MULTIPLEX ROXXY MSB 100A Owner's manual

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# 8 5149 USB PC-Kabel

# 8 5213 MPX-M6 (male)

# 8 5190 Antiash 70

# 8 5214 MPX-M6 (female)

ROXXY Motoren

Roxxy LiPo

COCKPIT SX 7 / SX 9PROFI TX 9 / 12 / 16

Royal SX 9 / 16

10.0 Zubehör

D

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GB

Operating Instructions

SMART Control

45A · 70A · 100 A

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Contents

Congratulations on your purchase of the new ROXXY Smart Control brushless speed controller. We are delighted

that you have chosen a product from the MULTIPLEX range. The ROXXY Smart Control speed controller provides

all the usual basic functions, but it also offers the facility to generate a great deal of data - including voltage,

current, temperature, rotational speed and residual capacity - and pass the information to your MULTIPLEX

transmitter via the MULTIPLEX SENSOR BUS (MSB). As of now the ROXXY Smart Control is the ECG (electro-

cardiogram) for your electric motor!

1. Introduction ...................................................... 3

1.1 Special features ................................................ 3

1.2 Specication ............... ...................................... 4

1.3 Approved usage ................................................ 4

1.4 Safety notes ............ ......................................... 5

2 Connections ..................................................... 6

3. Basic settings ................................................... 7

4. Safety functions .. ............................................... 8

5. Preparation ....................................................... 9

6. First use ................. ...................................... 10

7. Conguration ................................................. 11

8. Model type specic settings ............... ............. 15

8.1 Heli mode ...................................................... 15

8.2 Car / boat Mode ............................................. 16

9. Trouble-shooting ........................................... 17

10. Accessories .................................................. 18

10.1 Guarantee / liability ......................................... 19

10.2 Conformity declaration / disposal ......................19

1. Introduction

1.1 Special features

The speed controllers in the ROXXY Smart Control

range include a series of innovative features:

· Integral PC interface

Convenient set-up using MULTIPLEX Launcher (USB-

lead # 8 5149 required).

· Integral sensors for measuring voltage, current, bat-

tery charge (residual battery capacity), temperature

and rotational speed (rpm).

· User-variable alarm thresholds for voltage, charge

(residual battery capacity) and rotational speed

(rpm).

· Automatic / manual reset of the charge counter

· BEC voltage variable by software in 0.1V increments

(5.0 ... 8.0V).

· Governor mode, optionally with Governor Stabilize.

· Car / boat mode (forward / reverse function).

· User-variable motor timing ( 0 .. 25°).

· User-variable start-up torque (5 stages).

· User-variable soft-start (5 stages).

· User-variable motor pole count (2 - 32).

· User-variable brake power (4 stages).

· Reversal of motor rotation.

Safety functions:

· Start-up guard - motor only starts when controller

detects Idle position.

· Automatic cell count detection in LiPo mode.

· User-variable cut-off voltage in NiMH mode.

· Low-voltage response: motor speed reduction or

motor cut.

· Telemetry warning if permissible motor current is

exceeded.

· Telemetry warning if permissible temperature

(>100°C) is exceeded.

· Safety motor cut-off at excessive temperature

(>125°C).

· User-variable alarm thresholds for low cell voltage,

maximum rotational speed and battery charge state.

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1.2 Specication

Type Smart Control MSB 45A Smart Control MSB 70A Smart Control MSB 100A

Order No. #318578 #318579 #318580

Max. continuous current* [A] 45 A 70 A 100 A

S-BEC voltage [V] 5.0 ... 8.0 V 5.0 ... 8.0 V 5.0 ... 8.0 V

S-BEC continuous current* [A] 3.0 A 3.0 A 3.0 A

S-BEC max. current**[A] 10.0 A 10.0 A 10.0 A

Operating voltage 6 ... 25.2 V 6 ... 25.2 V 6 ... 25.2 V

Cell count: LiPo 2 ...6 2 ... 6 2 ... 6

Cell count: NiMH 6 ... 18 6 ... 18 6 ...18

Motor connectors 3,5 mm gold 3,5 mm gold 4,0 mm gold

Battery connector MPX M6 MPX M6 -

Weight [g] 67 g 75 g 79 g

Dimensions [L x W x H]: 70 x 32 x 10 mm 70 x 32 x 10 mm 70 x 32 x 10 mm

* Valid with effective cooling.

** If the continuous current limit of the S-BEC is exceeded for a long period, there is a risk of overloading the BEC

system and damaging the speed controller.

1.3 Approved usage

ROXXY Smart Control speed controllers are approved exclusively for applications in the eld of modelling and model

sport. It is prohibited to employ these controllers in man-carrying vehicles or industrial installations.

The specication of the ROXXY 45A, 70A and 100A Smart Control speed controllers is as follows:

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Key words and their meaning:

Warning!

Indicates a potential hazard which could result in

personal injury.

· Do not operate the controller until you have read

right through these operating instructions and safety

notes, and are sure you understand them!

· Always observe the correct sequence when

switching on and off, otherwise there is a risk of the

electric motor bursting into life unexpectedly, which

could be dangerous:

· Always switch the transmitter on rst, and only then

connect the ight / drive battery and / or switch the

receiving system on. When switching off: always

disconnect the ight / drive battery rst, then switch

the receiving system off, and only then switch the

transmitter off.

· Install the power train (motor, speed controller,

battery) securely in the model.

· Always remove the propeller (aircraft or boat) or rotor

blades prior to test-running and set-up work.

· Ensure that there are no persons situated in the

vicinity of the propeller (boat or aircraft) or the rotor

blades.

· Never run the motor when holding it in your hand.

· Ensure that there is adequate space around the

motor for the propeller to rotate. Remove any loose

objects (clothing, small items, paper, etc.) which

could be sucked in or blown away by the propeller.

Never stand or allow others to stand in front of the

propeller plane or in line with it (injury hazard).

· When carrying out soldering work or installing the

power system components (motor and speed

controller) always disconnect the battery beforehand

(short-circuit / injury hazard).

Caution!

Indicates a potential operating error which could

result in damage to the product.

· Under no circumstances is it permissible to carry out

technical modications to the controller yourself.

· Use genuine MULTIPLEX accessories and replace-

ment parts exclusively.

· Avoid heat build-up and overheating!

It is important to provide adequate cooling to the

controller, especially when using high-capacity

batteries. Air must be allowed to circulate freely

around the controller. The cross-sectional area of

the air outlet opening needs to be at least twice

as great as that of the air intake. If the transmitter

generates a warning at the speed controller address

while the controller is operating, you must land the

model without delay and provide better air circulation

around the controller.

· Check the polarity of the ight / drive battery!

Connecting the battery with reversed polarity will

instantly ruin the speed controller! It is therefore

essential to keep to this arrangement:

Connect the red wire to the positive (+) terminal;

and the black wire to the negative (-) terminal.

· Do not allow your ight / drive battery to become

deep-discharged!

· The speed controller features a low-voltage cut-off

circuit to prevent your batteries from becoming

deep-discharged. It is possible to set up warning

thresholds and an alarm for voltage and residual bat-

tery capacity to suit the type of battery you are using.

· Take care always to select the appropriate battery

type. In LiPo mode it is essential to check that the

controller has detected the correct cell count.

· If you are using a motor which varies from the stan-

dard MULTIPLEX conguration (14 poles, 15° timing),

you will need to adjust the timing and pole count

using the MULTIPLEX Launcher program.

1.4 Safety notes

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2. Connections

Connect the ROXXY Smart Control as follows:

· MSB sensor lead - two-core (a)

This lead should be connected to the MSB socket

on the receiver, which is labelled “S”, “MSB” or

“Sensor”.

· Servo lead - three-core (b)

This lead is connected to the THROTTLE channel on

the receiver (usually channel 4).

· Motor leads (c)

Connect these leads to the brushless motor.

· Battery leads (d)

Connect these to the ight / drive battery.

The ROXXY Smart Control 45A and 70A are supplied

tted with MULTIPLEX M6 plugs as standard.

Caution!

MULTIPLEX M6 connectors are designed to handle

continuous currents of up to 35 Ampere. If your mo-

tor draws a continuous current higher than 35A, you

must attach different connectors of higher rating.

Please take great care to maintain correct polarity!

The red wire must be connected to the positive (+)

terminal, the black wire to the negative (-) terminal.

If you intend to use batteries consisting of more than

three cells, we recommend including a MULTIPLEX

Antiash 70 in the circuit. Alternatively use battery

connectors with an integral anti-spark resistor.

· Smoothing capacitor (e)

The market offers a very large number of servo types

which vary widely in their effect on power supply

voltage. A smoothing capacitor is supplied in the set,

and we recommend tting it in any vacant receiver

socket (e.g. that marked “B/D”). This ensures that

the power supply voltage remains in the optimum

range even when the current load varies greatly, and

when backow currents are present.

Disabling the S-BEC system for use with an ex-

ternal power supply (e.g. external BEC or receiver

battery)

If the speed controller’s BEC specication does not

satisfy your requirements, or if inconsistencies occur

during tests under load (Chapter 4. Preparations),

then we recommend using an external BEC unit or a

separate receiver battery instead of the internal BEC.

Using simultaneously S-BEC and a receiver batte-

ry is not permitted.

This is the procedure for disabling the internal S-BEC

system: use a pointed instrument to raise the plastic

lug which retains the red wire (+) in the housing of the

three-core UNI receiver lead (b), then gently pull the

red wire out of the plastic housing. Insulate the bare

metal parts with a length of heat-shrink sleeve.

(a)

(b)

(d)

(c)

(e)

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3. Basic settings

The ROXXY Smart Control MSB is supplied already

set up to suit the majority of powered gliders and

power models. These are the default settings:

Basic settings, control functions:

Battery type LiPo

Cut-off voltage LiPo - automatic

Cut-off response Reduce power

S-BEC voltage [V] 6.0V

Soft-start On

Soft-start speed Normal

Brake On

Brake response Hard

Braking effect 100%

Motor direction Forward

Motor pole count 14 (outrunner)

Motor timing 15°

Torque Normal

Governor mode Off

Governor stabilize Off

If you require a conguration which varies from

these settings, you will need to recongure the

speed controller.

In this case please continue as described in the

Chapter entitled “Conguration”.

Basic settings, telemetry functions:

Battery voltage display Address 2

Battery voltage alarm Off

Battery charge display Address 3

Battery charge alarm Off

Charge display auto-reset > 4.10V

Current display Address 4

Excess current warning Fixed type-dependent

Temperature display Address 5

Temperature warning Fixed at 100°C

RPM display Address 6

Gearbox reduction ratio 1:1

Servo travels (xed-wing)

Full-throttle 2050µs

Mid-point 1500µs

Throttle off / (brake) 1050µs

Servo travels (car / boat)

Forward 2050µs

Throttle / idle (brake) 1500µs

Reverse 1050µs

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The ROXXY Smart Control includes the following

safety functions:

· Start-up guard

When the ight / drive battery is connected to the

ROXXY Smart Control, the controller checks whether a

valid idle position is present at the throttle channel. As

soon as the signal is within the valid range, the speed

controller generates a conrmation beep through the

motor, then carries out automatic cell-count detection.

· LiPo cell-count detection / low-voltage guard

Once the idle position has been conrmed by the

start-up guard, the speed controller starts detecting

the number of LiPo cells. The cell count it detects is

indicated by a series of conrmation beeps correspon-

ding to the number of cells. LiPo cell count detection

protects the battery and the model from low voltage,

i.e. a voltage which would cause damage to the LiPo

battery. If a low-voltage situation occurs, the controller

responds by starting to reduce power, or switching off

the motor completely, according to conguration.

The factory default setting is for power reduction when

low voltage is detected. The reduction begins when

the cell voltage falls below 3.2 Volt under load and

reduces the output power in such a way that the cells

never go below 3.2 Volts. If "motor cut" is selected the

motor will be stopped completely at 2.9 Volt

· Overload protection

If the maximum current stated on the speed controller’s

type label is exceeded, a warning is generated at the

display address for current.

· Overheating protection

If the maximum permissible temperature of 100°C is

exceeded, a warning is generated at the temperature

display.

· Residual battery charge display with warning

function

A warning threshold for the minimum residual battery

charge can be set up using MULTIPLEX Launcher.

4. Safety functions

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The following steps should be completed before

the controller is used for the rst time:

Caution!

Observe the Chapter entitled “Safety notes”.

· Check that the basic settings match the battery,

motor and model type.

· Ensure that your model is securely restrained.

· In the interests of safety remove the propeller

(aircraft or boat) or the rotor blades.

· Locate the receiver leads attached to the speed

controller, and connect them to the receiver as

already described.

· Switch your transmitter on.

· Move the throttle stick and trim to the Idle end-point.

· Connect the ight / drive battery to the speed cont-

roller, maintaining correct polarity.

· After about two seconds you will hear a conrmation

beep which indicates that it has detected the idle

position of the throttle channel. (If you do not hear

this beep, please check the travel and trim setting

for the throttle channel).

· Slowly move the throttle stick in the direction of

full-throttle.

· Check the direction of rotation of the motor. If it spins

in the wrong direction, you can either recongure the

direction or simply swap over any two of the three

wires running to the motor.

· Carry out the following procedure as a practical test

of the BEC system under load:

Monitor the current drain in the telemetry display on

your transmitter. While you do this, place a load on

the BEC system by moving all the servos briskly for

a period of about ve minutes. If the display shows

a peak current above three Ampere, if a warning ap-

pears on the receiver operating voltage display, or if

the ashing rhythm of the receiver LED changes, it is

essential to use the smoothing capacitor included in

the set. Repeat the test, then disconnect the battery.

5. Preparations

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Caution!

Observe the Chapter entitled “Safety notes”.

Once you have taken note of the safety informati-

on and safety functions, and completed the prepa-

rations as described above, the speed controller

can be used for the rst time, taking into account

the safety notes.

· First switch the transmitter on.

· Move the throttle trim to the Idle end-point.

· Move the throttle control to the Idle position.

· Connect the ight / drive battery, maintaining correct

polarity!

· The speed controller detects the Idle position, and

conrms this with a sequence of beeps.

· If the controller is programmed for use with LiPo

batteries, the number of cells detected is indicated

by the corresponding number of long medium-

frequency beeps.

In NiMH mode you will hear three brief, high-

frequency beeps.

· The controller conrms that it is ready for use by

generating a double sequence of beeps.

· The screen of your MULTIPLEX radio control trans-

mitter now displays the sensor values for voltage,

current, temperature and motor speed, plus the

residual battery capacity. For details of the sensor

conguration procedure please refer to the chapter

entitled “Conguration”.

· After each ight or run, disconnect the ight / drive

battery rst, then switch off the receiver, then switch

the transmitter off.

Residual battery capacity indicator

By default the battery charge counter (residual capa-

city indicator) for your battery is set up in such a way

that in LiPo mode the battery capacity (as dened by

the user) is set to the full value (battery fully charged)

if the cell voltage is higher than 4.10 Volt.

If you are using a battery with a lower voltage, or have

selected NiMH mode, then the controller defaults to

the capacity value of the battery last connected to it.

As an option, the capacity indicator can also be reset

to the maximum value entered in the Conguration.

This is the procedure:

- Disconnect the ight / drive battery

- Move the throttle stick to the full-throttle position

- Connect the ight / drive battery

- Disconnect the ight / drive battery

This procedure resets the battery charge counter.

6. First use

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a) Using the throttle stick

This method allows you to set up the essential basic

functions.

b) Using the MULTIPLEX Launcher program

The program allows you to adjust all the speed

controller’s telemetry settings as well as all the basic

functions.

7. Conguration

There are two methods of conguring the ROXXY Smart Control:

7.1 Conguring the controller using the throttle stick

Caution!

Observe the Chapter entitled “Safety notes”.

During the programming procedure the controller

generates various beeps which indicate the status

of the process. All the parameters which can be

altered are presented in sequence. When you reach

the programming option you wish to alter, you select

it by moving the stick either to the full-throttle or

the motor off position. In each case your action is

conrmed by a continuous beep. The stick must then

be moved to the Centre position in order to move on

to the next programmable parameter or level.

Preparation:

Ensure that your model is securely restrained. Remo-

ve the propeller or rotor blades to eliminate the risk

of damage or injury if the motor should burst into life

unexpectedly.

Instigating the programming procedure:

· Move the throttle stick to the full-throttle position.

· Connect the battery to the speed controller.

· The controller indicates that it is ready by generating

a rising series of beeps. Please wait until the last

beep nishes.

· Move the stick to the Centre position.

· The controller emits a beep to conrm the position.

· Move the throttle stick to the full-throttle position.

· The controller emits a beep to conrm the position.

· Move the throttle stick to the centre position

You now hear a double sequence of beeps to indica-

te that the controller is at the programming level.

· After this you will hear a single beep, which is

repeated at regular intervals. This indicates the rst

Select level.

· The remaining programming steps can now be

carried out in accordance with the table below:



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Select level Parameter Idle Centre Full-throttle

1

1 x

Battery type NiMH LiPo

On to level 2

2

2 x



Brake Off On

On to level 3

3

3 x



Motor run

direction

Reverse Forward

On to level 4

4

4 x



Low-voltage

response

Reduce power Switch off motor

On to level 5

5

5 x



Soft-start Off On

On to level 6

6

6 x



Timing Setting

in level 7

Standard - 14-pole

outrunner (15°)

On to level 7 / 8

7

7 x



Expanded timing Soft - 2-pole

inrunner (8°)

Hard / fast

outrunner (25°)

On to level 8

8

8 x



Car / boat

mode*

No

On to level 9

Yes

Contd. page 13

On to level 9 / 9.1

9

9 x



Heli mode* Off On

End of programming

Ready to use

* It is essential to read the information on each mode before use.

Disconnect the battery from the controller when programming is complete.

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7.1 Conguring the controller using the throttle stick

Select level Parameter Idle Centre Full throttle

9.1

9 x

Car / boat mode* On On

End of programming

Disconnect the battery from the controller when

programming is complete.

Additional notes:

Programming the controller using the throttle stick ena-

bles you to activate / disable the standard functions as

listed in the table.

The basic functions for braking power, soft-start, torque,

governor mode, governor response, motor pole count

and gearbox reduction ratio are set up at the factory

as standard. If you wish to congure the controller in a

different, expanded manner, you can quickly and simply

do this using MULTIPLEX Launcher and the appropriate

MULTIPLEX USB lead (Order No. #85149).

Continuation of table on page 12 - car / boat mode

If you have previously activated car / boat mode (for-

ward / reverse function), this step deliberately leaves

the mode in the stick centre position.

Please note:

Once you have completed the programming proce-

dure, the throttle Off position is always located at

the Centre position of the stick.

7.2 Conguration options using a PC

Telemetry settings

Voltage Address

Warning threshold

Current Address

Battery charge Address

Warning threshold

Reset voltage

Temperature Address

RPM Address

Warning threshold

Reduction ratio

2 ...32 poles

Supplementary adjustment facilities

Braking power 4 stages

Start-up torque 5 stages

Soft-start 5 stages

Motor timing 0-25°

Governor response 5 stages

Low-voltage cut-off 5 ... 60 Volt

Governor Stabilize On / Off

BEC voltage 5.0 ... 8.0 Volt

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The simplest and most convenient method of

conguring the ROXXY Smart Control is to use

MULTIPLEX Launcher.

Launcher can be found in the Download area at www.

multiplex-rc.de. You will also need the MULTIPLEX USB

lead (Order No.: #85149).

Caution!

Observe the Chapter entitled “Safety notes”.

Preparation:

· Ensure that your model is securely restrained. Remo-

ve the propeller (aircraft / boat) or rotor blades, to

eliminate the danger of damage or injury if the motor

should burst into life unexpectedly.

· Locate the three-core servo lead connected to the

Throttle channel at the receiver, and disconnect it.

· Locate the two-core MSB bus / telemetry data lead

connected to the receiver, disconnect it, then re-

connect it to the USB PC lead. If you wish, you can

use the Y-lead which is included with the USB lead.

· Now start MULTIPLEX Launcher.

· Connect the ight / drive battery to the ROXXY Smart

Control. If the program fails to detect the controller

automatically, select the correct port manually in the

COM-Port eld.

Once the controller has been detected correctly, the

screen displays the current information regarding soft-

ware and hardware. You can now click on the symbols

in the menu bar, alter the various settings, and save

the data.

Key to the symbols in the menu bar:

General information

Control settings

Telemetry settings

Firmware update

Adopt changes

After each change the arrow symbol starts to ash

orange. Click on the setting to save the data to the

speed controller.

Once you have entered and saved all the changes

required, you can close MULTIPLEX Launcher and

disconnect the battery from the speed controller.

The ROXXY Smart Control is now ready for use with the

new settings.

7.3 Conguring the controller using MULTIPLEX LAUNCHER

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8. Model type specic settings

8.1 Heli mode

Selecting Heli mode activates the governor func-

tion.

When a change in load occurs in ight (e.g. caused

by a change in the collective pitch setting) the ROXXY

Smart Control automatically maintains a constant rotor

speed as dened by the throttle channel.

You can enter your preference for the rate at which

the speed controller carries out this adjustment at the

“Governor response speed” parameter of MULTIPLEX

Launcher; any of ve stages can be selected. The

default setting is a value which is suitable for the

majority of helicopters.

Governor Stabilize mode

The Governor Stabilize function creates a xed link

between the rotor speed and the throttle position. The

result is that rotor speed remains constant even when

battery voltage declines. In the default set-up Governor

Stabilize mode is disabled.

When you set the Governor Stabilize option to “Learn”

using MULTIPLEX Launcher, the learning process can

commence.

It is advisable to congure the residual battery capaci-

ty and the low-voltage warning at the same time, since

in this mode of operation it is not possible to detect

that the power of the ight battery is declining.

You should also activate telemetry output of rotor

speed, as it informs you of the status of the calibration

process.

Please note!: If you activate the Governor Stabilize

function, you must carry out a new Governor

Stabilize calibration using the throttle stick after

each programming procedure.

Governor Stabilize calibration procedure:

· Prepare the helicopter ready for ight.

· Connect the ight battery.

If you use a range of batteries, the calibration must

always be carried out using the battery with the

lowest cell count.

· Open the throttle until the desired rotor speed is

reached; note that the servo travel for THROTTLE

should not exceed about 75% at the transmitter,

to ensure that reserve power is available for speed

adjustment.

· As soon as the controller detects a rotor speed

which remains constant for two to three seconds, it

generates a warning message at the RPM display

address to conrm that the speed has been adopted.

· Now move the stick to the THROTTLE off position

and leave it there for three seconds (landing): the

value is now stored.

· Disconnect the ight battery from the speed control-

ler. Re-connect the battery.

Governor Stabilize mode is now selected, active,

and ready for use.

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8.2 Car / boat mode

Selecting car / boat mode activates the forward /

reverse function, with brake at idle.

In this mode the idle position (and the brake) is at the

centre of throttle stick travel.

When the drive battery is connected, the start-up guard

of the ROXXY Smart Control prevents activation of the

controller until the stick is moved to the centre position.

Moving the throttle stick forward to the end-point gene-

rates 100% throttle in the forward direction.

Moving the throttle stick back to the end-point genera-

tes 100% throttle in the reverse direction.

If you wish to set up different speed ranges for forward

and reverse, the easiest method is to reduce the throttle

servo travel at the transmitter.

Brake response, min. / max. brake

Different brake settings are applicable in car / boat

mode. The normal braking power setting is ignored.

For ground-based models with freewheel the default

setting is for the brake function to be active at the stick

centre position.

To operate the brake, the throttle stick must be moved

past the centre position in the opposite direction.

Default brake set-up parameters

Car - max. brake 100%

Car - min. brake 0%

Automatic brake 0%

· Min. brake determines the initial braking effect.

· Max. brake determines the nal braking effect.

It is possible to match the braking effect perfectly and

smoothly to suit your model’s power system by altering

these two parameters using MULTIPLEX Launcher.

If you want your vehicle to brake more quickly, you

must increase the Min. value. If the braking effect is

generally too powerful, you might wish to reduce the

Max. value slightly.

Automatic brake function

If you wish the brake function to come into effect at

stick centre instead of the freewheel action, you can

activate what is known as automatic brake. This is

accomplished by entering a value (1 - 70%) in the

Automatic Brake option.

If you activate the automatic brake function, the

controller ignores the values entered for Car -

Min. and Car Max. As soon as the throttle stick is

moved to the Centre position, the vehicle brakes

using the automatic brake value you have set.

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9. Trouble-shooting

The table below lists the most frequent queries

and their solution.

Problem Cause Remedy

Controller does not operate,

or generates no conrma-

tion beep.

The motor is not connected. Connect the motor - the beep is generated

via the motor.

The throttle Off position is not

reached.

Move the throttle trim, and the throttle

stick fully in the direction of idle.

Check the servo travels and direction at

the transmitter.

Dead band at the stick Reduce the servo travels slightly at the

transmitter.

Temperature warning

triggered

Overheating Re-locate the speed controller in a positi-

on where cooling is better.

Current warning triggered Overload Use a controller with a higher current

rating to suit your motor.

Motor jerks at start-up Incorrect timing selected Select the correct setting for motor timing.

Excessive play in geared motor. Activate the soft-start function.

Incorrect start-up torque setting Select a lower setting for start-up torque.

Incorrect RPM display Motor pole count incorrect Set the correct pole count.

Rotational speed incorrect

by factor of 10

Incorrect transmitter software

version.

Update transmitter / telemetry display to

current software status.

GB

18

10.0 Accessories

# 8 5149 USB PC-lead

# 8 5213 MPX-M6 (male)

# 8 5190 Antiash 70

# 8 5214 MPX-M6 (female)

ROXXY motors

Roxxy LiPo

COCKPIT SX 7 / COCKPIT PROFI TX 9 / 12 / 16

Royal SX 9 / 16

GB

19

10.1 Guarantee / liability exclusion

The company of MULTIPLEX Modellsport GmbH & Co. KG accepts

no liability of any kind for loss, damage or costs which are in-

curred due to the incorrect use and operation of the product, or

are connected in any way with such use and operation. Unless

otherwise prescribed by binding law, the liability of MULTIPLEX

Modellsport GmbH & Co. KG to pay compensation, regardless of

the legal argument employed, is limited to the invoice value of

that quantity of goods made by MULTIPLEX Modellsport GmbH

& Co. KG which was immediately involved in the event in which

the damage occurred. This does not apply if MULTIPLEX Modell-

sport GmbH & Co. KG is deemed to have unlimited liability in ac-

cordance with binding law due to deliberate or gross negligence.

We guarantee our products in accordance with currently valid

legal regulations. If you wish to make a claim under guarantee

please contact the dealer from whom you purchased the product.

The guarantee does not cover malfunctions which are caused by

the following:

· Improper use

· Incorrect or delayed maintenance, or maintenance carried

out by any party other than an authorised service centre

· Incorrect connections

· Use of accessories other than genuine MULTIPLEX / HiTEC

items

·

Modications or repairs not carried out by MULTIPLEX or a

MULTIPLEX Service Centre

· Accidental or deliberate damage

· Defects arising from normal wear and tear

· Operation outside the specied limits, or in conjunction with

components made by other manufacturers.

MULTIPLEX Modellsport GmbH & Co.KG

Westliche Gewerbestraße 1

D-75015 Bretten-Gölshausen - Germany

MULTIPLEX/HiTEC Service: +49 (0) 7252 - 5 80 93 33

This device has been assessed in accordance with the appropriate European harmonised directives. This means that you are the

owner of a product which, in terms of design and construction, satises the protective aims of the European Community for the

safe operation of equipment. A copy of the conformity declaration for the device can be requested from MULTIPLEX Modellsport

GmbH & Co. KG.

10.2 CE conformity declaration

10.3 Disposal

Electrical apparatus which bears the cancelled refuse bin sym-

bol must not be placed in the domestic refuse, but taken to a

dedicated disposal system. In EU countries (European Union)

it is prohibited to dispose of electrical apparatus as domestic

waste (WEEE - Waste of Electrical and Electronic Equipment,

Directive 2002/96/EG).

You can take your old equipment to your local collection point

(e.g. recycling centre), where it will be recycled in the correct

manner at no cost to you. By recycling your old apparatus you

can make an important contribution to protection of the en-

vironment.

GB

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18

# 8 5149 USB PC-interface

# 8 5213 MPX-M6 (male)

# 8 5190 Antiash 70

# 8 5214 MPX-M6 (female)

ROXXY moteurs

Roxxy LiPo

COCKPIT SX 7 / SX 9PROFI TX 9 / 12 / 16

Royal SX 9 / 16

10.0 Accessoires

F

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MULTIPLEX ROXXY MSB 100A Owner's manual

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