Tormatic T100 R - Page 23

EN-21T100 R
10. Door connection box
Fig.
a
The door connection box allows for the connection of a
safety edge, a wicket door contact and slack rope switches. The
wicket door contact and the slack rope switches are electrically
connected in series and are monitored by the control. If a wicket
door is available, the wicket door contact (Entrysense 6k8 model)
is connected to the door connection box. For this purpose, re-
move the 2kOhm resistor from the door connection box, to which
the Entrysense is clamped, and connect it there. The Entrysense
is tested in compliance with PLc as per EN13849-1 and is mon-
itored by the door control.
As slack rope switches, switches with forced actuation complying
with the specifications of EN60947-5-1, AnnexK are to be used.
The supply line of the door connection box is to be laid at the
door leaf, well protected against damage. With pulsed operation,
connect a closing edge safety device and select the correspond-
ing setting in menu item 35. Pressing the Prog button in
menu item35 for a longer time displays the measured resistance
value of the 8k2 closing edge. Example: Value 82 means 8k2.
Pressing the Prog button briefly will interrupt the display.
CAUTION
Crush hazard and risk of being struck by the
closing door
The pressure wave switches may only be actu-
ated after having been tested.
• For this purpose, select the value2 in menu
item35.
Fig.
b
Connect a door connection box with a break-away sensor
and an OSE (optical closing edge safety device).
Fig.
c
Connect a door connection box with a break-away sensor
and an 8k2closing edge safety device).
When using a RadioSafe module, a light grid or another
safety solution, connect the 8k2 resistor directly to terminal J3.
Value1 has to be selected in menu item35.
11. Light grid
Instead of the closing edge safety device, the following light grids
can be connected:
Fig.
a
A light grid by Telco with "SG14" testing. Set the value
to1 in menu item36.
Fig.
b
A light grid by Telco with "SG15" OSE interface. Set the
value to0 in menu item35.
Fig.
c
A light grid by CEDES with "GridScan/Mini-SB-2"OSE in-
terface. Set the value to0 in menu item35.
Fig.
d
A light grid by WITT with "LIGI" OSE interface. Set the
value to0 in menu item35.
12. Photoelectric sensor
Connect the photoelectric sensor as specified for the following
variants:
Fig.
a
2-wire photoelectric sensor LS2
Fig.
b
4-wire photoelectric sensor LS5 with testing
Fig.
c
Reflection light barrier
Then select the corresponding photoelectric sensor under menu
item36.
If you have selected "Photoelectric sensor mounted in the frame",
the next CLOSE run executed by the control is a "learning cycle"
for detecting the position.
NOTICE
Do not interrupt the learning cycle
The learning cycle must not be interrupted, so
that no incorrect position is recorded.
13. Anti crash sensor
Via a connected anti-crash sensor, inputJ6 detects when the cur-
tain is off guide and starts automatic threading up.
Fig.
a
One-way light barrier with relay output (SMR32xx /
SMT30xxC)
Fig.
b
One-way light barrier with transistor output (ELS-300 NO)
14. STOP circuit
Fig.
a
Emergency stop connection
Connect the emergency stop button to terminalJ4.3/4.
Fig.
b
Connection of the roll-up protection mechanism
To provide for protection from being drawn in, with fixed cable
routing a roll-up protection mechanism with an evaluation unit can
be connected to the safety circuitJ4.3/4. The evaluation unit must
comply with PLc Cat3 as per EN13849-1.
Also use this input to connect a spring break switch.
15. Key switch
When connecting a key switch to the connection terminal J7
(Fig.
a
), the control has to be programmed accordingly. Select
the desired function in menu item50 "Key switch function".
16. Radio receiver
For the use of a hand-held transmitter, attach the receiver module
(option) to J11 (Fig.
a
) and connect the antenna to J12. In order
to program the hand-held transmitters, follow the instructions
provided in Programming a radio hand-held transmitter in the
Programming chapter.
17. Relay outputs
The control provides two potential-free change-over contacts
(250VAC / 2A, 24V DC / 1A).
The 24V output at terminal X8 may be loaded with a maximum of
700mA.
Select the desired relay function in menu items45 and46.
Fig.
a
Connection of a red-green signaller. Select the value0 in
menu item45and the value1 in menu item46.
Fig.
b
Example: pre-warning time/ acoustic signal
Fig.
c
Connection for the mutual locking of 2doors (lock circuit).
Select the value2 or 3 in menu item50and the value0 in menu
item45.
Fig.
d
Connection for the mutual locking of 3doors (lock circuit).
Select the value2 or 3 in menu item50and the value0 in menu
items45 and 46.