MODELS
DIMENSIONS cm POWER SUPPLY
CPA-94ETT
40 x 90 x 90 h
CPA-98ETT
80 x 90 x 90h
ID ID EN
DESCRIPTION EN
Temperature
Maximum Temperature
1
max.
Set Temp.
NTC temperature for start Cooling fan(s)
2
Cooling fan
Enabling of instrument compartment cooling fan(s):
0=always off
Cooling fan
3
1=always on
2=as in parameter 2
Operating Buttons Sensitivity:
Sensitivity to keystrokes on capacitive touch. Defines
Buttons sens.
4
how long each key must be pressed for the control
to accept input.
Modifies the evolution of timer/delay times.
Time scale
If "0" the times are real.
5
If "1" the times are 10 times accelerated.
Working hysteresis, compared to
Working
the Set Point, degrees below the set for
6
hysteresis
the thermostating of the heating elements
in the 7-CPA Pasta Cooker (detachment at 0)
Top Plate Thermocouple Reading
CORRECT.FACT
Multiplication Factor in Frytop 8-FT and
7
OR Probe 1
Solid Top 13-TPK
Bottom Plate Thermocouple Reading
CORRECT.FACT
Multiplication Factor in the
8
OR Probe 2
Solid Top 13-TPK
Load seconds of the 3 slow refill speeds, 1/2/3 on
60Sec
Water Loading
9
1=36/48/60
Times
2=33/45/60
3=24/42/60
10 NU
Not Used
If "1" enables the display of the calculated
11 Vis. Out PID
values of the 3 PID constants
12 Kp PID
PID Proportional Constants
13 Ki PID
PID Full Constants
14 kd PID
PID Derivative Constants
15 TR PID
Recalculation time of PID constants
16 Max Out PID_I
Calculation Limit of Ki PID constant
Working range above and below the Set Point,
17 PID activation
of the PID action. % of Set Point value
Time on/off
Minimum time for switching on and off
18
min.
of resistor control outputs. % of TR PID
GB
IE
IT
CH
TECHNICAL DATA TABLE
MAXIMUM
POWER (kW)
400V~3N 50/60 Hz
400V~3N 50/60 Hz
PARAMETER TABLE
23
MAXIMUM
ABSORPTION (A)
13,5
19,57
27
39,13
Setting
Range
50 - 400
0-50
0-2
1-100
0-1
0-10
0,50 -
1,00
0,50 -
1,00
1-3
/
0-1
0-20
0-20
0-40
0,5 - 60,0 sec.
20 - 80
0-50
5-25
POWER SUPPLY
CABLE (Silicon)
5 x 2,5 mm²
5 x 6 mm²
7-
U.M. Resol.
CPA
80
°C
1
°C
1
30
K
1
2
10
msec. 1
0
K
1
1
°C
1
K
0,01
K
0,01
1
K
1
/
/
/
K
1
K
1
K
1
K
1
0,1
%
1
%
1
%
1