Eaton xComfort F94 Series User manual

MA-MEM_F940X.qxd/01.2015c
IL019061ZU / 136211172
Eaton Industries (Austria) GmbH, A-3943 Schrems
www.eaton.eu/documentation
EU
xComfort F94XX Control Buttons
1
T=+5°C - +40°C
T=-25°C - +70°C
IP20
F
R
MRF
Min. Version 3.5
Min. Version 2.0
F9400 F9401 F9402 F9404
Surface mounting plate 1 Gang Button 2 Gang Button 4 Gang Button
F9400 Surface
mounting plate
F940x Button module CP902xx Clip on plate
Typical Application
Scope of delivery
Mounting Frame Decorative Plastic Metal Plate
Style List No List Finish List No Finish
Surface Mounting Frame F9400 CP902WH White CP902SS Stainless Steel
CP902BM Black Matt CP902HP Highly Polished
Copa Flush 2 Module C902 CP902GL Gold Metalic CP902SB Satin Bronze
CP902SL Silver Metalic CP902PB Polished Brass
CP902BL Blue Metalic
CP902GY Grey
Style List No List Finish List No Finish
Premera Flush 2 Module P902 White moulded only - no cover White moulded only - no cover
plate needed plate needed
++

2
25
1a
3
6 7
1b
4
Click
P9400 Surface
Mounted on
flat surface
P9400 Flush
Mounted on
wall box
P9400 Surface /Flush mount
with clip on cover
Screw caps if
required
4 x Click
Flush mount Premera
Frame e.g.P902

3
4
1 2
3
6
57
3V-CR2450N
ca. 60-90% ca. 80-95% ca. 20-60% ca. 0-10% ca. 70-90%
P9400 Surface / Flush mounting frame
Flush mounting frame e.g. P902
Prise off „Clip on“
Cover
Insert screwdriver to release
module from surface plate
Mounting
screws
Screw caps
if fitted
Remover screw cap discs, if fitted,
along with mounting screws to
release flush plate from wall box
and allow access to battery at rear
of module
Note: If Push button modules are either mounted on metal back boxes or used with metal clip on plates then the RF range may be restricted.

4
Eaton RF System Basic Mode Quick Reference
Symbols: Sensors: Actuators:
Link Device Unlink Device (selectively)
Reset actuator (all settings & connections)
Manual Operation
LED is on LED flashes 5 times LED is on
Lamp (LED) is on Lamp (LED) is on
1. Link devices
Assign a pushbutton to an actuator
1. Press the configuration pushbutton with a screwdriver
for less than 0.5 sec => actuator enters teach-in mode
the LED in the actuator is on
2. Press the selected pushbutton for less than 0.5 sec
3. LED in the actuator flashes twice for confirmation
4. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
Assign a remote control to an actuator
1. Press the configuration pushbutton with a screwdriver
for less than 0.5 sec => actuator enters teach-in mode,
the LED in the actuator is on
2. Press the selected remote push button for less than 0.5 sec
3. The LED in the actuator flashes twice for confirmation
4. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
Assign a room thermostat to an actuator
1. Press the configuration pushbutton with a
screwdriver for less than 0.5 sec => actuator
enters teach-in mode, the LED in the actuator is on
2. Turn the control knob to +
3. The LED in the actuator flashes twice for confirmation
4. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
Assign a channel of the binary input in
switch mode
1. Press the configuration button on the binary
input (the mains supplied version requires a screwdriver) for selecting the mode, switch mode is Mode 2, LED
flashes 2x for Mode 2
2. Open contact of the binary input
3. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator enters teach-in mode, the
LED in the actuator is on
4. Close contact of the binary input
5. The LED in the actuator flashes twice for confirmation
6. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode

5
Assign a channel of the binary input in push button
mode
1. Press the configuration button on the binary input (the
mains supplied version requires a screwdriver) for
selecting the mode, push button mode is Mode 1, LED
flashes 1x for Mode 1
2. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator enters teach-in mode,
the LED in the actuator is on
3. Press pushbutton on the contacts of the binary input for less than 0.5 sec =>
4. The LED in the actuator flashes twice for confirmation
5. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
2. Unlink devices
Unlink an assigned pushbutton
1. Press the configuration pushbutton with a screwdriver
for less than 0.5 sec => actuator enters teach-in mode,
the LED in the actuator is on
2. Press the selected pushbutton until the LED has flashes 5 times
3. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
Unlink an assigned pushbutton on the remote control
1. Press the configuration pushbutton with a screwdriver
for less than 0.5 sec => actuator enters teach-in mode,
the LED in the actuator is on
2. Press the selected remote push button until the LED has flashed 5 times
3. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
Unlink an assigned room thermostat
1. Press the configuration pushbutton with a
screwdriver for less than 0.5 sec => actuator
enters teach-in mode, the LED in the actuator is on
2. Turn the control knob on the room thermostat to -
3. The LED in the actuator flashes 5 times for confirmation
4. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
Unlink an assigned channel of the binary input in
switch mode
1. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator enters teach-in mode, the
LED in the actuator is on
2. Open contact of the binary input
3. Wait until the LED in the actuator has flashed 5 times
4. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode
Unlink an assigned channel of the binary input in
push button mode
1. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator enters teach-in mode, the
LED in the actuator is on
2. Press pushbutton on the contact of the binary input until LED has flashed 5 times
3. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in mode

6
3. Manual operation:
Manual operation of switching actuator, dimming
actuator
1. Press the configuration pushbutton with a screwdriver
longer than 2 sec => actuator enters manual mode for
10 sec, the LED flashes fast
2. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => Lamp (LED) is on
3. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => Lamp (LED) is off
4. The actuator leaves automatically the manual mode
Manual operation of the Shutter actuator
1. Press the configuration pushbutton with a
Screwdriver for longer than 2 sec => actuator enters
the manual mode for 10 sec the LED flashes fast
2. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => Shutter moves up
3. Press the configuration pushbutton with a screwdriver for less than 0.5 sec => Shutter moves down
4. After 10 sec the actuator leaves automatically the manual mode
4. Reset actuator
1. Press the configuration pushbutton with a screwdriver for less
than 0.5 sec => actuator enters teach-in mode, the LED in the
actuator lights
2. Press and hold the configuration pushbutton with a screwdriver
until LED has flashed 5 times
3. The actuator leaves teach-in mode automatically after a few seconds

7
5. Configure a router CROU-00/01 in Basic-Mode
1. If there is no RF connection between push button
and an actuator, an additional router can be
configured to extend range.
2. To assign a push button to a router:-
a) Press the router configuration pushbutton with a
screwdriver for less than 0.5 sec => router enters
teach-in mode, the LED in the router is on
b) Press the selected pushbutton for less than 0.5 s
c) LED in the router flashes 20x for confirmation
d) Press the router configuration pushbutton with a
screwdriver for less than 0.5 sec => router leaves
teach-in mode
3. Press the actuator configuration pushbutton with
a screwdriver for less than 0.5 sec => actuator
enters teach-in mode. Note the LED in the router
should be off i.e. not in (teach-in mode)
4. Press the Push button and the command is now sent to the router and from there forwarded to the actuator.The
LED in the actuator flashes twice for confirmation.
5. Finally press the configuration pushbutton with a screwdriver for less than 0.5 sec => actuator leaves teach-in
mode
6. Configure two routers CROU-00/01 in Basic-Mode
1. If the range of a single router is not sufficient, a
second one can be added to extend RF range
further
2. Assign a push button to first router as detailed in
section 5 above.
3. Assign second router to push button in the exact
same manner as the first.
4. Press the actuator configuration pushbutton with a
screwdriver for less than 0.5 sec => actuator enters
teach-in mode. Note the LED in the both routers
should be off i.e. not in (teach-in mode)
5. Press the push button and the command is sent to
the routers and from there forwarded to the
actuator. LED in the actuator flashes twice for
confirmation.
6. Finally press the configuration pushbutton with a
screwdriver for less than 0.5 sec => actuator leaves
teach-in mode

8
Affixing date of CE mark:
2012
Doc.Id.:
F9401, F9402, F9404
Heinz Ursprunger Friedrich Schröder
Director Product Line
Director Quality
& Marketing Management & EHS
Declaration of Conformity
We, EATON Industries (Austria) GmbH
3943 Schrems, Eugenia 1
Austria
declare that product (family)
Eaton - MEM switch module,
F9401, F9402, F9404
(the declaration of conformity applies to all
listed types within our actual product catalog)
provided that it is installed, maintained and used in the
application intended for, with respect to the relevant manufacturers
instructions, installation standards and “good engineering practices”
complies with the provisions of Council directive(s):
EMC Directive 2004/108/EC
Radio and Telecommunications Terminal Equipment 99/05/EC
based on compliance with European standard(s):
EN301489-3 V1.6.1, EN300220-2 V2.4.1, EN50491-5-1/10,
EN50491-5-2/10, EN60950-1/06 + A11/09 + A1/10 + A12/11 +A2/13,
EN62479/10
01.12.2014