Triamec TP130, Hardware Manual, Page: 8 / 20

Technical Specifications
Electrical Specifications
3.2 Electrical Specifications
All the specifications are given for an ambient temperature ranging from +10°C (50°F) to +40°C (104°F) .
TP50 TP80 TP130
3-phase or
(1-phase)
AC-Line
input 3-phase AC voltage (L-L) 31...35 ± 10% 44...56 ± 10% 44...86± 10% V AC
1-phase AC voltage 31...35 ± 10% 44...56 ± 10% 44...86± 10% V AC
Nominal frequency
Nominal maximum AC current I
VN
Required external fuse maximum
Power factor correction
50-60
22
20 , e.g. Hager NBN320
no
Hz
A rms
A rms
Transformer Requirements Isolating transformer required
DC-Line
input Input voltage DC 32...56 62...88 62...136 V DC
Nominal maximum DC current I
VN
Required external fuse maximum
14
16 A
A
Line input Internal DC-bus fuse (fast)
In-rush limiter
Insulation test voltage
1
30
250
360
A rms
Ohm
VDC
DC-Bus
output DC voltage nominal
DC voltage maximum 50
59 80
93 124
142 V
V
Max current (sum)
continuous
pulse 30s
pulse 2s 14
20
25 A
A
A
Capacitance DC-bus capacitance 7.5 ±20% mF
Internal
brake
resistor Brake-point U
Brake
Adiabatic dissipation energy E
A
Continuous power P
C
Resistance
57 ± 2%
5000
50
18
90 ± 2%
5000
50
18
139 ± 2%
5000
50
18
V
J
W
Ohm
External
brake
resistor
2
Min resistance 2.5 4 6.5 Ohm
Status/Fan
supply
3
Voltage
Current 24 VDC ±20%
Sum of Fan and Status out current
V
A
Fan 1, Fan 2 4 Direct connection 24V, 1A
Status out
4
High-Side switch 24V on/off, 30mA
1 Limited by an internal arrestor circuit.
2 If an external brake resistor is used, it has the same brake-point U
Brake
as if the internal brake resistor is used
3 The Status/Fan supply is galvanically isolated from the internal logic power. It is used only for the fans and the Status out.
4 The fan and status outputs are galvanically connected to the 24V Status/Fan supply.
HWTP50-TP350_E_HardwareManual_EP008 2022-08-08 8 /
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