35
Fig. 12: Icon Base line
3.4.5
88B
Integration delay
The message “Integration delay” appears for as many seconds as entered in the
“configuration window”. Reasonable range is something between zero and 5
seconds. When the integration delay starts, the induction generator starts at the
same time. In other words, the software starts the integration delay and the
generator at the same time. This is valid also when the integration delay is set to
zero seconds. In this case, the generator is started but “Integration delay does not
appear in the status window. The status window displays then the next message of
its sequence, which is “Analyzing”.
3.4.6
89B
Analyzing
When “Analyzing” appears in the status window, it means that definitely the
command for starting combustion is given by the software, so that if still there is no
combustion, there must be probably a hardware reason for this fault.
NOTICE
As a matter of fact, it happened several times that we received requests for help in
cases of no combustion, from people who tried to test the functionality of the
generator by using empty crucibles!!!!!
After starting analysis, the word “Analyzing” appears in the configuration window.
3.4.7
90B
The command from the microcontroller to start the generator is not received
Fig. 13: Measurements on TP9
3.4.7.1 Measurements on TP9:
–
a signal of about 0.5 V should turn the generator on,
–
a signal of about 12 V should turn the generator off.
If 12 V are measured, despite "Analyzing" appearing on the display, then the
microcontroller board is defective or the connection from the HF 42 circuit board,
pin 7 is loose.
Summary of Contents for CS-800
Page 3: ...3 ...
Page 10: ...10 Fig 2 Draft 12057 ...
Page 11: ...11 Fig 3 Draft 11660 ...
Page 12: ...12 Fig 4 Draft 12200 ...
Page 14: ...14 Fig 6 Draft 12058 Signal and control ...
Page 17: ...17 Fig 8 Draft 6 2 4 Gas flow diagram furnace closed ...
Page 18: ...18 Fig 9 Oxygen flow schematically ...
Page 19: ...19 Fig 10 Draft 12059 signal and control board ...
Page 21: ...21 Fig 12 Draft VG 96 connector ...
Page 22: ...22 Fig 13 Draft 1 14 4 1 ...
Page 23: ...23 Fig 14 Draft IR 45 power supply ...
Page 24: ...24 Fig 15 Draft IR sources Fig 16 Draft 7 pin plug ...
Page 80: ...80 Abb 46 IRC 1 3 ...
Page 82: ...82 Fig 29 Mainboard Cut out IR Cell general test points ...
Page 91: ...91 Abb 47 Pneumatics parts 2 1 3 4 5 6 7 8 9 10 11 12 13 14 15 ...
Page 94: ...94 bar 0 5 1 1 5 2 2 5 0 PR2 1 Fig 49 Front side 4 5 47BPurge pressure Fig 50 PR2 5 6 ...
Page 109: ...Service 109 10 10 11 9 b7 10 1 12 8 5 6 Fig 60 b7 10 1 ...
Page 110: ...Service 110 ...
Page 119: ...Miscellaneous 119 77510 Heaters for IR cell ...
Page 120: ...Miscellaneous 120 6 1 2 121BFront side Fig 41 Front side ...
Page 122: ...Miscellaneous 122 6 1 3 122BRight side Fig 42 Right side ...
Page 126: ...Miscellaneous 126 6 1 5 124BOscillating circuit Fig 44 Oscillating circuit ...
Page 132: ...Miscellaneous 132 21010 Heather section 21120 Quartz tube 70380 O Ring 70380 21120 21010 ...
Page 134: ...Miscellaneous 134 Fig 47 12055 I ...
Page 135: ...Miscellaneous 135 Fig 48 12055 II ...
Page 136: ...Miscellaneous 136 Fig 49 12072 ...
Page 137: ...Miscellaneous 137 Fig 50 12064 ...
Page 138: ...Miscellaneous 138 Fig 51 12550 Vacuum cleaner ...
Page 139: ...Miscellaneous 139 Fig 52 12015 I ...
Page 140: ...Miscellaneous 140 Fig 53 12015 II ...
Page 141: ...Miscellaneous 141 Fig 54 12016 ...
Page 143: ...Miscellaneous 143 6 2 1 127BUNI 1 ...
Page 144: ...Miscellaneous 144 6 2 2 128BGas flow system ...
Page 145: ...Miscellaneous 145 ...
Page 146: ...Miscellaneous 146 6 2 3 129BValve controlling Fig 55 Valve controlling I 11001 6001 ...
Page 155: ......
Page 156: ......
Page 157: ......