AKWebIO

MB_Eastron SDM120_Modbus_RTU-TCP.xml

KMTronic Plug-in and Creating Devices on HomeSeer HS3

We already have a plug-in for Sonoff's with Tasmota firmware which works great and we use it all the time, but sometimes WiFi isn't good enough especially for controls outside of the home or in a situation where reliability is important. For these cases we introduce the KMTronic Web Relay, an Ethernet based 8 relay device with optional DIN mounting. With the Web Relay we can control 8 individual relays using HomeSeer and our KMT Plug-in. We already use these both inside and outside of the building and find them very reliable and cost effective especially as compared to devices such as the Adam 6060 at 5 times the price. Likewise, sometimes temperature measurement is required with a degree of reliability and flexibility, such as monitoring external temperature, or water temperature. The one-wire DS18B20 is an established and reliable sensor available in many form factors and each LAN-DS1820 unit can support up to 4 of these.

https://shop.homeseer.com/products/dsl-kmtronic-software-plug-in-for-hs3

User Guide

https://www.gen.net.uk/kmtronic-homeseer

Main Features

• • Digital Output and DS1820 Temperature Monitoring
  • Ethernet (Wired) for reliability
  • TCP/IP Protocol
  • Monitored units with error handling
  • Queue based processing to avoid loading HS3

What's Included

• • Software License Codes

Requirements

• • HomeSeer HS3 or HS3PRO
  • Compatible with Windows
  • KMTronic Devices (either Web Relay or LAN DS18B20 WEB Temperature Monitor or both)
    
    
    
    
    

Heatmiser EDGE ModBus Thermostat

Protocol:
EDGE SERIES MODBUS COMMUNICATION PROTOCOL V1.8

Communication protocol:
1. UART Baud Rate: 9600
2. UART Parity: None
3. Communications ID Rang：0-32 ,255

Heatmiser EDGE
The Heatmiser EDGE is 230v powered Thermostat that is compatible with the Heatmiser wireless air sensor and wireless door/window switch. The wireless air sensor function is perfect for those looking to measure the temperature in another location and for those with larger open plan properties, multiple air sensors can be used to create an average temperature.

The Heatmiser EDGE can be set to work as a non programmable, 5/2 day, 7 day or 24 hour programmable thermostat.

230V Powered
Wireless Air Sensor Function
Modbus Network Function

Testing Heatmiser EDGE ModBus Thermostat with ModbusMAT freeware program and KMtronic USB<>RS485 adapter

Testing Heatmiser EDGE ModBus Thermostat with ModbusMAT freeware program and KMtronic USB<>RS485 adapter

Testing Heatmiser EDGE ModBus Thermostat with ModbusMAT freeware program and KMtronic USB<>RS485 adapter

Testing Heatmiser EDGE ModBus Thermostat with ModbusMAT freeware program and KMtronic USB<>RS485 adapter

Home Assistant

"configuration.yaml"

Working file for KMtronic ModBus Temperature Monitor

homeassistant:
 # Name of the location where Home Assistant is running
 name: Home
 # Location required to calculate the time the sun rises and sets
 latitude: 43.123777
 longitude: 25.688826
 # Impacts weather/sunrise data (altitude above sea level in meters)
 elevation: 542
 # metric for Metric, imperial for Imperial
 unit_system: metric
 # Pick yours from here: http://en.wikipedia.org/wiki/List_of_tz_database_time_zones
 time_zone: Europe/Sofia
 # Customization file
 customize: !include customize.yaml

# Show links to resources in log and frontend
introduction:

# Enables the frontend
frontend:

# Enables configuration UI
config:

http:
 # Secrets are defined in the file secrets.yaml
 # api_password: !secret http_password
 # Uncomment this if you are using SSL/TLS, running in Docker container, etc.
 # base_url: example.duckdns.org:8123

# Checks for available updates
# Note: This component will send some information about your system to
# the developers to assist with development of Home Assistant.
# For more information, please see:
# https://home-assistant.io/blog/2016/10/25/explaining-the-updater/
updater:
 # Optional, allows Home Assistant developers to focus on popular components.
 # include_used_components: true

# Discover some devices automatically
discovery:

# Allows you to issue voice commands from the frontend in enabled browsers
conversation:

# Enables support for tracking state changes over time
history:

# View all events in a logbook
logbook:

# Enables a map showing the location of tracked devices
map:

# Track the sun
sun:

# Text to speech
tts:
 - platform: google

modbus:
 type: tcp
 host: 192.168.1.210
 port: 502
 
sensor:
 platform: modbus
 registers:
 - name: Sensor3
 unit_of_measurement: °C
 slave: 1
 register: 0
 count: 2
 register_type: input
 data_type: float
 precision: 2


device_tracker:
 - platform: ping
 interval_seconds: 30
 consider_home: 1200
 hosts:
 josh_iphone: 192.168.1.105
 my_tablet: 192.168.1.168
 
group:
 living_room:
 - light.bowl
 - light.ceiling
 - light.tv_back_light
 entities:
 - light.bedroom
 - media_player.nexus_player

scene:
 - name: Romantic
 entities:
 light.tv_back_light: on
 light.ceiling:
 state: on
 xy_color: [0.33, 0.66]
 brightness: 200
 - name: Movies
 entities:
 light.tv_back_light:
 state: on
 brightness: 100
 light.ceiling: off
 media_player.sony_bravia_tv:
 source: HDMI 1


 
#group: !include groups.yaml
automation: !include automations.yaml
script: !include scripts.yaml

"

Home Assistant: KMtronic ModBus Temperature Monitor

Home Assistant: KMtronic ModBus Temperature Monitor 

APT (Astro Photography Tool) added support Canon/Nikon KMTronic based shutter cable

https://ideiki.com/astro/usersguide/kmtronic_cable.htm

Simple wired option:

Cable 1 meter option:

Connection:

Result:

Receive POST data using PHP

 ------------------------------------------------------------------------------


PHP file:

<?php

$date = date('Ymd');
$time = date('H:i:s');
$hourtime = date('H:i');
$unixtime = time();

$file = "/var/www/html/data/".$date.".log";
$current = file_get_contents($file);

$current .= $date;
$current .= "-";
$current .= $time;
$current .= "\t";
$current .= $unixtime;
$current .= "\t";

$temp = $_POST['temperature'];

$temp2 = implode("",$_POST['temperature']);

$current .=  $temp2;
$current .= "\r\n";

// Write the contents back to the file
file_put_contents($file, $current);

// a:2:{s:9:"device_id";s:10:"B3D53A5348";s:11:"temperature";a:1:{s:18:"'282b91240700002e'";s:5:"15.43";}}

?>

DATA file:
20161229-00:00:21    1482962421    22.75
20161229-00:00:56    1482962456    22.75
20161229-00:01:30    1482962490    22.75
20161229-00:02:04    1482962524    22.75
20161229-00:02:38    1482962558    22.75
20161229-00:03:12    1482962592    22.75
20161229-00:03:46    1482962626    22.75
20161229-00:04:20    1482962660    22.75
20161229-00:04:54    1482962694    22.75
20161229-00:05:28    1482962728    22.81
20161229-00:06:02    1482962762    22.81
...
...
...
...
...

 Domoticz lua script to convert XML output from KMTronic

DS1820 LAN module

 ------------------------------------------------------------------------------
--
--
-- Domoticz lua script to convert XML output from KMTronic DS1820 LAN module
-- Reads the temperature based on the unique ID of the sensor and passes it
-- back to a virtual temperature sensor(s)
-- sensors in Domoticz
--
------------------------------------------------------------------------------
-- Rob Allen 12/04/2016
------------------------------------------------------------------------------

 Thank you Rob!

Add DUMMY device (in example "ROOM DATA")

Create a temperature type sensor (in an example "T1")

Check that is available in Devices

Check what is sensor ID (in example 70)

Download from here LUA script:
http://www.domoticz.com/forum/viewtopic.php?t=6456#p83096

Put in "domoticz/scripts/lua/"
and rename to
"script_time_kmtronic.lua"

Check ID your first sensor in your Temperature monitor (in example 28006D2307000061)

Next change in example
ID from "108" to your - "70"
Sensor ID from example 28006D2307000061 with your ID

and

Device_IP = "172.16.227.201" with your (in example "192.168.1.199")

More information:   
http://www.domoticz.com/forum/viewtopic.php?t=6456#p83096

KMTronic User Manuals

1 Channel Relays

U1CRASB - USB ONE CHANNEL RELAY PCB ASCII BOX

U1CR - USB ONE CHANNEL RELAY PCB

U1CRBD - USB ONE CHANNEL RELAY BOX DIN

U1CRB - USB ONE CHANNEL RELAY BOX

2 Channel Relays

C2R5 - TWO CHANNEL RELAY 5V

C2R12 - TWO CHANNEL RELAY 12V

C2R24 - TWO CHANNEL RELAY 24V

U2CR - USB TWO CHANNEL RELAY

U2CRD - USB TWO CHANNEL RELAY DIN

UD2CR - UDP TWO CHANNEL RELAY

UD2CRB - UDP TWO CHANNEL RELAY BOX

W2CR - WEB TWO CHANNEL RELAY

4 Channel Relays

USB4REL_BOX - USB FOUR CHANNEL RELAY

R2S4CR - RS232 FOUR CHANNEL RELAY

R4S4CR - RS485 FOUR CHANNEL RELAY

R4S4CRD - RS485 FOUR CHANNEL RELAY DIN

R4S4CRM - RS485 FOUR CHANNEL RELAY MODBUS

R4S4CRMD - RS485 FOUR CHANNEL RELAY MODBUS DIN

U4CR - USB FOUR CHANNEL RELAY

W4CR - WEB FOUR CHANNEL RELAY

UD4CR - UDP FOUR CHANNEL RELAY

8 Channel Relays

RF8CR - RF433MHz EIGHT CHANNEL RELAY

R2S8CR - RS232 EIGHT CHANNEL RELAY

R4S8CR - RS485 EIGHT CHANNEL RELAY

R4S8CRD - RS485 EIGHT CHANNEL RELAY

R4S8CRM - RS485 EIGHT CHANNEL RELAY MODBUS

U8CR - USB EIGHT CHANNEL RELAY

U8CRD - USB EIGHT CHANNEL RELAY DIN

U8CRFTDI - USB EIGHT CHANNEL RELAY

UD8CR - UDP EIGHT CHANNEL RELAY

W8CR - WEB EIGHT CHANNEL RELAY

DW8CR - DOMOTICZ LAN EIGHT CHANNEL RELAY

Others

USBRS485 - USB to RS485 FTDI Interface Converter - BOX

USBRS485O - USB to RS485 FTDI Interface Optoisolated Converter - BOX

SS_MODBUS_TCP_LAN - MODBUS LAN TCP/IP to Modbus RS485 RTU Serial Converter

SS_USB_RFID - USB RFID 125 kHz Access Control Reader Module