Brixlelektronik bc-12er User manual

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–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
Description
bc-12er
The bc-12er is a 12 channel receiver designed for the brixlcontrol system.
Supplying 12 universal channels, the bc-12er is the ideal unit for smaller models or
trailers. Multiple units can be linked by either cable or infrared connections.
The 12 universal channels can be used as an output to drive servos, LED´s or PWM
controlled drivers. Some of the channels can also be used as inputs to be
connected with sensors for telemetry purposes or as inputs for switches.
Technical data bc-12er
Supply voltage 4V – 8V
Outputs (universal) 12
Maxmimum load (output) 20mA
Analogue input (switch) max 4
PWM output max 5
PWM output for bc-msII max 2
Dimensions 22 x 34 x 12 mm
bc-20plus
The bc-20 plus is a 20 + 12 output receiver designed for the brixlcontrol system.
This receiver is equipped with 20 universal channels that can be used as an output
to drive servos, LED´s or PWM controlled drivers. Some of the channels can also
be used as inputs to be connected with sensor for telemetry purposes or as
inputs for switches. The bc-20 plus offers additional 12 outputs for on/off purposes
with an internal driver for a maximum load of 100mA per output.
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Connector for antenna
Ground -
Signal
Plus + 1
1 12
Picture 1

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–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
Technical data bc-20 plus
Supply voltage Please refer to the remarks at the
end of this document for information
Outputs (universal) 20
Outputs on/off 12
Maxmimum load (universal output) 20mA
Analogue input (switch) max 4
PWM output max 5
PWM output for bc-msII max 2
Dimensions 30 x 60 mm
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Connector for antenna
Connector for
infrared LED
12 on/off outputs max.100mA
load per output
12 on/off outputs max.100mA
load per output
Ground -
Plus +
20 universal outputs
1 20
Ground -
Plus +
Picture 2

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–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
Please read and follow the hints and remarks on the last pages
of this manual concerning mounting and power supply!
Functionality of outputs
Some of the universal outputs can be configured during the programming process
as PWM outputs or inputs for sensors etc. Please refer to the shematics below for
further details.
bc-12er
-------------------------------------------------------
| (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) |
| (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) |
| (S1)(S2)(S3)(S4)(S5)(S6)(S7)(S8)(S9)(S10)(S11)(S12) |
| P P P P P MP M M M DI |
| ()|
| (O) ( ) ()|
| (I) ( ) ()|
| (V) (V) ()|
| (G) (G) ()|
-------------------------------------------------------
bc-20 plus
---------------------------------------------------------------------------------------------------
|(G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) (G) |
|(G) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) (V) |
|(V+) (S1)(S2)(S3)(S4)(S5)(S6)(S7)(S8)(S9)(S10)(S11)(S12)(S13)(S14)(S15)(S16)(S17)(S18)(S19)(S20) |
|(V+) M M M MP P P P P P DI P PN PN N N N N |
| |
| Led3 |
| |
| Led2 |
| (O) Led1 |
| (I) |
| (V)(V+) (V+) (V+) (V+) (V+) (V+) (V+) (V+) (V+) (V+) (V+) (V+) (V+) |
| (G)(IR) (S21)(S22)(S23)(S24)(S25)(S26) ()()()()() (S27)(S28)(S29)(S30)(S31)(S32) |
---------------------------------------------------------------------------------------------------
G = GND
V = +5V (BEC)
V+ = Power supply for bc-20 plus (7,0 – 14V)
Sx = Universal output
M = Measuring input
P = PWM output
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IR = IR LED connector with integrated resistor
I = IR sender or receiver
D = Display
N = Multiswitch/Nautic Module
LED1 = Status LED
LED2 = Eeprom/Memory access
LED3 = Operation indicator
Installation
The modules must be connected with an antenna and must be supplied with the
supply voltage in the assigned range. Please refer to picture 1 and 2 for the correct
connection.
(Remark: the coded wire of the antenna must face outwards)
The antenna code must have been programmed in the transmitter as per the
instructions in the transmitter manual. Switch on the transmitter and the receiver
and connect them as per the manual. Once the connection is established the blue
LED on the tranmitter will light up and you can start programming the reciver.
Remarks
The texts and terms in the programming menues are german and can not be
translated by now. This manual will use the german terms as they appear in the
menues. The english translation willl appear in [brackets].
The term input device is used in the text for all devices on the transmitter that can
be used to control the model. Upon delivery the transmitter might be equipped with
different devices which can be individually configured. The standard configuration
contains sticks, 3 position switches, 3 position momentary switches and rotating
pots. An input device can be also connected to the receiver and act similar to the
input devices on the transmitter.
The term output device is used for all actors in the model which are connected to
the receiver. An output device can be a servo, ESC,PWM driver or an LED.
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Operation status of the module
bc-12er
Upon delivery output 1 on the module is configured as a status output. A connected
LED will show the different states of the module.
Permanent on = Connected to the transmitter
slow flash(long on/long off)= Module in programming mode
flash (long off/flash) = Module in park mode
quick flash (short off/flash) = Module in fail safe mode – connection lost
very long off/flash = Module powered up – check ok
Using the infrared connection this output will show the status of the ir-connection.
The status can be reprogrammed on any other output and can also be eliminated.
The settings described below can only be performed if any of the outputs is defined
as a status out put.
bc-20 plus
The bc-20 plus is equipped with a green LED onboard. This LED will show the
status of the module.The flash codes are similar to the bc-12er. The settings
described below can be changed on output 33 wich is permanently assigned to
the built in status LED.
Funktion: Status [Feature: Status]
With this feature you can assign a number to the the bc-12er module. This is
required for cable linked modules for remote programming. This module number
must be unique in one model and is only required for programming. In normal
operation all linked modules will get the information sent out by the transmitter.
If you are operating more than one module this number must be assigned to each
individual module. 0 should not be used as this is a general adress to access
modules with unknown identifier. If you got a module with an unknown identifier the
tranmitter can access this module with the adress 0. In this case connect just one
module with an unnown identifier to an antenna and connect to the transmitter. With
0 this module can be accessed and reprogrammed.
To link bc-12er modules in one model the antenna must be connected parallel with
a 4 wire cable to all modules. A y-connection cable (bc-ypsylon) is available to
connect 2 modules.
Please note that the telemetric option will just work with module 1 !
This feature should only be used with tranmitters with a software version 1.500 and
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higher. Transmitters with software versions below 1.500 can only access modules
with identifier 0!
Moduladresse 0..9 Define a unique identifier for this module
[Module identifier] Upon delivery all modules will come with 0
Min.Spannung 3.5..9.99 The BEC voltage will be monitored and this will
[minimum voltage] define the minimum voltage. A voltage below the
programmed value will trigger the alarm on the
transmitter (bc-12er)
Min.Spannung 5.00..15.0 The BEC voltage will be monitored and this will
[minimum voltage] define the minimum voltage. A voltage below the
programmed value will trigger the alarm on the
transmitter (bc-20 plus)
BSZ EIN mit A..z The hour meter will be started with this input
[hour meter on] device while signal is <-10% and > 10%.
`-` (below A) will reset the resetable hour meter
BEC/Wandler Ein bei Verb. With this option the internal BEC system on the
[BEC] [on if connected] bc-20 plus will be switched off when the module is
in park mode (saves energy while in park)
Immer Ein BEC will remain always on. (Servos will hold load)
[Always on]
Aus b.LoBat BEC will be disabled if the programmed min
[Off if battery low] voltage is reached
A second BEC system will supply the main processor on the module even if the
BEC for the universal output is switched off.
Features
Funktion:Servo/Regler [Function:Servo/ESC]
Stick movement will be transmitted 1:1 from transmitter to receiver
Senderkanal A-z Defines the input device of the tranmitter (Stick, switch, etc)
[Input device]
Einschaltwert Defines the position of the connected device when the module
[Default value power on] is powered up.
Gemerkt Last position of the connected device before
[Memory] switched off
kein Sig. No servo signal send to the connected device
[no signal]
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+/- 125% Connected device will set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Ausschaltwert Defines the position of the connected device during park
[switch off value] mode (choosing and connecting to new model with transmitter)
halten Current position will be held
[hold]
kein Sig. No servo signal send to the connected device
[no signal]
+/- 125% Connected device will be set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Funkabrisswert Defines the position of the connected device when the signal is
[fail safe] lost or the transmitter is switched off
halten Current position will be held
[hold]
kein Sig. No servo signal send to the connected device
[no signal]
+/- 125% Connected device will be set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Wie begrenzen ohne Feature disabled
[limtation of signal] [without]
Endschalter Pos +-100 This output will be set to neutral from
[limit switch] this positive value and higher
Neg +-100 This output will be set to neutral from
this negative value and below
50%Endsch +100 Just -100%..0% can be used
-100 Just 0%..100% can be used
0 -100%..+100& can be used
(to be used for limit switches)
+100% +100 -100%..+100% can be used
0 -100%..0% can be used
-50 -100%..-50% can be used
-100% +50 +50%..+100% can be used
0 0..+100% can be used
-100 -100%..+100% can be used
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AUS % AUS 0..125% Using a potentiomer this can be used
to switch of this output at a certain
angle of the pot
Tempomat This will enable a cruise control option.
[Cruise control]
Choose an input device (momentary switch recommended) with „Begrenzung mit“ that
can control this feature. This feature will work similar to a „real“ car cruise control. Using
the switch with the throttle stick in any other position than 0 will store this position and you
can release the throttle. The model will hold speed until you either clear the cruise control
with the switch in opposite direction or with the throttle stick in a position higher than the
stored one. Cruise control will be also stoped when moving the throttle stick in reverse
direction. Using the switch with the model in stop and the throttle stick in neutral the
porgrammed throttle position will be used and the model will run with the previously stored
speed.
Begrenzung mit A-z Defines the input device that controls the limitation
[limitation with] (input devices connected to the bc-12er can also control
the limitation]
Ebeneschalter A-z Defines the input device on the transmitter that
[Level control] enables/controls the different levels
Ebenenestellung Defines on which level this output will work
[Level assignment] (use 3 position switch for proper control of the levels)
E+ 0+ A+ works on all levels
E- 0- A+ works just in the upper level(switch up)
E- 0+ A- works just in the mid level(sw. Mid position)
E+ 0- A- works just in the lower level (switch down)
Gegenläufig Nein Normal movement of connected device
[Reverse] [no]
Ja/Invers Reverse movement of connected device
[Yes/Reverse]
..+SigAus Signal will be switched of after 10 sec downtime
[..Signal off] (no change of position of input device)
Offset/Trim -125%..+125% Defines the offset of the connected device
Blindzone -95%..+95% Defines the dead zone around the neutral position.
[Dead zone]
Expo wann 5..95% Defines the turning point of the exponential curve
[Expo. Start at]
Expo wie viel 5..95% Defines the value at the turning point. E.g.
[Expo value] Expo wann 10% and Expo wie viel 50% cause a
10% movement of the connected device at 50% of
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the stick movement
MultiplikatorP 0.2..2.00 Stick movement multiplied with MultiplikatorP is
[Multiplier positive] movement of the connected device(positive)
MultiplikatorM 0.2..2.00 Stick movement multiplied with MultiplikatorM is
[MultiplierM] movement of the connected device(negative)
Maximalwert -100..125% Maximum output value for the conncted device
[max. value]
Minimalwert -125..100% Minimum output value for the conncted device
[Min.value]
Schnelligkeit 0.01..100 Maximum speed of the signal change for the
[Speed] connected device. Controls servo/esc speed.
Übersteuern A-z Defines the input device for the overdrive option
[overdrive]
Überst.Multi -100..+100% Defines the % of the overide option. The overide
[overide multiplier] can be used in + or – direction and is defined as 0
when the module is powered up.
AusgangsSignal Puls Default setting for servos and esc
[Output signal] PWM1 A 0-100% PWM signal will be provided on this
output (to be used with bc-msII)
PWM2 -100%..+100% PWM signal will be provide on this
output (to be used with bc-msII)
Choosing PWM2 will also release the feature „PWM Erweitert“ [PWM extended] which will
only be uesd on the bc-msII. Please refer to the manual of the bc-msII for further details.
Funktion: Hydraulik [Feature: Hydraulic]
This feature will provide a hydraulic simulation with standard servos. The connected
device (servo) will only move as long as the coresponding input device is moved.
The connected device will stop when the input device is in neutral.
Senderkanal A-z Defines the input device of the tranmitter (Stick, switch, etc)
[Input device]
Einschaltwert Defines the position of the connected device when the module
[Default value power on] is powered up.
Gemerkt Last position of the connected device before
[Memory] switched off
kein Sig. No servo signal send to the connected device
[no signal]
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–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
+/- 125% Connected device will be set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Ausschaltwert Defines the position of the connected device during park
[switch off value] mode(choosing and connecting to new model with transmitter)
halten Current position will be held
[hold]
kein Sig. No servo signal send to the connected device
[no signal]
+/- 125% Connected device will be set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Funkabrisswert Defines the position of the connected device when the signal is
[fail safe] lost or the transmitter is switched off
halten Current position will be held
[hold]
kein Sig. No servo signal send to the connected device
[no signal]
+/- 125% Connected device will be set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Ebenenschalter A-z Defines the input device on the transmitter that
[Level control] enabled/controls the different levels
Ebenenestellung Defines on which level this output will work
[Level assignment] (use 3 position switch for proper control of the levels)
E+ 0+ A+ works on all levels
E- 0- A+ works just in the upper level(switch up)
E- 0+ A- works just in the mid level(sw. Mid position)
E+ 0- A- works just in the lower level (switch down)
Gegenläufig Nein Normal movement of connected device
[Reverse] [no]
Ja/Invers Reverse movement of connected device
[Yes/Reverse]
..+SigAus Signal will be switched of after 10 sec downtime
[..Signal off] (no change of position of input device)
Offset/Trim -125%..+125% Defines the offest of the connected device
Blindzone -95%..+95% Defines the dead zone around the neutral position.
[Dead zone]
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Maximalwert -100..125% Maximum output value for the conncted device
[max. value]
Minimalwert -125..100% Minimum output value for the conncted device
[Min.value]
Auf.Geschw. 1..200 Maximum speed in up direction
[Speed up]
Abw.Geschw. 1..200 Maximum speed in down direction
[Speed down]
Please note that some connected devices may not accept high speeds.
Funktion: 3Gang Getriebe [Feature: 3 speed gear]
3 positions can be programmed to control a 3 speed gear with a 3 position switch
Senderkanal A-z Defines the input device of the tranmitter
[Input device] (3 Position switch recommeded here)
Gang1 -125..+125 Defines the position in gear 1
[Gear 1] (switch in down position)
Gang2 -125..+125 Defines the position in gear 2
[Gear 2] (switch in mid position)
Gang3 -125..+125 Defines the position in gear 3
[Gear 3] (switch in up position)
Funktion: 6Gang Getriebe [Feature: 6 speed gear]
6 positions can be programmed to control a 6 speed gear with a momentary switch.
Usage is sequential (similar to motorcycle gearboxes)
Senderkanal A-z Defines the input device of the tranmitter
[Input device] 3 position momentary switch highly recommended
Einschaltwert Defines the position of the connected device when
[Default value power on] the module is powered up.
Gemerkt Last position of the connected device before
[Memory] switched off
1..6 Set position
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Ausschaltwert Defines the position of the connected device
in park mode
halten Current position will be held
[hold]
1..6 Set position
Funkabrisswert Defines the position of the connected device when the
[Fail safe] signal is lost or the transmitter is switched off
halten Current position will be held
[hold]
1..6 Set position
G.Position 1..6 -125..+125 Defines the 6 available positions for the connected
[Gear position] device
Funktion: 6Gang erweitert [Feature: 6 speed gear extended]
This feature can be linked to the previous feature to add an additional output
device. e.g. 2 servos can control one 6 speed gearbox.
Bezugskanal 1..12 6 speed gear is on out put 1..12.
[linked, origin channel for the 6 speed gear]
G.Position 1..6 -125..+125 Defines the 6 available positions for the linked
[Gear position] connected device
Funktion: Raupe Links [Feature: Track mixer left]
With this feature you can control tracked models or models with one motor per side
like a standard model. This is the feature for excavaors or dozer to be controled in
the same way as you are used to control your truck. One stick controls
forward/backward and one stick controls the direction.
Gaskanal A..z:a..z Defines the input device of the tranmitter (Stick, switch, etc)
[motor control] for the forward/backward movement
Einschaltwert Defines the position of the connected device when the module
[Default value power on] is powered up.
Gemerkt Last position of the connected device before
[Memory] switched off
kein Sig. No servo signal send to the connected device
[no signal]
+/- 125% Connected device will be set to the programmed
position
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–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
0 Neutral signal will be provided (1.5ms)
Ausschaltwert Defines the position of the connected device during park mode
[switch off value] (choosing and connecting to new model with transmitter)
halten Current position will be held
[hold]
kein Sig. No servo signal send to the connected device
[no signal]
+/- 125% Connected device will be set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Funkabrisswert Defines the position of the connected device when the signal is
[fail safe] lost or the transmitter is switched off
halten Current position will be held
[hold]
kein Sig. No servo signal send to the connected device
[no signal]
+/- 125% Connected device will be set to the programmed
position
0 Neutral signal will be provided (1.5ms)
Lenkkanal A..z Defines the input device of the transmitter (Stick,
[direction] switch, etc) for the direction control
Lenkung Zugabe -100..+100 defines the increase of speed of the outer track
[steering increase]
Lenkung Abnahme -100..+100 defines the decrease of speed of the inner track
[steering decrease]
Ebeneschalter A-z Defines the input device on the transmitter that
[Level control] enabled/controls the different levels
Ebenenestellung Defines on which level this output will work
[Level assignment] (use 3 position switch for proper control of the levels)
E+ 0+ A+ works on all levels
E- 0- A+ works just in the upper level(switch up)
E- 0+ A- works just in the mid level(sw. Mid position)
E+ 0- A- works just in the lower level (switch down)
Gegenläufig Nein Normal movement of connected device
[Reverse] [no]
Ja/Invers Ireverse movement of connected device
[Yes/Reverse]
..+SigAus Signal will be switched of after 10 sec downtime
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–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
[..Signal off]
Offset li -125%..+125% Defines the offset of the connected device on the
[offset left] right side
Offset re -125%..+125% Defines the offset of the connected device on the
[offset left] right side
Multip. li 0.2..2.00 Stick movement multiplied with Multip.li is
[Multiplier left] movement of the connected device on the left side
Multip. re 0.2..2.00 Stick movement multiplied with Multip.re is
[Multiplier right] movement of the connected device on the right
side
Maximalwert -100..125% Maximum output value for the conncted device
[max. value]
Minimalwert -125..100% Minimum output value for the conncted device
[Min.value]
Schnelligkeit 0.01..100 Maximum speed of the signal change for the
[Speed] connected device. Controls servo/esc speed.
Funktion: Raupe rechts [Feature: Track mixer right]
With this feature the second output for the track mixer will be defined
Raupe links ist 1..12 Track mixer left is defined on output ?
[Track mixer left]
Gegenläufig Nein Normal movement of connected device
[Reverse] [no]
Ja/Invers Reverse movement of connected device
[Yes/Reverse]
..+SigAus Signal will be switched of after 10 sec downtime
[..Signal off] (no change of position of input device)
Funktion: Nautic/Multiswitch [Feature: Nautic/Multiswitch]
Nautic or multiswitch modules compatible to the Robbe®/Futaba® standard can be
controlled with this feature. (like GEWU® GMS16R, Beier Soundmodule, Wedico®)
GEWU®
Switch 1 A(up) = Exit 1
Switch 1 E(down) = Exit 2
Switch 2 A(up) = Exit 3
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Switch 2 E(down) = Exit 4
USM-RC-2 Beier Soundmodule (please note sequence of the switches)
Switch 1 A(up) = Switch 8 up
Switch 1 E(down) = Switch 8 down
Switch 2 A(up) = Switch 7 up
Switch 2 E(down) = Switch 7 down.....
Schalter 1..8 A..z Which input device shall be used „-“ deactivated
[Switch]
Ebenenschalter A..z Defines the input device on the transmitter that
[Level control] enables/controls the different levels
Ebenenestellung Defines on which level this output will work
[Level assignment] (use 3 position switch for proper control of the levels)
E+ 0+ A+ works on all levels
E- 0- A+ works just in the upper level(switch up)
E- 0+ A- works just in the mid level(sw. Mid position)
E+ 0- A- works just in the lower level (switch down)
Funktion: Licht/LED [Feature: Light/LED]
Senderkanal A-z Defines the input device of the tranmitter (Stick, switch, etc)
[Input device]
Einschaltwert Defines the staus of the output when the module
[Default value power on] is powered up
Gemerkt Last status of the connected device before
[Memory] switched off
Ein Output is on (Hi 3.3V)
[on]
Aus Output is off (Lo 0V)
[off]
Ausschaltwert Defines the status of the connected device during park
[switch off value] mode
Gemerkt Last status of the connected device before
[Memory] switched off
Ein Output is on (Hi 3.3V)
[on]
Aus Output is off (Lo 0V)
[off]
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Funkabrisswert Defines the status of the output device when the signal is
[fail safe] lost or the transmitter is switched off
Gemerkt Last status of the connected device before
[Memory] switched off
Ein Output is on (Hi 3.3V)
[on]
Aus Output is off (Lo 0V)
[off]
Ebeneschalter A-z Defines the input device on the transmitter that
[Level control] enabled/controls the different levels
Ebenenestellung Defines on which level this output will work
[Level assignment] (use 3 position switch for proper control of the levels)
E+ 0+ A+ works on all levels
E- 0- A+ works just in the upper level(switch up)
E- 0+ A- works just in the mid level(sw. Mid position)
E+ 0- A- works just in the lower level (switch down)
Gegenläufig Nein Normal
[Reverse] [no]
Ja/Invers Feature inverted
[Yes/Reverse]
Ausgabeart EIN AUS % Defines switching points for on and off if a stick or
[Definition of switch] pot is used to control this output
Memory Ein Momentary switch moved to EIN (down) toggles
[Memory on] output
Memory Aus Momentary switch moved to AUS (up) toggles
[Memory off] output
EIN 0 AUS Switch position defines output
[On 0 Off]
SchaltPunkt EIN -100..+100 Defines stick/pot position for ON(do not use 50%)
[Switching point ON]
Schaltpunkt AUS -100..+100 Defines stick/pot position for OFF(do not use 50%)
[Switching point OFF]
Bei Stellung AUS Aus/Ein Defines output in AUS (up) position of switch
[Switch position up] [on/off]
Bei Stellung 0 Aus/Ein Defines output in mid position of switch
[Switch mid position] [on/off]
Bei Stellung EIN Aus/Ein Defines output in EIN (down) position of switch
[Switch position dowen] [on/off]
23.06.14 Vxx417

brixlelektronik ...we got the solution
–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
EIN Zeit/Nachlauf Used with AUS/Zeit for flash options.
[On time] If AUS Zeit/Pause is defined this option will set the
on-time of the output. If AUS/Zeit is set to 0 this
value will define the time the output will remain on
after the input device is set to off.
To simulate a double or triple flash (emergency
vehicles) choose either 2Blitz or 3Blitz. These
options will appear if values below 0 will be
chosen. The time between the double or triple f
lash will be defined with AUS/Zeit.
AUS Zeit/Pause Defines the OFF time in between flashes. 0 is
[Off time/Pause] permanent on.
Funktion: Blinker Links [Feature: Indicator Left]
This feature defines the settings for the output of an indicaor on the left side
Senderkanal A-z Defines the input device of the tranmitter (Stick, switch,
[Input device] etc.)
Einschaltwert Defines the status of the output when the module is
[Default value power on] powered up
Warnbl. Hazard lights (both indicators on)
[Hazard lights]
Links Left indicator on
[Left]
Rechts Right indicator on
[Right]
AUS Both indicators off
[Off]
Ausschaltwert Defines the status of the output when the module is
[Switch off value] in park mode
Warnbl. Hazard lights (both indicators on)
[Hazard lights]
Links Left indicator on
[Left]
Rechts Right indicator on
[Right]
AUS Both indicators off
[Off]
Funkabrisswert Defines the status of the output when the connection is
23.06.14 Vxx417

brixlelektronik ...we got the solution
–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
[Fail safe value] lost or the transmitter switch off
Warnbl. Hazard lights (both indicators on)
[Hazard lights]
Links Left indicator on
[Left]
Rechts Right indicator on
[Right]
Aus Both indicators off
[Off[]
Ebenenschalter A-z Defines the input device on the transmitter that
[Level control] enabled/controls the different levels
Ebenenestellung Defines on which level this output will work
[Level assignment] (use 3 position switch for proper control of the levels)
E+ 0+ A+ works on all levels
E- 0- A+ works just in the upper level(switch up)
E- 0+ A- works just in the mid level(sw. Mid position)
E+ 0- A- works just in the lower level (switch down)
Gegenläufig Nein Normal operation
[Reverse] [no]
Ja/Invers Reverse option (US indicator style)
[Yes/Reverse]
Lenkkanal(Sender) A..z Defines the input device that stops the indicator.
[Steering channel] (Steering stick)
Ein Zeit 1..500 Defines the on-time of the indicator
[On time]
Aus Zeit 1..500 Defines the off-time of the indicator
[Off time]
Funktion: Blinker Rechts [Feature: Indicator Right]
This feature defines the output for the indicator on the right side
Blink.links ist 1..12 Indicator left is on output? [Reqired to link both
indicators)
Funktion: Eingang Schalter/Signal [Feature: Input Switch/Signal]
A switch or a signal can be fed in the bc-12er. Depending on the voltage/signal on
this input the modules can use this like an input from the transmitter. 0V will create
-125% and voltages higher than 2V will create +125% on the assigned letter. n-z
can be used on the same bc-12er module and n-x will be transmitted also to
23.06.14 Vxx417

brixlelektronik ...we got the solution
–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
modules wich are linked with infrared.
Please note that input voltages should not be higher than 3.3V. Add a 10k resistor
for protection purposes.
If an open collector output (e.g. brake lights from ESC) is connected to these
inputs, a pull up resistor of 5k to +BEC might be necessary.
Auf Kanal n-z n..z Which letter shall be assigned to this input?
[Channel n-z]
Gegenläufig NEIN 0V -125% ..>2V +125%
[Reverse] [No]
Ja/Invers >2V -125% ..0V +125%
[Yes/Reverse]
Funktion: Eingang Poti [Feature: Input Potentiometer]
A potentiometer can be connected to an input using bc-MM-Poti. The position of
the pot will be read and can set any letter from n-z with a value between -125% and
+125%. This letter can be used as an input for functions on the same moduel or can
be transfered to linked module via infrared or cable connection.
The pot value must be between 2.2k and 10k and will be used as a voltage divider.
0V =125% and +3.3V = +125%
Auf Kanal n-z n..z Which letter shall be assigned to this input?
[Channel n-z]
Please note:
Letters n-x will be transmitted via infrared to linked modules. Letters y and z will not
be transmitted. This will allow the usage of y and z exclusively on the module where
the coresponding sensor is connected. Please ensure the unique usage of the
letters on linked modules!
Funktion: Eingang Messen [Feature: Measuring Input]
This feature is used for telemetric purposes and will send new measured values
from the receiver to the transmitter every 400ms. Measured values can be also
displayed on the bc-disp on board display. Please note that this feature requires a
restart of the receiver after programming. Otherwise no data will be transmitted.
Messart Spannung25 Voltage measurement using the bc-MM-Sp sensor with
[Voltage25] the measurement range of 0..25.0V
Spannung50 Voltage measurement using the bc-MM-Sp50 sensor
[Voltage25] with the measurement range of 0..50.0V
Strom 10 Current measurement using the bc-MM-St sensor with
23.06.14 Vxx417

brixlelektronik ...we got the solution
–bc-12er 12 channel receiver bc-20 plus 20 channel receiver
[Current 10] the measurement range of 0..10A(15A peak). Sensor up
to 50A upon request.
Temp.99 Temperature measurement using the bc-MM-Temp with
the measurment range of 0..99.9°C
Temp.120 Temperature measurement using the bc-MM-Temp with
the measurment range of -20..120°C
Poti Measurement of a potentiometer connected to a
[Pot] bc-MM-Poti with the range of -125% to +125%
Druck PY Measurement of pressure using the bc-MM-Dr-Pisello
[Pressure PY] sensor with the range of 0.0..34.0bar
Druck PMT Measurement of pressure using the bc-MM-Dr-PMT
[Pressure PMT] sensor with the range of 0.0..33.0bar
Druck Damitz Measurement of pressure using the bc-MM-Dr-Damitz
[Pressure Damitz] sensor with the range of 0.0..35.0bar. This sensor is
designed to be mounted directly on the Damitz valves.
Druck bel Measurement of pressure using the
[Pressure brixl] bc-MM-DR-brixlelektronik sensor with the range of
0.0..35 bar. This sensor is equipped with a 3mm thread
for universal connection
Please note that the range of the displayed pressure migh differ from the ranges
printed on the sensors. This is system related and ha no effect on the display
values.
Min.Alarm 0.0-100.0 If the measured value falls below this value an alarm is t
riggered
Max.Alarm 0.0-100.0 If the measured value exceeds this value an alarm is
triggered
An alarm will trigger the red LED on the transmitter and they start flashig. The tactile
alarm (vibration) is triggered 2 times upon the start of an alarm and 1 time when
the alarm condition will dissappear.
Funktion: IR-Sender [Feature: IR-Transmitter]
This fature can be enabled on output 12 on the bc-12er. The bc-20er is equipped
with a dedicated output for an ir led with integrated resistor. All input devices will be
transmitted except y and z.
Funktion: IR-Empfänger [Feature: IR Receiver]
This feature can be enabled on output 12 to connect the bc-ir-emp infrared
receiever.
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