Toss PIREG-C2 - Page 61

16502 PIREG-C2 Gerätebeschreibung mit EtherNet_IP Bussystem191017 - EN.docx/ Page 61 of 66
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Time values (50Hz):
Initialisation:
After power on or reset signal:
500 ms
Power interruption:
During an interruption to the line voltage, the PIREG-C2 switches to
the error state or starts with a reset once the line voltage has been
re-established.
80 ms
Reset
Stop heating
5...25 ms
Start (heating):
Switch on delay:
7...27 ms
Switch off delay:
17...44 ms
Remanence setting:
After power on, reset and calibration of EI core transformer:
80 ms
After power on, reset and calibration of toroidal core transformer:
300 ms
During sealing process with EI core transformers
40 ms
During sealing process with toroidal core transformers
80 ms
During sealing process with toroidal core transformers with sealing
pauses of longer than 10 minutes
160 ms
Current conduction angle of EI core transformer:
3.1 ms
Current conduction angle of toroidal core transformer:
1.8 ms
Calibration start:
Switch on delay:
7...27 ms
Calibration:
Max. calibration time temperature comparison time= 15 s:
240 s
Max. calibration time temperature comparison time= 30 s:
315 s
Temperature comparison time 1 (DIP switch 5 =Off, or interfaces):
15 s
Temperature comparison time 2 (DIP switch 5 =Off, or interfaces):
30 s
Heat-up ramp:
The heating ramp is selected by interfaces:
without
/2 /3 /5 s
Control inputs:
Start (6), calibr. start (5) and reset input (7) are floating
control voltage:
U
contr
= 4…32 VDC (polarity independent)
Max. control voltage:
V
contr.max
= ±40 V
Control current:
I
contr.
= 0.5…4.5 mA
Supply:
SELV or PELV circuit
Target value input:
The input (16) is electrically isolated from the measurement side
Target value voltage:
V
set value
= 0...10 VDC, depending on the set temp. range, corresponds to:
0...300 °C
0...500 °C
0…
nom
Max. control voltage:
V
set value max
= 11 V
Max. input current:
I
inmax
= 11 µA
Input resistance:
R
in
= 1 M
Supply:
SELV or PELV circuit
Voltage measuring input:
Signal voltage (8/9):
V
R
= 0.4...120 V
Max. signal voltage:
V
Rmax
= 160 V
Max. input current:
I
inmax
= 1,5 mA
Input resistance:
Range 1:
R
in
= 105 k
at V
R
= 11...120 V*
Range 2:
R
in
= 13.1 k
at V
R
= 1.4...11 V*
Range 3:
R
in
= 1.67 k
at V
R
= 0.4...1.4 V*
*: e.g. for Alloy A20, temp. range 300°C
Measurement Category:
CAT II
Supply:
Secondary circuit provides by the mains voltage (see above, Overvoltage
category III). The sealing transformer must be configured according to
EN 61558 (VDE 0570) resp. UL 5085 (isolating transformer with reinforced
isolation) and UL 61010.
Current measuring input:
Signal current (10/11):
I
R
= 20...500 mA
V
IR
= 0.1...2.5 V
Max. signal current:
I
Rmax
= 1500 mA
V
IRmax
= 5 V
Input resistance:
R
in
= 5  (load resistance)
Measurement Category:
CAT II
Circuit:
SELV or PELV circuit
Vref output:
The reference output (15) is electrically isolated from the measurement side and overload-protected.
Reference voltage:
V
ref
= 9.9…10.1 VDC
Max. output current:
I
refmax
= 20 mA
Internal resistance:
R
i
= 51.1 
Circuit:
SELV or PELV circuit
Actual value output:
The actual value output (17) is electr. isolated from the measurement side and overload protected.
Actual value voltage:
V
actual value
= 0...10 VDC, depending on the set temp. range, corresponds to:
0...300 °C
0...500 °C
0…
nenn
Max. output voltage:
V
actual .value max
= 10.1 VDC
Max. output current:
I
actual value
= 5 mA
Internal resistance:
R
i
= 100 
Circuit:
SELV or PELV circuit
Alarm output:
Reed relay normally open contact (12/18), floating
Max. switching capacity (ohmic load):
10 W
Max. switching voltage:
60 VDC/ 30 VAC
Max. switching current:
0,5 ADC/ 0,35 AAC
Nominal load (ohmic load):
50 V / 100 mA
Lifetime:
electrical
1x10
7
at nominal load
1x10
9
bei 5V mit 100mA
Supply:
SELV or PELV circuit
Ok output:
Reed relay normally open contact (22/22), floating
Max. switching capacity (ohmic load):
10 W
Max. switching voltage:
60 VDC/ 30 VAC
Max. switching current:
0,5 ADC/ 0,35 AAC
Nominal load (ohmic load):
50 V / 100 mA
Lifetime:
electrical
1x10
7
at nominal load
1x10
9
bei 5V mit 100mA
Supply:
SELV or PELV circuit