Model 9060Z Manual

APPENDIX 1, CONSTITUENT VALUES FOR VARIOUS FUELS

If the transmitter is set up to have readout or output of combustibles, oxygen deficiency, maximum carbon dioxide or combustion efficiency, then the fuel constituents must be entered. Any or all of the variables can be modified and entered in COMMISSIONING menu functions #50 to 56. (See chapter 7.2.23). Your fuel supplier or chemist should be able to give you all these values.

A

is the heat of combustion of the fuel per gram atom of contained carbon.

H

is the H/C atom ratio in the fuel.

O

is the O/C atom ratio in the fuel.

N

is the N/C atom ratio in the fuel.

S

is the S/C atom ratio in the fuel.

M

is the ratio of H2O molecules to C atoms in the fuel

FUEL

Blast Furnace Gas

Coke Oven Gas

Producer Gas

Natural Gas

Propane, Natural

Butane, Refinery

Methanol

Gasoline, Motor

No 1 Distillate Oil

No 2 Distillate Oil

No 4 Fuel Oil

No 5 Residual Oil

No 6 Residual Oil

Wood, Non‐Resinous

Coal, Bituminous

Coal, Anthracite

Coke

A

H

O

N

S

M

50.55

0.08

 

1.3

3.08

b

a

256.88

5.6

 

0.25

0.23

b

a

101.98

1.18

 

1.02

2.9

b

a

209.9

3.86

 

0

0.1

0

0

176.4

2.69

 

0

0

0

0

166.1

2.34

 

0

0

0

0

172.59

3.97

 

1

157.58

2.01

 

0

0

0

0

149.65

1.83

 

0

0

145.18

1.71

 

0

145.54

1.6

 

0.01

0

142.25

1.44

 

0

0

0

136.52

1.25

 

0.01

0

0

0

110.91

2.26

 

1.07

0

0

c

116.88

0.74

 

0.05

0

0

0.03

104.98

0.35

 

0.05

0

0.01

0.04

99.63

0.11

 

0.01

0.01

0

0.01

a.

The moisture level varies depending on the process details. The calculated values

b.

assume M = O.

The sulfur level varies depending on the process details. The calculated values

 

assume S = O.

c.Variable.

Values calculated from the North American Combustion Handbook, Tables 2.1a and 2.1b.

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Image 57
Teledyne 9060Z Is the H/C atom ratio in the fuel, Is the O/C atom ratio in the fuel, Is the N/C atom ratio in the fuel