User manual

53
ENGLISH
ir33 +030220441 - rel. 2.5 - 16.06.10
H8: Select light or AUX output to activate with time band.
This parameter can be used to select the output that is activated or deactivate according to the time band (see parameters tON
and tOF).
H8=0=> Time band linked to output con gured as the light.
H8=1=> Time band linked to output con gured as AUX.
Note: the output being controlled (light or AUX) must be available and selected with parameter H1.
Default: H8=0 => Time band linked to the light.
H9: Enable set point variation with time band.
This parameter can be used to enable the variation of the set point according to the time band (see parameters ton and toF). The
controller modi es the set point by adding the value of parameter r4 (to the time toF), the new value is used for all the functions
relating to the set point (e.g. relative high and low temperature alarms, control with dead band, control with two compressor
steps etc.).
H9=0 => Set point variation with time band disabled.
H9=1 => Set point variation with time band enabled.
Note: When r4=3.0 (preset value) the set point is increased by 3 degrees from the value used before toF, at ton the value of the
set point will be the value set for parameter St.
As the time band set by ton and toF is related to the output auxiliary selected using parameter H8, the corresponding output will
switch on at ton, and will switch o at toF.
Therefore, when H9=1, the following will be true:
- ton : normal set point and selected output on.
- toF : set point + r4 and selected output o .
Default: H9=0 => Function disabled.
HPr: Print pro le (masked parameter)
This is used to select the required pro le for printing the report on an external printer.
The interface for printing the data from the instrument requires a speci c accessory.
Default: HPr=0 => Report printing disabled.
Hdn: Number of sets of default parameters available (masked parameter)
The controller can feature one or more sets of default parameters. Set 0 is standard and corresponds to the values listed in the Def.
columns of the lists of parameters (for the visible parameters), and cannot be customised. The other sets can be customised by the
user with the programming key kit PSOPZPGR00.
Set Customisable Note
0 NO The levels of visibility are not modi ed. Sets the values of the visible parameters only.
1,2,3,4,5,6 YES The levels of visibility and the values of all the operating and unit parameters are set.
Tab. 7.r
Notes:
1. The set of customisable default parameters can only be used on the controller if there is suitable hardware (expanded
EEPROM memory).
2. If when loading a set of customised default parameters there is an EF EEPROM error (memory error on the controller), the
previous parameters can be restored by switching the instrument o and on again.
3. If there is an EF EEPROM error, to maintain the loaded parameters, enter parameter con guration mode, check the values
then save them to the EEPROM using the special procedure. At then end of the operation, the EEPROM error signal will be
cancelled.
4. If there is a recurring EE or EF EEPROM error when loading a set of customised default parameters, the EEPROM on the
instrument should be corrected using the programming hardware key.
5. After loading a set of customised default parameter, the controller automatically updates the memory, saving both the levels
of visibility and the values of the parameters.
6. The parameter Hdn must have the same value in all the sets of customised default parameters.
7. For greater protection, parameter Hdn must be set to not visible.
Default: Hdn=0 => standard default parameters only.
Hdh: Anti-sweat heater o set
This represents the o set from the set point for the anti-sweat heater function. If Hdh = 0, the anti-sweat heater function is
disabled. The anti-sweat heater function is used to maintain the aux 1 or 2 output, con gured as the light or aux (H1 or H5= 2,
3, 8, 9) deactivated while the control temperature (virtual probe) is less than ‘St’ + ‘Hdh’ when the instrument is  rst powered up,
the ‘HI’ ‘IA’ ‘dA ‘CHt’ ‘EE’ ‘EF’ ‘rE’ alarms are reset.
During the aforementioned alarms, the aux 1 or 2 output, con gured as above, is deactivated.
The function is active, if the light or aux functions are set to be deactivated when o ,‘H1’ or ‘H5’=8, 9, even when switching the
controller on.
Default: Hdh =0.0 => function disabled (C°)
Hdh =32 => function disabled (°F).
HrL: enable the synchronizer to remote the status of the master light relay to the slave controller
(masked parameter).
The parameter HrL enables the synchronizer to remote the light relay status light on the master to the slave controller. Consequently,
the light relay on the slave will repeat the status of the light relay on the master. Default: HrL=0 =>remote status disabled.
HrA: HrA: enable the synchronizer to remote the status of the master auxiliary relay to the controller (masked parameter)
As above, but relating to the auxiliary relay on the master. Default: HrA=0 => remote status disabled.
HSA: enable the synchronizer to remote the alarms from the slave devices in the local network to the master controller
(masked parameter).
The parameter HSA enables the synchronizer to remote the alarms from other devices in the local network to the controller. If HSA
is equal to 1, the alarms on the other controllers in the network will be shown on the local display, with the symbol Nx, where
x=1 to 6 is the slave device in question). Default: HSA=0 =>display disabled.