Badger Meter 340N2 Series Metasys Btu Transmitter - Manual (Page 6)

6
Step 1
see note #1
Select the flow sensor type
(sine or pulse) and enter the
K and Offset -
Step 4
Select the desired flow
rate and total units here
Step 7
Press send to transmit
calibration data to the
Series 340N2
Step 5
Select the desired energy
rate and total units here
Step 2
Select the desired temperature
sensor units.
Step 3
See Note #2
Typically:
Select the method of computing the
temperature differential
T1>T2 for Heating
T1<T2 for Cooling
Step 6
Select the output units per
pulse, and the pulse width
Press to restore the factory default
settings to the screen
must press “send” before values
take effect
Note:
Step 8
Press to exit parameters screen
and to go back to main screen
Press to refresh the parameters screen with
current Series 340N2 settings
Will overwrite any changes not sent to Series 340N2.
See Note #3
Step 1
Select a new device address using the
New Device Address pull down box.
Step 2
Press the Set New Device Address
button to send a new N2 address to
the Series 340N2.
Step 3
Press the Exit button to return
to the Parameters screen
Note #1:
Badger Meter sensors are pulse type sensors. The K and
Offset information is printed in the owners manual shipped with
the product. This information is also available on our website.
Calibration constants for other sensors must be supplied by the
manufacturer.
Note #2
Typically the temperature measured by T1 will be greater
than T2 in a heating application and less than T2 in a cooling
application. The selection of one of these choices will determine
if energy calculations are made for heating only (T1>T2),
cooling only (T1<T2), or both (absolute).
Note #3
The filter coefficient screen allows adjustment of the flow and
energy filters. A scale of 0-10 is used with 10 providing the
greatest degree of smoothing. Settings greater then “10” are
permitted by selecting other. However, settings greater then
“10” should be used with extreme caution as it will cause the
Series 340N2 to respond very slowly to actual changes in flow
and energy. This could cause misreporting of fast changing flow
and energy consumption data. See the dialog box below.