Solutions such as wireless control and monitoring make connectivity efficient and easy. The ability to control, monitor, and optimize processes and data wirelessly means you can keep your systems running smoothly with less time and manpower than before
Chemical Injection Systems monitor, control, and optimize the chemical injection process to provide a known and measured chemical dosing rate as well as diagnostic information.
The Chemical Injection Monitoring and Control System (SF-CIS) monitors, controls, and optimizes the chemical injection process to provide you with a known and measured chemical dosing rate and diagnostic information. No longer do you need to rely on timed control and manpower to keep your chemical injection system running smoothly. The SF-CIS will integrate easily into your existing tank, pump, and electrical system.
Our telemetry solutions include path studies, system design and commissioning services. Regardless of your measurement, location, wireless platform or data protocol we can build a wireless system to meet your requirements.
We can build panels to your specifications or we can design them for you.
Forget manually sticking tanks and worrying about running conduit all over the plant or field. Our wireless tank monitoring solution provides wireless connectivity to your level transmitters, offers a simple user interface to see all of your tanks on one screen and can serve up the tank data to your SCADA System, DCS, PLC or simply allow you to view it remotely via cellular or satellite connection.
Customer required a portable, solar powered, wireless gas detector and we delivered.
We can design and build your entire wireless network including path studies, tower construction, device connection and SCADA validation.
The Field Monitor provides in-field access and display of any data without the need for a laptop computer or other visual I/O device, allowing for in-field readout of any data.
The Field Monitor Display provides in-field access and display of any data without the need for a laptop computer or other visual I/O device. It has the capability to provide an in-field readout of any Gateway data, has a battery powered display and is perfect for the local display of tank levels or other field data.
Hazardous Location Transmitters are designed for deployment and operation in the most challenging hazardous environments. Designed specifically for oil and gas operations, it runs on batteries that also power any attached sensors and transmitters, making the system completely wireless. The module is able to send data from the attached sensors and transmitters wirelessly.
Designed specifically for oil and gas operations, the C1D1 multi input transmitter runs on batteries that also power any attached sensors and transmitters, making the system completely wireless. The module sends data from the attached sensors and transmitters to the Gateway through a sophisticated mesh network where it is available in standard Modbus format regardless of the type of sensor or transmitter connected to the node.
ISA100 Wireless is an international, industrial wireless networking standard engineered to serve the needs of process industries. Our ISA100 adapters acquire sensor data from a connected sensor and transmits it to a field wireless network through FN110.
The FN110 is a field wireless communication module that has excellent radio sensitivity and low power consumption, providing a stable wireless communication platform with excellent power saving capabilities. This product has been made compact and extremely lightweight as an explosion proof antenna making installation in the industrial environment possible. It is also supplied with an ISA100 Wireless certified protocol stack with excellent reliability and scalability.
The FN310 is a field wireless multi-protocol module that is connectable with a field wireless network as a field wireless device. This product acquires sensor data from a connected sensor and transmits it to a field wireless network through the FN110. HART or Modbus communication protocol can be selected. Various wired legacy devices required by plant operation can be converted into a wireless device as required.
Note: The FN310 will not work without the FN110.
The FN510 is a field wireless multi-function module that is connectable with a field wireless network as a field wireless device. This product acquires sensor data from a connected sensor and transmits it to a field wireless network through the FN110. It has various input/output functions including analog, digital, pulse and 4-20mA.
Note: The FN510 will not work without the FN110.
ISA100 Wireless is an international, industrial wireless networking standard engineered to serve the needs of process industries. Our complete line of ISA100 infrastructures includes a Gateway, access point media converter and management station designed to meet all of your wireless needs.
YFGW410 is a field wireless management station that has a gateway function to connect field wireless devices to a host system via field wireless access points, a system configuration function and a management function of a field wireless network. System configuration and management of a field wireless network are performed using the field wireless management console software included in the field wireless management station. The field wireless management PC on which this software program installed is connected with a field wireless management station by Ethernet.
YFGW510 is a wireless access point that has a function to connect field wireless devices and a field wireless management station. The field wireless access point connects with field wireless devices by wireless communications, and connects with a field wireless management station by Ethernet or Wireless LAN. The field wireless access point is set up by the field wireless access point configuration software included in the field wireless access point. The field wireless setup PC on which this software program is installed is connected with a field wireless access point via infrared communication.
The YFGW610 is a field wireless media converter that is used for signal conversion between a wireless management station and a field wireless access point. It has the capability to convert 100BASE-TX (Twisted pair cable) into 100BASE-FX (Optical fiber cable) and is equipped with a wide range of operating temperature and surge protection that ensures safety and high reliability.
The YFGW710 is an integrated gateway has a gateway function to connect field wireless devices and a host system, and a field wireless network setting and a management function. A field wireless network setting and management are performed using the field wireless configurator and the field wireless management tool software included in the field wireless integrated gateway. The field wireless management PC on which these software programs are installed is connected by Ethernet.
Wireless Accessories enhance systems and their ease of use ranging from batteries and tools to node checkers and modules.
The Sentinel Solar System is self-contained Class 1 Division 1 Intrinsically Safe solar power system. It consists of a solar panel with mounting bracket, integrated potted battery and high efficiency solar charger. Mounting kits are also available to make simple and cost effective.
The intrinsically safe C1D1 battery pack can be used with the Sentinel-HART, Sentinel-Analog, Sentinel-Digital, Sentinel-Modbus and the C1D1 Hazardous Area Multiput Input Module.
The Wireless I/O System acts as a wire replacement that replicates analog and digital signals over a wireless link between a pair of Wireless I/O Modules. The modules are DIN rail mounted and designed to be easy to use.
The Wireless I/O Module can interface to analog (4-20mA/1-5V) inputs and outputs, digital inputs and has relay outputs. There are two modes of operation, the first utilizes two modules and acts as a wire replacement that replicates analog and digital signals over a wireless link between the pair of Wireless I/O Modules. The second mode of operation is as a standard node that sends the data to a Gateway where the data is available via a Modbus RTU or Modbus-TCP interface. The modules are DIN rail mounted and designed to be easy to use.
Wireless Sensors & I/O Networks provide a wireless link between a sensor and a gateway. These sensors are intrinsically safe and can interface to sensors via a variety of interfaces.
The A2 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.
The Gateway is a rugged, 2-way interface connecting assets managers to a remote mesh network of assets and uses the industry standard Modbus protocol. With minimal set up required, each node has a unique Modbus slave ID and connects via standard RS-485 serial line or Ethernet. The system can send data to a remote digital node to write a Modbus register/coil or transmit a command to a device.
The DIN Gateway is housed in a narrow module. An RP SMA connector is provided to connect to an external antenna and configuration is done via the RS232 DB9 connector. Modbus RTU and TCP are used for remote asset data monitoring and control. The Gateway contains an ARM processor capable of holding remote data registers as well as providing control of remote assets.
The Gateway-in-a-Stick system is contained in a high impact polycarbonate “stick” attached to an aluminum base. Encapsulated electronics in the base of the Stick with integral high-gain antenna does not require a coax. The base has 3/4″ NPT conduit threads, making mounting simple. The interface cable contains lines for the Modbus data interface as well as power and configuration. The Gateway contains an ARM processor capable of holding remote data registers as well as providing control of remote assets.
The Sentinel wireless node connects to sensors and creates a wireless link between the sensor and a Gateway. The Sentinel wireless node is intrinsically safe (Class 1, Division 1) and can interface to sensors via a variety of interfaces – Analog (4-20mA/1-5V), Modbus, HART, and Digital Input. The Sentinel has a range of 1/2 mile and is part of the SignalFire mesh network bring wireless connectivity to the oil field.