Showing posts with label Automation. Show all posts
Showing posts with label Automation. Show all posts

Thursday, July 8, 2021

Open You Garage Door Remotely

In my example I have a GDO-6 EasyRoller Door.


Most roller doors have contacts that will open or close your roller door, you just need to find the pins on the board to connect to.


As you can see from the below picture you can install a external key switch to operate the roller door, these are the contacts that you can use to remotely open and close the door.
You can use a momentary push button switch or a momentary keyswitch as shown below 
Connection is done using the GND and OSC terminals


In my case I have connected this to my Ness M1 Gold automation Panel as it allows you to trigger it remotely and send a 3 second momentary short to the OSC and GND terminals to open or close the door.

You can quite easily connect to a UHF remote transmitter/ receiver like A 1018B : https://www.altronics.com.au/p/a1018b-uhf-remote-control-switch-system/

It has a monostable operation mode, when you press the remote it activates a relay for couple seconds which is all that is needed to open or close the garage door.



Thursday, December 24, 2015

Loza's Ness M1 Quick Help Guide

My M1 Helpfull notes

I was sick of reading the whole user and installation manual and other PDF's to find the answers I needed.

*********************************************** Ports to Forward


PortUseRoutingProtocol
2601Encrypted communications port Configurable by installer. 2601 is the default.Route outside to connect with NessRP and web browser through Internet/WAN.TCP
21M1XEP Firmware UpdatesRoute outside if ElkRP will connect via Internet/WAN to download firmware updates to the M1XEP.FTP/TCP
2101Plain text communications port. Configurable by installer. 2101 is default.Not be port orwarded outside the local networkTCP
26Web BrowserRoute outside to connect with web browser through Internet/WAN.TCP
2632The M1XEP listens on this port to respond to UDP a "FIND" Command.Not be port orwarded outside the local networkUDP

**************************************************
Having trouble comunicating between EKPRO app and the panel

Before beginning the M1XEP setup, please ensure that the Control is programmed to transmit ASCII strings
at 115,200 baud for each of its available conditions to allow the M1XEP to provide access to the information.

Using the Keypad Installer Programming, or the ElkRP software, access the Globals Menu (Menu-07) and program yes for options 35, 36, 37, 38, 39, and 40. Verify that Option 34 is set to 115,200.

Place a tick in Event log through to Keypad keys

These need to be enabled so that the M1 tells Keypad when a zone status has changed.





************************************************ 

Programming / Installers code : The Default is 172839
The serial number / RP Access Code : The Default 246801


M1XEP DHCP IP address : The Default is 192.168.0.251

Non-Secure Port : Values between 1024 and 49151 are valid : The Default is Port 2101 (Do not Map outside the local network)

SSL or Secure Port for encrypted communication : Values between 1024 and 49151 are valid. The Default Port is 2601.

************************************************ 

Great desktop program for your Ness M1 is the Elk M1ToGo : http://www.elkproducts.com/product-catalog/m1togo-user-interface-for-m1controls

Click on the Connect Local button


 M1ToGo will do a quick search


From here click on Connect, this will use your insecure port 2101, you will need to enter your user code into M1 User Code see below.


Your user code is found here



Or if you prefer a Secure Login, Tick Use Secure Connection, you will still need to enter your M! User Code as Above.

You will see that the port has now changed to Port 2601.




Click connect, you will prompted to enter a secure username and password.



Your secure username and password is found here.


Be Careful to user correct letter case, as you can see Loza has capital "L"




************************************************ 
If you have accidently deleted you account and its now asking for a username and password
and you happened to have Elkrp2 on another computer maybe a laptop, you can copy and paste the files from laptop back over to the pc which is having issues, make sure you take a backup first.

If it has been a while since you were connected you may be missing some updated information.
Make sure when you do log back in, that you press Receive all, then Receive all Globals first otherwise you will overwrite the information in the panel.



Files found : C:\ProgramData\RP

It worked for me

************************************************ 



 

Thursday, October 15, 2015

Swann SWHOM-DRIVE2 Modified With Relay Output

This Home /Office /driveway alert system gives you the best of two alarms.

The doorbell that tells you when someone is at your doorstep and the 2 PIR detect movement in two zoned areas.

The Indoor Alarm Receiver detects signals sent from the PIR sensors and doorbell

Led indicators on the receiver give you a visual response for the detected signals, either zone 1, Door bell or zone 2

This unit will chime a sound when motion is detected or it can be placed in silent mode with a visual indicator only.

The doorbell has 16 selectable chimes amd an adjustable volume slide switch  (Low, Medium and High).

It has a great value price of $49 from Bunnings.





1. Sensor 1 LED Indicator
2. Doorbell LED Indicator
3. Sensor 2 LED Indicator

If you would like to add a relay output then see below


I have connected this as a Normally closed switch to my Ness M1 Alarm Automation Panel and created a rule to email me when the zone became non secure.


When either of the zones 1 or 2 detect motion the receiver unit send voltage to the BC548 transistor which then sends 4.5v to the Relay which open the contacts on the Alarm Zone.

You will need to make sure that the sensor is under cover (Carport would be good) as it seems to trigger on hot days depending on angle of the sun.


Sunday, May 19, 2013

Shinybow RS232 Codes

8 X 8 Matrix

switch input 1 to output 1
SBI01O01
53 42 49 30 31 4f 30 31
switch input 2 to output 1
SBI02O01
53 42 49 30 32 4f 30 31
switch input 3 to output 1
SBI03O01
53 42 49 30 33 4f 30 31
switch input 4 to output 1
SBI04O01
53 42 49 30 34 4f 30 31
switch input 5 to output 1
SBI05O01
53 42 49 30 35 4f 30 31
switch input 6 to output 1
SBI06O01
53 42 49 30 36 4f 30 31
switch input 7 to output 1
SBI07O01
53 42 49 30 37 4f 30 31
switch input 8 to output 1
SBI08O01
53 42 49 30 38 4f 30 31
switch input 1 to output 2
SBI01O02
53 42 49 30 31 4f 30 32
switch input 2 to output 2
SBI02O02
53 42 49 30 32 4f 30 32
switch input 3 to output 2
SBI03O02
53 42 49 30 33 4f 30 32
switch input 4 to output 2
SBI04O02
53 42 49 30 34 4f 30 32
switch input 5 to output 2
SBI05O02
53 42 49 30 35 4f 30 32
switch input 6 to output 2
SBI06O02
53 42 49 30 36 4f 30 32
switch input 7 to output 2
SBI07O02
53 42 49 30 37 4f 30 32
switch input 8 to output 2
SBI08O02
53 42 49 30 38 4f 30 32
switch input 1 to output 3
SBI01O03
53 42 49 30 31 4f 30 33
switch input 2 to output 3
SBI02O03
53 42 49 30 32 4f 30 33
switch input 3 to output 3
SBI03O03
53 42 49 30 33 4f 30 33
switch input 4 to output 3
SBI04O03
53 42 49 30 34 4f 30 33
switch input 5 to output 3
SBI05O03
53 42 49 30 35 4f 30 33
switch input 6 to output 3
SBI06O03
53 42 49 30 36 4f 30 33
switch input 7 to output 3
SBI07O03
53 42 49 30 37 4f 30 33
switch input 8 to output 3
SBI08O03
53 42 49 30 38 4f 30 33
switch input 1 to output 4
SBI01O04
53 42 49 30 31 4f 30 34
switch input 2 to output 4
SBI02O04
53 42 49 30 32 4f 30 34
switch input 3 to output 4
SBI03O04
53 42 49 30 33 4f 30 34
switch input 4 to output 4
SBI04O04
53 42 49 30 34 4f 30 34
switch input 5 to output 4
SBI05O04
53 42 49 30 35 4f 30 34
switch input 6 to output 4
SBI06O04
53 42 49 30 36 4f 30 34
switch input 7 to output 4
SBI07O04
53 42 49 30 37 4f 30 34
switch input 8 to output 4
SBI08O04
53 42 49 30 38 4f 30 34
switch input 1 to output 5
SBI01O05
53 42 49 30 31 4f 30 35
switch input 2 to output 5
SBI02O05
53 42 49 30 32 4f 30 35
switch input 3 to output 5
SBI03O05
53 42 49 30 33 4f 30 35
switch input 4 to output 5
SBI04O05
53 42 49 30 34 4f 30 35
switch input 5 to output 5
SBI05O05
53 42 49 30 35 4f 30 35
switch input 6 to output 5
SBI06O05
53 42 49 30 36 4f 30 35
switch input 7 to output 5
SBI07O05
53 42 49 30 37 4f 30 35
switch input 8 to output 5
SBI08O05
53 42 49 30 38 4f 30 35
switch input 1 to output 6
SBI01O06
53 42 49 30 31 4f 30 36
switch input 2 to output 6
SBI02O06
53 42 49 30 32 4f 30 36
switch input 3 to output 6
SBI03O06
53 42 49 30 33 4f 30 36
switch input 4 to output 6
SBI04O06
53 42 49 30 34 4f 30 36
switch input 5 to output 6
SBI05O06
53 42 49 30 35 4f 30 36
switch input 6 to output 6
SBI06O06
53 42 49 30 36 4f 30 36
switch input 7 to output 6
SBI07O06
53 42 49 30 37 4f 30 36
switch input 8 to output 6
SBI08O06
53 42 49 30 38 4f 30 36
switch input 1 to output 7
SBI01O07
53 42 49 30 31 4f 30 37
switch input 2 to output 7
SBI02O07
53 42 49 30 32 4f 30 37
switch input 3 to output 7
SBI03O07
53 42 49 30 33 4f 30 37
switch input 4 to output 7
SBI04O07
53 42 49 30 34 4f 30 37
switch input 5 to output 7
SBI05O07
53 42 49 30 35 4f 30 37
switch input 6 to output 7
SBI06O07
53 42 49 30 36 4f 30 37
switch input 7 to output 7
SBI07O07
53 42 49 30 37 4f 30 37
switch input 8 to output 7
SBI08O07
53 42 49 30 38 4f 30 37
switch input 1 to output 8
SBI01O08
53 42 49 30 31 4f 30 38
switch input 2 to output 8
SBI02O08
53 42 49 30 32 4f 30 38
switch input 3 to output 8
SBI03O08
53 42 49 30 33 4f 30 38
switch input 4 to output 8
SBI04O08
53 42 49 30 34 4f 30 38
switch input 5 to output 8
SBI05O08
53 42 49 30 35 4f 30 38
switch input 6 to output 8
SBI06O08
53 42 49 30 36 4f 30 38
switch input 7 to output 8
SBI07O08
53 42 49 30 37 4f 30 38
switch input 8 to output 8
SBI08O08
53 42 49 30 38 4f 30 38


http://www.shinybowusa.com/shop/technical_support.php

http://www.shinybowusa.com/PDF/RS-232%20PROTOCOL.pdf