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Service
105
TP 24: Output section [3]
TP 23: Output section [4]
For the range assignment of the infrared cell board IRC1.x see the correspondent
chapter
Infrared cell board IRC1.x sections assignment
.
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5.5
56B
Infrared power supply
Pos : 9. 11 /0010 ELTR A/ 0015 s ervic e_ins truc tions/C S-800_Ser vic e/ 0025 Ser vic e/ 0320 M odul I nfr ared power s uppl y @ 6\ mod_1377688640960_9. doc x @ 47119 @ 21333 @ 1
The IRC module is powered by a 24VDC power supply which is specified with 5A.
Depending on the quantity and on the kind of IR cells in a module (rack), the
maximum current at the moment of switching ON from cold, can be as high as
3.5A.
If the temperature control is deactivated, the module can be operated with a power
supply of 24V / 1A.
In case of servicing an IR cell, the IR cell module has to be taken out of the
analyzer’s cabinet and be operated on a desk using an external power supply. The
24V power can then be connected on the connector J1 of the IRC board. See
graphic below.
Fig. 58: IR power supply
If there is no power supply 24VDC / 5A, the IR module can be operated by using a
power supply of 24VDC / 1A by setting a jumper on 2-Test°C of the JP1. However
1A is the absolute minimum current required. If the power supply can supply more
than 1A, a proper operation is more secure.
A jumper is possibly available on JP1 on the positions 3-Analysis or 4-Analysis. A
jumper on any of these two positions doesn’t have any functionality. These two
positions are simply for “parking” jumpers in order to have them available in case
they are needed.
NOTICE
Don’t forget to remove the jumper from position 2-Test°C before reinstalling the IR
module into the Analyzer.
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 ...
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