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Intrinsically Safe Modules for Hazardous Areas
Features
Interfaces Available
The RANGER comes complete with the web and mobile friendly SignalFire Cloud interface to monitor, trend and get alarms either by text or email. It uses secure MQTT technology that can also be integrated with private cloud platforms. The ready-to-go Cloud interface provides for remote configuration and troubleshooting of the RANGER node and its attached sensor(s). It is also possible to turn on/off the relay output from the Cloud interface to remotely control pumps, motors, valves and more.
Features
The SignalFire Cloud platform offers historical trends for 3 years with data exporting in popular formats as well as reporting by exception to a predefined list of users. All the data belongs to the user of the RANGER and it is secured using Amazon Web Services (AWS). There is no programming necessary to retrieve the data from a RANGER. Simply claim the RANGER to your account using the IMEI of the device and it will immediately show up on your personal dashboard. From there you can assign users that will receive alarms based on the measurement of the sensor.
This rugged, integrated device combines a high-gain antenna with gateway electronics in a single, easily mounted package.
Gateway Stick combats a common problem with RF networks, which are increasingly used to monitor and control remote devices over tens or hundreds of square miles. Gateways traditionally have different location requirements for their electronics module and antenna, making it necessary to place them separately. Gateway Stick is a revolutionary solution that combines them in one easy-to-install component.
Unlock the full potential of the RANGER Sensor-to-Cloud technology thanks to its versatile supervisory system integration options. Discover the four distinct methods outlined in our comprehensive datasheet, each designed to empower you in harnessing the RANGER’s data to its maximum capability.
Whether you prefer the ready-to-go, feature-rich SignalFire Cloud, the power of combining SignalFire Cloud with your existing cloud infrastructure, directing all RANGER messages to your designated broker for utilization in your cloud application, or seamlessly consuming data directly from the SignalFire Cloud’s database using the API – the possibilities are limitless.
Explore the pathways to harnessing RANGER’s data, tailored to suit your unique preferences and requirements. Elevate your experience with RANGER and revolutionize the way you interact with data in your cloud ecosystem.
The SignalFire RANGER transmitter is sensor agnostic, connects quickly and easily, and provides power to even the most remote sensor — all without the effort and cost of trenching or cabling. Paired with your existing cloud or the SignalFire Cloud, the RANGER system is the simplest way to access all of your sensor data from one platform. Whether you’re converting an existing system or building a new system, going wireless with SignalFire means you can go live and start accessing your sensor data almost immediately.
Features
The SignalFire RANGER transmitter is sensor agnostic, connects quickly and easily, and provides power to even the most remote sensor.
All without the effort and cost of trenching or cabling. Paired with your existing cloud or the SignalFire Cloud, the RANGER system is the simplest way to access all of your sensor data from one platform. Whether you’re converting an existing system or building a new system, going wireless with SignalFire means you can go live and start accessing your sensor data almost immediately.
The RANGER900 combines the best of both worlds – 900 MHz and cellular into one user friendly industrial package. This solution reduces the customers overall cellular and monthly cost by integrating SignalFire’s 900 MHz network with the RANGER platform. With this solution, only one RANGER Cloud and SIM Card subscription is necessary to accommodate up to 32 SignalFire 900 MHz nodes (32 total read/write registers). The number of nodes depends on the quantity of measurements per node. For example, if a Sentinel is measuring level and battery voltage, the number of total Sentinels would be 16 because each are using 2 registers from the available 32.
Features
Interfaces Available
LTE-M/NB-IoT Cellular Pressure Transmitter
The SignalFire Pressure RANGER is an IoT (Internet of Things) cellular pressure transmitter using the latest LTE CAT M1 technology for sensors and is fully integrated with SignalFire’s cloud monitoring and alarming services. The Pressure RANGER includes an integrated pressure sensor and features a built-in GPS receiver that reports the location of devices to the cloud, providing a map of all connected assets. The unit is powered by a 4 D Cell Lithium battery pack that is field-replaceable.
Features
The SignalFire Pressure RANGER is an IoT (Internet of Things) cellular pressure transmitter using the latest LTE CAT M1 technology for sensors and is fully integrated with SignalFire’s cloud monitoring and alarming services.
The Pressure RANGER includes an integrated pressure sensor and features a built-in GPS receiver that reports the location of devices to the cloud, providing a map of all connected assets. The unit is powered by a 4 D Cell Lithium battery pack that is field-replaceable.
LoRaWAN® Intrinsically Safe Wireless Pressure Sensor
The PressureScout-LR uses LoRaWAN network to wirelessly send pressure measurements with a range of up to 10 miles (16km). The compact and industrial grade design is ideal to monitor pressure in harsh environments. The PressureScout-LR offers unique sampling methodology to report by exception while offering a great battery life of up to 10 years. It also allows remote applications to make changes remotely and to get device alarms.
Features
Intrinsically Safe Wireless Pressure Sensor
The SignalFire Pressure Scout serves as a low-cost alternative to conduit, wired and other pressure sensor solutions by integrating a wireless node, pressure sensor, and intrinsically safe internal battery into one package.
Features
The RANGER AirQ is a modular wireless gas detection platform with integrated cellular communications. It monitors the presence of a gas and transmits the measurement wirelessly over LTE-M/NB-IoT cellular networks. The data is transmitted to the SignalFire Cloud and can be sent using MQTT/SparkPlug to a private cloud platform supporting this messaging standard. The gas detection sensor is powered from the built-in 72Ah battery. The measurements are also pin pointed geographically by the GPS module inside the RANGER AirQ.
It monitors the presence of a gas and transmits the measurement wirelessly over LTE-M/NB-IoT cellular networks. The data is transmitted to the SignalFire Cloud and can be sent using MQTT/SparkPlug to a private cloud platform supporting this messaging standard. The gas detection sensor is powered from the built-in 72Ah battery. The measurements are also pin pointed geographically by the GPS module inside the RANGER AirQ.
The smart gas sensor uses the latest in smart gas sensor technology providing for low power demand, stable and accurate measurement as well as long term stability with little to no calibration required. It automatically compensates for temperature and humidity when sampling a measurement and therefore delivers accurate measurements with low drift. It’s low power requirements allow for long battery life.
The RANGER Wall Mount supports all of the same options and features of the standard RANGER but housed in an IP68 rated enclosure. The Wall Mount features 2 cord grips for cable entry along with a third PG9 plug that can be replaced with a cord grip for additional I/O. The Wall Mount is perfect for applications requiring an IP68 rating or for those where this form factor provides more convenient mounting options.
Features
The RANGER Wall Mount supports all of the same options and features of the standard RANGER but housed in an IP68 rated enclosure.
The Wall Mount features 2 cord grips for cable entry along with a third PG9 plug that can be replaced with a cord grip for additional I/O. The Wall Mount is perfect for applications requiring an IP68 rating or for those where this form factor provides more convenient mounting options.
LTE-M/NB-IoT Cellular Hub with MQTT/Sparkplug
The DIN RANGER is part of SignalFire’s sensor-to-cloud family of cellular transmitters. Its primary use is to integrate with Modbus RTU devices offering bi-directional connectivity over cell networks (LTE-M or NB-IoT). Modbus registers are converted into MQTT/SparkPlug messages allowing for plug-and-play use with the SignalFire Cloud web application or other hosts such as Inductive Automation Ignition, Wonderware, Microsoft Azure, Cygnet, OSI Soft PI, etc. The DIN form factor makes it convenient to be fitted inside of a panel and requires less than 2.5mA of external DC power. In addition to the RS485 Modbus port, the DIN RANGER also offers 3 digital inputs (dry contact or pulse measuring), 3 analog inputs and 1 relay output.
Features
The Sentinel-HCSolar is a self-contained Class 1 Division 1 Intrinsically Safe solar power system. It consists of a solar panel with a mounting bracket and integrated potted battery and a high-efficiency solar charger.
Features
The Repeater Node permits extension of the SignalFire Wireless Mesh Network where power is unavailable. Complete stand-alone system for easy installation.
Features
The SignalFire Remote Sensing System™ is a flexible adaptive radio networking system that seamlessly integrates analog and digital sensors. With a range of up to 3 miles, the system is self installing and self configuring. All the installer has to do is set the check-in frequency using a simple rotary switch, record the radio address, and connect the sensor. This system compares very favorably, from a cost perspective, with installed conduit at distances of 100 feet or more.
Features
Models
Create point to multi point networks that distribute I/O over large areas. Input and output types include discrete (dry contact, PNP/NPN, float), analog (0 to 10 V dc, 0 to 20 mA), temperature (thermocouple, thermistor and RTD), AC/DC relay (SPDT) and asynchronous counter (up to 10kHz).
An I/O Radio network that combines long range line-of-sight coverage with ease of deployment and use.
The PM Series provides a flexible network that easily sets up without software. Setting up a basic point-to-point network is as easy as pairing a cell phone to a headset. You can replace cables and extend the range of digital and analog signals with minimal effort.
Create point to multi point networks that distribute I/O over large areas. Input and output types include discrete (dry contact, PNP/NPN, float), analog (0 to 10 V dc, 0 to 20 mA), temperature (thermocouple, thermistor and RTD), AC/DC relay (SPDT) and asynchronous counter (up to 10kHz).
MultiHop Modbus Data Radios extend the range of Modbus or other serial communication networks. Depending on the model, radios may be set to act as either a master, repeater or slave. Models are available with input and output types including discrete (dry contact, PNP/NPN), analog (0 to 10 V dc, 0 to 20 mA), temperature (thermocouple and RTD), AC/DC relay (SPDT) and asynchronous counter which can be accessed using the Modbus protocol.
Sure Cross® MultiHop Ethernet Data Radios are wireless industrial communication devices used to create point-to-multipoint configurations of wireless Ethernet networks.
Sure Cross® MultiHop Serial Data Radios are wireless industrial communication devices used to extend the range of serial communication networks.
Hazardous area radios are a state-of-the-art combination of wireless communication, battery technology and intrinsically safe electronics. Networks are formed using DX80 Preformance Gateways installed beyond the hazardous area and one or more Nodes operating in the same frequency band.
The Sensaphone SAT4D Monitoring System is a convenient, powerful monitoring solution suitable for even the most remote locations with no telephone or network connections. Using satellite technology, the SAT4D provides virtually unlimited coverage throughout the United States and many other countries without relying on telephone lines, Ethernet connections, or cellular networks. The SAT4D can operate in temperatures ranging from -22° to 140°F without any effect on battery life. Website access allows users to access status information and make programming changes.