3. Edit external input ] Edit 4. OK FAG 55 FAG 52 1 no_alarm -FAG SmartWeb 2 pre_alarm -FAG SmartWeb 3 main_alarm -FAG SmartWeb 0

53 Configuration 4 charval_error Alarm status configuration for an external device: [ 2 ] Create 3. Start register 2 Update interval Characteristic value configuration 4. OK

54 Register name IEC-Developer ASCII A Z a z _ OK 6. FAG reserved GX Works2

55 Configuration Register with version number FAG 55 Communication status FAG 0 communication_ok: 1 error_configuration_inconsistent: FAG FAG 55 2 error_reading_values: FAG 3 error_alarm_state_not_updated: Alarm status configuration for an external device: [ 3. ] Edit OK FAG -GX Works2 FAG 56 -IEC Developer 64 FAG FAG SmartWeb FAG SmartWeb 3. FAG SmartWeb 4. FAG SmartWeb 5. FAG SmartWeb 6. GX Works2GX IEC Developer

56 IP TCP MC FAG D1000 WORD 10, rpm FAG ISO D GX Works2 1 FAG 1. GX Works2 2. Project > Open Parameter > PLC Parameter 5. Built-in Ethernet Port Setting 56 Open Setting 0

57 Configuration 6. Protocol TCP Open System MC Protocol Host Station Port No End 57

58 8. Communication Data Code Binary Code 9. Enable online change (FTP, MC Protocol) 10.End FAG

59 Configuration 12. Compile > Rebuild All 13. FAG SmartWeb 2 FAG SmartWeb External devices Add Add external device 59

60 Name PLC_018 IP address Port 10 Protocol TCP Transfer mode Binary Connection test 3 FAG SmartWeb External inputs for an external device: demo PLC Add 60 Add external input

61 Configuration Name Revolutions from PLC_018 Start register D1000 Register type WORD Unit group Frequencyspeed Unit RPM Register value Max. register value Signal value Min 0 Max , FAG SmartWeb 16 FAG 4 FAG SmartWeb Alarm status configuration for external device: Demo PLC Create 61

62 Start register D1200 Available characteristic values Standard measurement job ISO FAG SmartWeb 1. External devices 62 52

63 Configuration 2. CTL A CTL 3. C CTL.ASC V FAG_01.asc Mozilla Firefox ASCII GX Works2 6.ASC GX Works2 1. Project > Open Other Data > Read ASC Format File 2. ASCII 3. FAG.ASC OK Global_Vars Global Label 63

64 Device Detail Setting 7 1. Compile > Rebuild All GX IEC Developer 1 FAG 1. GX IEC Developer 2. Project > Open 64

65 Configuration 3. FAG 4. Parameter > PLC Parameter 5. Built-in Ethernet port Open settings 6. Protocol TCP Open System MC Protocol Host Station Port No End 65

66 8. Communication Data Code Binary Code 9. Enable online change (FTP, MC Protocol) 10.End Compile > Rebuild All FAG

67 Configuration FAG SmartWeb 2 FAG SmartWeb External devices Add Add external device Name PLC_018 IP address Port 10 Protocol TCP Transfer mode Binary Connection test 3 FAG SmartWeb External inputs for an external device: demo PLC Add Add external input 67

68 Name Revolutions from PLC_018 Start register D1000 Register type WORD Unit group Frequencyspeed Unit RPM Register value Max. register value Signal value Min 0 Max , FAG SmartWeb 4 FAG SmartWeb Alarm status configuration for external device: Demo PLC Create FAG

69 Configuration Start register D1200 Available characteristic values Standard measurement job ISO FAG SmartWeb 1. External devices 69

70 2. CTL A CTL 3. C CTL.ASC V FAG_01.asc Mozilla Firefox ASCII GX Works2 6.ASC GX Works2 1. Project > Open Other Data > Read ASC Format File 2. ASCII 3. FAG 70.ASC OK Global_Vars Global Label

71 Configuration Device Detail Setting 7 1. Compile > Rebuild All Device Device Device settings 72 System time settings 73 71

72 7.7.1 Device settings Device Settings FAG Device settings MAC Edit Key settings FAG 2 Key settings Reset alarm(s) Restart learning mode 10 Restart device Restore factory default setting FAG 1. Edit 2. Change key settings 72

73 Configuration Reset alarm(s) 3. Apply Network settings IP address Netmask Gateway DHCP SmartWeb SmartUtility FAG SmartUtility Light IP System time settings FAG Set device time manually FAG System time settings System time NTP activated NTP Yes 73

74 NTP server NTP Edit NTP 1. Edit 2. Edit system time Method NTP NTP Date Set system time manually NTP server Use NTP server to synchronise system time NTP IP 3. OK 7.8 Bearings FAG Bearings PC NTP NTP

75 Configuration Bearing manufacturer 77 Search criteria *? 1 Bearing information Delete OK FAG

76 1. Bearing information Add 2. Add bearing Name Manufacturer Bearing manufacturer Normalised kinematic frequencies Calculate normalised kinematic frequencies BPFI BPFO BSF FTF

77 Configuration Calculate Verify bearing 3. OK FAG Bearing information Copy 3. Copy bearing FAG Copy of [ ] 4. OK 7.9 Bearing manufacturer Bearing 74 Bearing manufacturer 77

78 Manage manufacturers Add OK Manage manufacturers Edit OK Manage manufacturers Delete OK 18 78

79 User management 8 User management User management SmartWeb Logged in as Administrator Remote Guest admin remote guest User groups 80 Edit Administrator Remote 80 Delete OK Administrator Remote User 79

80 ID 80 admin remote 81 Delete OK admin remote Rights Edit system settings Device settings 72 System time settings 73 Create configurations Edit configurations Delete configurations Configure inputs Configure outputs Create usersuser groups Edit usersuser groups Delete usersuser groups Download data SmartUtility Reset Alarm(s) SmartWeb View trendreal-time data etc. 16 Live view Measurement data 13 ActivateDeactivate user management SmartWeb 2 Activate FAG SmartWeb Deactivate Change password Change password 2 User ID admin admin123 User ID remote remote123 User ID guest 8.1 Change guest FAG 80

81 User management 1. User groups 2. Add 3. Add user group User group Right Right 4. OK Edit user group Edit 3. OK 8.2 FAG 1. User 2. Add Add user 81

82 User ID Password User group Last name First name Telephone Comment 4. OK Edit user 3. OK 82 Edit ID

83 9 FAG Industrial Services GmbH Kaiserstraße Herzogenrath Germany +49 (0) (0) (0) Web FAG Industrial Services GmbH Schaeffler Technologies AG & Co. KG Postfach Schweinfurt Germany Georg-Schäfer-Straße Schweinfurt Germany +49 (0) E [email protected] FAG 83

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