The Award-Winning Centurion Guided Radar (CGR) Level Transmitter is ideal for the measurement of liquids, sludge, powders and granules to a range of 38m (124ft) for level and interface measurement. This technology is not affected by pressure, temperature, viscosity, vacuum, foam, dust, changes in dielectric constant or coating of the probe. HAWK’s CGR won the prestigious Chemical Processing 2021 Vaaleer Awards and Process Instrumentation's Product of the Year Award. HAWK's CGR is the first and only guided wave radar on the market to feature Power over Ethernet (PoE) communications. The advantages to PoE connectivity are secure in-plant and remote monitoring, as well as remote sensor setup, diagnostics and troubleshooting abilities.
The OptioLaser L100 is a non-contact laser sensor used to measure the distance to solid and liquid surfaces, slurries or murky water. Solid surfaces can be anything from a at metal plate on the side of an overhead crane, to the top of material stored in a silo. With an easy to use menu system, the OptioLaser can be configured for either distance or level measurement and the high accuracy, long range and fast update rate make this the ideal sensor for many different applications.
The Praetorian Conveyor Health Monitoring System (CHMS) is a plant & site wide single solution for detecting when critical parts of the idler are beginning to fail. The early detection warnings allow operators to control down time and avoid catastrophic costly unplanned shutdowns. HAWK's Praetorian Fiber Optic Sensing detects abnormalities in conveyor idler performance that other technologies cannot.
The HawkEye365 Online Inventory Asset and Monitoring Portal is a complete remote and in-plant measurement and monitoring system. Unlike anything on the market today, this system is uniquely different due to the communications capabilities and compatibility with HAWK's Power over Ethernet level sensors. The advantages to Power over Ethernet connectivity are secure in-plant and remote monitoring, as well as remote sensor setup, diagnostics and troubleshooting abilities. The HawkEye365 portal is not only compatible with PoE transmitters, but is also sensor agnostic and can monitor any type of field device such as level, flow, pressure, temperature and pH. The multiple communication methods include RS485, HART, Modbus, Ethernet TCP/IP, Cellular, Bluetooth and PoE.
The Praetorian Fiber Optic Sensing System can be installed along a fence or perimeter and can detect, identify and report any movements. This system has limitless applications and can be installed on anything from explosive storage areas to farms and ranches. The fast processing speed and pulse rate allow the Fiber Optic System to detect minute interferences that may otherwise go unnoticed. Some examples of detectable activates include intruder movement along a perimeter, intruders cutting or climbing a fence, vehicle movement along a perimeter and digging, excavating or trenching. The Fiber Optic Sensing system is crucial for keeping valuable assets secure and protected.
The Senator S80L FMCW 80GHz Radar Level Transmitter is designed specifically to measure liquids in narrow tanks with internal obstructions. This device is a non-contact radar level transmitter that uses FMCW technology. It measures distance, level, and volume of liquids and pastes. It has an empty spectrum function that filters false reflections caused by equipment inside the tank.
The Praetorian Fiber Optic Sensing System can be installed on a buried or unburied pipeline and can immediately detect pipeline leakage, ground disturbances, manual and machine excavation, theft, hot tapping and vehicle movement. The Fiber Optic System continually monitors large spans of pipeline, looking for vibration and temperature changes. Once a detection occurs, the system alerts the operator or security personal to the exact location of disturbance in the pipeline. This type of real-time intelligent monitoring is critical to operating efficiently and protecting valuable assets.
The Senator S80P FMCW 80GHz Radar Level Transmitter is designed specifically to measure powders and dusty atmospheres. This device is a non-contact radar level transmitter that uses FMCW technology. It measures distance, level and volume of powders, granulates and other solids. It is ideal for measuring the level of solids in applications with very dusty atmospheres.
The Senator S80H FMCW 80GHz Radar Level Transmitter is designed specifically to measure liquids with hygienic requirements. This device is a non-contact radar level transmitter that uses FMCW technology. It measures distance, level and volume of liquids and pastes. It is ideal for measuring the level of hygienic liquids with its PEEK Lens antenna and wide range of process connection options.
The Senator S24W FMCW 24GHz Radar Level Transmitter is designed specifically to measure liquids in water and wastewater applications. This device is a non-contact radar level transmitter that uses FMCW technology. It measures distance, level, and volume of liquids and pastes. It is a device that provides accurate readings in closed tanks, in the open air like rivers or dams, and can even measure volumetric flow rate.
The Senator S24L FMCW 24GHz Radar Level Transmitter is designed specifically to measure liquids in basic process applications. This device is a non-contact radar level transmitter that uses FMCW technology. It measures distance, level, and volume of liquids and pastes. It is a market-entry transmitter that provides accurate readings in closed tanks, in the open air like rivers or dams, and even in fast-moving processes.
The MiniWave is a compact, loop-powered ultrasonic level transmitter for continuous measurement of liquids. As a price leader, it does not compromise on good value; and provides effortless and intuitive operation. Easy and flexible mounting combined with high chemical compatibility and 12m (40ft) measuring range makes the MiniWave suitable in multiple applications in all industries.
The Senator S24L FMCW 24GHz Radar Level Transmitter is designed specifically to measure solids from granulates to rocks. This device is a non-contact radar level transmitter that uses FMCW technology. It measures distance, level and volume of powders, granulates, rocks, cereals and all other types of solids. It is ideal for measuring the level of solids from granulates to rocks.
The Praetorian Fiber Optic Sensing System can monitor buried and unburied data cables, wires and power transmission lines. Monitoring for wear, damage or corrosion of the cable is extremely difficult and often power failure or data outage is the first sign of a problem. These cables are typically installed in areas that have multiple uses by various stake holders and in the event of a failure can be logistically difficult and expensive to access for repair. The Praetorian Fiber Optic Sensing System can be installed either near the power cables or embedded within the power cable itself. It can monitor disturbances, identify manual and machine excavation, vehicle movement, ground condition assessment and detects hotspots. HAWK’s Fiber Optic Sensing System requires no additional field infrastructure such as power or communication and does not require maintenance or calibration after commissioning.
The OptioLaser L200 is a non-contact laser sensor used to measure the distance to solid and liquid surfaces, slurries or murky water. Solid surfaces can be anything from a at metal plate on the side of an overhead crane, to the top of material stored in a silo. With an easy to use menu system, the OptioLaser can be configured for either distance or level measurement and the high accuracy, long range and fast update rate make this the ideal sensor for many different applications.
The patented ACURAGE™ is the industry's first single chamber sight glass with Guided Wave Radar. Proudly made in the USA, this unique, ASME approved level measuring instrument displays the level of process fluids in real-time via digital display and built-in sight glass tube. The ACURAGE™ features a built-in safety ball check system to protect the operator from accidental spillage of process liquid in the unlikely event of glass breakage.
HAWK's IMD 3000™ FOG Reduction System measures and monitors Fats, Oils, and Grease (FOG) using data logged interface and cellular monitoring capabilities as well as associated secured remote web portal and a data management system. What sets HAWK apart from the competition is the level measurement technology utilized in our system. HAWK’s FOG solution uses Guided Wave Radar (GWR) level technology, which is the most reliable technology for measuring interface (stratified) level for FOG tanks. The competition uses ultrasonic level technology, which provides faulty readings and is not recommended in such harsh environments. Some of the top restaurants have relied on our FOG monitoring system for their grease and interceptor traps. Contact us today!
Tailings Dams are massive structures used all over for the bulk storage of mineral processing wastes. These earthen structures can measure tens of kilometers in length and width and be hundreds of meters tall. In terms of total volume tailings dams are the largest manmade structures in existence. However, over the last 20 years the rate of tailings dams failing has doubled. Failures of tailings dams are perhaps the worst possible case scenario for any mineral extraction operation. Events causing loss of life in the hundreds or even thousands, Environmental fines reaching billions of dollars and the loss of facility infrastructure and production are a confronting prospect. HAWK has developed a solution to prevent tailings dams failure. HAWK's Praetorian Geological Stress Detection System utilizes fiber optic sensing technology for the real time monitoring of field strain within earthen structures. This revolutionary technology uses fiber optic cables that are then inserted into the structure through drilled boreholes. These cables monitor field strain and deflection caused by dam loading and report both the borehole position and depth where the strain or deflection is occurring within the retaining wall structure. Sensitivities achievable with the Praetorian Geological Stress Detection System means that potential issues with ground shift can be detected and intercepted well in advance of visually symptoms of structural issues.
The TCP/IP Ethernet Module for the HAWKTALK Flexible Meter provides serial server network connectivity for virtually any type of serial device. The TCP/IP serial server supports a wide range of protocols using serial tunneling. This feature enables the HAWKTALK Process Meter to communicate over TCP/IP as if they were communicating over a serial COM port.
The Cellular Module equips your HAWKTALK Flexible Process Meter with the ability to remotely monitor the application wirelessly through cellular data transmission to a cloud based server. The server can be displayed on any PC, smartphone, tablet, or any device with a web browser.
The Analog Input/Output Module for the HAWKTALK Flexible Meter provides the input from a variety of standard analog inputs such as flow, level, pressure, temperature, pH and analytical inputs to standard field instruments and measurements.
The HTDM Digital Display Module for the HAWKTALK Flexible Meter can be mounted remotely or integral (or both) to the HAWKTALK process meter enclosure. The bright 6-digit red LED display can be viewed in bright sunlight or the dark of night.
The HawkTalk Cellular Monitor is industry's first process cellular monitor that communicates to field and host devices via RS485 and transmit wirelessly through cellular data transmission to cloud based server. The server data can be displayed on any PC, Smartphone, Tablet, any device with a Web Browser. From point A to point B, the HawkTalk provides the user flexibility to configure any standard analog input or RS485 Modbus input using a laptop or PC USB direct programming setup tool for monitoring setup and diagnostic interface.
The HAWKTALK is a revolutionary concept in the process meter market. Featuring snap-in performance enhancing modules, such as cellular connectivity, analog inputs, or relays, the HAWKTALK Flexible Process Meter truly provides the unique ability to customize the unit to your exact needs. Think of the modules like Legos, pick and choose from a wide variety of options that plug into your HAWKTALK to create a unique system to fit your exact needs. Modules can be added at any time, so if you purchase a base model, you have the option to add additional features/modules at a later date. The performance modules include: Integral or Remote Display, Analog Inputs, AC input, TCP/IP Ethernet, USB data logger, Relay and Pump Control, Radio, and Cellular Connectivity and Cloud Portal.
The Sultan Acoustic Wave Level Transmitter with Power over Ethernet (PoE) is ideal for level, flow, positioning and collision protection to a distance of 60m (196ft) or up to 180m (588ft) for extended ranges. HAWK is the only company on the market to offer PoE connectivity for Acoustic Wave Level Measurement. This rugged, self-cleaning sensor requires zero maintenance and is ideal for measuring level of liquids, slurries, and solids. The combination of low frequency, high power, and signal processing (Adaptive Gain Technology) creates one of the world's most reliable level devices available on the market.
The Sultan is a powerful non-contact Acoustic Wave transmitter for level, flow, positioning, and collision protection. This self-cleaning sensor requires zero maintenance and is ideal for measuring level of liquids, slurries, and solids. The combination of low frequency, high power, and signal processing (Adaptive Gain Technology) creates one of the world's most reliable level devices available on the market.
The HAWK loop field indicator (HLI) is a versatile field display fully compatible with HAWK Level Instruments and all 2 wire loop analog devices. The fully backlit display shows versatile measurement units of the loop including graphic bar graphs. Voltage drop is minimal. The Display turns red if the Current input is out of range, or if the programmed Hi / Low Current Alarm value is reached allowing potential problematic measurement conditions to be easily detected in the field.
The HawkTalk Online Asset Monitoring Portals capabilities are unlike anything on the market today. Remotely monitor all of your tanks and inventory assets in one location. With HawkTalk Online Portal, you are able to easily view your tanks, battery levels, and network status. Receive alarms when your tank levels are too high or too low to avoid costly overflows. With our secure cloud portal, you are able to access your data anywhere in the world, at anytime.
The HawkUltra Plus HUPT Ultrasonic Level Transmitter provides non-contact level measurement up to 3m (10 ft) and features 3 analog outputs and 2 switches. Precision monitoring for liquid applications, from wastewater to refined chemicals.
The HawkUltra One ultrasonic level transmitter has a maximum range of 4.3m (14 ft). The HawkUltra One is an ideal solution for position or distance measurement in factory automation like web control or heavy equipment monitoring as well as solids level remote monitoring on anything from corn flakes to sawdust. It's fully submersible, corrosion resistant, shock resistant ultrasonic sensors are housed in 316 stainless steel and all around tough.
Compatible with all HawkVFlo Variable Area Flow Meters, HawkSentry 3 flow switch is a great choice for a variety of single or dual alarm applications. HawkSentry 3 provides a high/low or high and low level switch with a dry contact relay output and is DC powered. This alarm system can be added to most HawkVFlo flow devices to provide intelligent process automation as well as safety capabilities. The red LED alert light brings immediate attention to process conditions. Typical applications include process lube oil flow, gas flows, biodiesel fuel manufacturing, chemical processing, biomedical, coolant system, water and wastewater treatment facilities.
The CalFlo CFAS Thermal Mass Air Flow Switch features a broad measuring range and LED output display. Ideal for small pipe and low flow applications, the CalFlo CFAS is a compact inline air flow switch that will accurately monitor a variety of gaseous media.
The CalFlo CFSG3 flow and temperature thermal mass flow switch is a highly precise, compact industrial instrument. The CFSG3 works according to the calorimetric principle which is evaluated by using microprocessor technology.
The CalFlo CFVF Thermal Mass Liquid Flow Meter has an adjustable measuring range, LED indication of flow, and is well suited for pipes up to 16" in diameter. The ideal solution for liquid applications, from sulfuric acid to potable water.
The CalFlo CFTM Thermal Mass Flow and Temperature Meter represents the logical evolution matching modern microprocessor intelligence with over 30 years of thermal flow expertise. With its patent pending auto-self-calibration, the CalFlo CFTM is the first truly "set-it and forget-it" flow and temperature solution. No need for expensive on-going calibration as CFTM is designed to maintain accuracy for many years
The CalFlo CFAF Thermal Mass Gas Flow Meter provides a wide measurement range up to 164 fps and is available in five different units to ensure the best signal resolution. The ideal solution for gas applications, from air conditioning to energy conservation systems.
The HawkSonic HSD3 ultrasonic flow meter is a fixed or portable, clamp-on flow meter that is easy to install, accurate, and simple to use. The HawkSonic HSD3 is equipped with intelligent software to ensure high accuracy and low velocity response. The flow meter has the ability to be a fixed unit or portable unit. The HawkSonic HSD3 ultrasonic flow meter is widely used in applications such as oil and gas, water treatment, pure water, chemical, and much more.
The HawkVFlo HFVC PVC & CPVC flow meters are simple, accurate variable area meters and resistant to many acids, alkalis, salt solutions, and other corrosives. These meters have an excellent tolerance to suspended solids and measure flow to one percent accuracy. Unlike tapered tube rotameters, the HawkVFlo HFVC flow meters have an indicator disk in close proximity to the edge of the sight tube for visibility even in many dirty fluids. Alternatively, magnetic indication is available for accurate reading regardless of media. These meters can be supplied with the HFT2 2-Wire Transmitters for flow rate and total.
The HawkVFlo HFTV Metal Bodied Flow Meters with Clear Top are simple, accurate, meters for use in a wide range of industrial liquid and gas applications. These meters have an excellent tolerance to suspended solids and measure flow to one percent accuracy. Unlike tapered tube rotameters, HFTV flow meters have an indicator disk in close proximity to the edge of the sight tube for visibility even in many dirty fluids. These meters can be supplied with the HFT2 2-Wire Flow Transmitters for flow rate and total.
The HFT2 two-wire flow transmitter accurately calculates and outputs flow rate. Compatible with any HawkVFlo variable area flow meter, HFT2 combines HAWK's time-proven variable area technology with a high tech processor and solid state circuitry.
The HawkVFlo HFHM High Pressure Flow Meter is offered in liquid and gas configurations, this flow meter is a great choice for a diverse range of flow services. Liquid examples include hydraulic oil, grease, solvents and dirty fluids including mild slurries. Gas examples include compressed air and digester gas.
HawkVFlo HFAM All Metal Flow Meters are simple, accurate, meters for use in a wide range of industrial liquid and gas applications. These meters have an excellent tolerance to suspended solids and measure flow to one percent accuracy. With an all metal design, these meters are ideal for high pressures, high temperatures, steam, dirty fluids, and harsh service environments. HFAM All Metal Flow Meters use an internal magnet to carry an external indicator in a non-wetted enclosure. And they can be supplied with the HFT2 2-Wire Transmitters for flow rate and total. Additionally, these meters can be supplied with a high temperature indicator option for service up to 600°F.
The Sultan Flow measurement system operates by transmitting an ultrasonic signal from its transducer towards the liquid being monitored. The reflected signal or echo is received by the transducer and processed. The time between transmission of the ultrasonic signal and reception of the echo is measured, and using the speed of sound through air, the distance from the transducer to the liquid level is calculated. Flow through the channel or structure is then calculated from the level measurement and the user entered properties of the channel.
The HAWK Sultan Sonar uses Advanced Sonar Technology to measure and control Waste Water Clarifiers and Thickeners. The system is easy to use and the innovative design provides critical plant control to optimize performance. In the water, wastewater industry process conditions will vary greatly between a primary sedimentation tank, secondary/final clarifier, and a gravity thickener. Thickener bed levels, secondary RAS blanket, flocculent blanket, etc, all have different densities and the water above these interface levels are subject to different process conditions that change.
The Centurion Guided Radar (CGR) Level Transmitter with Power over Ethernet (PoE) is ideal for level measurement of liquids, solids, bulk materials, sludge, powders, granules for Level and Interface to a distance of 38m (124ft). This technology is not affected by pressure, temperature, viscosity, vacuum, foam, dust, changes in dielectric constant or coating of the probe.
The Senator S24C FMCW 24GHz Radar Level Transmitter is designed specifically to measure agitated and corrosive liquids. This device is a non-contact radar level transmitter that uses FMCW technology. It measures distance, level and volume of liquids and pastes. It is ideal for measuring the level of corrosive liquids in agitated tanks.
The ORCA Sonar Bed Level System will measure up to two density interfaces simultaneously. Typically these are bed levels / RAS blanket and floc / fluff layers. The sonar produces a high power concentrated beam, and provides critical plant control to optimize performance.
The OptioLaser S200 Laser Sensor can be used for tripper positioning, blockage detection, barrier detection, machine detection and stock pile monitoring and point level measurement. Typical applications consist of block chute detection, stockpile monitoring, tank and silo level, collision detection and truck or machine detection.
The PDFlo PDSG1 Positive Displacement Spur Gear Flow Meters produce good resolution and high accuracy at low flow rates. Flow may be bidirectional without damage to internal parts. Non-intrusive sensors, panel displays and electronic modules can be added to complete this superior value package.
The Alarm-ID™ is a tank overfill and underfill protection system. This PST patented technology provides an alarm point when the identified liquid passes the sensor level either up or down. A series of Alarm-ID™ Units can be installed at key levels on the outside of tanks. The tank contents and even vacancy can be detected and alerts are activated in real-time 24/7.
The Transmix-ID™ is a clamp-on sensor capable of detecting and identifying liquid interfaces in flowing pipelines. The Transmix-ID™ technology is so revolutionary, it can decipher the difference between 87 Octane Gas and JP-8 Fuel when both liquids are flowing through a pipe. The non-intrusive unit can fit to any size pipe or container and is independently powered. The Transmix-ID™ is equipped with WiFi, Cellular or Satellite communications (or any combination thereof). The cloud-based monitoring portal identifies the liquid flowing through the pipeline and reports issues in real-time to even the most remote areas.
The HawkEye 365 Power over Ethernet (PoE) Monitoring system is a complete level measurement and in-plant monitoring system featuring Power over Ethernet communication. Unlike anything on the market, this system is uniquely different due to the communications capability of the level transmitter is seamless PoE connectivity to the Hawk Measurement in-plant monitoring server. The server communicates on a multi-tiered server based architecture and has the ability to access data remotely via a web portal for 24/7 monitoring from any web browser, smart device or computer. Plant level operator screens are customized to the customer's specifications or approvals to include control room level and operations level interface screens. The graphical user interface will be common throughout, although, permissions can be set for different tiers such as plant-level, finance, or executive level. If any troubleshooting is required, the HawkEye 365 will communicate to remote service technicians for off-site diagnostics, sensor health, and re-configuration without ever climbing a tank, or entering the facility.
The OptioLaser S300 Laser can be used for the detection of all types of liquids, regardless of their dielectric properties. This laser can accurately and reliably measure highly reflective liquids, clear liquids and even turbulence liquids. The OptioLaser, due to its narrow beam divergence, can be used to measure through grates and narrow passages, and even next to flat walls. Typical applications consist of tank level, water treatment plant, food and beverage facilities, chemical processing plants, and pharmaceauticals.
The PDFlo PDTX4 is a four-wire, meter mounted digital flow transmitter that is compatible with the PDFlo flow meter. A large, back-lighted LCD graphic display provides an easy to read indication of flow rate or total in user programmable engineering units. The ideal measurement solution for liquid applications, from epoxy paints to brake fluid.
The PDFlo PDTX2 Two Wire Digital Display Flow Transmitter continuously displays either flow rate or total and is compatible with all PDFlo Flow Meters. The PDTX2 is used in a wide variety of applications where ease of operation and flexibility are required.
The HAWK Gladiator Doppler Microwave flow switch is used in process applications requiring highly reliable non-contact, nonintrusive product flow detection and movement. The system operates by sending out bursts of microwave energy toward the targetproduct being monitored. The target product will reflect some of the microwave energy back to the system where it is processedto determine if the product is flowing or moving.
HAWK's AccuTank Ultrasonic Level Monitoring System is the most economical, reliable and accurate remote monitoring system on the market. This affordable system comes with everything you need to receive E-mail Alerts, configure and remotely monitor tank levels from practically anywhere in the world. The traditional float level sensors, which are mounted inside the tank causing build up on the sensor resulting in inaccurate reads or worse, tank overflow.
HAWK's AccuTank Radar Level Monitoring System is the most precise, reliable and innovative remote monitoring system on the market. This affordable system comes with everything you need to receive e-mail alerts, configure and remotely monitor tank levels from practically anywhere in the world.
HAWK's AccuSolar Solar Powered Level Monitoring System monitors process conditions through wireless WiFi that communicate up to 1,500 feet to a base station PC. The Solar Panel powers the CONNEX 3D Monitor that provides bright, 6-digit LED indication, internal DC power supply for Ultrasonic or GWR transmitter power and advanced communications.
HAWK's AccuTank Wireless Ultrasonic Level Monitoring System monitors process conditions through cellular networks and satellites allowing the user to access data anytime remotely through a web interface. The ultrasonic level transmitter communicates to the CONNEX 3D modem via digital RS485 communications providing reliable, accurate tank level monitoring with daily measurements both scheduled and event driven.
The AccuTank Cooking Oil Management System takes the very best of process control and integrates it into a full service cooking oil monitor for the food service industry. Starting with fresh oil, your product is stored in a tank that canÍt walk off easily. Through level monitoring, every last drop of oil can be accounted for as the tank is filled with new product and as oil is added to your fryers. Because the quality of fried food is tied directly to the quality of your cooking oil, our system monitors the fryers to verify that oil has been filtered at the proper time and frequency. Finally, once used oil is stored for pickup, the system monitors the used oil tank so you know exactly how much oil you have added and exactly how much your vendor picks up.
The AccuPipe Mobile Flow Measurement System offers remote access and optional GPS system for tank trucks and other mobile flow applications. The equipment can be mounted directly on the truck for a complete mobile solution.