AWI-P Wireless Pressure Transmitter
The Adalet Wireless AWI-P wireless pressure transmitter is a fully integrated, self-contained wireless pressure transmitter designed specifically for measuring and monitoring pressure in industrial applications. The AWI-P wireless pressure transmitter is for use in rugged, industrial areas where accurate pressure measurements are needed. Available in battery powered and AC powered versions, the AWI-P wireless pressure transmitter includes the wireless transmitter, pressure sensor, and self-contained power source all in one lightweight, rugged, case aluminum enclosure for use in industrial environments. The AWI-P wireless pressure transmitter provides tank farms, pipelines, in-plant and other industrial applications pressure monitoring & measurement without the constraints of hard wiring.Adalet Wireless systems are an innovative, cost cutting solution for transmitting data signals in industrial areas. This unique solution by Adalet makes it possible to collect real time data and realize measurable cost savings. With this system it is now possible to avoid costly cable and conduit runs, lower labor and material installation costs, and monitor devices where cabling isn’t an option.
The Ashcroft Xmitr
The Ashcroftbrating multiple instruments. By creating a low cost hybrid mechanical/electronic instrument, remote monitoring will become a newly affordable, cost effective component used to increase system efficiencies, saving energy and reducing operating costs.
Micro Motion Safety-Certified Coriolis Meters
TÜV certification can boost plant availability by using Emerson’s technology-leading Micro Motion Coriolis flow and density measurement technology in Safety Instrumented Systems in up to SIL-3 loops, per IEC 61508. The IEC certification reduces costs by eliminating documentation and analysis efforts associated with the alternative prior-use methodology of certification.
This TUV approval results from factory and device audits, as well as validation of Failure Modes, Effects and Diagnostic Analysis (FMEDA) report from Exida, the industry safety consultants . Micro Motion devices offer the best FMEDA scores of any Coriolis vendor. The single tube units are approved for use with a SIL-2 capability and dual tube units can be used in SIL-3 functions, according to IEC 61508. No other flow meter manufacturer can match this capability.
Many process plants already rely on Micro Motion Coriolis meters for reliable and consistent performance in process control. The extensive experience of end-users with Micro Motion Coriolis flow meters bears testimony to their quality and reliability in demanding flow and density measurement applications. This is important because, when designing SIS functions, it should be remembered that choosing the right meter for measuring the process appropriately and accurately is the first pre-requite. Only Micro Motion SIS Coriolis meters offer the combined benefits of proven process measurement and safety-certification to IEC 61508.
Micro Motion Meter Verification Technology
Traditionally, device diagnostics have been limited to identifying failed devices or conditions only when off-spec product or variations start to erode quality or process efficiency. Practices required stopping the process or removing the flowmeter to verify performance meets quality, safety or regulatory requirements.
Emerson’s Micro Motion’s no need to remove meters and no secondary references are required. Resulting data alerts operators to non-conformance of the Coriolis meter, typically caused by erosion, corrosion, or other changes impacting the measurement. The technology is performed using Emerson’s AMS™ Suite predictive maintenance software or via the meter’s local operator interface.
This meter verification capability is faster and easier than other verification methods, and eliminates the need for proving meters or other labor- and equipment-intensive methods formerly used to verify performance.
Operators and plant engineers without extensive training can perform the test in under five minutes with no need to stop the process or use secondary references. By being able to predict if and when a flowmeter will need to be repaired, re-calibrated or replaced, customers can plan for a proactive maintenance mode, reducing downtime, increasing plant safety and improving product quality.
The Resonator line of Vibrating Liquid Level Switches was created for use in challenging chemical and petrochemical applications, including high viscosity environments to 20,000 cP. The devices utilize unique a piezoelectric driven tuning fork that exhibits a large change in resonant frequency when immersed in any liquid. This, combined with the industry’s widest selection of probe materials (316 Stainless Steel, Hastelloy C276, Hastelloy B, Monel, and Incoloy 600), makes them immune to coating or build-up, a common and expensive problem in the chem/petrochem arena. The Resonator’s innovative design ensures accurate, repeatable operation, whether measuring water, thick lubricants, or sticky slurries. In addition, a one-step, external calibration process eliminates hassles with equipment covers.With gap or float switches, measurement is dependent on dielectric constant or specific gravity, which can result in varying accuracies and, therefore, major process problems. The Resonator uses a smart, microprocessor design to keep the sensor in a resonant state as it changes from wet to dry or dry to wet conditions. This resonant frequency is unaffected by coating or build-up on the probe, allowing the level switch to measure without concern for specific gravity, dielectric constant, or mounting position of the sensor.
Space-Saver V2 System Flow Meter
The revolutionary V2 System Flow Meter measures liquid flow precisely using a fraction of the straight pipe run that others need. It’s a total solution that eliminates common new flow meter installation-space headaches.
The V2 System features its own built-in V-Cone flow conditioning technology, reducing the number of straight pipe diameters required for accurate measurement. The V-Cone forms very short vortices and creates a highly stable signal for precise flow measurement. It’s so stable that it rarely needs post-installation recalibration.
The cone’s central position in the line optimizes the velocity of the liquid flow at the point of measurement. The result is a highly stable flow profile for measurement accuracy from
The V2 System is ideal in multiple industrial water and wastewater flow measurement applications. It installs virtually anywhere in a plant’s piping system or easily retrofits into an existing layout. It reduces costs—with its compact footprint, reduced piping, simplified set-up and less labor.
The WLS-TEMP-ValuePack is a complete IEEE 802.15.4 wireless temperature measurement system in one package, that sets up easily in minutes, and sells at a remarkably low price. The WLS-TEMP measurement module supports eight channels of data from J, K, R, S, T, N, E, and B type thermocouples in addition to RTDs, thermistors, and semiconductor temperature sensors. Used in conjunction with a WLS-IFC USB-to-wireless interface module (included in the ValuePack), the system is capable of wireless data transfer at distances up to 150 feet indoors (up to a half mile, line-of-sight, outdoors); it can also transfer data via a direct USB connection. This is a very exciting functionality extension to Measurement Computing’s already popular USB product line. With the release of the WLS-TEMP-ValuePack and other wireless products, DAQ users are no longer tethered to their USB port. They now have the convenience of installing their DAQ devices at the point of measurement. The WLS series supports both wireless and USB communication an extremely flexible solution for users to enjoy.
Flexar guided wave radar continuous level sensor
The Flexar continuous level sensor combines state-of-the-art guided wave radar TDR technology with 5 decades of applications experience and focus in powder/bulk solids and the leading inventory management software, for remote and vendor managed inventory.
SNAP-AITM-8 High Density Thermocouple Module
The SNAP-AITM-8 is ideal for customers with applications requiring temperature monitoring, data acquisition, and control. The new input module accepts up to eight isolated thermocouple probes, quadrupling the density of standard SNAP thermocouple modules and reducing the cost per point by approximately 33%. This increased density can reduce required panel space for applications with a high number of thermocouple inputs—such as semiconductor, food, petrochemical, and pharmaceutical processing—to as little as 25% of the previous space required.
In addition to analog-to-digital conversion from type B, C, D, G, E, J, K, N, R, S and T thermocouples used in industrial, scientific, and medical research applications, the SNAP-AITM-8 can also be configured to accept millivolt readings in the -75 to +75, -50 to +50, and -25 to +25 ranges. This allows direct instrument readings from Wheatstone bridges, strain gauges, and other instruments and devices.
Marathon MM Series IR Thermometer
The cost-effective, state-of-the-art Marathon MM Series Infrared (IR) Thermometer by Raytek now offers adjustments to the sensor’s measurement target focus from a PC located in the safety of the user’s own office. Either by push-button at the rear of the instrument, or remotely via an RS232/RS485 PC connection where adjustments can be seen real-time through video, engineers can continuously observe and record temperature variations in their process in order to take immediate corrective action. Raytek is one of the few manufacturers of non-contact IR temperature sensors offering this motorized variable focus capability.Marathon MM Series sensors with the variable focus option can be configured according to each application’s requirement, thus reducing the installation time and chance for incorrect installation. This feature improves reliability, increases uptime, reduces waste, and is well suited for large, multiple-sensor installations where sensors are periodically replaced or the distance to the measurement object changes. The MM Series is available with simultaneous real-time video monitoring and automated image recording and storage. An optional live video feed is incorporated into its data acquisition and sensor programming software, allowing for active frame capture– a unique capability delivering valuable new process information at a price lower than competitive products.
SITRANS LR460 Solids Level Radar Transmitter
The Siemens SITRANS LR460 solids radar level transmitter incorporates patented process intelligence into a design capable of measuring solids materials up to 328 feet. With new Process Intelligence advanced echo-processing software and completely re-designed, high frequency/high gain circuitry, SITRANS LR 460 unit reliably measures these difficult applications – without ever touching the material.
This product has an extremely high signal-to-noise ratio which enables it to handle the dirtiest airspace conditions while providing a reliable, accurate measurement in tough solids material like cement, plastic powders, flyash, etc. This product has evolved in superiority from the popular SITRANS LR400. With the LR400 product’s dominance in the solids industry for radar level measurement, the new LR460 unit will build on that recognition. This product will offer a solution to even more applications on tough, dusty measurements, and broaden our application successes.
SITRANS FC300 DN4 coriolis flow meter
Approximately half the size of comparable devices, the SITRANS FC300 DN4 flowmeter
has a maximum capacity of 350 kilograms/hour (772 pounds/hour). With dimensions of just 135 x 205 x 58 mm or 5.3 x 8.1 x 2.3 inches (W x H x D), the entire unit only weighs 3.5 kilograms (7.7 pounds). Additionally, its durable design makes the sensor virtually impervious to process generated noise such as vibrations, pulsations and pressure shocks.
The FC300 delivers a stable flow signal with a large turndown and an accuracy of better than 0.1 percent of rate. The precision-made flow tube also offers a liquid density accuracy of less than 0.0015 grams/cubic centimeter, (0.09 pounds/cubic foot). The sensor consists of a single continuous straight pipe in a double bended configuration. The sensors are available in two materials, W1.4435 (AISI 316 L) stainless steel version with a maximum operating pressure of 130 bar (1900 psi), and a Hastelloy W2.4602 (C22) model with maximum operating pressure of 410 bar (5950 psi). The sensor interface is safe in accordance with Category IIC.
SITRANS FC300 uses a Siemens electrical multiple plug connector and
SENSORPROM memory concept that provides “plug and play”, trouble-free and safe
installation in less than 10 minutes. For OEM customers or large end users, this concept
significantly reduces the costs for installation, commissioning or service.