Programming Mode Functions; Start/Restart Day Counter; Fast-Forward Day Counter; Operation - Full Gauge V.03 Manual De Instrucciones

8 - PROGRAMMING MODE FUNCTIONS

On the function menu of the programming mode, you can easily access the operation options when the controller is using the daily setpoint
configuration. To enter this menu, short press the
This menu is available only when the controller is operating in the "Programming Mode", adjustable in the "Operation Mode" option.
The options available are:
01-Start Program
02-Goto Next Day

8.1 - Start/Restart Day Counter

This function allows the operator to start or restart the counting of elapsed days. By selecting this function, the counter automatically goes to day 1
and starts using the setpoint programmed for that day.

8.2 - Fast-forward Day Counter

This function allows the operator to manually increment the day counter. Each time this function is selected the counter moves forward by 1 day.

9 - OPERATION

9.1 - Operation Modes

provides 2 Operation Modes:
Humitech Super
- Manual Mode: The controller will operate normally by using as setpoint only the temperature value entered in "Manual Temperature Setting".
- Programming Modes: the controller operates normally by using as setpoint the temperature values configured for each elapsed day. The
automatic selection of the desired temperature is made through the adjusted program duration. The controller uses the Elapsed Days Counter
to compute which program shall run and uses the setpoint adjusted for this program. The Day Counter is incremented automatically whenever
the
Humitech Super

9.2 - Minimum Ventilation

has an exclusive Minimum Ventilation 1 output and 3 other outputs for minimum ventilation that are shared with
Humitech Super
Exhausters 1, 2 and 3. In order to use Minimum Ventilation 2, 3 and 4, users must configure the operation mode of Exhausters 1, 2 and 3 so that they
operate as minimum ventilation (see parameter table for exhausters).
Upper Limit = Setpoint + High Relative Temperature
Lower Limit = Set + Low Relative Temperature
Each minimum ventilation output has 2 internal timers. The timer a ventilation output uses depends on the average temperature Sensor reading:
- Timer 1 is used when temperature is within upper and lower thresholds.
- For temperatures below the lower limit, Timer 2 is used.
- If the temperature is above the upper limit, the output will remain ON.
Example:
Temperature Setpoint: 30 °C (86 °F)
Low Relative Temperature of Minimum Ventilation 1:
High Relative Temperature of Minimum Ventilation 1:
Time unit of minimum ventilation when activated:
Time unit of minimum ventilation when deactivated:
Time 1 of Minimum Ventilation Output 1 ON:
Time 1 of Minimum Ventilation Output 1 OFF:
Time 2 of Minimum Ventilation Output 2 ON:
Time 2 of Minimum Ventilation Output 2 OFF:
30 °C + 10.0 °C = 40 °C (104 °F)
Upper Limit:
Lower Limit: 30 °C + (-5.0 °C) = 25 °C (77 °F)
When average temperature is below 25.0 °C
temperature is above 25.0 °C, the output will turn on (
However, if the temperature rises above

9.3 - Exhausters

The Exhausters are comprised of 10 fan outputs whose activation is individually programmed according to average temperature. The activation
points in each exhauster are adjusted according to the desired temperature and they operate as follows:
- When average temperature crosses the difference between the setpoint and the
output will turn ON.
- When average temperature is below the above mentioned temperature minus the
output will turn OFF.
button.
MENU
Start/Restart the elapsed program day counter.
Fast-forward the elapsed program day counter.
internal clock reaches midnight.
- 5.0 °C (23 °F)
10.0 °C (50 °F)
seconds
minutes
15 seconds
2 minutes
5 seconds
2 minutes
, Minimum Ventilation 1 output will turn on (
15 seconds ) and off (
40.0 °C (30.0 °C + 10.0 °C)
5 seconds
2 minutes ) alternately.
, the output will remain ON.
Exhauster Relative Temperature
Exhauster Temperature Differential
37
) and off ( 2 seconds ) alternately. When the
, the corresponding
, the corresponding