Level Transmitters with Kynar®-Diaphragm Series 36 XKY

For Sewage Applications / Non-fouling

Specifically designed for extended service in sewage lift station environments, the 36 XKY by KELLER features a relatively wide sensing diaphragm yet small overall size. The 36 XKY incorporates a monolithic diaphragm formed from Kynar®, which combines the non-stick quality of Teflon with superior toughness and abrasion resistance that simplify installation and eliminate the need for bulky and expensive protective cages.

The 36XKY utilizes proven piezoresistive silicon measurement technology combined with Keller’s state-of-the-art, microprocessor-based signal conditioning circuitry to provide outstanding
accuracy and reliability over a wide compensated temperature range.
It is perfectly suited for pump control applications that require standard 2-wire (4…20 mA
current loop) or 3-wire (0…10 V) output transmitters. The RS485 interface allows users
to scale the analog output to any desired range within the standard pressure range. The
36 XKY is typically suspended into the liquid by a standard Hytrel®-jacketed cable that is
both self-supporting and vented. Optional: Keller’s enhanced lightning protection makes this
trans-mitter ideal for installation in areas prone to chronic damage due to transients caused by
lightning.

Using the KELLER CCS30 software and appropriate adapter cable, the user can scale the
analog output of the 36 XKY, display and record pressure and temperature readings, and access
a variety of other available functions. All of the available functions are defined in the Series 30
Communications Protocol.

Technology : hydrostatic, piezoresistive
Medium : for liquids
Interface : digital output, analog
Applications : for storage tanks, for sumps, for basins, for fill monitoring
Other characteristics : stainless steel, submersible, high-precision, corrosion-resistant, temperature-compensated, chemical-resistant, with temperature sensor, flush diaphragm, IP68
Process pressure : Max.:
Process temperature : Max.: