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12. Programming using the programming menus
Transducer
Difference (Mb1-Mb2)
Maximum value (Mb1)
Minimum value (Mb1)
Average value over time (Mb1)
Count of averaged (Mb1)
Avg. val. over meas. pts
Sum over meas. pts
Total number of pulses (Mb1)
pulse count / print cycle (Mb1)
Alarm value (Mb1)
Thermal coefficient q
Wet bulb globe temperature
Cold junction temperature
Volume flow m
/h Mb1 · Q
3
Timer
Temp. for refrigerant R22 °
Temp. for refrigerant R23 °
Temp. for refrigerant R134a °
Temp. for refrigerant R404a °
Temp. for refrigerant R407c °
Temp. for refrigerant R410 °
Temp. for refrigerant R417a °
Temp. for refrigerant R507 °
TK = temperature compensation, LK = atmospheric pressure compensation, Mbx = reference channels
* Humidity variables (Mb1 = temperature, Mb2 = humidity / humid temperature)
++ only via special connectors with internal characteristic (see 12.3.11, others by request)
° 8 measuring ranges for refrigerants
12.3.10 Function channels
At the end of the table of measuring ranges and units (see above) under the
sub-heading Function channels there is a group for representing function pa-
rameters in measured value processing or calculated results from linking cer-
tain measured values on measuring channels (see Manual 6.3.4). Reference to
the actual measuring channels is provided by one or two reference channels.
For all function channels the default reference channels Mb1 and Mb2 are
available on the appropriate connector; these channels do not need program-
ming.
68
ALMEMO
Connector /
cable / sensor
any
any
any
any
any
any
(Mb2.,.Mb1)
any
(Mb2...Mb1)
ZA 9909-AK
ZA 9909-AK
any
/
ZA 9000-FS
M01−M00
ZA 9000-FS
any
any
any
FDA602Lx
FDA602Lx
FDA602Lx
FDA602Lx
FDA602Lx
FDA602Lx
FDA602Lx
FDA602Lx
,
only with device option R (Mb1 = pressure in mbar)
®
5690-2M
Measuring range Units Display
0...65000
s.Man6.7.1
0...65000
s. Man6.7.1
0/100
see 12.4.5
see 11.6.1
see 11.6.2
see 11.2.7
see 11.4.9
see 11.4.6
0...65000
-90.0...+79.0
-100.0...+26.0
-75.0...+101.0
-60.0...+65.0
-50.0...+86.0
-70.0...+70.0
-50.0...+70.0
-70.0...+70.0
Diff
f(
)
Mb1
Max
f(
)
Mb1
Min
f(
)
Mb1
M(t)
f(
)
Mb1
n(t)
M(n)
f(
)
Mb1
S(n)
f(
)
Mb1
S(t)
S(P)
Alarm
%
q/dT
W/
2
m
K
WBGT
°C
CJ
°C
Flow
m
/h
3
Time
s
R22
°C
R23
°C
R134
°C
R404
°C
R407
°C
R410
°C
R417
°C
R507
°C
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