(A division of MANU ELECTRONICS PTY LTD)
UIC HTU settings
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(A division of MANU ELECTRONICS PTY LTD) |
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UIC HTU settings |
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Calibrating of
UIC's
pulse output signals
is via 3 rotary select switches (numbered 0-9) marked H (Hundreds), T (Tens) and U (Units). |
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Use
small flat-bladed screwdriver,
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Formula to calculate HTU settings
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UIC card with STANDARD x10 pulse input multiplier |
UIC card with x50 pulse input multiplier |
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HTU = |
input pulses/Litre |
x 5 |
HTU = |
input pulses/Litre |
x 25 |
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output pulses/Litre |
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output pulses/Litre |
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e.g. to convert 20 pulses/Litre to 1 pulse/Litre: |
e.g. to convert 7.3 pulses/Litre to 1 pulse/2 Litres: |
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HTU = |
20 pulses/Litre |
x 5 |
HTU = |
7.3 pulses/Litre |
x 25 |
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1 pulse/Litre |
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0.5 pulse/Litre |
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HTU = |
100 (i.e. H=1 T=0 U=0) |
HTU = |
3 6 5 (i.e. H=3 T=6 U=5) |
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For batching with concrete
admixtures, the MES20/MES20-S 20mm
1000 pulses/Litre flowmeters are primarily used.
For pulse scaling setpoint values,
refer to the the following table (for a x10 input standard UIC card):
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Rotary value |
UIC card |
Volume |
Final Calibration: |
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H T U |
pulse o/p rate |
per pulse |
If the liquid collected is more than pulse value shown on computer screen, |
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0 2 5 |
200 pulses/Litre |
5 ml/pulse |
then decrease the rotary decade set value by the same % difference. |
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0 5 0 |
100 pulses/Litre |
10 ml/pulse |
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1 0 0 |
50 pulses/Litre |
20 ml/pulse |
If the liquid collected is less than pulse value shown on computer screen, |
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1 5 0 |
33.3 pulses/Litre |
30 ml/pulse |
then increase the rotary decade set value by the same % difference. |
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2 5 0 |
20 pulses/Litre |
50 ml/pulse |
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5 0 0 |
10 pulses/Litre |
100 ml/pulse |
Note: Final calibration can also be performed via computer software scaling. |
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9 9 9 |
5 pulses/Litre |
200 ml/pulse |
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UIC card with STANDARD x10 pulse input multiplier |
UIC card with x50 pulse input multiplier |
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Pipe size |
UIC Set Value |
Output pulses per Litre |
UIC Set Value |
Output pulses per Litre |
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(mm) |
H T U |
to PLC/computer |
H T U |
to PLC/computer |
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25 |
3 7 5 |
1 pulse per 1 Litre |
1 8 5 |
10 pulses per 1 Litre |
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32 |
2 3 0 |
1 pulse per 1 Litre |
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40 |
1 5 0 |
1 pulse per 1 Litre |
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50 |
1 0 0 |
1 pulse per 1 Litre |
5 0 0 |
1 pulse per 1 Litre |
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65 |
0 6 0 |
1 pulse per 1 Litre |
3 0 0 |
1 pulse per 1 Litre |
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80 |
3 6 5 |
1 pulse per 10 Litre |
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80 |
0 7 3 |
1 pulse per 2 Litre |
3 6 5 |
1 pulse per 2 litres |
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100 |
0 9 2 |
1 pulse per 4 Litre |
1 2 5 |
1 pulse per 1 Litre |
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All values are starting reference
values for RPFS-P and are approximate only,
due to possible variations in installation
conditions e.g. due to pipe direction, water
quality etc.
Values could vary up to 10%.
| Copyright © 2007 Manu Electronics Pty Ltd. All rights reserved. |
0802/1 | |
