WELCOME EVERYBODY! How to make easier our weekdays? Automatic recording Universal remote controlling Distant access Securty system control Controlling playing devices from PC For example :
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This old woman likes to watching TV, video, she has air conditioner and so many device which need a remote control. But she always conflicting with them, because she has too many remote control.
What will help to her?
RS 232 Port for CFMC-1 configuration. This port is used to configurate the CFMC-1 by a PC. The system port also can be used for a remote device which controls the CFMC-1 by RS232.
This port is often used to connect the programming PC with the CFMC-1. A TCP/IP device can also be connected to the CFMC-1 by this front port.Connections Front
TCP/IP Client status LED:
Status-bar indicators of the IP-Clients. If a red LED is on, the IP-Client is
registered at the CFMC-1. The registration of the TCP/IP port is done in CF
MEDIA Studio in the “Devices” section. For further details please see chapter
5.4. in the CF-MEDIA Studio manual.
+5V status LED:
Power supply status indicator of the CFMC-1.
RF with status LED:
Status indicator for the radio signal. The LED lits when a submitted
radio signal is received
Compact Flash Slot:
You can connect the CF card here.
CF-Active status LED:
Access Indicator for the Compact Flash card. The blue LED lights on, if access to the data stored on the CF-card is taken.
IR-Learn with status LED:
LED indicator for the active Infra-red learning system. For further information how to learn a IR remote control please see chapter 5.2. in the CF-MEDIA Studio manual.
IRC-Output/Event-Input/RSC-Output status LED:
LED status indicator for the different type of ports. The LEDS lit on when- a command is transferred to an IRC- (red) or RSC- (green) Port - an Event Input is used (yellow LED)
Relay status LED:
Relay control status indicator. A red LED lits on, when a relay is set to “ON” status.
7x COM x (Tx):
Up to 7 RSC-controled devices can be connected to one CFMC-1.
Only connect the following pins on the CFMC-1 RSC-port if you want to use a RS-422 connection:
- Pin 4 (TX+)
- Pin 5 (GND)
- Pin 9 (TX-)
Don’t use fully connected RSC-cables.
Connection Feamal- Feamel Cable
Connection Feamel-Male Cable
Pin configuration RS422
Request To Send (RTS)/ Clear To Send (CTS) short circuit switch for RS 232/422 Ports. Some RSC-devices use RTS/CTS for connection. RTS/CTS isn’t normally needed. If you put the dip switch to status on and you are using a fully connected cable a bridge between pin 7 (RTS) and 8 (CTS) is established. Dip switch 1 is the dip for the first RSC-port and dip switch 7 is the dip for the seventh RSC-port.
The back system configuration port is working like the system port on the front panel. If you have a cable where pin2 and pin3 aren’t crossed you can cross the data lines by switching the dip switches.
Ground bolt to connect the CFMC.1 to earth ground.
Every CFMC-1 has 12 relay. The relay connection is executed by 2pole connectors. Every relay can hold up to 30 V with a maximum current of 1 A at resistive load.
Be careful to realize a external protection wiring for the relay contacts (flyback diode for DC, RC-combination for AC).
Every CFMC-1 can be connected with up to eight IR-devices. The infra-red connection is executed by 2pole connectors.
Every CFMC-1 has eight event-inputs. The connection is executed with 2 pole connectors.
Antenna port for KOMTECH 868 MHz radio control system.
DC IN +5V:
Power supply for the CFMC-1. The power supply is executed by an external power supply.
3x TCP/IP Ports:
There are TCP/IP ports where you can connect
- TCP/IP devices
- another CF-MEDIA systems
- a PC to program a CFMC-1 unit
- a PC to transfer data from the PC to a CFMC-1 unit
- a Panel which is used a remote for the CFMC-1 unit
- a device who just wants to use the integrated network switch for data transmission in a private network.
How he can solve this
The two things in one piece