With a home office in Houston, IIoT Texas Technology Innovations LLC, or simply IIoTTTI, specializes in providing critical asset and process monitoring solutions to industrial facilities through the use of wireless cloud computing technology. Our engineers seamlessly integrate independent processes to communicate directly with your DCS. Thus, we increase operational safety, ensure environmental compliance, and improve productivity and efficiency by reducing downtime. Furthermore, with our cloud software and remote monitoring transmitters, you can view real trends of your data from any device, anywhere in the world.
With a home office in Houston, IIoT Texas Technology Innovations LLC, or simply IIoTTTI, specializes in providing critical asset and process monitoring solutions to industrial facilities through the use of wireless cloud computing technology. Our engineers seamlessly integrate independent processes to communicate directly with your DCS. Thus, we increase operational safety, ensure environmental compliance, and improve productivity and efficiency by reducing downtime.
For more than 35 years, IIoTTTI has been innovating wireless remote monitoring technologies. Now, in the age of cloud computing, we use a combination of IIoT platforms to offer state-of-the-art control, near real time monitoring, efficiency insight, as well as remote access to processes and assets.
With IIoTTTI Sixth Sense® intelligent process insight, operators gain an unprecedented look into their processes. Furthermore, our 900 MHz technology connects even the most remote signals and brings them straight to your control room. Going beyond the basics, your data can also integrate into our sophisticated Cloud Computing software. Our Cloud Solutions give you smart insight into your processes as well as asset performance. This will help you make informed decisions to increase safety and prioritize maintenance in addition to de-bottlenecking processes and much more. We provide insight on near real-time data for numerous data points for example, temperature, pressure, vibration, level, gas detection, and much more.
With IIoTTTI Sixth Sense® intelligent process insight, operators gain an unprecedented look into their processes. Furthermore, our 900 MHz technology connects even the most remote signals and brings them straight to your control room. Going beyond the basics, your data can also integrate into our sophisticated Cloud Computing software. Our Cloud Solutions give you smart insight into your processes as well as asset performance. This will help you make informed decisions to increase safety and prioritize maintenance in addition to de-bottlenecking processes and much more. We provide insight on near real-time data for numerous data points for example, temperature, pressure, vibration, level, gas detection, and much more.
With IIoTTTI Sixth Sense® intelligent process insight, operators gain an unprecedented look into their processes. Furthermore, our 900 MHz technology connects even the most remote signals and brings them straight to your control room. Going beyond the basics, your data can also integrate into our sophisticated Cloud Computing software. Our Cloud Solutions give you smart insight into your processes as well as asset performance through near real-time data and performance trends.
Our single point wireless transmitters bring signals to the DCS or wherever necessary, without costly hard wiring. This is especially useful in remote locations where loop powered vibration monitoring instruments are already in use and the output data needs transmission. Furthermore, we can integrate data from other remote monitoring vibration sensors that output analog (4-20 mA) or digital signals. Then, we can wirelessly transmit these outputs using our single point transmitters via solar and battery or existing loop power.
Efficient and reliable vibration monitoring will lengthen service life in all types of rotating equipment. The IIoT-1030 (vibration node) as well as the IIoT-1050 (dual vibration / temperature node) efficiently capture vibration data. It then transmits data wirelessly, thus allowing management to make timely decisions and improve response time for major machinery repair.
We employ numerous methods to monitor temperature data and transmit it wirelessly across the facility and beyond. Whether resistive temperature (RTD) or thermocouple (Types J, K, etc.), we can handle your signals. Our designs provide reliable, accurate, as well as economical temperature monitoring and data transmission from equipment in areas that are cost prohibitive or unrealistic for hard wired solutions.
Our totally wireless solutions for capturing, transmitting, and integrating temperature data are economical, no matter how remote or congested the area. For off-site transmission of critical data, other methods can also incorporate into our data integration system for optimization. Typical applications for IIoTTI temperature monitoring devices include pipelines, tanks or vessels, equipment surfaces or internals, storage areas or buildings, process areas, control panels, etc.
The IIoTTTI single point pressure device is packaged in a single self-contained as well as self-powered unit. The patented IIoT-1020 series is available with various operating ranges required for specific customer applications. For example, typical applications for our pressure monitoring devices include: pipelines, pump suction and discharge, vessels, reactors, stack and tanks, etc.
We employ any number of methods with our unique devices for monitoring pressure data and transmitting it wirelessly to a SCADA site in the plant, multiple offsite facilities, or around the globe. In plant areas where AC power is limited or unavailable, an IIoTTTI communication system assures economical acquisition in addition to timely availability of vital physical property data. Even while working in some of the most demanding and totally congested locations and environments, the performance, reliability, and service life of IIoTTTI equipment is unequaled.
Our patented gas and vapor sensors not only test for hydrocarbons but also test for a large class of other common and potentially dangerous industrial compounds. Model IIOT-2080 instantly transmits data to the control room for alarming at predefined levels. These single point gas and vapor monitoring systems provide essential and timely information when and wherever necessary. The versatility of the gas and vapor sensors assure a “protective umbrella” that quickly and accurately discovers the presence of fugitive emissions. Then our monitoring software can quickly notify operators of the location and type of gas.
Improving environmental safety is the rationale behind these gas and vapor sensing devices, which are available in a powerful self-contained and self-powered unit. Furthermore, these sensors have been tested and approved for countless environments, both atmospheric and submersible, and offer operating ranges as defined by any specific application (LEL, ppm, ppb). We can measure a wide range of gases, for example: VOCs, NH3, CO, CO2, Cl2, H2S, O2, SO2, and more. Our gas detection systems can operate independently or also as a group with our sophisticated Cloud Solutions.
Wherever flow monitoring devices are being used and your output is needed in a hurry, the IIoTTTI Model 1010-4/20 single point wireless transmitter is your correct choice. Operating as a self-contained as well as self-powered unit, digital or analog (4/20 mA) signals are gathered and securely sent to a local control room or around the globe when using the powerful communication abilities of SolutioNet 4.0.
Moreover, operators don’t need to purchase new flow meters or sensors to go wireless! Our wireless smart transmitters can integrate with the existing instrumentation in your process. Thus, we offer some of the cheapest wireless solutions on the market without getting cheap on quality. Furthermore, all of these wireless solutions are able to integrate with our Cloud Computing Software. So, not only can you receive your data remotely, but you can also view trends that help you maximum production and minimize downtime.
In the case where data from one or more level monitoring devices are required at remote sites, the IIoTTTI Remote Transmitting Unit (RTU) accepts multiple analog (4-20 mA) as well as digital signals from various devices. Then, it transmits the signals wirelessly to the control room and/or other remote locations for an optimal solution that’s economically and also operationally friendly.
In addition, these RTUs can be equipped with an independent high and/or low-level alarm for reading a set of dry contacts. Furthermore, by utilizing RTUs, system expansion is virtually unlimited. Our RTUs are unique in the industry by allowing for virtually unlimited flexibility in the system. They are unequaled in performance as well as reliability and are among the most important technological advances in wireless data acquisition, transmission, and integration to date.
Model IIOT-1010 provides reliable and economical monitoring in areas where the cost of AC lines as well as other alternatives have previously made it impractical. In addition, our remote monitoring sensors provide single point monitoring for the majority of currently installed loop powered devices. In addition, these devices can be battery powered and are self-transmitting. They offer an incredible range of approximately 3/4 miles or also up to 7 miles (per repeater) with one of our intelligent repeaters.
Best of all, our wireless transmitters are able to connect with any instrument with an output that is 4-20 mA. This means our systems can go way beyond simple pressure, temperature, vibration, etc. measurements and can integrate just about anything that has a 4-20 mA output. The flexibility of our transmitters provides a quick and inexpensive solution for bringing all 4-20 mA analog signals back to your control room as well as anywhere the signal is necessary.
IIoTTTI Model IIOT-2040 Discrete Interface Transmitter can configure for discrete single channel operation. This unit includes a 1/2 inch (1.3 cm) MNPT connector that will interface to any dry contact as well as relay instrument. In addition, the operating range for one of our wireless transmitters is 1.5 miles (2.4 km). Furthermore, with the use of one of our Intelligent Repeaters, the range can expand up to 7 miles (11.3 km) per repeater, even in congested areas!
For example, a discrete signal would come from a push-button switch that simply turns a motor off and on. Proximity switches also use discrete signals as they detect an object without physical contact. Thus, they turn a device off or on without the use of force. Typically, a PLC or DCS will receive a simple on or off when dealing with discrete signals.
In addition, we offer multiport / multifunctional wireless transmitters. This design also helps operators save even more money by receiving signals from multiple inputs then transmitting them back to the DCS. They can receive an array of signals, for example, from multiple pressure sensors or from multiple mixed-type devices. Thus, our multiport sensors are well able to handle any mix of signals to simplify installation, reduce power requirements, and reduce costs.
The IIOT-3000 Series is a 5 port, battery powered, Class 1 Div 1 transmitter that’s capable of bringing in up to 7 channels of information. Each sensor connects via armored cable to the IIOT-3000 Series device, up to 20 ft. Furthermore, it allows users to bring the transmitter into an ideal location while still using a battery powered device.
