Mandik Climatix, Operating Instructions Manual

Page: 59 / 83

KJM MANDÍK
–
Detailed operating instructions
M&C KJMPNO 07/2022
MANDÍK, a.s.,
www.mandik.cz
59
9 Application information
In the ApplicationInfo menu, the following information is displayed on every line:

Device – device name

Contract – contract number or other identification

Firmware – version of the software used and the date this version was created

Service – phone contact for the service department

Web – company's web address

NextServiceRequest – date of the next service, if this function is set
10 Configuration
The configuration item defines the components of the AC unit to be controlled by the
control. The basic configuration is carried out at the factory or when additional changes are made
to the components and should be carried out by authorised personnel. This determines the
function of the equipment and subsequently the control method. There is a risk of damage to the
equipment or violation of work safety rules if the setting is not carried out in a professional
manner. The configuration can only be accessed after a service login. The No option determines
that the item is not included in the unit or that its function is not to be monitored. The Yes option
specifies that the item is contained in the unit once. A number instead of Yes indicates the number
of components that can be populated. Non-standard item options are described separately.

RequiredTemperature ( -----/ Supply / Room / Extract / Preheat / Exhaust ) – selects temperature
that is compared to the required temperature for the selected regime. If supply temperature
or preheat temperature is selected, then this is a direct control and the required heating or
cooling capacity is calculated directly from the difference between the required and selected
temperature. The cascade control function is only applied if the room, extract or exhaust air
temperature is selected. Based on the difference between the required and selected
temperature, the required supply air temperature is calculated and the required heating or
cooling capacity is calculated from the difference between the required supply temperature
and the actual supply temperature, so that the selected required temperature is optimally
achieved.