Turb 430 T 德国WTW GmbH 水质检测仪

Turb 430 T 德国WTW GmbH 水质检测仪

turbidity measurement with lab precision is required for testing by the industry or health offices with uses in surface waters, drinking water preparation and cisterns, well heads and springs. quality monitoring with lab precision is usable in the lab and the field via the AQS and LabStation.

With the IDS turbidity probe VisoTurb® 900-P, turbidity can be determined in surface waters but also in process applications by means of the portable MultiLine® pocket meters. The VisoTurb® 900-P works at 860 nm at an angle of 90°.

ortable nephelometric with highest precision according to DIN ISO / US EPA for water analytics, quality control and process monitoring

• Lab precision, suitable for drinking water
• Adjustable calibration intervals and GLP-compliant documentation
• Stray light behavior according to pharmacopoeia 5.0

The turbidity meters Turb® 430 IR acc. to DIN ISO 27027 and Turb® 430 T acc. to US EPA 180.1 meet the requirements of the nephelometric measurement at 90° stray light for drinking water with highest precision, especially in the range < 1 NTU. The measuring range comprises 0-1100 NTU/FNU with automatic measuring range switching and is therefore suitable for water analysis as well as quality control, such as gasoline, cell cultures, as well as in the food and beverage industries.

The measurement and automatic 3-point calibration runs self-explanatory and menu-controlled. The calibration takes place via an AMCO Clear® standard set (0.02-10-1000 NTU). Up to 1000 data sets including sample ID numbers can be stored and later put out GLP-compliant via the PC software LSdata . The quality assurance of the measured results is supported by calibration interval setting with documentation. This makes Turb® 430 not only a portable meter – also available in a practical field set - but also a precise and reliable benchtop meter for applications of up to 1100 NTU/FNU with optimized data administration!

AMCO Clear® standards

Polymer calibration standards resist against Formazine by significantly higher accuracy and stability without drifting, which increases the measuring accuracy significantly:

• Manufacturing tolerance of only ±1% for highest result accuracy
• Long-term stable particle distribution and size
• No health hazard
• Easy to dispose of
• N.I.S.T. traceability

Variations