WTW

WTW Digital high performance multi-parameter device with three inputs for pH, ISE, conductivity and dissolved oxygen and comprehensive GLP functions

Wireless ready
Simultaneous measurement with three independent measuring channels
Fatigue proof reading on brilliant color display
Modern high-performance multi-parameter meter with three galvanically isolated measuring channels pH/mV, ISE (including incremental process), conductivity and oxygen measurement. Up to three of the same or different parameters can be measured. With a large 16:9 color graphic display under a hygienic glass shield and antibacterial keyboard for use, even in critical areas. Use the new wireless modules together with the new IDS plug head sensors, be independent from cables and measure i.e. conveniently under laboratory hoods or laminar flow benches. The massive zinc diecasting lower housing adds safety against interference and ensure a safe, stable stand on the lab bench.

Two USB interfaces to communicate with the computer, printer or USB memory stick allow the transfer of all data. An activatable user administration expands the automatic GLP documentation by additional safety and traceability. Integratable adapter for conventional pH/ORP/ISE electrodes available.

The scope of delivery includes the MultiLab importer to capture data via Excel as well as the MultiLab User (user administration).

Since 1945, WTW has provided outstanding leadership in the design and production of superior quality water testing instrumentation world-wide for over 55 years. WTW is proud to offer the world’s broadest and most highly accepted product lines with distribution right across the globe.Since 2011, WTW is a brand of the Xylem Group, which operates worldwide in its core business of water. WTW is a part of the company division Xylem Analytics. With our new website, we can present you a broader product range with additional brands as well as service and information about the application of our products. We provide sensors, platforms and systems which are modular, to enable ultimate flexibility for deployment.