Toss PIREG-C2 - 7 Technical Data; Controller

16502 PIREG-C2 Gerätebeschreibung mit EtherNet_IP Bussystem191017 - EN.docx/ Page 60 of 66
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7. Technical data
7.1. Controller
Mains voltages:
Terminal L1 (1), L2/N (2), T2 (3) and T1 (4)
Standard:
100 (-15 %) … 127 V (+10 %) / 200 (-15 %) … 240 V (+10 %)
(Voltage fluctuation: 85 … 140 VAC / 170 … 264 VAC)
with 120/240V mains voltage changeover ( 5.2.)
Allowable mains supply sys-
- Three-phase four-wire system with earthed neutral
tems and mains voltage:
(symmetrical TN and TT networks)
66/115 V
120/208 V
127/220 V
220/380 V
230/400 V
240/415 V
- Single-phase (split-phase) three-wire systems
100/200 V
110/220 V
115/230 V
120/240 V
220/440 V
240/480 V
Remarks to voltage value above:
- „Outer conductor–neutral conductor“/„Outer conductor–outer con-
ductor“
Option:
380 (-15%) … 415 V (+10%)
(Voltage fluctuation: 320 … 457 VAC)
Allowable mains supply sys-
- Three-phase four-wire system with earthed neutral
tems and mains voltage:
(symmetrical TN and TT networks)
220/380 V
230/400 V
240/415 V
Remarks to voltage value above:
- „Outer conductor–neutral conductor“/„Outer conductor–outer con-
ductor“
Mains connection:
Connection between outer and neutral conductor or between two outer conductors, whereby the
nominal voltage between outer conductor and earth must not exceed 300V.
Overvoltage category:
III
Mains frequency:
50 - 60 Hz
(Frequency fluctuation: 45 … 65 Hz)
Current consumption:
Terminal L1 (1), L2/N (2), T2 (3) and T1 (4)
Nominal current:
I
max
= 5 A
(Actuator Internal thyristors)
Actuators:
Internal thyristors:
Actuator with antiparallel thyristors on an internal heat sink in the PIREG-C2
Continuous heating, maximum load current:
I
max
= 5 A
- 100 % operation factor
Impulse heating, maximum load current:
I
max
= 25 A
- max. 20 % operation factor, resp.
- max. 6 s on-time
Max. peak current (t
peak
= 10ms):
I
TSM
= 500 A
Leakage current in closed state:
at 240 V:
I
D
= 11 mA
at 415 V:
I
D
= 13 mA
Power limit load, integral (t=10ms)
I²t= 1250 A²s
Fusing:
The fuse must suffice for the electrical current limits defined above.
External solid-state relay:
Solid-state relay, instantaneous switching
Galvanic separation:
The galvanic separation between the control (Terminal 19 and 20) and
the load circuit (Mains) must be configured as double or reinforced
isolation, according to EN 61010 resp. UL 61010.
Characteristic values for the solid-state relay:
DC no-load voltage load of the PIREG-C2:
V
HiLo
= 5 V
DC internal resistance of the PIREG-C2:
R
vh
= 18 
Maximum supply output current:
I
HiLo
= 30 mA
Maximum allowable switch-on delay:
t
ein
= 0.2 ms
Maximum allowable switch-off delay:
t
out
= 0.25 ms
Connection of control circuit at PIREG-C2:
Terminal 19 (+) / Terminal 20 (-)
Circuit:
SELV or PELV circuit
Power consumption:
3 W
Overcurrent protection
device
Max. nominal current:
I
nommax
= 10 A
Fuse types:
For a UL-compliant installation, UL 248 or UL 489 overcurrent protection
devices should be used.
- Miniature circuit breakers acc. to EN 60898 (characteristics B, C, D, K or Z)
- Miniature circuit breakers acc. to UL489 (characteristics B, C, D, K or Z)
- Fuse gG according to IEC 60269
- Fuse Class CC or Class J according to UL 248
(characteristics Fast-Acting or Time-Delay)
Bus system supply:
Bus system supply 24V (29) and GND (28) are protected against reverse polarity
Supply voltage:
U
BSSnom
= 24 VDC: 21.6…26.4 VDC; peak voltage 30V
Supply current:
I
BSSmax
= 120 mA
Supply:
SELV or PELV circuit
Functional earthing:
Terminal 27 must be earthed so that the shielding of the Ethernet cables is
effective according to the requirements of the Ethernet/IP bus system.
Temperature coefficients:
Interfaces:
Temp. coefficient 1:
Tc1= 7.46x10
-4
1/K
Tc2= 0
Tc3= 0
(Alloy L)
Temp. coefficient 2:
Tc1= 10.8x10
-4
1/K
Tc2= 0
Tc3= 0
(Alloy A20)
Temp. coefficient 3:
Tc1= 48.3x10
-4
1/K
Tc2= -6.12x10
-6
1/K²
Tc3= 2.80x10
-9
1/K³
(NOREX)
Temp. coefficient 4:
Tc1= 8, 62x10
-4
1/K
Tc2= 0
Tc3= 0
(Alloy M)
Temp. coefficient 5:
Tc1= 12.35x10
-4
1/K
Tc2= -0.50x10
-6
1/K²
Tc3= 0.12x10
-9
1/K³
(Alloy A20C)
Temperature coefficient
with EIPA TK command
Tc1= +3.00…
+99.99x10
-4
1/K
Tc2= -99.99…
+99.99x10
-6
1/K²
Tc3= -99.99
+99.99x10
-9
1/K³
Temperature range:
Interfaces:
Temp. range 1:
0...300 °C
Undertemperature –10 °C
Overtemperature 360 °C
Temp. range 2:
0...500 °C
Undertemperature –10 °C
Overtemperature 600 °C
Temp. range with
EIPA TB command
0…
nom

nom
= 100…500 °C
Undertemperature –10 °C
Overtemperature 
nom
+20 %