Level Transmitters Monitors & systems suitable for the food and beverage industry.....
Hygienic
Other industries: CHEMICAL | WATER | MARINE | INDUSTRIAL
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HYGIENIC LIQUID LEVEL / PRESSURE TRANSMITTERS
A wide variety of fitting options are available including Triclover, RJT, SMS, IDF and 'through tank' |
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TANKVIEW FOR WINDOWSTM
For larger applications the Tankview distributed data acquisition and monitoring system can stand-alone or communicate with most management computer systems. |
2000 Series monitoring and Display The success of the Minder and Multiminder electronic tank level gauging systems has lead to a new generation of monitoring products from PSM. The series 2000 range of tank monitoring devices offers real flexibility to suit any size and number of tanks in the most cost effective manner. All models from single to multi-channel options are fully compatible with any PSM level transmitters to ensure a no hassle installation. Powerful, versatile, simple to apply & cost effective, attributes common to all members of PSM’s new generation of Minders. Developing on the capabilities of its highly successful predecessor, the range offers comprehensive display & control facilities to keep you clearly in the picture |
High Performance Dual Mode Liquid Level Transmitter PSM has taken the most suitable and repeatable materials available for sensor manufacture and drawn upon its global application experience across all industries, to develop a liquid level transmitter that offers the highest possible standards in terms of performance, versatility, functionality, and reliability.
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The compact construction coupled with integral LCD display, three push buttons under the lid for security, and just eight parameters to set means that Ultrameter I is probably the simplest level transmitter on the market to calibrate and use. Ultrameter I can be configured for either level or distance in metres, feet or a percentage of span. Empty distance and span can be entered in real values, anywhere within the instruments range. Conventional loop powered ultrasonic level transmitters are generally slow to respond to changing levels and care needs to be taken when considering their use. Ultrameter 1 can track level changes as fast as 10 metres per minute, without risk of losing signal.
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Vibrating Probe Level Switches for LiquidsThis rugged design of switch is used throughout the process industries. It is available with a wide range of flanged or screwed process connections and can have extensions, enabling the probe to reach 3 metres into a tank if required. The wetted parts of standard switches are 316 stainless steel but special Halar coated and Hastelloy switches are used for extremely corrosive applications and hygienic probes are available for the food industry. No mechanical moving parts to wear - No maintenance required - Simple to install - no adjustments required Unaffected by environmental changes - Unaffected by dust clouds and agitation - Maximum versatility |
The Ultrameter II family represents a real advance in the use of ultrasound for non-contact level measurement. It is suitable for both liquids and solids measurement. A highly developed and ultra efficient range of sensors emit a significantly higher power acoustic wave than earlier generation devices, providing enhanced accuracy and resolution and the ability to automatically compensate for and operate reliably in acoustically “noisy” or absorbent atmospheres such as vapour, or dust.
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The VG7 High frequency (26 GHz) Radar operates on the same proven principle of the earlier lower frequency 10 GHz FMCW Radars. Enhanced accuracy Vs Pulse Radar The difference in dynamic range between the best pulsed systems and the VG7 is more than 30 dB. This is equivalent in signal power to a sensitivity that is 1000 times greater. The larger dynamic range of the VG7 allows more stable detection of liquids with very low dielectric and thus very weak reflections. Between an dielectric of 2 and a dielectric of 1.2, in an otherwise identical measurement environment, the difference in level is approximately 11.5 dB, which is equivalent to 14 times the power difference on a linear scale. |
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