Capacitive level sensor RFnivo® 3100
for liquidsfor solidsdigital output

Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output
Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output
Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output - image - 2
Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output - image - 3
Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output - image - 4
Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output - image - 5
Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output - image - 6
Capacitive level sensor - RFnivo® 3100 - UWT GmbH - for liquids / for solids / digital output - image - 7
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Characteristics

Technology
capacitive
Medium
for liquids, for solids
Interface
digital output
Applications
for storage tanks, for fill monitoring, for the food industry, rugged, for corrosive environments, for OEM, for the pharmaceutical industry, high-temperature, for silos
Approvals
CCC-Ex, FM/CSA, IEC-Ex, KCs, TR-CU
Other characteristics
stainless steel, high-precision, ultra-rugged, ATEX, FM/FMC, chemical-resistant, side-mount, IP66
Level range

Max.: 1,500 mm
(59.06 in)

Min.: 200 mm
(7.87 in)

Process pressure

Max.: 25 bar
(362.59 psi)

Min.: 1 bar
(14.5 psi)

Process temperature

Max.: 240 °C
(464 °F)

Min.: -40 °C
(-40 °F)

Description

Protection Plus with innovative corrosion protection Capacitive RF probe with full coating protection Longer service life due to increased corrosion resistance UWT has further developed the RFnivo® 3100 capacitive level limit switch for this type of measurement task in the dust extraction of flue gases so that it meets and withstands the demanding conditions. All process-contacting parts of the sensor have been designed to be completely corrosion-resistant. Firstly, the RF boom is coated with PFA Teflon® and, secondly, a section of the process connection thread has been completely made of PTFE so that all parts in contact with the process are fully corrosion-protected. Probe boom with PFA full coating The shaft of the RFnivo® limit switch is fully coated with PFA Teflon®. It is resistant to almost all chemicals and can withstand high temperatures. In contrast to a spray coating, the type of coating of the RF probe is much more resilient, up to 1.5mm thick, and thus has more protection in abrasive applications. The RFnivo® 3100 with fully coated probe boom can be made with a boom length from 200mm up to 1500mm and can therefore be used in a variety of installations. Process connection thread made of PTFE In order to ensure full and comprehensive protection of the process-contacting probe extension the process connection thread, which is connected to the boom, is made completely from PTFE Teflon®.

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Exhibitions

Meet this supplier at the following exhibition(s):

MEORGA Leverkusen 2025
MEORGA Leverkusen 2025

9-09 Apr 2025 Leverkusen (Germany)

  • More information
    MEORGA Hamburg 2025

    18-18 Jun 2025 Hamburg (Germany)

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.