Teledyne 9060 - Zirconium oxide flue gas oxygen analyzer User Manual
Page 63
9060-Zirconia
Analyser
63
63
Options:
1. Single
*
2. Dual
40. Fuel Number 1 ‘A’ Value
‘A’ is the heat of combustion of the fuel per gram atom of contained carbon.
Enter the correct value of ‘A’ (Refer notes in Appendix 1).
41. Fuel Number 1 ‘H’ Value
‘H’ is the hydrogen/carbon atom ratio in the fuel.
Enter the correct value of ‘H’ (Refer notes in Appendix 1).
42. Fuel Number 1 ‘O’ Value
‘O’ is the oxygen/carbon atom ratio in the fuel.
Enter the correct value of ‘O’ (Refer notes in Appendix 1).
43. Fuel Number 1 ‘N’ Value
‘N’ is the nitrogen/carbon atom ratio in the fuel.
Enter the correct value of ‘N’ (Refer notes in Appendix 1).
44. Fuel Number 1 ‘S’ Value
‘S’ is the sulphur/carbon atom ratio in the fuel.
Enter the correct value of ‘S’ (Refer notes in Appendix 1).
45. Fuel Number 1 ‘M’ Value
‘M’ is the ratio of water molecules to carbon atoms in the fuel. Enter the correct value of
‘M’ (Refer notes in Appendix 1). For single fuel applications the next set-up step will be
52, for dual fuel the next step is 46.
46. Fuel Number 2 ‘A’ Value
‘A’ is the heat of combustion of the fuel per gram atom of contained carbon.
Enter the correct value of ‘A’ (Refer notes in Appendix 1).
47. Fuel Number 2 ‘H’ Value
‘H’ is the hydrogen/carbon atom ratio in the fuel.
Enter the correct value of ‘H’ (Refer notes in Appendix 1).
48. Fuel Number 2 ‘O’ Value
‘O’ is the oxygen/carbon atom ratio in the fuel.
Enter the correct value of ‘O’ (Refer notes in Appendix 1).
49. Fuel Number 2 ‘N’ Value
‘N’ is the nitrogen/carbon atom ratio in the fuel.
Enter the correct value of ‘N’ (Refer notes in Appendix 1).
50. Fuel Number 2 ‘S’ Value
‘S’ is the sulphur/carbon atom ratio in the fuel.
Enter the correct value of ‘S’ (Refer notes in Appendix 1).
51. Fuel Number 2 ‘M’ Value
‘M’ is the ratio of water molecules to carbon atoms in the fuel.