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Level Sensors | Water Level Sensors

New items

ILSE-G0100-D, Sensata/Cynergy 3

Hydrostatic Level Sensor - External Mounting Accuracy ±0.25% / Full Scale Setting error offset <0.5% / Full scale Reverse polarity protected Operational life greater than 100 x10 6 Cycles Hydrostatic level transmitters provide a accurate, reliable and simple way of measuring fluid level in various situations including laboratory testing, static tank level, environmental engineering, automotive testing, container/chamber level and rainwater harvesting. The level transmitters piezo-electronic sensor sits in an oil filled diaphragm inside a stainless steel casing. The internal signal amplifier requires no adjustment as is resistant to shock and vibration. All hydrostatic level sensors are supplied with a traceable serial number and calibration certificate and is temperature compensated at the factory.

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New items

ILSE-G0250-5, Sensata/Cynergy 3

Hydrostatic Level Sensor - External Mounting Accuracy ±0.25% / Full Scale Setting error offset <0.5% / Full scale Reverse polarity protected Operational life greater than 100 x10 6 Cycles Hydrostatic level transmitters provide a accurate, reliable and simple way of measuring fluid level in various situations including laboratory testing, static tank level, environmental engineering, automotive testing, container/chamber level and rainwater harvesting. The level transmitters piezo-electronic sensor sits in an oil filled diaphragm inside a stainless steel casing. The internal signal amplifier requires no adjustment as is resistant to shock and vibration. All hydrostatic level sensors are supplied with a traceable serial number and calibration certificate and is temperature compensated at the factory.

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New items

010-0349, Gems Sensors

Gems Sensors LS-270-E Series A water level switch that can be immersed up to 1 m and can monitor levels as low as 35mm. Approved by the German Navy, these switches are suitable for general industrial and naval applications. The LS-270-E is fitted with protective shielding ensuring accurate and reliable readings even on water contaminated with solid matter.

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New items

7ML5501-0EA70, Siemens

CLS100 Pointek Capacitance Point Level Sensor Simens CLS100 Pointek range provide accurate, reliable, repeatable level detection. Inverse frequency shift technology uses the inverse relationship between capacitance frequency to monitor fluid level. Small changes in level result in a large change in frequency resulting in excellent accuracy. Compact design to aid installation in tight spaces, on small chemical batch tanks, for empty pipe line detection or for water/oil lubrication pump reservoirs. Tip sensitive Versatile, compact 100mm insertion level switch Suitable for liquids, solids, slurries, foam and interface applications Inverse Frequency Shift technology for difficult applications where vibrating fork (tuning fork) or traditional sensors prove unsuitable High resistance to material build-up Easy to install and calibrate PPS (Polyphenylene Sulfide) corrosion-resistant material offers excellent chemical compatibility Low or zero maintenance - no moving parts May be installed in tight spaces e.g. a high and low level switch on Approvals CSA Certified, FM What is a capacitive switch? A capacitive switch is a sort of touch-controlled electrical switch that works by estimating change in capacitance. It works in same way as regular capacitive cell phone: when you contact the surface — assuming you aren't wearing gloves — a little electrical charge is exchanged from your body to the switch, which in this manner causes an adjustment in capacitance. The switch recognizes this change, reacting with the suitable order. After contacting a capacitive switch, this electrical charge disturbs the switch's own electrical charge; accordingly, causing an adjustment in capacitance. Due to this change, the switch can recognize when and where the touch happened, which is basically how capacitive switches function. What makes capacitive switches pref...

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New items

LFP2000-A4NMB, Sick

SICK Guided Radar Level Detection A range of guided radar level detection units from SICK. Using TDR (time domain reflectrometry), time of flight technology these level sensors use contact type level measurement to detect and monitor levels in both water and oil based fluids. Offering accurate and reliable measurement that is unaffected by environmental and physical conditions such as temperature, pressure, agitated surfaces, viscosity or acidity. SICKs range of guided radar level sensors can be mounted close to each other without crosstalk and accuracy is unaffected by deposit build-up on the probe. LFP Inox models have been specifically designed for hygienic applications and are CIP and SIP resistant (see stock numbers 794-3395 , 794-3399 , 794-3709 ) Four button set-up No requirement for calibration or re-calibration 3 in 1 Combination, Display, analog and binary outputs Simultaneous level detection and continuous monitoring output capability High Accuracy measurement in difficult conditions Compact design Rotatable housing IP67 Rated enclosure Probe length can be easily modified to suit application. No moving parts

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New items

072.501, Finder

72 Series - Monitoring Relays The 72 series of relays from Finder are level control relays for conductive liquids. Sensitivity range (5 to 150) kΩ adjustable Delay time (0.5s or 7s) switch selectable Emptying or filling functions switch selectable DIN rail mounting

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New items

US06-0003-01, Flowline

Flowline EchoTouch US06 Reflective Ultrasonic Liquid Level Transmitter Flowline EchoTouch US06 intrinsically safe reflective ultrasonic level transmitter provides continuous level measurement up to 12 m with a 4 mA to 20 mA analogue and HART digital signal output. Outputs are configurable via an integrated push button display module or Flowline WebCal software. The non-contact liquid level sensor features proprietary Reflective Technology that delivers reliable level measurement in condensing environments. Typical applications include bulk storage, neutralisation tank, clarifier and waste sumps. Features and Benefits Reflective Technology measures reliably with condensation Corrosion resistant PVDF transducer with aluminium enclosure Narrow 3 (7.6 cm) beam width for applications with limited space LCD display indicates level in inches, meters or percent of span HART communication in point to point and multi-drop modes Fail-safe diagnostics with selectable fail-safe signal outputs Configuration via push button display or WebCal software Automatic temperature compensation from -40º to 80º C. Flowline Sensors

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New items

2130LA2MS1NNBA00001NA, Delta-Mobrey

Rosemount 2130 Vibrating Level Switch Rosemounts 2130 vibrating level sensors work on the principle of a tuning fork to deliver accurate and reliable level measurement unaffected by turbulence, foam, vibration, solids content, coating products, and liquid properties. The switches forks are oscillated at their natural frequency using a piezo- electric crystal. When forks come into contact with a fluid the oscillating frequency change that occurs is detected by the 2130 level switch and causes a change in output state. The 2130 vibrating level sensor is simple to install and requires no calibration or maintenance. Internal diagnostics and LCD lights give a visual indication of the units operational status and health and a magnetic test point allow for easy functionality checking. Features & Benefits Designed for operation in process temperatures from –40 to 180 °C Adjustable switching delay prevents false switching in turbulent or splashing applications Fast Drip fork design gives quicker response time when mounted horizontally, especially with viscous liquids Rapid wet-to-dry time for highly responsive switching Fork shape is optimized for hand polishing to meet hygienic requirements No moving parts or crevices for virtually no maintenance Built-in diagnostics continuously check electronic and mechanical health Fork conditions detected including internal and external damage, coated or blocked, and extreme corrosion Ideal for critical alarm duties Applications Overfill protection High and low level alarms Pump control or limit detection Run dry or pump protection Hygienic applications High temperature applications Vibrating Liquid Level Switches

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New items

MHF15-21NG1HSM, Sick

MHF15 Optical Point Level Switch A range of easy to install level sensors requiring no calibration and suitable for installation in confined or difficult to access areas. SICK's MFH15 series of optical level switches are robust and simple in construction and manufactured from stainless steel and polysulfone with a casing rated to IP 67. Optical Level sensors operate using a LED light and the principle of refraction. The level sensor emits a beam of light from the LED which is directed via a prism at the tip of the sensor to a receiver unit. When the level detectors prism is immersed in liquid the emitted light is lost to the surrounding liquid and triggers a response.Ideally suited to level monitoring of fluids and water based media and suitable for applications such as pipe leak detection and level detection in industrial, pharmaceutical and food manufacturing systems and dry running protection. No calibration required IP 67, IP 69K rated enclosure 2 ms response time 250 Hz switching frequency Choice of PNP or NPN output Stainless steel casing M12 4 pin connection FDA Compliant Note These sensors cannot detect low density foams. Use with high density foams may lead to incorrect operation.

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New items

2120D0AT1NAA0000, Emerson Process Management

Rosemount 2120 Vibrating Level Switch The 2120 is a popular choice for its simplicity, ease-of-use, and reliability, in high and low level alarm applications. When used as a low level alarm, the liquid in the tank or pipe drains down past the fork, causing a change of natural frequency that is detected by the electronics and switches the output state. When used as a high level alarm, the liquid rises in the tank or pipe, making contact with the fork which then causes the output state to switch. 8/16 mA (Off/On), Direct Load, PNP, Relay, or NAMUR switched output electronics (depending on version) Threaded process connection for side, top, or bottom mounting 2 off M20 conduit entries for supplied cable gland and blanking plug (cable not supplied) Easy selection of Dry On or Wet On Mode and Switching Delay Magnetic test point makes functional test easy Vibrating Liquid Level Switches

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New items

LFFS-021.0, Baumer

The Baumer point level detection based on frequency sweep technology for high-temperature hygienic application. It process temperature up to 200 °C and housing design with 360° status indicator for hygienic and industrial application. It used G 1/2 A hygienic. Operating temperature range -40 to 85 °C Degree of protection IP 67

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New items

2120D1AT1NAAA0000, Delta-Mobrey

Rosemount Liquid Level Switch The Rosemount Liquid Level Switch is designed using the principle of a tuning fork. A piezo-electric crystal oscillates the forks at their natural frequency. The frequency of the vibrating fork sensor changes depending on the medium in which it is immersed. The denser the liquid, the lower the frequency. When used as a low-level alarm, the liquid in the tank or pipe drains down past the fork, causing a change of natural frequency that is detected by the electronics and switches the output state. When 2110 is used as a high-level alarm, the liquid rises in the tank or pipe, making contact with the fork which then causes the output state to switch. Features and Benefits Materials of construction is 316/316L Stainless Steel (1.4401/1.4404) dual certified Process connection size is 1in BSPT (R) thread Direct load switching ranging between (Mains 2-wire) 20VAC and 264VAC 50/60Hz and between 20VDC and 60VDC Standard surface finish Fork length is standard length of 1.7in (44mm) Function virtually unaffected by flow, bubbles, turbulence, foam, vibration, solids content, coating products, liquid properties, and product variations Operation temperatures ranges from –40°C and 150°C A heartbeat LED indicates its operating state, LED also flashes when the switch output is off and is constantly lit when 'ON' Adjustable switching delay prevents false switching in turbulent or splashing applications Fast drip fork design gives quicker response time, especially with viscous liquids Rapid wet-to-dry and dry-to-wet time setting for highly responsive switching Fork shape is optimized for polishing to meet hygienic requirements Mechanical- and electro-polishing options Magnetic test point makes functional test easy No moving parts or crevices for virtually no maintenance Specific extended fork length is factory default length (only if fork length A or H is selected) Applications ...

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