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TWIN LED Technical Manual
TWIN LED TECHNICAL MANUAL
TMF001 July 2019 www.eaton.com
Technical data
Modes of operation
Secondary telephone call indicator or
signal indicator
Can be selected using sliding switches
Secondary telephone call indicator
Signalling takes place when a call is made from the analogue telephone network – the mains
voltage must be applied for this purpose
Signal indicator
Signalling takes place once the mains voltage has been switched on
Connection data
Cable and line inlets
2 pcs M20 x 1,5
Clamping capacity
0,2 – 2,5 mm²
strand
0,2 – 4 mm²
solid
Mains connection
Terminal designation
For AC supply: L, N, PE, plus PA on the outside
For DC supply: V+, V-, PA on the outside
Voltage supply AC
Overvoltage category CAT II (in accordance with EN60664-1)
115 - 230 V; 0.08 - 0.04 A; 50 - 60 Hz
Permissible minimum tension = 100 V
AC
Permissible maximum tension = 253 V
AC
Nominal data at 230 V
AC
:
I
NS
= 0,02 A
(No-Signal Current)
I
N
= 0,042 A
(Nominal Active Current)
I
ICL
= 0,4 A
Peak
(Inrush Current Limit)
P
N
= 5 W
(Nominal Active Power)
S
N
= 8 VA
(Nominal Apparent Power)
λ
= 0,62
(Power Factor)
Nominal data at 115 V
AC
:
I
NS
= 0,02 A
(No-Signal Current)
I
N
= 0,084 A
(Nominal Active Current)
I
ICL
= 0,4 A
Peak
(Inrush Current Limit)
P
N
= 5 W
(Nominal Active Power)
S
N
= 9 VA
(Nominal Apparent Power)
λ
= 0,62
(Power Factor)
Voltage supply DC
DC 24 V; 0,18 A
Permissible minimum tension = 19,2 V
DC
Permissible maximum tension = 26,4 V
DC
Nominal data at 24 VDC:
I
NS
= 0,06 A
(No-Signal Current)
I
N
= 0,18 A
(Nominal Active Current)
I
ICL
= 0,3 A
Peak
(Inrush Current Limit)
P
N
= 4 W
(Nominal Active Power)
Operating duration
Suitable for continuous operation
Telephone connection
Terminal designation
TCP1, TCP2
Combination 1:
Call AC voltage
24 V
AC
… 100 V
AC
Superimposed feed voltage
≤… 66 VDC
Call frequency
20 Hz … 68 Hz
Combination 2:
Call AC voltage
24 V
AC
… 150 V
AC
Superimposed feed voltage
≤… 56 VDC
Call frequency
20 Hz … 68 Hz
Impedance at 25 Hz
Z ≥ 16 kΩ @ 30 … 70 V
Impedance at 50 Hz
Z ≥ 8 kΩ @ 30 … 70 V