Prestel MFCP-6 User manual

USER MANUAL
Prestel MFCP-6
Milti-function control panel

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Operating Instruction
Thank you for purchasing this product. For optimum performance and
safety, please read these instructions carefully before connecting,
operating or adjusting this product. Please keep this manual for future
reference.
SURGE PROTECTION DEVICE RECOMMENDED
This product contains sensitive electrical components that may be
damaged by electrical spikes, surges, electric shock, lightning strikes,
etc. Use of surge protection systems is highly recommended in order to
protect and extend the life of your equipment.

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Operating Instruction
Table of Contents
1. Features.....................................................................................4
2. Package Contents.....................................................................4
3. Specifications............................................................................4
4. Panel Descriptions....................................................................5
5. Connecting and Operating.......................................................7
6. Application Diagrams...............................................................7
7. Remote Control Description.....................................................8
8. RS232 Pin
A
ssi
g
nment.............................................................8
9. RS232 Control............................................................................9
9.1 Software Control.......................................................................9
9.2 Command Control...................................................................12
10. Web Control...........................................................................15
Warrant
y
Polic
y
............................................................................17

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Operating Instruction
Dear Customer
Thank you for purchasing this product. For optimum performance and safety, please read
these instructions carefully before connecting, operating or adjusting this product. Please
keep this manual for future reference.
1. Features
Work with customized control APP
RS232, RS485, IR Control and Relay
Smart IR learning
Page, toggle, compare and delay setting
ID loop function multi-level cascade
USB firmware update
2. Package Contents
1). 1x Main Unit (HDBaseT Matrix)
2).1x Power Cable (for Main Unit and POC)
3). 1x Remote control
4). 1xIR Extension cable
5). 1x mounting kit
6). 1x CD for control software & user manual
3. Specifications
Operating Temperature Range -5 to +35°C(-41 to +95 °F)
Operating Humidity Range 5 to 90 % RH (no condensation)
Input Video Signal 0.5-1.0 volts p-p
Input DDC Signal 5 volts p-p (TTL)
Signaling Rate 3.0Gbit/s
Video Format Supported 4K@60,YUV420
4k@30/1080P/1080i/720P/576P/480P/576i/480i
HDCP Compliant HDCP2.2 and HDCP1.4
Output Video HDMI2.0 and HDMI 1.4 (over HDBaseT)
Audio Format Supported DTS-HD、Dolby trueHD
Power Consumption 9wtts (Max.)
Dimensions L86 x W86 x H40 mm
Mass (Main Unit) 0.12kg

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4. Panel Descriptions
1LED ②USB Update ③Key(Button)
④IR in ⑤IR LED ⑥Knob
⑦Knob LED
①Ethernet ②IR-TX ③Relay 1
④Relay 2 ⑤RS232-1. ⑥RS232-2
⑦RS485 ⑧DC power 24V.

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Operating Instruction
3.2 USB Driver installation
Before connecting the product, you need to copy "STM32 USB transfer serial Port Driver
Virtual COM Port Driver (V1.3.1", double-click the software running in the installation
package (as shown in figure 1 below), and install the Driver on the computer.
1) The above selection of the computer adaption-driven solution installation as follows.
2) Then pops up the following window:

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3) Once again, click the next step, and the computer starts to install the driver. After the
installation, the instructions are as follows.
4) After the installation is completed, it will be used as the above prompt to access the
device manager to check the correct identification of the device.As shown in the figure
below.

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3.3.0 Native mode introduction
1). LCD is divided into two parts, as below picture:
A) Left side show the information about the Trigger source and the action of the binding
execution. (S= Source; A=Action）
①S: Trigger source. External trigger: including key, infrared reception, RS232 reception,
etc
②A: Action. The reaction of device, including RS232 transmission, infrared emission, relay
control, etc.
B). Right side show the mode description and some basic Settings information
2). Introduction of the Right Side:
A). M0: Main mode (divided into: run; ctrl; set; study)
B). M1: Auxiliary mode (divided into: normal; extend0; extend1; studyuse)
C). Action count: (The action count currently being performed/Total action number )
D). L0: LED brightness level (0=off; 4=max)
E). L1: LCD back light’s brightness level (0=off; 4=max)
F).ID0:LocalID
G). ID1: Remote ID
H). B0: RS232’s baud rate (include: 115200-57600-38400-19200-14400-9600)
I). B1: RS232’s baud rate (include: 115200-57600-38400-19200-14400-9600)
J). B2: RS485’s baud rate (include: 115200-57600-38400-19200-14400-9600)
3.3.1: Main mode introduction
1). Long press Rotating encoder: can switch the main mode in sequence
A). Run = Execution mode, in this mode, auxiliary mode + trigger source can generate
triggering events, and device performs binding actions
B). Ctrl = Mapping mode, If more than one device access to a local area net by UTP
cables, then device mapping can be done. When a device enters this mode, All of the
triggering event through the device (host) can be forwarded to the corresponding device’s
remote ID , so as to achieve the remote mapping. In this mode, device, as the host, will no
longer execute the trigger event, only a forwarding action.
C). Set = Setting mode, device includes RS232, RS485, Infrared emission, etc., with some
adjustable Settings. In the Setting mode, there are two pages, and the second page
displays some information such as IP.
Note: under the second page of this mode, the long press KEY1 will be soft restart device
to facilitate users to continuously upgrade the firmware

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D). Study = Infrared Study Mode
1). Under this mode, the auxiliary mode does not work and cannot be switched
2). Under this mode, the trigger source fails, only the infrared waveform can be captured
and the waveform is stored locally.
2). Short press Rotating encoder: The auxiliary mode can be switched in turn
Note:
A). Auxiliary mode only works in the main mode: run and ctrl
B). Auxiliary mode is divided into normal, extend0, extend1, studyuse.
C). When the main mode is CTRL
The trigger event, including the auxiliary mode, is packaged and forwarded to other
device, which no longer performs the action that triggers the binding event.
D). When the main mode is run
The auxiliary mode is studyuse. When the trigger event occurs, if the action has infrared
emission, then the waveform of infrared emission is the waveform learned by the main
mode “study”
E). Auxiliary mode is normal, extend0, extend1, so when the trigger event occurs, if the
action has infrared emission, then the waveform of infrared emission is the key value
waveform of matching remote control.
3). Double-Click The Rotating encoder: Page up and down and execution mode.
*The above mode, Rotating encoder's short press, double click, long press to be occupied,
used as function button, unprogrammable.
3.3.2: Main mode Notice
Open device's TOOL:
1). When the Main mode switches to “run”, the auxiliary mode's function and
attention matters, as shown in the following table:

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Auxiliary mode Normal Extend0 Extend1 Studyuse
Trigger
source
KEY Short/long press
RS232
Receive Data length<1024bytes
RS485
Receive Data length<1024bytes
Rotating
encoder 20 steps
IR Receive Remote control
LAN
Receive Receive specific protocol data
Action
RS232 Send Data length<1024bytes
RS485 Send Data length<1024bytes
Relay On/off Switchable
LED On/off Switchable
Buzzer On/off Switchable
IR Send Remote control
Send the
learning
remote
signal
2). When the Main mode switches to “set”
A). K1S (KEY 1 short press): In turn to adjust “L0”
B). K2S (KEY 2 short press): In turn to adjust “L1”
C). K3S (KEY 3 short press): In turn to adjust “B0”
D). K4S (KEY 4 short press): In turn to adjust “B1”
E). K5S (KEY 5 short press): In turn to adjust “B2”
F). K6S (KEY 6 short press): The cursor jumps between ID0, ID1, IR0FREQ, IR1FREQ.
①ID0: Adjustable: 0-99
②ID1: Adjustable: 0-99. 0 have a special function: When the Host ID1 set to 0, the Host
will open the broadcast map, and under the CRTL mode, the Host forwards the trigger
event to all device.
③IR0FREQ: Adjustable: 20000-60000
④IR1FREQ: Adjustable: 20000-60000
G). K6L (KEY 6 Long press): Save the setting to Local
H). On the basis of “F)”, Rotate the encoder to the left to reduce the value of the cursor
I). On the basis of “F)”, Rotate the encoder to the right to add the value of the cursor
J). Under Set Mode. Double-click the rotary encoder to turn to page 2.

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K). IP: In lan, device is assigned to IP through DHCP.
L). GW: Gateway on the LAN
M). MASK: Subnet mask of LAN
N). MAC: device's MAC Address
O). FONT: Under “RUN” and “CTRL”Model, the font size displayed on the left side.There
are 8*6 and 16*8 fonts.Click the rotation encoder to switch, but cannot save to the local,
and the default power is 8*6 font size.
P). VERSION: device's firmware version.
Left-handed Right-handed Short press Long Press
Rotating encoder Adjust (-) Adjust (+) Switch Font Switch Mode
*1. The left and right rotation encoder can only adjust the infrared carrier frequency, local
and remote ID, RS232/RS485 baud rate;
*2. Click the change font only support in this mode, and the default power is 8*6 font size.
Note: Under set mode, the auxiliary mode is invalid, and the auxiliary mode cannot be
switched. The action count is invalid.
3). When the Main mode switches to “study”
Except for infrared reception, all other trigger sources are blocked. The infrared received
waveform is recorded and stored, waiting for the secondary mode studyuse to the use.
4). When the Main mode switches to “ctrl”
Enter the mapping mode, and the master-slave can achieve one-to-one control or
one-to-many control. (See follow-up test method for details)
3.3 Software control and programming
The main interface of the software is divided into nine parts: mode, trigger type, trigger
module, event type, event list, action type, action module, action type, action list. Each
part of the configuration has the appropriate settings to meet different types of needs. The
main interface is as follows:

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3.3.1 menu bar
menu bar
file
Open (configuration file): directly import the written configuration file, the ini suffix.
save (configuration file): save the current configuration to the location of the software.
save as (configuration file): save the current configuration to another location.
Close the program: click to close the program.
Connection
Connection port: after the device is connected to computer through the USB upgrade port,
click the connection, the pop-up window will prompt the connection is successful.
Close the port: after downloading the program, click to close the port, otherwise it will not work.
Download to device: click to download the currently configured file to device.
Language Chinese
English
Help / About: view current version information.
3.3.2 trigger source selection
Mode box can be divided into NORMAL, EXTEND0, EXTEND1, STUDYUSE, four modes.
NORMAL: Normal mode (ie factory default configuration)
EXTEND0: Extended 0 mode
EXTEND1: Extended 1 mode
STUDYUSE: Learning - Using the Mode (Infrared Use Mode)
3.3.3 Trigger Type / Trigger Module / Event Type
KEY (button trigger)>>KEY KEY1-6 options Short / long press
ENCODE (Rotation Trigger): ENCODE>> ENCODE >> L / R

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IR-IN (Infrared reception):
RS232 (232 trigger): RS232 >> RS232-0 / RS-232-1 >> receive command comparison
RS485 (485 trigger): RS485 >> RS485-0>>receive instruction comparison
RS232 and RS485 trigger include receiving external input and output to external device,
when receiving preset trigger command. That is to implement this
A series of preset actions under a preset event.
3.3.4 Add event and event list
Select mode - Trigger type - Trigger module - Event type - Event additional information,
click [Add event] to add all set trigger sources
Right event list box. Operation is as follows：

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Trigger source KEY, ENCODE can add any format information, easy to remember.
When the trigger source is IR-IN, RS232 and RS485 need to be added according to the
format (for example: RS232 receives the data as the character "123"
Additional information prefix format to be added asc: 123 or hex hex: 31 32 33)
Record trigger source list, number, mode, trigger source, additional information, the width
of the text box can be adjusted. Mouse click on the corresponding event list
You can delete the event or clear the current operation. When there are multiple trigger
sources, set the action selection, click the event in the event list, otherwise
Will be wrong.
3.3.5 action selection box
Action selection box corresponds to the type of action →action module →action type.
Action types include eleven kinds of action, followed by down, namely,
LED →IR-OUT →RS232 →RS485 →REALY →BUZZER →LED-RGB →LCD →LOOP,
as shown below

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LED (button light): LED1-6 action module corresponding button 1-6LED light, the action
type corresponds to ON / OFF,
IR-OUT: In the same way, IR-IN (IR-IN in trigger source is receive instruction and IR-OUT
in motion box is send instruction)
RS232 (232 action): There RS232_0 and RS232_1 corresponding to the product 1RS232
and 2RS232 terminals, action class
Choose to send. Note that in the action additional information box can only fill in the
corresponding send string or baud rate
RS485 (485 action): The same reason RS232 (RS485 supports cascade on the basis of
RS232, the transmission distance is tens of meters to the top of the kilometer)
REALY (relay action): RELAY_0 and RELAY_1 correspond to 1 relay and 2 relay on the
device, respectively, to select whether it is closed or off
On, an
y
additional information can be added in the action additional info box fo
r
eas
y
memory.

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DELAY (delay action): only the number of actions can be written in the action additional
information box in ms, such as write 3000, representing 3s delay.
BUZZER (buzzer): open, close, add action Additional information in setting the frequency
can only enter numbers, enter 1000, on behalf of the setting
BUZZER frequency of 1000. Add action Additional information When opened, closed, you
can add other memorable information.
LED_RGB (colorful lights): colorful lights by the three LED lights, the color changes with
the rotary encoder, click to close.

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LCD (screen backlight): You can control the backlight on or off
LOOP (Loop): Loop current action list options
Specific settings are as follows,
1. Pre-set LOOPStat, action additional signal to add the number of cycles
2. Set the current action required
3. Set LOOPed, the end of this cycle
3.4 Key/rotary knob/LED testings
Connect the device to PC via USB, enter PC device manager, check if the PC can find the
device with correct “STM Port Prefix”. Again open device software, connect
corresponding port, then enter user interface.
1). Set mode to “Normal”, trigger type to “Key”, trigger module to “KEY1-6”, event
to “Short click”.

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Remark: You can add any information in additional event information for memory and
differentiation.
2). Add event to event list, click to choose the event.
3). Choose LED from Action type, LED1-6 from Action module, Open from Action
type.
4). When completed, it’ll show up on Action List, Action No. Is decided by the order
they were added.

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*1：You can set LED2-6 following the steps above.
*1：If the host can close the port, restart the device.
*2：When download is completed, disconnect the port at the menu, plug out the
USB.
Conclusion: See testing feedback summarizing at the end of the report.
3.5 Buzzer testings
Set the trigger source with a programmer , choose the buzzer as the action, on and off.
Then check if the buzzer can respond to the commands.
Conclusion: See testing feedback summarizing at the end of the report.
3.6 RS232 Pass through testings
Configure the trigger source with RS232-0 port, type in commands. Action: RS232-1 send
command to control the devices which can receive an RS232 command and complete
data transmission. Diagram as below:

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*1：The command should follow fixed format (Eg. If an RS232 command contains
“123”, then additional event information should be asc:123 or hex:31 32 33 in hex.)
*2：When configuration is completed, click download and send it to device.
Conclusion: See testing feedback summarizing at the end of the report.
3.6 RS485 pass through
Open device In Tool, Selet Mode “KEY1” , Select Event Type “short”, write event thing,
click“add Event”.
you can see event contents will show in right frame.
Select Act kind “RS232”, selt Mode“RS232-1”, then ACT type “Send”.
Write act message, click “add act”. you can see the act lists will show in right frame. (see
as below)