MagMaster
Electromagnetic flowmeter 3 Programming & Configuration
IM/MM2WM–EN Rev. A 5
[Sensor Setup] continued
[Sensor Size (Bore)] Nominal bore size of flow sensor in mm:
[DN1]* [DN65]* [DN760]
[DN1_5]* [DN80] [DN800]
[DN2]* [DN100] [DN900]
[DN3]* [DN125]* [DN1000]
[DN4]* [DN150] [DN1050]
[DN6]* [DN200] [DN1100]
[DN8]* [DN250] [DN1200]
[DN10]* [DN300] [DN1400]
[DN15]* [DN350] [DN1500]
[DN20]* [DN400] [DN1600]
[DN25]* [DN450] [DN1800]*
[DN32]* [DN500] [DN2000]*
[DN40]* [DN600] [DN2200]*
[DN50]* [DN700] [Special]*
*
Do not use these settings as they are not supported by the upgrade.
[Sensor Cal Mode] Calibration Mode used for sensor, set to WaterMaster.
[WaterMaster]
[ProcessMaster]*
*
Do not use these settings
[Span Ss] Calibration Span of the attached flow sensor – equivalent to MagMaster Cal Fact 1.
1. Refer to Table 3.1, page 6 to calculate WaterMaster Span Ss value from MagMaster Cal Fact 1
(Snsr Fact 1). This Cal Fact 1 is identified on the data label, identified as 'Cal 1'. It is also available on
the meter calibration certificate.
2. Multiply the MagMaster Cal Fact 1 by the 'Cal Fact 1 to Ss Multiplier' to find the Span Ss value.
3. Enter the correct Span Ss % value as calculated.
4. Ensure flow is present in the sensor.
5. If the flow reads in the wrong direction, enter the span as a negative value (for example, –123.45 %
instead of 123.45 %).
[Zero Sz] Calibration Zero Offset of the attached flow sensor – equivalent to MagMaster Cal Fact 2.
This is identified on the MagMaster sensor data label as 'Cal. 2/3/4'. The zero value is the first number
– for example, 'Cal. 2'.
1. Refer to Table 3.1, page 6 to calculate WaterMaster Zero Sz value from MagMaster Cal Fact 2
(Snsr Fact 2).
2. Multiply the MagMaster Cal Fact 2 by the 'Cal Fact 2 to Sz Multiplier' to find the Zero Sz value.
3. Enter the correct Zero Sz value as calculated.
SP033 Adam Street Wynnum SPS - WaterMaster - Electromagnetic Flowmeter -
OIML R49 Class 1 450mm - User Guide
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