Probes And Module Parameters - sauermann Si-C320 User Manual

4260 BOOLEAN
4280 BOOLEAN
4290 U8
Alarm 4
4300 U8
4310 F32
4320 F32
4330 F32
4340 U32
4350 U32
4360 BOOLEAN
4380 BOOLEAN
4390 U8

12.4.5 Probes and module parameters

Modbus
Probe Entry 1
6000 F32
6020 F32
6040 U8
6050 F32
6060 U8
6070 F32
6080 U8
6090 F32
6100 U8
6110 U8
6120 U8
6130 F32
6140 F32
Modbus
Enabled/Disabled
Audible alarm
Acknowledgement duration
Alarm mode
Hysteresis
Threshold Up
Threshold Down
Delay Time
Delay End
Enabled/Disabled
Audible alarm
Acknowledgement duration
Register type
Lower limit of probe range, for
each available measure
Upper limit of probe range, for
each available measure
Atmospheric pressure compen-
sation unit
Atmospheric pressure compen-
sation value. In case of pressure,
this value is used for velocity cal-
culation
Type of pressure equipment
plugged in order to determine
the air velocity
Custom coefficient for pressure
device plugged in order to deter-
mine the air velocity
Room volume unit
Room volume value in cubic
meter used for computing air re-
newing rate (ACR)
Measurement integration
Temperature
mode
Manual temperature compensa-
tion unit
Manual temperature compensa-
tion value in Celsius degrees
Correction factor used for air ve-
locity and airflow probes
0: None, 1: Min, 2: Max, 3: Min/Max
Description
For maximum 10 measures (@6000:
lower range of measure 1, @6002:
lower range of measure 2, etc...).
For maximum 10 measures (@6000:
upper range of measure 1, @6002:
upper range of measure 2, etc...).
In Pa.
0: Pitot tube S, 1: Pitot tube L, 2: de-
bimo blades, 3: other (set pressure
Equipment Coeff instead), 4: None
From 0.0001 to 9.9999.
In cubic meter.
From 0 to 9.
compensation 0: Use internal sensor, 1: Manual – re-
fer to user value, 2: Use probe id 0 (or
user if not present), 3: Use probe id 1
(or user if not present), 4: Use probe
id 2 (or user if not present).
From -50 to 50, in Celsius degrees.
From 0.2 to 2 - Used for air velocity
and airflow probes (default = 1).
Possibilities
31