Magnetostrictive continuous level transmitters base their operation on the physical principle called Wiedemann effect and allow a continuous and precise measurement of liquid levels. The electronic unit sends a pulse to a waveguide contained in the measuring rod; the magnetic float intercepts the pulse generating an echo that is detected by the same electronic unit. The elapsing time between the emission of the pulse and its recognition is directly proportional to the position of the float, and then to the value of the level to be measured.

PVC – PP – PVDF

2 analog outputs, current and voltage

RS485 serial output, Valco protocol

Up to 2, 9 m length

Working pressure up to 6 bar depending on the used float

The principle operation of the LCD-S level switch is based on the moderate shutdown of a series of resistors and reed contacts. These are placed inside the guiding rod by a magnetic float. The only moving parts will be the float which moves along the measuring rod. You can program the sensor manually or via the “MYVALCO” app using NFC technology, available on Android® app store.

General specifications for continuous level sensor with display. Other specifications are selectable in the part number builder form below.

LCD.S29.5.450/500.S.25GS.M12

Local indicator 4 digit (9999)

Integrated data logger + export file data .csv

Up to 6m length

Analogue output switchable mA or V

Configured via NFC communication system through "MYVALCO" APP

The type 2260 is a rugged, high performance ultrasonic level measurement transmitter, having transducer and processing electronics and a display/ programming unit incorporated in one single housing. All type 2260 Level Transmitters are using established high end pulse echo transducers, which provide narrow beam angles and reliable measurement ranges up to a distance of 15 meters.

Non-contact level metering

4 to 20 mA / HART interface (Optional)

Level, volume and open channel flow

Fully temperature compensated electronics

32-point linearization

Conductivity/Resistivity Electrodes are designed to provide versatile installation and accurate sensing across a very broad dynamic range. These electrodes are built with a controlled surface finish to ensure accuracy and repeatability. The standard electrode material is 316 stainless steel, but there are other materials available for maximum chemical compatibility. Reversible threads or sanitary flanges allow for maximum installation versatility. S
In-line or submersible mounting

316 SS or Titanium (indicated tri-clamp only) standard electrode

Alternative electrode materials available - Hastelloy-C - Monel - Titanium

NIST traceable certified cells ±1%

Meet USP requirements

The 25 GHz (K-band) 2290 Pulse Radars are the most progressive non-contact level transmitter technology for industrial processes. With an excellent accuracy, compact antennas and a user-friendly set-up the 2290 is an effective, simple, low cost choice for demanding level applications. GF’s new K-band radar featuring ±3 mm (±0.1 in.) accuracy and short dead band excels with its full plastic housing. Its antenna range incorporates a stainless steel horn and enclosed plastic tube choices.

19° beam angle

Tank mapping function

Large dot matrix LCD display

Predefinded tank shapes

Works with fumes, condensation, and light foam layers

Unlike traditional floats that float on the water’s surface, the Taurus level switch, thanks to its special construction of an integrated counterweight, remains under water.

The Taurus has three watertight chambers meaning it is very robust and reliable in critical applications.

Used alone or in multiples, minimum and maximum levels/high and low alarm outputs can be maintained and adjusted easily.

Internal counterweight

20 metres maximum depth

Up to 60°C

Three chamber design

Unlike traditional floats that float on the water’s surface, the Taurus level switch, thanks to its special construction of an integrated counterweight, remains under water.

The Taurus has three watertight chambers meaning it is very robust and reliable in critical applications.

Used alone or in multiples, minimum and maximum levels/high and low alarm outputs can be maintained and adjusted easily.

Internal counterweight

20 metres maximum depth

Up to 80°C

Three chamber design

Suitable for use in explosive environments

Unlike traditional floats that float on the water’s surface, the Taurus level switch, thanks to its special construction of an integrated counterweight, remains under water.

The Taurus has three watertight chambers meaning it is very robust and reliable in critical applications.

Used alone or in multiples, minimum and maximum levels/high and low alarm outputs can be maintained and adjusted easily.

Internal counterweight

20 metres maximum depth

Up to 40°C

Three chamber design

Suitable for use in drinking water

Unlike traditional floats that float on the water’s surface, the Taurus level switch, thanks to its special construction of an integrated counterweight, remains under water.

The Taurus has three watertight chambers meaning it is very robust and reliable in critical applications.

Used alone or in multiples, minimum and maximum levels/high and low alar.

Internal counterweight

20 metres maximum depth

Up to 80°C

Three chamber design

Suitable for use in chemical environments

The Shell counterweight for pendant float switches is a unique and time saving design that can be connected and placed onto the cable without the need to disconnect and feed the counterweight down the cable.

Being universal it is suitable for use with the Fox, Olympic, Supertec and Flotec switches and is also compatible with competitors’ brands.

Easy installation

No need to disconnect cable 

Recyclable

7mm - 9mm cable diameter

The Mouse B from Tecnoplastic  is a popular style of level switch for narrow spaces, where regular floats don’t have enough moving area.  The user can adjust the floats up and down the stem to their preferred minimum or maximum.

Suitable for control in clean water, sewage water, industrial water systems and in systems with water in chemical substances.

Maximum depth of 200mm

Single or double function

Up to 50°C

Ideal for narrow spaces

The Mouse 250 B from Tecnoplastic  is a popular style of level switch for narrow spaces, where regular floats don’t have enough moving area.  The user can adjust the floats up and down the stem to their preferred minimum or maximum.

Suitable for control in clean water, sewage water, industrial water systems and in systems with water in chemical substances.

Maximum depth of 250mm

Single or double function

Up to 50°C

Ideal for narrow spaces

The Val.Co TPD Pressure Sensor is suitable for applications where it is required to measure pressure, the local display can be programmed manually or via the “MYVALCO” app using NFC technology, available on Android® app store. These sensors are also available with both outputs of 4-20mA and 0..10V, again you can make the choice using the MYVALCO app.

Sensing element - Ceramic cell

Integrated data logger + export file data .csv

2 x PNP switching output

Degree of protection IP67

Full control via APP 'MY VALCO'

The transmitter is a two channel controller that supports two sensors of same or different types in one instrument. The sensor types supported by the 9950 are Signet Flow, pH/ORP, Conductivity/Resistivity, Salinity, Temperature, Pressure, Level, Dissolved Oxygen, and devices that transmit a 4 to 20 mA signal with the use of the 8058 iGo® Signal Converter. The 9950 includes advanced features such as derived functions, advanced multiple relay modes, and timer based relay functions. Derived function allows for the control of a relay or current loop with the sum, delta (difference), or ratio of two measurements, for example delta pressure and delta temperature. Multiple relay modes allow up to three signals to be used for the control of a single relay.

GFTB 200

Designed for measuring air pressure, air humidity and temperature within seconds.

Electrical isolated interface converter, directly connectable to PC.

Scope of supply: Device, battery, calibration protocol, manual

High precision sensors provide remarkable accuracy