KROHNE electromagnetic flowmeter OPTIFLUX 6300

Product Item : OPTIFLUX 6300
Product Brand : Krohne
INQUIRY

Product Description
Other Models

KROHNE electromagnetic flowmeter OPTIFLUX 6300

OPTIFLUX 6300

Electromagnetic flowmeter for advanced hygienic applications

High accuracy (±0.2%), for exact dosing or filling in the food sector

Meter size: DN2.5…150 / ⅒…6" (3A, EHEDG certified)

Many hygienic fittings

3 x 4…20 mA, HART®, Modbus, FF, Profibus-PA/DP, PROFINET

The OPTIFLUX 6300 is an electromagnetic flowmeter (EMF) for advanced hygienic applications in the food sector. The high-end flowmeter is particularly suitable for blending, dosing or filling applications where a high accuracy (±0.2% of measured value) is priority and extensive diagnostics are required. In addition, it can even be used for low conductivity liquids of ≥ 1 μS/cm (e.g. glucose, fruit concentrates). The 3A and EHEDG certified flowmeter comes with industry specific installation lengths. It has no crevices, gaps or blind spots and is specifically designed to stay clean and sterile. This way, it complies with the most stringent demands in the food and beverage industry.

Bi-directional flow measurement over a wide dynamic range (turn down ratio: 1000:1)

Designed for conductive liquids ≥1 μS/cm (water: ≥20 μS/cm)

Suitable for solid content up to 70%, e.g. yogurt with fruit pieces, soups with vegetable pieces etc.

Standard measurement accuracy: ±0.2% or ±1mm/s of measured value (MV)

Extensive sensor and process diagnostics

PFA liner reinforced with embedded stainless steel grid for vacuum resistance

Certified to 3A, EHEDG; complies with FDA and EC1935/2004 regulations

Unique L-shaped gasket prevents expansion of gasket for increased life time

Compact version or remote version with wall-mount, field or rack-mount housing

Also available with stainless steel compact or field housing

Available with industry specific installation lengths and various hygienic process connections

Diagnostics incl. conductivity, electrode error, ambient and process temperature etc.