- Does the LTE device need a SIM card?
As any GSM products, SCADADroid® will require a SIM card.
- Where do I get a SIM card?
You can obtain a standard size SIM card from your network carrier, or from a representative.
- What information do I need to get a SIM card?
Verizon will require the IMEI number of the transceiver which is located both on the label of the SCADADroid and the exterior packaging. You will also need to advise the agent that our modem is listed in their system as “Janus Communications Model 910CF V 6.00.
- What is the size of the SIM card needed to use with SCADADroid®?
Mini 2FF size (15 x 25mm)
- Can I use my AT&T LTE SIM to obtain AT&T (or other) LTE service on a Verizon Wireless LTE device?
No, Verizon Wireless LTE devices are intended to be used with Verizon Wireless LTE SIMs only and they cannot be moved from one device to another. They are registered to the specific IMEI.
- Where is the SIM slot located on the SCADADroid®?
Inside of the SCADADroid®, open the top plate by removing 4 screws of the SCADADroid® and you will see the spot for the SIM card to be inserted. Protected with a slide lock mechanism.
- What kind of data plan do I need?
If you are planning on using text/SMS, we recommend that you get a good SMS plan. In addition, if you wish to connect to a VPN server, email, or remotely connect through the SCADADroid® to the internet, you will also need a data plan.
- Which LTE frequencies does SCADADroid® support for Verizon?
LTE Bands: B2(1900), B4(AWS1700), B13(700)
- Will LTE devices support fallback to 3G (HSPA+) networks?
Yes, AT&T: 3G Bands: B5(850), B2(1900)
- Which North American cellular networks does the SCADADroid®
Standard Modem: Most networks such as AT&T in North America except Verizon. This is a 3G mode, but most SCADA data is not high speed so normally this is not an issue. See Modem Option 01
LTE AT&T modem: Most LTE networks in North America except Verizon. See Modem Option 02
LTE Verizon modem: Only on the Verizon network. See Modem Option 03
- What is the antenna connector type in the SCADADroid®?
SMA jack female
- If using a remote antenna do you suggest the use of a lightning protector or surge arrestor?
- Can I mount this in an enclosure using only the antenna you show in the photos?
If you are using an enclosure with conducting walls, it will stop electromagnetic waves from either entering or leaving the enclosed space, known as a Faraday cage. Also, if the signal strength is weak the data transfer and the voice quality won’t be the best. So in these cases an exterior antenna is recommended.
- What type of cable do I need to connect the SCADADroid® to a computer, PLC, RTU, Network, etc?
Any RJ45 Ethernet cable, cross-over or straight through.
- Are there any special considerations when selecting an Ethernet switch for use with the SCADADroid®?
- Can I plug my PC into the SCADADroid® and access the internet using the cell modem?
Yes, SCADADroid® can be used as a gateway to get Internet access.
- Does my PC obtain an IP address when I connect direct with the SCADADroid®?
No, SCADADroid® is not a DHCP server, so you have to manually configure an IP address on the same range of the SCADADroid® to connect with it. The default network configuration for SCADADroid® is 192.168.1.15 and the subnet 255.255.255.0
- When an alarm is activated will the SCADADroid® continue to call me if I don’t answer the phone?
Yes. The SCADADroid® has 4 levels of escalation for the alarms callout. When the notification is sent out, the contact group in the 1st group will receive alerts first. If the alarm is not acknowledged then the contact group in the 2nd group field will get notifications, continuing down the line. If any groups are left, the SCADADroid® will either stop or restart notifications depending on the repeat method that have been selected on the Alarms tab in the configuration browser.
- What will I hear when I receive an alarm call from SCADADroid®?
The SCADADroid® converts the text in the alarm message box in voice (text-to-speech). This is unique for each alarm and the user can enter their own alarm message on the Alarm tab in the configuration browser.
- Where can I find what the LED flash patterns mean?
- Can I poll a slave device using Modbus TCP?
Yes, SCADADroid® use Function Code 1 and 2 to read Coils and Discrete Input status of a slave device.
- Can I poll the signal strength and voltage input into my SCADA system?
- What is the low voltage disconnect level?
- My solar panel can exceed 24Vdc. Will this harm my SCADADroid®?
Yes, it could as solar panels commonly see 31Vdc in peak sunlight hours. We suggest using a solar charger with “load” terminals to provide stable power to the unit.
- What is the USB port used for?
The old model used it as a Power Supply with a switching-type supply with minimum 1 amp current-capability. Newer models use a wire-in Power Supply connector in the center of the face-plate, and the USB port is now held in reserve for future options
- I’m having trouble getting my wires in/out of the terminal block. How does this work?
Push in the orange tap to get in/out the wire.
- Is there a fuse in the SCADADroid® or do I need to fuse the power input? What size do you suggest? Should it be slow or quick blow?
The SCADADroid® has a resettable type fuse. No external fuse is strictly required, but a 2 amp fast acting fuse is recommended as added protection.
- How many slave Modbus points can I poll and generate alarms with?
The SCADADroid® can poll 9999 coils or input status bits and alarms on them. The SCADADroid® can also poll multiple Modbus devices. The limit will be how fast the polling can happen. We recommend between 40 to 60 devices.
- How do I determine the impact on my power budget when determining solar/battery sizing?
The SCADADroid® will draw a peak of 400mA @ 24VDC and 700mA @ 12VDC and an idle draw of 150mA.
- Are there any considerations when using the SCADADroid® as a pass through cell/data modem?
In general, the answer is no. Just remember that it is a cellular modem, so the data throughput will be affected by the signal strength, the type of network it is connected to, and how busy the cellular system is.