The KSonic Micro is a compact, low-cost, ultrasonic level transmitter/ switch that is designed for liquid and bulk solids level applications. Ultrasonic measurements are based on the time of flight (TOF) of an acoustic wave that is emitted from a transducer and directed toward the product being measured. This wave is reflected back toward the transducer and then converted to an electric signal.
The Traceable infrared thermometer can take readings on any surface, including solids, semi-solids, and liquids. Its non-invasive, non-contact measurements make it suitable for food preparation, life science, pharmaceutical, petroleum, clean room, electronics, and field applications. Each unit has an individually serial-numbered Traceable certificate indicating ISO 17025 accreditation and compliance with National Institute of Standards and Technology (NIST) traceability standards.
The Type A-10 industrial pressure transmitter is designed to withstand harsh operating conditions, such as shock and heavy vibration. Its construction is resistant to mechanical damage and eliminates stress on the pins of the piezo-sensor. With few sources of potential error, the failure rate is reduced to a minimum. The transmitter is easy to set up and operate, and is suitable for use in hydraulics/pneumatics, pumps and compressors.
The 8-page “Pulp and Paper Industry Flow Guide” offers advice on air, gas and liquid measurement, monitoring and control using the company’s thermal dispersion mass-flow technology. It describes the no-moving-parts, fully temperature-compensated sensor design and outlines the instruments’ benefits.
The Model 398 TUpH sensor features a helical reference pathway manufactured entirely from polyetheretherketone (PEEK) plastic. This material resists chemical attack, and the design protects the reference element by requiring contaminants to traverse a long, tortuous pathway before coming into contact with the internal reference electrode. A patented SILCORE triple-seal contaminant barrier further protects the integrity of the pH measurement, as does the unit’s titanium and Tefzel construction.
Designed for applications requiring the most accurate measurement of large quantities — up to 80,806 lb/min — the PROline Promass F Coriolis mass flowmeter offers accurate and repeatable measurement (±0.1% of range). The dual-tube sensor’s fully welded design eliminates internal gaskets and reduces the possibility of leakage. Secondary containment is standard and provides another line of defense. The 10-in. sensor weighs only 880 lb and measures 72.3 in. long or less (150 lb flange).
The X-am 7000 can be fitted with three electrochemical and two infrared optical or catalytic sensors, and can simultaneously measure up to five gases. A choice of over 25 sensors allows the detection of more than 100 gases and vapors. The instrument is dust- and splash-proof, as well as water-resistant with a water-ingress-protection rating of IP67. A high-delivery pump can draw in sample gas through a hose up to 150 ft (45 m) long.
The digital MERIGAUGE provides local indication, signal transmission, or control for positive pressure or vacuum measurements. Pressure ranges are available to 6,000 psig at standard accuraccy of ±0.25% of full scale and optional accuracy of ±0.10% of full scale. A compound range of vacuum —14.7 to 0 to +50 psig is also available. Each gage can display in any of 12 field-selectable engineering units, including psig, ft or in. of water, in. or mm of mercury, bar, kPa, and user-configurable units.
The handheld ASL F100 boasts an accuracy (±0.02°C) and resolution (0.001°C) comparable to what is normally associated with a bench-topthermometer. Two inputs allow direct temperature display from Pt100 or thermistor probes, or the ability to display the temperature difference between them. Measurements can be logged directly to memory to a PC via a USB port; a stastical analysis of measurements, including average, minimum/maximum, and standard deviation, can also be displayed. Depending on the thermometer probe used, the F100’s range is –200°C to 850°C.
The benefits of the new Mi and Si “intelligent” atomic absorption (AA) spectrometers for use in high-throughput elemental analysis laboratories are outlined in this 8-page brochure. It explains in detail the principles of operation and the unique capabilities of the instruments, which incorporate intelligent Spectrometer Qualification (iSQ) to automatically test and confirm the device’s hardware performance.
