Articles (29)
Control KMtronic USB relays using AutoHotkey script
Written by Super User
info.kmtronic.com/software/AutoHotkey/kmtronic-autohotkey.zip
UDP RF433MHz Transmitter
1. Open UDP RF433MHz Transmitter "PIN Configuration" menu
2. Enter your PIN code (in example 1234) and ckick Save
3. Turn OFF (up) all DIP Switches RF433MHz Relay board (PIN SET MODE)
4. Download and run UDP Test software
http://info.kmtronic.com/kmtronic-udp-test-software.html
5. Enter IP, Port, Command FF0101, click on Open and next Send
Software must receive reply from board
6. Turn ON (down) DIP Switch '1' RF433MHz Relay board
7. Click on Send again and Relay1 will turn ON
Software will receive reply from board that Relay1
RF 433MHz Relays commands
| ON Command | OFF Command | ||||||
| DEC | HEX | DEC | HEX | ||||
| Relay Board ID:01 | Relay 1 | Channel 1 | 255 1 1 | FF 01 01 | 255 1 0 | FF 01 00 | |
| Relay 2 | Channel 2 | 255 2 1 | FF 02 01 | 255 2 0 | FF 02 00 | ||
| Relay 3 | Channel 3 | 255 3 1 | FF 03 01 | 255 3 0 | FF 03 00 | ||
| Relay 4 | Channel 4 | 255 4 1 | FF 04 01 | 255 4 0 | FF 04 00 | ||
| Relay 5 | Channel 5 | 255 5 1 | FF 05 01 | 255 5 0 | FF 05 00 | ||
| Relay 6 | Channel 6 | 255 6 1 | FF 06 01 | 255 6 0 | FF 06 00 | ||
| Relay 7 | Channel 7 | 255 7 1 | FF 07 01 | 255 7 0 | FF 07 00 | ||
| Relay 8 | Channel 8 | 255 8 1 | FF 08 01 | 255 8 0 | FF 08 00 | ||
| Relay Board ID:02 | Relay 1 | Channel 9 | 255 9 1 | FF 09 01 | 255 9 0 | FF 09 00 | |
| Relay 2 | Channel 10 | 255 10 1 | FF 0A 01 | 255 10 0 | FF 0A 00 | ||
| Relay 3 | Channel 11 | 255 11 1 | FF 0B 01 | 255 11 0 | FF 0B 00 | ||
| Relay 4 | Channel 12 | 255 12 1 | FF 0C 01 | 255 12 0 | FF 0C 00 | ||
| Relay 5 | Channel 13 | 255 13 1 | FF 0D 01 | 255 13 0 | FF 0D 00 | ||
| Relay 6 | Channel 14 | 255 14 1 | FF 0E 01 | 255 14 0 | FF 0E 00 | ||
| Relay 7 | Channel 15 | 255 15 1 | FF 0F 01 | 255 15 0 | FF 0F 00 | ||
| Relay 8 | Channel 16 | 255 16 1 | FF 10 01 | 255 16 0 | FF 10 00 | ||
| Relay Board ID:03 | Relay 1 | Channel 17 | 255 17 1 | FF 11 01 | 255 17 0 | FF 11 00 | |
| Relay 2 | Channel 18 | 255 18 1 | FF 12 01 | 255 18 0 | FF 12 00 | ||
| Relay 3 | Channel 19 | 255 19 1 | FF 13 01 | 255 19 0 | FF 13 00 | ||
| Relay 4 | Channel 20 | 255 20 1 | FF 14 01 | 255 20 0 | FF 14 00 | ||
| Relay 5 | Channel 21 | 255 21 1 | FF 15 01 | 255 21 0 | FF 15 00 | ||
| Relay 6 | Channel 22 | 255 22 1 | FF 16 01 | 255 22 0 | FF 16 00 | ||
| Relay 7 | Channel 23 | 255 23 1 | FF 17 01 | 255 23 0 | FF 17 00 | ||
| Relay 8 | Channel 24 | 255 24 1 | FF 18 01 | 255 24 0 | FF 18 00 | ||
| Relay Board ID:04 | Relay 1 | Channel 25 | 255 25 1 | FF 19 01 | 255 25 0 | FF 19 00 | |
| Relay 2 | Channel 26 | 255 26 1 | FF 1A 01 | 255 26 0 | FF 1A 00 | ||
| Relay 3 | Channel 27 | 255 27 1 | FF 1B 01 | 255 27 0 | FF 1B 00 | ||
| Relay 4 | Channel 28 | 255 28 1 | FF 1C 01 | 255 28 0 | FF 1C 00 | ||
| Relay 5 | Channel 29 | 255 29 1 | FF 1D 01 | 255 29 0 | FF 1D 00 | ||
| Relay 6 | Channel 30 | 255 30 1 | FF 1E 01 | 255 30 0 | FF 1E 00 | ||
| Relay 7 | Channel 31 | 255 31 1 | FF 1F 01 | 255 31 0 | FF 1F 00 | ||
| Relay 8 | Channel 32 | 255 32 1 | FF 20 01 | 255 32 0 | FF 20 00 | ||
| Relay Board ID:05 | Relay 1 | Channel 33 | 255 33 1 | FF 21 01 | 255 33 0 | FF 21 00 | |
| Relay 2 | Channel 34 | 255 34 1 | FF 22 01 | 255 34 0 | FF 22 00 | ||
| Relay 3 | Channel 35 | 255 35 1 | FF 23 01 | 255 35 0 | FF 23 00 | ||
| Relay 4 | Channel 36 | 255 36 1 | FF 24 01 | 255 36 0 | FF 24 00 | ||
| Relay 5 | Channel 37 | 255 37 1 | FF 25 01 | 255 37 0 | FF 25 00 | ||
| Relay 6 | Channel 38 | 255 38 1 | FF 26 01 | 255 38 0 | FF 26 00 | ||
| Relay 7 | Channel 39 | 255 39 1 | FF 27 01 | 255 39 0 | FF 27 00 | ||
| Relay Board ID:06 | Relay 8 | Channel 40 | 255 40 1 | FF 28 01 | 255 40 0 | FF 28 00 | |
| Relay 1 | Channel 41 | 255 41 1 | FF 29 01 | 255 41 0 | FF 29 00 | ||
| Relay 2 | Channel 42 | 255 42 1 | FF 2A 01 | 255 42 0 | FF 2A 00 | ||
| Relay 3 | Channel 43 | 255 43 1 | FF 2B 01 | 255 43 0 | FF 2B 00 | ||
| Relay 4 | Channel 44 | 255 44 1 | FF 2C 01 | 255 44 0 | FF 2C 00 | ||
| Relay 5 | Channel 45 | 255 45 1 | FF 2D 01 | 255 45 0 | FF 2D 00 | ||
| Relay 6 | Channel 46 | 255 46 1 | FF 2E 01 | 255 46 0 | FF 2E 00 | ||
| Relay 7 | Channel 47 | 255 47 1 | FF 2F 01 | 255 47 0 | FF 2F 00 | ||
| Relay 8 | Channel 48 | 255 48 1 | FF 30 01 | 255 48 0 | FF 30 00 | ||
Binary Commands
Relay Board ID:01 FF B1 xx
FF B1 xx - Set the status of the relays in HEX format where (xx) is the last byte corresponding for each relay.
For example:
FF B1 FF – All relay ON
FF B1 00 – All relay OFF
FF B1 10 – only (5) relay ON all others OFF and so on….
> FF B1 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay..
Relay Board ID:02 FF B2 xx
Relay Board ID:03 FF B3 xx
Relay Board ID:04 FF B4 xx
Relay Board ID:05 FF B5 xx
Relay Board ID:06 FF B6 xx
Status read commands
Relay Board ID:01
FF A1 00 - Status request command
> FF A1 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:02
FF A2 00 - Status request command
> FF A2 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:03
FF A3 00 - Status request command
> FF A3 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:04
FF A4 00 - Status request command
> FF A4 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:05
FF A5 00 - Status request command
> FF A5 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:06
FF A6 00 - Status request command
> FF A6 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Dip Switch (Address) Calculators
http://www.sabretechnology.co.uk/downloads/dipcalc.swf
http://www.chauvetlighting.com/chauvet-dip-switch-calculator/
http://www.thedmxwiki.com/dmx_definitions/dip_switches
http://www.xledlighting.co.uk/led-technology/dmx-dip-switch-calculator/
RF 433MHz Relays commands
| ON Command | OFF Command | ||||||
| DEC | HEX | DEC | HEX | ||||
| Relay Board ID:01 | Relay 1 | Channel 1 | 255 1 1 | FF 01 01 | 255 1 0 | FF 01 00 | |
| Relay 2 | Channel 2 | 255 2 1 | FF 02 01 | 255 2 0 | FF 02 00 | ||
| Relay 3 | Channel 3 | 255 3 1 | FF 03 01 | 255 3 0 | FF 03 00 | ||
| Relay 4 | Channel 4 | 255 4 1 | FF 04 01 | 255 4 0 | FF 04 00 | ||
| Relay 5 | Channel 5 | 255 5 1 | FF 05 01 | 255 5 0 | FF 05 00 | ||
| Relay 6 | Channel 6 | 255 6 1 | FF 06 01 | 255 6 0 | FF 06 00 | ||
| Relay 7 | Channel 7 | 255 7 1 | FF 07 01 | 255 7 0 | FF 07 00 | ||
| Relay 8 | Channel 8 | 255 8 1 | FF 08 01 | 255 8 0 | FF 08 00 | ||
| Relay Board ID:02 | Relay 1 | Channel 9 | 255 9 1 | FF 09 01 | 255 9 0 | FF 09 00 | |
| Relay 2 | Channel 10 | 255 10 1 | FF 0A 01 | 255 10 0 | FF 0A 00 | ||
| Relay 3 | Channel 11 | 255 11 1 | FF 0B 01 | 255 11 0 | FF 0B 00 | ||
| Relay 4 | Channel 12 | 255 12 1 | FF 0C 01 | 255 12 0 | FF 0C 00 | ||
| Relay 5 | Channel 13 | 255 13 1 | FF 0D 01 | 255 13 0 | FF 0D 00 | ||
| Relay 6 | Channel 14 | 255 14 1 | FF 0E 01 | 255 14 0 | FF 0E 00 | ||
| Relay 7 | Channel 15 | 255 15 1 | FF 0F 01 | 255 15 0 | FF 0F 00 | ||
| Relay 8 | Channel 16 | 255 16 1 | FF 10 01 | 255 16 0 | FF 10 00 | ||
| Relay Board ID:03 | Relay 1 | Channel 17 | 255 17 1 | FF 11 01 | 255 17 0 | FF 11 00 | |
| Relay 2 | Channel 18 | 255 18 1 | FF 12 01 | 255 18 0 | FF 12 00 | ||
| Relay 3 | Channel 19 | 255 19 1 | FF 13 01 | 255 19 0 | FF 13 00 | ||
| Relay 4 | Channel 20 | 255 20 1 | FF 14 01 | 255 20 0 | FF 14 00 | ||
| Relay 5 | Channel 21 | 255 21 1 | FF 15 01 | 255 21 0 | FF 15 00 | ||
| Relay 6 | Channel 22 | 255 22 1 | FF 16 01 | 255 22 0 | FF 16 00 | ||
| Relay 7 | Channel 23 | 255 23 1 | FF 17 01 | 255 23 0 | FF 17 00 | ||
| Relay 8 | Channel 24 | 255 24 1 | FF 18 01 | 255 24 0 | FF 18 00 | ||
| Relay Board ID:04 | Relay 1 | Channel 25 | 255 25 1 | FF 19 01 | 255 25 0 | FF 19 00 | |
| Relay 2 | Channel 26 | 255 26 1 | FF 1A 01 | 255 26 0 | FF 1A 00 | ||
| Relay 3 | Channel 27 | 255 27 1 | FF 1B 01 | 255 27 0 | FF 1B 00 | ||
| Relay 4 | Channel 28 | 255 28 1 | FF 1C 01 | 255 28 0 | FF 1C 00 | ||
| Relay 5 | Channel 29 | 255 29 1 | FF 1D 01 | 255 29 0 | FF 1D 00 | ||
| Relay 6 | Channel 30 | 255 30 1 | FF 1E 01 | 255 30 0 | FF 1E 00 | ||
| Relay 7 | Channel 31 | 255 31 1 | FF 1F 01 | 255 31 0 | FF 1F 00 | ||
| Relay 8 | Channel 32 | 255 32 1 | FF 20 01 | 255 32 0 | FF 20 00 | ||
| Relay Board ID:05 | Relay 1 | Channel 33 | 255 33 1 | FF 21 01 | 255 33 0 | FF 21 00 | |
| Relay 2 | Channel 34 | 255 34 1 | FF 22 01 | 255 34 0 | FF 22 00 | ||
| Relay 3 | Channel 35 | 255 35 1 | FF 23 01 | 255 35 0 | FF 23 00 | ||
| Relay 4 | Channel 36 | 255 36 1 | FF 24 01 | 255 36 0 | FF 24 00 | ||
| Relay 5 | Channel 37 | 255 37 1 | FF 25 01 | 255 37 0 | FF 25 00 | ||
| Relay 6 | Channel 38 | 255 38 1 | FF 26 01 | 255 38 0 | FF 26 00 | ||
| Relay 7 | Channel 39 | 255 39 1 | FF 27 01 | 255 39 0 | FF 27 00 | ||
| Relay Board ID:06 | Relay 8 | Channel 40 | 255 40 1 | FF 28 01 | 255 40 0 | FF 28 00 | |
| Relay 1 | Channel 41 | 255 41 1 | FF 29 01 | 255 41 0 | FF 29 00 | ||
| Relay 2 | Channel 42 | 255 42 1 | FF 2A 01 | 255 42 0 | FF 2A 00 | ||
| Relay 3 | Channel 43 | 255 43 1 | FF 2B 01 | 255 43 0 | FF 2B 00 | ||
| Relay 4 | Channel 44 | 255 44 1 | FF 2C 01 | 255 44 0 | FF 2C 00 | ||
| Relay 5 | Channel 45 | 255 45 1 | FF 2D 01 | 255 45 0 | FF 2D 00 | ||
| Relay 6 | Channel 46 | 255 46 1 | FF 2E 01 | 255 46 0 | FF 2E 00 | ||
| Relay 7 | Channel 47 | 255 47 1 | FF 2F 01 | 255 47 0 | FF 2F 00 | ||
| Relay 8 | Channel 48 | 255 48 1 | FF 30 01 | 255 48 0 | FF 30 00 | ||
Binary Commands
Relay Board ID:01 FF B1 xx
FF B1 xx - Set the status of the relays in HEX format where (xx) is the last byte corresponding for each relay.
For example:
FF B1 FF – All relay ON
FF B1 00 – All relay OFF
FF B1 10 – only (5) relay ON all others OFF and so on….
> FF B1 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay..
Relay Board ID:02 FF B2 xx
Relay Board ID:03 FF B3 xx
Relay Board ID:04 FF B4 xx
Relay Board ID:05 FF B5 xx
Relay Board ID:06 FF B6 xx
Status read commands
Relay Board ID:01
FF A1 00 - Status request command
> FF A1 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:02
FF A2 00 - Status request command
> FF A2 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:03
FF A3 00 - Status request command
> FF A3 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:04
FF A4 00 - Status request command
> FF A4 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:05
FF A5 00 - Status request command
> FF A5 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Relay Board ID:06
FF A6 00 - Status request command
> FF A6 xx xx xx xx xx xx xx xx - Reply from relay where xx is status: 01 - Relay is ON, 00 - Relay is OFF
First byte is status first relay, Eight byte is status eight relay
Dip Switch (Address) Calculators
http://www.sabretechnology.co.uk/downloads/dipcalc.swf
http://www.chauvetlighting.com/chauvet-dip-switch-calculator/
http://www.thedmxwiki.com/dmx_definitions/dip_switches
http://www.xledlighting.co.uk/led-technology/dmx-dip-switch-calculator/
KMTronic PELCO D Test software:
http://www.info.kmtronic.com/software/PTZ/KMTronic_PelcoD_Tester.zip
Commands:
FF 01 00 00 00 00 - STOP
FF 01 00 04 3F 00 - LEFT
FF 01 00 02 3F 00 - RIGHT
FF 01 00 08 00 3F - UP
FF 01 00 10 00 3F - DOWN
FF 01 00 0C 3F 3F - LEFT-UP
FF 01 00 0A 3F 3F - RIGHT-UP
FF 01 00 12 3F 3F - RIGHT-DOWN
FF 01 00 14 3F 3F - LEFT-DOWN
FF 01 10 00 00 00 - AUTOSCAN
FF 01 00 20 00 00 - ZOOM+
FF 01 00 40 00 00 - ZOOM-
FF 01 00 08 00 00 - FOCUS+
FF 01 01 00 00 00 - FOCUS-
FF 01 00 07 00 <PRESET> - CALL PRESET
NOTE: You don't need to enter checksum manually. The software automatically calculates checksum and adds it to the main command.
NOTE
SOME FRITZ!Box modems require RJ-45 REVERSE POLARITY CAT5 CABLE !
1. Connect LAN board to any PC or Laptop and using this procedure enable DHCP:
http://www.info.kmtronic.com/how-to-change-default-settings-kmtronic-lan-board.html
2. Connect board to FRITZ!Box and check IP board (in this example 192.168.178.20):
3. Click on IP address and open Relay board WEb Server
--- Tested with FRITZ!Box 7390 ---
Loop-back Test Procedure for checking your Serial ports or
USBtoSerial Converters
1. If you have a USBtoSerial Converter, plug it in.
If you using Windows XP and newer before install drivers please check follow this information:
http://info.kmtronic.com/ftdi-virtual-com-port-drivers-installation.html
If you using Windows 7, Vista, 8 ... wait until Windows install drivers automatically.
2. You should check Device Manager to see if it is there first!
After the drivers' installed, an additional COM port appears in the Device Manager of Windows - usually, it is COM3, COM4 COM5 ...
Then proceed.
3. Connect RX PIN to TX PIN only
4. Download and run Loopback Test Software:
http://www.info.kmtronic.com/software/KMTronic_Loopback_Tester.zip
5. Choose COM port, click Open, write word or symbol and click Send
If you see reply the same you send - CONGRATULATIONs!
Driver is installed correctly and hardware work.
http://info.kmtronic.com/ftdi-virtual-com-port-drivers-installation.html
How to change default settings KMTronic LAN board
Written by Super User
Turn OFF Wi-Fi Internet if you using Laptop PC.
Open ‘Network and Sharing Center’ and go to ‘Local Area Connection’ properties.
Set as show in next screenshots:
Connect to PC direct !!!
Open Explorer and type 192.168.1.199 and press Enter.
If all is right you will see Login menu board.
Type ‘admin’ ‘admin’ and go to Configuration page, change Board IP address, Gateway IP address and click Save Config.
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