Reonix Automation SCADADroid R2 User manual

2Contents
Contents
Preface
The Device
Seng Up The R2
About the Product 4
Preliminary Informaon 5
Document Scope 5
Warranty Informaon 5
Revision History 5
Unit Specicaons 6
SCADADroid Models 6
Physical Characteriscs 6
Cellular Characteriscs 7
Inial Physical Setup 8
SIM Card Installaon 8
Power Supply, Wiring and Switching 11
12-24 VDC Wiring 12
Micro USB Power 12
Sensor Input Wiring 12
Ethernet Network Conguraon 13
Web Browser Conguraon 14
Connecng to the SCADADroid 14
Overview Web Page Conguraon 15
System 16
Cellular Sengs 17
Email Sengs 17
VPN Status 18
Internet Status 18
Status Web Page 19
Status Web Page Schemacs 20
Alarm Conguraon Page 21
Alarms Page With Modbus License 21

3
Contents
Contents
Support
Alarms Page Without Modbus License 22
Common For All Alarms 23
Front Panel Alarms 24
MODBUS Alarms 24
MODBUS Connecon Loss Alarms 24
Modbus Conguraon Page 25
Modbus/ TCP Devices 27
Register Mapping 28
Phonebook Conguraon Page 29
Contacts 29
Work Shis 31
Shis 31
Shi Wizard 32
Advanced Setup 33
User Management 35
Tesng Tools 35
Periodic Nocaon 35
Internet Connecon 36
Remote Access 36
System Conguraon 37
Other Opons 37
License Page 37
Firmware Update Page 38
Stascs 39
Using the SCADADroid 41
Trouble Shoong 42
Index 45
Tech Support 47
Notes 48

4Preface
About the Product
The SCADADroid is an alarm callout unit
which can monitor a wide variety of
control sensors and systems. Alarm
conditions will send out notifications
to users through either SMS, email, or
voice calls. The SCADADroid has a relay
output that can be used for a number of
control or security applicaons. The relay
is controlled through the web interface by
users with appropriate credenals.
The SCADADroid is configured entirely
through an easy-to-use web interface.
No software is needed. Changes to any
parameter can be done while the unit
is in operation, no restart or program/
database transfer is required. The web
interface is compable with all browsers.
The SCADADroid requires an Ethernet
cable to program.
The penta-band cell modem within the
SCADADroid can communicate over many
dierent cell networks. The standard SIM
card required for cellular connecvity
should be from a carrier who has
coverage in the desired monitoring
location.

5
The Device
Preliminary Informaon
Users of this product are assumed to
have sound technical knowledge of
automation equipment, networking,
and systems integration. Should you
require clarification or elaboration on
any part of this manual please contact
Reonix Automation at 1 855 886-8506.
Reonix Automaon will repair or replace any
defecve units within 1 year of purchase.
This warranty applies to materials and
workmanship. The following will void
warranty:
• Unauthorized repair
• Negligent use
• Any form of alteraon or modicaon
• Misuse and/or mistreatment
• Water damage
Units requiring warranty repair or
replacement are to be shipped to Reonix
Automaon at the owner’s expense
and returned to the owner at Reonix
Automaon’s expense.
Document Scope
Warranty Informaon
Revision History
Revision
1.0
1.01
1.02
Details
First Release
Addion of Hazardous Area Warnings
Addion of Modbus License
Date
April 15, 2015
December 23, 2015
February 8, 2016

6The Device
With the default hardware conguraon, the inputs are acvated in the following
condions:
1. Grounding of the pin.
2. Applying 20-24V.
In terms of thresholds:
0 - 1V: acvated
1V - 6V : deacvated
6V-20V: undened
20V-24V: acvated
The inputs can be used with:
Open collector outputs to ground (no external supply)
Relays to ground (no external supply)
Switches to ground (no external supply)
Relay to 24V
Switch to 24V
5V TTL logic
Note: It cannot be used with 24V ‘logic’ outputs
Enclosure: SCADADroid is designed to be mounted in an enclosure. For Hazardous areas,
the SCADADroid is required to be mounted in a Type 1, Type 4, or Type 4X enclosure
depending on end applicaon environment.
Unit Specicaons
Inputs: 8 digital inputs Mounng: DIN rail mounted
Note: The DIN rail used for mounng the
module shall be bonded to ground
Input Power: USB (5 VDC), 1 amp
12-24 VDC, 1 amp
Dimensions: 6.5 cm x 7 cm x 12 cm
Catalog Descripon
SCADAdroid R2 Standard model with cell modem, 8 digital inputs, 1 relay
output, Ethernet connecon with VPN remote capability.
SCADAdroid R2-NM Ethernet connecon only, no cell modem installed, 8 digital inputs,
1 relay output, Ethernet connecon with VPN remote capability.
P h y s i c a l C h a r a c t e r i s  c s
SCADADroid Models

7
The Device
Penta-Band HSPA+
GSM Quad Band 850, 900, 1800, 1900 MHz
UMTS/HSPA Penta Band 850, 900, 1700, 1900, 2100 MHz
EGPRS / WCDMA / HSDPA / HSUPA Protocol Stack 3GPP Release 7
Voice and SMS
Output power
Class 4 (2W, 33 dBm) @ GSM 850 / 900
Class 1 (1W, 30 dBm) @ GSM 1800 / 1900
Class 3 (0.25W, 24 dBm) @ UMTS
Class E2 (0.5W, 27 dBm) @ EDGE 850 / 900
Class E2 (0.4W, 26 dBm) @ EDGE 1800 / 1900
Sensivity
-109.5 dBm @ 850/1900 MHz
-109 dBm @ 900 Mhz
-110 dBm @1800 Mhz
-111 dBm @ WCDMA B1 / B4/ B5
-110 dBm @ WCDMA B2 / B8
Data
HSPA: DL: Up to 21.0Mbps, UL: Up to 5.76Mbps
WCDMA: DL: Up to 384kbps, UL: Up to 384kbps
EDGE: DL: Up to 296kbps, UL: Up to 236.8kbps
GPRS: DL: Up to 107kbps, UL: Up to 85.6kbps
Asynchronous non transparent CSD up to 9.6 kbps
Operaonal Temperature Range -40C to +85C, (-40C to +40C for Hazardous areas)
Safety
Non-Incendive Electrical Equipment for Use in Class 1, Division 2, Groups A,B,C,D
Hazardous Areas, Temperature Code T5
SIM Card
Standard locking SIM card socket
E2 (0.4W, 26 dBm) @ EDGE 1800/1900
Modem
FCC ID:R17HE910
IC: 511A-HE910
C e l l u l a r C h a r a c t e r i s  c s

8 Seng Up The R2
Inial Physical Setup
Before proceeding, ensure that all
peripherals are removed from the unit.
This includes Ethernet, the 12 posion
wiring connector, USB cable, antenna, and
any microphone connected to the unit.
With a small Phillips screw driver, remove
the top 2 corner-screws from both the
front and back face plates. The top plate
should li o freely.
SIM Card Installaon
1. Remove Top plate from unit
Isolate unit and remove all peripherals

9
Seng Up The R2
Inside the unit, there is a circuit board
with a large white square chip and a black
rectangular plasc tray. With the unit’s
face plate facing you, slide the top piece
of the black SIM card tray toward the
right side of the unit. It should slide a few
millimeters and stop. If the tray does not
move easily it may already be unlocked.
Open the SIM card tray by liing upward
on the le side of it.
Pivot the SIM card tray unl it rests in
its original posion. Lightly press down
on the top of the tray and slide the tray
away from the pivot side. The tray will
move and lock into place.
The contact pads on the boom side of
the SIM should be facing in the direcon
of the SIM card tray so that when the tray
is lowered to its original posion the pads
will make contact with the exposed tray
contacts.
2. Open SIM Card Tray
4. Return SIM Card Tray and Lock it in Place
3. Insert SIM Card into Tray

10 Seng Up The R2
Return the top plate to the unit and
replace the previously removed
screws. The unit’s peripherals can now
be re-attached and the unit powered.
Return any peripherals to their original posion and proceed with setup.
5. Return Top Plate To Unit
6. Reconnect Peripherals
Important:
Do not power unit up without the antenna!
Important:
DIN rail where the module is installed has to
be bonded to ground.

11
Seng Up The R2
Power, input and output (I/O) wiring must be
in accordance with Class 1, Division 2 wiring
methods Arcle 501-4 (b) of the Naonal
Electrical Code, NFPA 70 for installaons in
the U.S., or as specied in Secon 18-1.12 of
the Canadian Electrical Code for installaons
within Canada and in accordance with the
authority having jurisdicon.
Explosion hazard: Substuon of components may
impair suitability for Class 1, Division 2.
Risque d’explosion: La substuon de composants peut
nuire à la conformité de Classe 1 , Division 2.
Explosion hazard: When in a hazardous locaon turn o
power before replacing or wiring SCADADroid.
Risque d’explosion: Lorsque dans une
zone dangereuse couper l’alimentaon électrique
avant de remplacer ou de câblage SCADADroid
Explosion hazard: Do not disconnect equipment unless
power has been switched o or the area is known to be
nonhazardous.
Explosion hazard: Baeries must only be changed in an
area free of ignible concentraons.
Explosion hazard: Do not connect or disconnect when
energized
Risque d’explosion: Ne débranchez pas l’équipement
que l’alimentaon est coupée ou que la zone est classé
non dangereux.
Risque d’explosion: Les Baeries ne doivent etre
remplacees que dans un emplacement exempt de
concentraons inammables.
Ne pas brancher ni debrancher sous tension.
Power Supply, Wiring and Switching

12 Seng Up The R2
Sensors inputs have internal pull-up
power. The devices need no power
source. Wire all inputs to the I/O common
input (labelled “O”).
Sensor Input Wiring
Input 1
Input
2
Input
3
Input
4
Input
5
Input
6
Input
7
Input
8
Power (COM)
I/O C ommmon( O)
Dry Contac t(N)
+
-
t°
It is recommended that the power supply
can provide a steady 1 amp of current. The
power is terminated at the 12 - posion
wiring connector.
The USB power supply should be a
switching - type supply with minimum 1
amp current - capability.
Micro USB Power12-24 VDC Wiring
The SCADADroid is powered through 1 of 2 means:
• 12-24 VDC
• Micro USB
Note: USB (5VDC) shall not be used in hazardous locaon
The unit can be powered with both sources and switch seamlessly between them in the
event of a power loss. The priority will be 12-24 VDC, and then USB.

13
Seng Up The R2
The SCADADroid does not need a
permanent Ethernet connection to
function properly. Initial setup does
require an Ethernet connection
which can be between your computer
and the SCADADroid or between an
intermediate device (switch) and the
SCADADroid.
If you wish to use email callouts only
then you must setup the SCADADroid
accordingly and ensure a permanent
Ethernet WAN gateway connection.
The SCADADroid must have an antenna
connected whenever powered
up regardless of cellular usage.
Ethernet Network Conguraon
See Inial Conguraon Setup below for more informaon.

14 Seng Up The R2
Web Browser Conguraon
Connecng to the SCADADroid
Once all necessary peripherals are
connected and the SIM is installed, power
the unit up and connect a computer to
the Ethernet port. The unit supports a
direct connecon as well as a connecon
through a switch/router. Once connected,
open any web browser and enter the
default IP in the URL: hps:/192.168.1.15.
A username and password prompt should
appear. The default username is “admin”
and the default password is “password”
(case sensive). A web page warning
dialogue will appear warning you about
the cercate the site is trying to issue
you. Add the excepon to your browser
and proceed. The reason for this warning
is that the SCADADroid issues a cercate
with no expiry to save on data usage. The
interface is fully encrypted. The admin
password should be changed immediately
for security reasons.

15
Seng Up The R2
Overview Web Page Conguraon
Ethernet MAC Address: Is a permanent address to idenfy the device on the
network. It can’t be modied.
DHCP: With DHCP enabled the SCADADroid will get its IP address from the network’s
DHCP server. If DHCP is disabled the SCADADroid will use the manually entered IP
address sengs.
The LAN sengs pertain to the Ethernet port on the SCADADroid. To modify the sengs,
click .
LAN Sengs

16 Seng Up The R2
IP Address: The IP Address will be overwrien if DCHP is enabled. It is important to
keep the SCADADroid’s IP Address on the same subnet as any equipment it will be
talking to.
Subnet Mask: The Subnet Mask will be overwrien if DCHP is enabled. It is important
to keep the SCADADroid’s Subnet Mask compable with any equipment it will be
talking to.
DNS Server: To use mulple DNS servers with a stac IP conguraon, separate them
with a comma.
Gateway Address: The gateway address is the address of your LAN’s gateway. If
you would like to send emails through the LAN instead of cellular, enter a valid LAN
gateway. To send emails through the cellular network, leave the gateway as 0.0.0.0
The system sengs are used to display or print out the current sengs and status of the
SCADADroid. These sengs are outlined in this manual as follows.
System
Uptime: Tells how long the system has been running.
Date/ Time: Shows the current date and me of the SCADADroid.
Firmware Version: Shows the current version of the Operaon System running.
Device Name: The device name is used to idenfy the SCADADroid. All alarm
messages will contain the device name so the user knows which site is sending the
alarm. (ex. ``Site 17 High Level Alarm`` where Site 17 is the device name)

17
Seng Up The R2
The SCADADroid’s cellular sengs pertain to the cellular network conguraon. The
SCADADroid can send emails through the Ethernet port but all voice/ SMS alerts must
be sent through the cell network. The only user-congurable eld is the APN. All Cellular
sengs will be auto-lled from the network.
You must correctly congure the Internet email informaon service to send and receive
messages from the SCADADroid. To do this, you must have the following specic
informaon about your email account to manually congure it. Contact your ISP (Internet
Service Provider) or e-Mail provider, if needed.
Cellular Sengs
Email Sengs
APN: The cellular APN (Access Point Name) is the gateway between the cellular
provider’s network and the internet. All data will be routed through the APN to
reach the internet. Voice and SMS are unaffected by the APN. No APN is needed
if the inserted SIM is voice and/or SMS only.t.
Signal Strength:
• Represented by RSSI “Received Signal Strength Indicator”, measured in -dBm.
• RSSI (3G, CDMA/UMTS/EV-DO), is a negative dBm value. Values closer to 0
are stronger signals.
Signal Strength can run from -51dBm to -113dBm. Values closer to -51dBm are
stronger. A signal beyond -98dBm requires changes to the antenna. Suggested
remedies include mounting the antenna externally, using a directional antenna
for really remote/marginal signals, and using a signal booster.
RSSI SIGNAL STRENGTH
-53 dBm to – 75 dBm Excellent
-76 dBm to -85 dBm Good
-86 dBm to -95 dBm OK
< -95 dBm Marginal

18 Seng Up The R2
User Informaon
Email address: Your full email address. ([email protected]om).
Server Informaon
Incoming mail server type: POP3 or IMAP.
Incoming mail server (POP3/IMAP): The POP3/IMAP server name or address.
Incoming mail server port (POP3/IMAP): The port number that is used for POP3/
IMAP.
Outgoing mail server (SMTP): SMTP server name or address.
Outgoing mail server port (SMTP): The port number that is used for SMTP.
Keep mail on server: If delete is selected all retrieved mail will be deleted.
Use only if email account is dedicated to SCADADroid.
Logon Informaon
User: Your user name.
Password: Your password.
Test Sengs
Last incoming check: It shows the last incoming mail. It is congured to check the
inbox every 5 minutes.
Last incoming status: Shows the status of the last email checked.
VPN Status
Internet Status
Connecon Status: Shows if the SCADADroid is connected or disconnected to a VPN
server.
IP Address: IP address of the SCADADroid VPN client.
Internet access: Shows if the SCADADroid has access to the internet.

19
Seng Up The R2
Status Web Page

20 Seng Up The R2
Input 1
Input
2
Input
3
Input
4
Input
5
Input
6
Input
7
Input
8
Power (+24VD C)
10-30VDC
Power (COM)
IO (COM)
Contact (N.O )
Relay
Internal N.O
Contact
12-Wire C onne ctor
Expanded View
+
-
Input Status: The Input Status is a live feed from the physical inputs on the
SCADADroid. Changing the state of one or more inputs will be visible on the page
within moments of the change.
History: Every input change is recorded with a date and me. The last 20
e v e n t s a r e v i s i b l e a t a n y g i v e n  m e . I f p r e v i o u s e v e n t d a t a i s r e q u i r e d , c l i c k i n g
g will display older events.
Output relay: The SCADADroid is equipped with a relay connected between
terminal “N” and terminal “O”. If an isolated dry contact is required, an interposing
relay should be used (see below).