Novoferm tormatic T100 R-FU 3kW Mode D'emploi page 23

Installation
WARNING: wrong installation can cause
injuries.
The control type T100 R-FU is intended for
!
operation on gates with vertical and
horizontal movement.
0
Required tools
1
Installing the control unit
2
Opening the control unit cover
Turn off the main switch or pull the mains
plug before opening the top control cover.
Wait 1 minute to let any residual voltage at
the motor terminal die down. Protect
against unauthorized starting.
3
Connections
Designation:
J1 Impulse inputs
J2 Safety photocell, two or four-wire or light
array
J3 Closing edge OSE / 8K2 / DW / light grid
J4 Emergency-STOP, slack cable, latching
J5 Unassigned
J6 Anti-crash detector
J7 Key switch
J8 Timer inputs
J9 Digital limit switch - motor cable
J10 Connection of frequency converter
J11 Connection of radio receiver
J12 Aerial
J13 Membrane keypad
X1 Mains connection
X2 Mains output L, N (500W / 230V)
X3 Protective conductor contact
X4a Magnetic brake
X4b Enable signal FU (i nternal wiring
X5 Floating relay contact 1,
door status relay
X6 Floating relay contact 2,
door status relay
X7 Door operator
X8a Light array transmitter output
X8b 24V DC, max. 700mA
4
Mains connection
The control is ready for connection by CEE 16A plug
and approx. 1m cable as shown in 4a.
The unit must be connected to the mains in
!
accordance with the existing power supply
voltage. The customer should provide a 10-
amp fused automatic circuit breaker for the
control. If the power cable of this device gets
damaged, it needs to be replaced by a special
connecting cable that is available from the
manufacturer or its service department.
5
Motor connecting lead
The ELCB cover needs to be unscrewed, in order
to connect the motor cable.
All EMC measures (ferrite rings, grounding
!
and screening) need to be carried out as
shown.
5a Wiring diagram for bimetal contact via DES
cable. Bridge input X11 at ELCB.
5b Wiring diagram for bimetal contact via motor
cable. Bridge input for bimetal contact at
DES.
6
Impulse generator connection
The gate must remain visible from
the place of operating it.
6a/6b - Connection J1 for external control units
Open, Stop and Close.
6c - Switching sequence Open-Stop-Close, set
value 4 in menu 51.
J1.3 - door half open, J1.4 – door fully open
6d - Open-Stop-Close with lighting
Stop as make contact
Menu 51 = 8
Dead-man operation with key switch only
for access by persons not specifically
instructed.
7
Timer inputs
Terminal J8 is intended for operating devices, for AR
service, same as push-pull switch
loops 7b and motion detector
automatically at the end of the time set in menu 44.
The open time by the light barrier can be set to a
shorter time in menu 38. A light barrier or a light grid
at terminal J2 is required for reducing the hold-open
time.
8
Front area monitoring
If the closing speed is greater than 50 cm / s
than must the entire door width and depth
of 90 cm are monitored on both sides of the
door.
Connection diagram 8 shows the run-up monitoring
by motion and present detectors Condor.
Menu 36 = 2
9
Gate connection / Closing edge protection
Gate connection box (variants 9a, 9b & 9c) with slack
rope switch or break away sensor and wicket door
contact. When keeping the Prog button on menu 35
pressed for some time, the measured resistor value
of the 8K2 closing edge will be displayed.
Example: 82 means 8k2. When briefly pressing the
Prog button, the display will be interrupted.
Select the setting of the safety edge connection in
menu 35:
)
- Optical closing edge OSE - only OSE from Fraba or
Witt are permitted
- Electrical safety edge 8K2 with a termination
resistor of 8.2 kOhm (value = 1)
- Electrical safety edge 8K2 in series connection with
slack rope and wicket door switch (value = 3)
- Pressure wave edge and switch with a loop
resistance of 8.2 kOhm (value = 2)
- When using a light grid, RadioSafe or another
solution, connect the 8K2 resistor directly with
terminal J3. (value = 1)
Operate the safety edge with testing only.
Menu 35 = 2.
10
Connection for light grid
The following light arrays can be connected.
10a
Light array with testing Telco SG14
For this, set value 5 in menu 36.
10b Light array with OSE interface Telco
SG15
For this, set value 0 in menu 36.
10c light curtains with OSE interface
CEDES GridScan/mini-SB-2
35 menu, you must set the value 0 for it.
10 d light curtains with OSE interface WITT
LIGI A value of 0 must be set for the
menu 35
11
Photocell connection
Two-wire photocell LS2
11a
11b Four-wire photocell LS5 with self-testing
11c Reflection photocell WL280
If in the menu the frame-fitted photocell has been
selected, the next time the door closes the control
unit automatically initiates a learning run to detect
the position. E10 will be disdplayed.
During this process the closing procedure
must not be interfered with, otherwise the
wrong position could be recorded.
The gate will not reverse during
this teach-in drive.
7a,
induction
7c. The door closes
.
12
Anti-crash sensor
Input J6 detects when the curtain is off guide and
starts an automatic threading up.
One-way light barrier with relay output
transistor output 1 b. 2
13
Emergency-STOP connection
Use input also for spring break switch.
14
Key switch / pull button connection
When using a key switch / pull button, the desired
function in menu 50 should be selected.
15
Radio remote control
Slip receiver module (optional) on J11 and connect
the antenna. Program the handheld transmitter.
Selection of transmitter mode = menu 64.
16
Relay output
2 change-over contacts:
max. 250VAC / 2A or 24VDC / 1A.
24V-output X8: max. 700mA
Selecting the relay function in menu 45 and 46.
16a Red-Green Signal
Door Open: Green
Door Closed: Off
Rest: Red
Menu 45 = 0, menu 46 = 1
16b eg. prewarning / acustic signal
1 c 6 Interlocking of two doors (lock circuit).
Menu 50 value 2 and menu 4 value . 1
16d I nterlocking of three doors (lock circuit).
Menu 50 value 2 and menu 4 1
GB
1 a, 2 with
5 1
5 und 46 value . 0