2-Wire ML.016 MiLo User manual

Qonnex
33
Quick start 2-Wire v3.0
ML.016 MiLo Webserver
MiLo is a wireless energy consumption
manager primarily intended for use in
homes. From the web browser on your
tablet or PC you surf to the website in the
MiLo module and so you can view energy
consumption and costs from anywhere in
the world up to 1 year ago whether to
operate individual consumers manually or
via time clocks.
Total consumption is read out: via the P1
port to the digital meter or with the optional set P1 via the two pulsing
inputs at the back of the MiLo module. Individual appliances are
measured via switchable energy plugs while with the RF gateway Modbus
energy meters are connected to measure large partial consumers directly
in the fuse box. The ECF.08, on the other, is good for directly reading
wired consumers via wireless CT coils.
1. Connect:
Connect the MILO with the supplied USB charger. The LED will first light
up constantly, and after 3 seconds permanent flash with a 1 second
interval. This means that the MILO is not yet linked to your WiFi network.
At the top is a 'reset button', press it for about 5
seconds until the LED is constantly lit. The MILO is
now a 'WiFi access point', with the name '2-WIRE
MILO'.
Choose 'WiFi networks' on your laptop or tablet or
smartphone and if it works properly, the list
should now contain: '2-WIRE MILO'. Select this
network and connect to it. If you are asked for a
key (password): 'adminMILO'.
Automatically you will be connected to a REDIRECT
page after 1-2 minutes (or surf yourself via PC,
tablet or smartphone to the IP address 8.8.8.8)
Note: if it does not work immediately, try again
with smartphone or tablet. If it still does not work, the Wi-Fi
signal may be too weak,if necessary try to pair MiLo first near
the WiFi router before you connect to P1.
Note: If you want to change an existing WiFi link, milo starts
again and press the reset button within 3 seconds until the LED
is continuously lit to enter the WiFi access point mode.
REDIRECT page:
Click on 'Configure WiFi' and a list of networks will
appear in your perimeter. You can now select
your WiFi network from the list (SSID), and also
enter the password of this network.
Default settings:
1. IPadres: 192.168.0.124 (your MILO web
page)
2. Gateway: 192.168.0.1 (needed for
internet access!)
3. Subnet mask: 255.255.255.0
4. Port No: 8081 (needed for port
forwarding in remote control)
These default IP addresses must be adjusted according to the settings of
your own WiFi network, it is important that all are in the same 'range' as
your PC.
Note: Optionally take over the IP address, subnet mask and
gateway from your PC, or from the proposal from the IP server
scanner tool, or you can temporarily set MiLo to DHCP to get a
free and fixed IP address. See online manual.
Note: With the server scanner tool of 2-WIRE which you install
on your PC you already get a proposal of the MiLO network
settings for this WiFi network. You can also test whether the
suggested IP address is still free with the 'Test via Ping' button.
Subnetmask and Gateway can be taken over from the PC
setting, as port number you choose e.g. 8081
Please note that setting MILO'sIP address is not possible from
the IP serverscanner.
Download: https://www.2-wire.net/product/ip-serverscanner/
And if not familiar with networking, better ask for help from a
network specialist!
After entering SSID, password and IP address, SUBNETMASK, Gateway
and port number,press SAVE and you will get the confirmation of the set
fixed MiLo IP address.
The laptop should now be brought back to the existing WiFi network. To
do this, go to WiFi networks and select your default WiFi network again if
this has not been done automatically.
Switching networks can sometimes take about 10 seconds.
Once on your standard WiFi network, surf to the set FIXED IP address and
port number (enter in the address bar of your browser, e.g.
192.168.0.226:8082) The port number must follow with a ':' decimal sign
after the IPadres!
And that's how you get to the home page of your MiLo web server.
Note: In your browser you may have to check whether
'SETTINGS - JAVASCRIPT' is on !
Note: It is best to make a shortcut on your PC, tablet or
smartphone so that you have an immediate connection to
consume you.
Link with the P1 port:
With the included RJ11 4P/4C cross-cable you can connect the MiLo to the
P1 port on the Dutch or Flemish digital meter.
And with the optional set P1 you can use the 2 impulse inputs of the MiLo
web server in addition to the P1
2. Configuration from tablet or PC:
Once on the MiLo webpage you will enter the MILO button at the top of
the setup screen:
The configuration is done on the basis of entering the correct serial
numbers which
1. or on the module FIX printed are: type EP.16A
2. or described in the module manual: type BC.002, ECF.08
3. Either be generated in the GW_TOOL button of the web
server: type RG.016 and ML.016
GW_TOOL BUTTON:
Example: Serial numbers P1 port measurements via MiLo:
Select the type of measurement on the left (e.g. P1 MiLo IMPORT), on the
right you get an internal serial number (02p0001).
The (internal) serial number must always start with '02p', '04p' or '05p' or
'06p' which determines the type of digital meter:
1. Nederland DSMR2.x:02p; DSMR 4.x :04p, of DSMR 5.x
:05p,België DSMR 5.x :06p
The last character determines the type of measurement:

Qonnex
34
Quick start 2-Wire v3.0
1 = import H+L /
2 = export H+L/
3 = gas/
4 = import H /
5 = importL /
6 = export H /
7 = exportL /
2. E.g. Digital meter with protocol DSMR4.0: 04p00001: import
consumption H+L/ 04p00002: export H+L (solar panels)/
04p00003: if gas meter is connected.
With this TOOL you can calculate the different serial numbers for the
inputs on the MiLo module or on the Gateway module so that you can
copy-fit them in the configuration column next to SNxx.
Note: The complete up-to-date manual can be found on the
website at the product sheet of the MiLo server, or at the online
tutorials.
3. General note:
 A MiLo server can log up to 16 energy channels and these
consist of a combination of:
1. The P1 port on the MiLo to the digital meter: P1
import, P1 export, P1 gas
2. The 2 pulsening inputs on the MiLo module
3. The P1 port connection to the RG.016 module
4. The 4 pulsening inputs on the RG.016 module
5. Modbus energy meters connected to an RG.016
module...
6. The 2 pulsening inputs on the BC.002 module
7. Smart plugs
8. The 4 CT and the 4 pulsening inputs on the EQF.08
module
 With the GWTOOL you can calculate the serial numbers for the
above inputs 1 to 5, the other serial numbers can be extracted
from the datasheet of the relevant module.
 The MiLo website is 'responsive' which means that a
smartphone, a tablet, Alexa and a PC each get their own
layout.
 With the FTP client or the HTTP client function you can upload
measurement data to a central platform for backup or for
comparison with other installations, more info in the extensive
manual on our website. FTP and HTTP generate the same
format csv file.
 With the PRINT function at 'details' you can generate almost
the same CSV file as with the FTP client.
 If the P1 port is not connected, it is advisable not to configure
it because otherwise the MiLo server always tries to
communicate without consequence, so that it will be in a
'loop'.
 Activate the Belgian digital meters in advance on the Fluvius
website to open the power supply and data to P1.
https://www.fluvius.be/nl/thema/meters-en-
meterstanden/activeer-desactiveer-je-gebruikerspoorten
 The IP server scanner tool for Windows is a useful tool to find
out the correct MiLo network settings. More info:
https://www.2-wire.net/product/ip-serverscanner/
 A nice extension is the LeON (USB) stick. This module is
connected to MiLo via WiFi and shows the current energy rate
(RED = day rate, BLUE = night rate, GREEN = injection into the
grid) on the basis of an RGB LED.
LeON is centrally set up in the house and so you always know
the right time to the dryer, dishwasher,... to boot.
4. Technical data:
General:
WiFi network 802.11 b/g/n/e/i (2.4 GHz), which needs internet access.
Tx power: 802.11 b: +20 dBm 802.11 g: +17 dBm 802.11 n: +14 dBm
Rx Sensitivity: 802.11 b: -91 dbm (11 Mbps) 802.11 g: -75 dbm (54 Mbps)
802.11 n: -72 dbm (MCS7)
Security: WPA/WPA2 ; Encryption: WEP/TKIP/AES
Network Protocols: IPv4, TCP/UDP/HTTP/FTP
Built-in antenna.
Built-in timer which is synchronized daily with a precise NTP clock.
Built-in RF transceiver 868 MHz which communicates with the modules.
Interior, depending on the structure (wood, concrete) a range of 20 to 50
meters is possible. (power 10-20mW)
Business conditions:
Operating temperature range: 10 °C to 50 °C
Range storage temperature: -10 °C to 60 °C
Maximum humidity: 90 %, no moisture condensation
Max. mounting height : 2000m
Physical properties:
Housing: plastic, self-extinguishing scion. UL94-V0
Degree of protection: IP20, EN 60529
Mounting indoors or in waterproof housing
Dimensions (h x w x l): 105mm x105mm x 30mm, 105 grams
Connections:
1. Built-in galvanically isolated pulsening inputs for gas and water meter.
potential-free !! max 5V/1mA (0-logic: < 0.7V) pulse duration: min. 10
ms, max 10 pulses/second
2. Built-in P1 port (galvanically isolated) for the new generation of digital
meters: import-export consumption and current consumption are
shown. (baud rate: 9600/115200)
3. Power supply: via USB charger 5V/0.5A. Average consumption: 5V/
100mA
Labels:
RoHS: Non-toxic, vlg.. GUIDELINES WEEE/RoHS
CE: In accordance with EMC and low voltage directive: HBES – EN
50090-2-2 and EN60950 – 1: 2006.
9. Installation prescription
The installation must be carried out by an approved installer and in
accordance with the applicable regulations.
During installation, (non-exhaustive list) must be taken into account:
- the laws, standards and regulations in force.
- the state of the art at the time of installation.
- this manual, which contains only general provisions and must be read in
the context of each specific installation.
- the rules of good workmanship.
This manual must be attached to the file of the electrical installation. On
the 2-Wire website you can always find the most recent manual of the
product.
10. Support
Do you want to exchange the product in case of a possible defect? Please
contact your wholesaler or the 2-wire support service. The contact details
can be found on our website www.2-wire.net/contact/
11. Warranty provisions
The warranty period is two years from the date of delivery. The delivery
date is the invoice date of purchase of the product by the consumer. If no
invoice is available, the production date applies. The consumer is obliged
to inform Qonnex bvba in writing about the lack of conformity, and this at
the latest within two months after determination. In the event of a lack of
conformity, the consumer is only entitled to a free repair or replacement
of the product, which is determined by Qonnex.
Qonnex is not responsible for a defect or damage as a result of incorrect
installation, improper or negligent use, incorrect operation,
transformation of the product, maintenance in violation of the
maintenance instructions or an external cause such as moisture damage
or damage due to overvoltage. The mandatory provisions in national law
on the sale of consumer goods and the protection of consumers in
countries where Qonnex sells directly or through distributors, agents or
permanent representatives take precedence over the above provisions
Qonnex bvba
B-9310 Aalst, Belgium
[email protected]
www.2-wire.net