The highest correlation measurement in the class as a laboratory device is realized process sensor inline viscosometer L-VIS-Anton Paar GmbH

135165 | The highest correlation measurement in the class as a laboratory device is realized process sensor inline viscosometer L-VIS
Anton Paar GmbH


Price (excluding tax)

Estimate Required


Model Description

■ Model: L-VIS 520 EX ・ Sample analysis that depends on the highest class in class ・ Reduce the required number of laboratory measurements and increase the throughput ・ Ideal for resin, adhesive, glycol, oil, etc. in a dangerous area ・ Display process temperature and temperature -compensed motion compensation according to ASTM D341


Model Filter

You can search for other models from each index. The displayed value is the value of the currently selected part number.

Analog/digital communication analog output

Analog/digital communication digital input

Analog/digital communication digital output

Clay measurement range

Clay standard accuracy

Clay standard repetition accuracy

Correspondence to dangerous areas

Field bus communication

Housing dimension (length x width x height)

Housing flange type

Housing material

Housing weight

Measurement principle

Operating Terminal Display

Peripheral temperature

Power supply part

Process pressure range

Process temperature range

Protection grade

Sensor installation

Sensor installation dimensions

Sensor installation direction

Sensor powder material material

Sensor sealing

See all 2 models in list
  • Part Number

    135165




*Please note that we may not be able to accommodate sample requests.

The highest correlation measurement in the class as a laboratory device is realized process sensor inline viscosometer L-VIS 135165's performance table

Items marked with have different values ​​depending on the model number.

Product Image Price (excluding tax) Analog/digital communication analog output Analog/digital communication digital input Analog/digital communication digital output Clay measurement range Clay standard accuracy Clay standard repetition accuracy Correspondence to dangerous areas Field bus communication Housing dimension (length x width x height) Housing flange type Housing material Housing weight Measurement principle Operating Terminal Display Peripheral temperature Power supply part Process pressure range Process temperature range Protection grade Sensor installation Sensor installation dimensions Sensor installation direction Sensor powder material material Sensor sealing
The highest correlation measurement in the class as a laboratory device is realized process sensor inline viscosometer L-VIS-Part Number-135165 Available upon quote 4 ~ 20 ma x 2 x 1 x 1 1 ~ 50,000 mpa.s.s 1 0.5 ATEX/IECEX: II 2 G EX D IIB T6 GB, Class I, Div 1, Groups C and D, T6 (USA), Class I, Div 1, GROUPS C and D, etc. Profibus DP, Profinet, Modbus TCP, Ethernet/IP, DeviceNet 400 mm x 200 mm x 240 mm L-VIS process flange (DN60 welding set included), (25 bar@200 ° C); L-VIS process flange DN60 (adapter included), etc. Stainless steel (alumite processing) Approximately 13 kg Rotation / dynamic flow pressure method 35 mm x 60 mm display (including optical button) -20 ℃ ~ +40 ℃ DC 24V, 3.75 A 0 to 25 BAR -5 ℃ ~ +195 ℃ IP 65 Inline, bypass, tank Minimum 130 mm x minimum 100 mm (length x diameter) Horizon Stainless steel 1.4542, SIC seal with diamond coat, Biton O -ring sticker Double mechanical seal that uses buffer solution

There are 2 models for this product.

Customers who viewed this product also viewed

Other products of Anton Paar GmbH


View more products of Anton Paar GmbH

About Company Handling This Product

Category of this product

This is the version of our website addressed to speakers of English in the United States. If you are a resident of another country, please select the appropriate version of Metoree for your country in the drop-down menu.

Copyright © 2024 Metoree