RIO xR3 is the latest addition to Optima’s IoT ecosystem.
It is equal parts industrial strength remote I/O module –
performing network supervisory functions,
and IoT telemetry system –
with cellular and satellite link connectivity.
Equipped with highly integrated multi-processor cores, it delivers optimal performance for every job. It is light weight, compact, powerful, yet energy-efficient. The xR3 can be run off the local DC supply or AC/mains.
An on-board backup battery and intelligent charger allow operations even in challenging conditions. By integrating all features in one unit, you can rest assured you will always be in the know. Monitoring scattered sites is finally independent of the local power grid. And your alarms will make it – even if the power goes out.
More than 2 decades of experience have been poured into the design of the xR3. It performs alarms supervision, automation control and environmental monitoring – while gathering data from all your MODBUS devices.
The integrated OneWire bus port supports up to eight Optima enviroSENSORS. Perfect to capture demanding multi-point temperature, humidity and air-flow readings – whether in server rooms or far off places.
We did not stop there. RIO xR3’s support a variety of protocols, including:
And it effortlessly knows how to convert between them. This takes the hassle out of translating data points, gathering sensor readings, and streaming telemetry to the cloud.
The Achilles’ heel of most low I/O count devices is: you tend to run out of the type of IO you need the most. We bypassed that – by implementing hybrid inputs. Software switchable to be either discrete contact or analog inputs. Individually, with custom thresholds.
In DCI mode, they are biased with 12Vdc and can either be triggered by a positive or negative voltage. Or simply by switching to ground. And all inputs feature an ultra-wide -60Vdc to +60Vdc operating range. Great flexibility, thanks to our hybrid inputs.
We have a long history when it comes to integrating into enterprise back-ends. The RIO xR3 inherits our rich set of SNMP capabilities.
Result: integrating our MIBs and processing SNMP alarm traps the easy way. If your enterprise is already set up to handle Optima alarms, then you are good to go.
We are also adding RIO xR3 support to the Remote Commander Client (RCC) and Remote Commander Server (RCC). Managing all your Optima devices will be quicker than ever.
Our customers are rethinking the role of their edge networks. They need them to deliver more than just 5G.
Fortunately, RIO xR3’s are small, IoT telemetry and alarm handling units. So you can deploy them in all your sites. Right at the source, next to your existing equipment or sensors.
Then pick the best connectivity option available:
For those busy places where you already have Ethernet/fiber connectivity.
For those sites that are a bit off the beaten track, covered by either LTE-M or NB-IoT.
For even the most remote site. Uses Optima’s advanced ALARMS UPLINK protocol to preserve bandwidth and stay within budget.
Our cellular options remove many common obstacles associated with IoT cellular roll-outs.
RIO xR3 ships ready to deploy, with several global carrier certifications in place. This truly simplifies deployments.
150.4 mm x 133.2 mm x 52 mm
5.92 ” x 5.24 ” x 2.05 “
550 g
Supports tabletop, shelf and wall mounting
DC Input
48VDC nominal (positive or negative)
Range: 18 to 60Vdc, max. 2A
2-position screw terminals (5 mm)
Backup Battery
25.7 Wh, Li-Ion (internal) or
37.2 Wh, Li-Ion (internal)
72 h on backup battery
depending on load and conditions
DC Output
24Vdc, max. 420mA (10W),
surge protected
Continuous load monitor (current and voltage)
Auto-shutdown with user selectable overcurrent levels
1 set of 4-position screw terminals (3.5 mm)
-40 °C to +65 °C
-40 °F to +150 °F
Up to 80 % relative humidity
(non-condensing)
LTE-M
NB-IoT
WIFI (IEEE 802.11b/g/n)
Bluetooth
Ethernet 10Base-T/100Base-TX/1000Base-T
100Base-FX or 1000Base-X SFP
Satellite (requires external satellite modem)
BT,
MQTT,
SNMP,
MODBUS RTU,
Modbus over TCP/IP,
Alarms Uplink
700-2200 MHz LTE
(B1,B2,B3,B4,B5,B8,B12,B13,B14,
B17,B18,B19,B20,B25,B26,B28,B66)
For Canada
LTE-M: B2,B4,B5,B12,B13,B17,B66
NB-IoT: B4,B12,B13,B66
3GPP LTE Release 13 Cat-M1
and Cat-NB1,
3GPP LTE Release 14 Cat-NB1
and Cat-NB2 compliant
-108dBm (LTE-M),
-114dBm (NB-IoT)
up to +23 dBm
External (50 ohm)
2 Nano
USA (FCC, PTCRB/CTIA),
Europe (CE),
Canada (ISED),
Australia (ACMA, RCM),
Singapore (IMDA),
Japan (MIC),
Taiwan (NCC),
Korea (MSIP),
Global (GCF, PTCRB certified)
1 SMA(F)
Hybrid Inputs
16, individually software configurable as
DCI (discrete contact inputs), or
analog inputs
-60 Vdc to +60 Vdc
1 mV
24 Vdc
positive voltage,
negative voltage or
ground
4 sets of 5-position screw terminals (3.5 mm)
Multi-Function I/O
1
Current Loop Input: 0 to 25mA
Frequency/Pulse Counter Input: up to 2kHz
General Purpose Digital Input: +/- 60Vdc
0.4 uA
1 set of 4-position screw terminals (3.5 mm)
Latching Relays
2 Form A
2 Form C
4
220 Vdc / 250 Vac max.
2A max
60W / 62.5VA
4 sets of 5-position screw terminals (3.5 mm)
Audible Buzzer
1
Low Power Digital Output
1
1 set of 4-position screw terminals (3.5 mm)
Temperature
-40 °C to 85 °C
-40 °F to 185 °F
± 1 °C
Humidity
0 to 100 % r.H.
± 3 % r.H.
Air Pressure
300 hPa to 1100 hPa
± 0.25 %
Air Quality (VOC)
7 steps from Excellent to
Extremely Polluted
MODBUS/RS-485
1
Programmable termination resistor,
supports up to 8 external devices/sensors
1 set of screw terminals (3.5 mm)
OneWire
1
Supports up to 8 external sensors
1 set of screw terminals (3.5 mm)
10Base-T/100Base-TX/1000Base-T
2
Auto-MDIX, Auto-Negotiation,
power savings mode
2 RJ45
100Base-FX/1000Base-X SFP
1
Supports wide variety of industry
standard 100Base-FX/1000Base-X SFP modules
1 SFP cage
WiFi/Bluetooth
1
IEEE 802.11b/g/n, Bluetooth v4.2 & BLE
1 SMA
Cellular
1
LTE-M, NB-IoT
1 SMA
SD Card
1
up to 64GB
1 micro SD Card Slot,
located under safety cover
SIM
2, software selectable
nano SIM
Optional: micro SIM, contact factory
2 nano SIM Garages,
located under safety cover
Optional: 2 micro SIM Garages,
located under safety cover
Supports OTA updates
TYPE | 1017-A | RIO xR3 |
MODEL | 1 | Model 100 (MODBUS device only, no LCD) |
2 | Model 200 (fully featured, no LCD) | |
3 | Model 300 (fully featured + touch-screen LCD) | |
POWER | 0* | 24VDC nominal Range: 10 to 36Vdc, max. 2A |
1* | -48VDC nominal Range: -30 to -60Vdc, max. 1.5A |
|
2 | 48VDC nominal (positive or negative) Range: 18 to 60Vdc, max. 2A |
|
BATTERY | 0 | not installed |
1 | 25.7 Wh Backup Battery & Charger | |
2 | 37.2 Wh Backup Battery & Charger | |
SENSORS | 0 | not installed |
1 | BASIC (Temperature + Humidity) | |
2 | STANDARD (Temperature + Humidity + Air Pressure) | |
3 | ENHANCED (Temperature + Humidity + Air Pressure + Air Quality) | |
WAN | 0 | not installed |
1 | POLARIS (LTE-M/NB-IoT) | |
REVISION | A** | Rev.1A |
C | Rev.1C |
* Available only for Rev.1A models.
** Phased out. Not recommended for new orders
1017-A120010C | RIO xR3 Model 100, Rev.1C with BASIC sensor module |
1017-A220110C | RIO xR3 Model 200, Rev.1C with 25.7 Wh Backup Battery & Charger, with BASIC sensor module |
1017-A320131C | RIO xR3 Model 300, Rev.1C with 25.7 Wh Backup Battery & Charger, with ENHANCED sensor module, and POLARIS modem option |
Data Sheets
Specifications subject to change without prior written notice. All referenced trade names are either trademarks or registered trademarks of their respective companies.
PRODUCT PREVIEW
COMING SOON! Get all the latest updates.Head on over to the Optima BLOG.
Keep track of the RIO xR3 on its way to the official product release.
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