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Explanation of switching functions:
Time function AV (Bit1-3: off-off-on): response-delay
The time sequence starts if START-input switches to ON, and is being reset if START-input
switches to OFF. After switching off the power supply the START-input must change to ON
to restart the time sequence. If the STOP-/RESET-input changes to ON the time contact and
the instant-contact switch to OFF.
Note: The time output doesn't switch if time is set to 00:00.
Time function RV (Bit1-3: off-on-off): release-delay
The output switches to ON if the start-signal-input switches to ON (except the stop-/reset-input
is ON). After the time sequence has expired the output switches to OFF. After switching off the
power supply the start-input must change to ON to restart the time sequence. If the stop-/ reset-
input changes to ON the time contact and the instant-contact switch to OFF.
Note: The time output doesn't switch if time is set to 00:00.
Time function EW (Bit1-3: off-on-on): Single shot
If start-input switches to ON, the output switches to ON and the time sequence starts. After
the time sequence has expired the time delay is reset and the output switches to OFF. If the
start-input switches to OFF while the time sequence is running, the time output switches to
OFF. After switching off the power supply the start-input must change to ON to restart the time
sequence. If the stop-/reset-input changes to ON the time contact and the instant-contact switch
to OFF.
Note: The time output doesn't switch if time is set to 00:00.
Time function AW (Bit1-3: on-off-on): Single shot falling edge
Output switches to ON and the time sequence starts, if the start-input switches to OFF. After
the time sequence has expired the time delay is reset and the output switches to OFF. If the
start-input switches to ON and to OFF again while the time sequence is running, the time
output stays ON. The time sequence is not restarted. After switching off the power supply the
start-input must first change to ON and then to OFF again to restart the time sequence. If the
stop-/reset-input changes to ON the time contact and the instant-contact switch to OFF.
Note: The time output doesn't switch if time is set to 00:00.
Time function TP (Bit1-3: on-on-off): clock generator break starting
The time sequence starts if start-input switches to ON. At the beginning the time contact is OFF.
The output is inverted every time after the time sequence has expired. As long as the start-input
is ON the time sequence starts. If the stop-/reset-input changes to ON the time contact and the
instant-contact switch to OFF.
Note: The time output doesn't switch if time is set to 00:00.
Doc. # BA001111 - 01/2017 (Rev. A)
Zeitfunktion TI (Bit1-3: on-on-on): Taktgeber mit Impuls beginnend
The time sequence starts if the start-input switches to ON. In the beginning the time contact
is ON. The output is inverted every time after the time sequence has expired. As long as the
start-input is ON the time sequence starts. If the stop-/reset-input changes to ON the time
contact and the instant-contact switch to OFF.
Note: The time output doesn't switch if time is set to 00:00.
Technische Daten
Power supply (X1:A1-A2)
Voltage range
Supply voltage frequency AC
Rated consumption
Control inputs (X2)
Voltage range
Rated frequency AC
Rated current
Min. impulse duration
Min. duration between two status
changes of the control input
Input functions
Output / Switching contact(K1, K2)
Contacts
Contact usage (parameterized via
DIP-switch)
Rated voltage
Max. thermal current (ohmic load)
Min. switching load
Mechanical life time
Electrical life time
Contact material
Time ranges / Operating modes
Time range (2 time ranges)
Repeat accuracy
Operation modes / time functions
(6 functions)
Function display
A – LED-time display 1
B – LED-time display 2
C – Time range display (LED)
D – Status display (LED)
Isolation properties
Isolation voltage (input / output)
Isolation resistance (A1, A2 / contacts) Min. 100 MΩ bei 500 V DC
Pollution degree /
overvoltage category
Operation / dimensions / connectors
Operating temperature [T
Storage temperature [T
Operating humidity
Dimensions front (B x H)
Mounting
Mounting of the housing
Installation size / front panel hole (B x
H)
Weight
Housing material, housing color
Fire behaviour of housing
Protection class
Terminal block power supply (X1)
Terminal block control inputs (X2),
relay outputs
Spring clamps (X1):
Connector cross-section (ein-
/feindrähtig)
Abisolierlänge
Empfohlenes Drehmoment
Federkraftklemmen (K1, K2, X2)
Anschlussquerschnitt (solid-/fine-
stranded)
Conductor strip length
Connector-/ terminal assignment (s. fig. 1 Controls and functional components)
X1
A1, A2 Supply
X2
1, 2
START
X2
3, 4
STOP-/RESET
X2
5, 6
TIMEBASE
K1
K2
Approvals and norms
CE
flare TIME FM6-2 230 V
90...265 V AC/DC
50/60 Hz
2 W
20,4... 256 V AC/DC
50/60 Hz
<2 mA
100 ms
500 ms
Start; Stop-/Reset; time range change-over
2 change-over contacts, potential-free
2 time contacts or 1 time contact (K1) + 1 instant contact
(K2)
250 V AC 24 V DC
5 A, 250 V AC / 30 V DC
AC15: 250 V / 1,5 A
DC13: 24 V / 0,5 A
5 V AC / DC, 100 mA ohmsch
10 x 10
6
switching cycles
3
100 x 10
switching cycles
AgSnO
2
1 s ... 59 min 59 s
1 min ... 99 h 59 min
± 0,05 % ± 50 ms
AV:
ON delay
RV:
Release delay
EW:
Single shot
AW:
Single shot falling edge
TP:
Clock generator break starting
TI:
Clock generator impulse starting
Four-figure number display, elapsed time, color: red
Four-figure number display, target time, color: red
Time range ‚hh:mm' or ‚mm:ss' (LED green)
Status time output (LED red)
2.000 V AC (50 / 60 Hz, for 1 min)
2 / III
]
-25 .... +60 °C
U
]
-40 ... +70 °C
UL
RH
25 ... x85 %
72 x 72 cm
Front panel mounting (DIN IEC 61554)
Screw terminal block
68 x 68 mm (depth 63 mm, without plug-connector)
App. 210 g
Plastic, black (RAL9005)
UL94 V0
Front IP54 back IP20
Screw terminal block
Spring-loaded terminal blocks
min. 0,14 mm² (AWG22), max. 2,5 mm² (AWG12)
6 mm
0,5 - 0,6 Nm
min. 0,2 mm² (AWG22), max. 1,5 mm² (AWG16)
6 mm
Supply voltage (U
)
I_N
Control input 'START'
Control input 'STOP-/RESET'
Control input 'TIMEBASE'
Switching contact (switch output, relay contacts 15, 16, 18)
Switching contact (switch output, configurable with DIP1
as a time contact (relay contacts 25, 26, 28) or as instant
contact (relay contacts 21, 22, 24)
EN61812-1:2012
EMV 2004/108/EC;
Low-Voltage Directive 2006/95/EC
EN
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