New-on-Line 100 – Cloud Point

New-on-Line 100 Cloud Point

Dimensions PDF download     Circuit diagram PDF download     Analytical Cell PDF download

ASTM D2500 – ASTM D5771 – ASTM D5772 – ASTM D5773
DIN 51597
IP 219 – IP 444 – IP 445 – IP 446
ISO 3015

CE marked


Determination of Cloud Point of hydrocarbon products, diesel, gasoil, completely on line, full automatically, extremely accurately and fast with the New-on-line 100. The New-on-line 100, making part of the new generation of on-line process analysers, determines Cloud Point on hydrocarbon products, diesel, gasoil, in correlation to the norms, while guaranteeing:

  • Perennity: conceived in order to have a raised longevity thanks to the good quality of the mechanical, electric and electronic components used for its manufacturing.
  • Simplicity: a modular architecture of design.
  • Supervision: accessible by Ethernet network on site or by safe remotely connection made by Internet.
  • Access for user and/or manufacturer
  • Conviviality: with a clear and didactic graphic interface.

This design brings a maintainability never reached on these analysers and in particular on the Cloud Point Analysers which don’t require a particular maintenance. New-on-line 100 determines the Cloud Point in correlation to the ASTM, IP, ISO, DIN standards by using technologies of on-line processes. With a reduced time of analysis (lower than 10 minutes) it allows a constant control in real time of the lines of production. The management of the analyser is completely automatic thanks to the dedicated software which allows the user to supervise and visualize all the parameters referred to the analysis in progress.

Determination of cloud point is made by detection of light pulsed emission, on I.R. spectrum through a coaxial fibber optic. The dispersion of the light is caused by the crystallization of paraffins. These last, in phase of cooling of the sample, disperse and absorb the light. The analyser, by means of the Lin-Tech software, observes and manages the phenomenon. As soon as the result is obtained, the cell is emptied automatically and a new cycle of analysis starts.


  • This analyser consists a pressurised enclosure, EEx p for zone 1 and 2, with a CENELEC, ATEX certification and different accessories fixed on both sides of the enclosure.
  • The protecting system and some EEx d boxes are fixed on the left side, and the analytical part fixed on the right side.
  • In the upper part of the enclosure accessible with a door supporting a flat screen, are enclosed, the PC, the electronic, the interfaces and the interlock with the terminals.
  • This analyser is supplied with some components for the sample conditioning procedure. In option, a complete sampling conditioning system dedicated to a user application can be supplied.
  • This analyser has been designed to follow the reference standards methods.
  • The analytical cell is cooled down with Peltier elements.
  • This type of analyser has a main application in production unit where the sample composition does not change rapidly in a short period of time.

Principle of Detection

  • The detection consists of an emission of a pulsed light signal, sent through a coaxial fibber optic.
  • The position of the fibber optic allows the system to look to the appearance of the crystals into the test tube.
  • The internal diameter of the test tube is 4 mm.
  • A signal is collected on the other side of the test tube and send back to the receptor via the fibber optic.
  • The signal is recorded and after mathematical treatment, the value of the temperature of the Cloud Point is displayed. Due to the dynamical calculation, the colour of the sample has no effect on the detection.

Procedure of Analysis

  • The application software proceeds to the draining first, by flushing the sample to the drain.
  • This operation takes a few seconds.
  • The second step is to fill the test tube on a time basis.
  • When the time of filling is elapsed, a seconde draining procedure can be done if necessary.
  • Then the analysis is started.
  • All this procedure of draining and filing takes 5 to 20 seconds depending on the selection made in the set-up software.
  • The analysis time will takes 4 to 6 minutes.
  • The user can select the mode of analysis and also can do alternatively both methods.
  • The analyser can select a reference sample from one external drum to proceed to the validation of the analyser himself, before to start the analysis on the product line.
  • This type of analyser is specially designed for production unit where the results have to has close as possible of the ASTM reference result from the laboratory.

Measuring Parameter

  • Cloud Point on petroleum products according to the standards reference methods
  • Temperature in degree Celsius
  • Measuring span –60°C to +60°C

Sample Characteristic

Input analyser

  • flow 10 to 20 l/h (in drain status)
  • consumption 2 … 4 l/h (according number of analysis)
  • pressure 0,3 – 0,6 bar
  • temperature maximum + 40 °C
  • contamination without solid particle > 10 microns
  • without presence of acid or solvent
  • maximum 100 ppm water
  • without traces of residue

Sampling conditioning items

  • 1 ball valve stainless steel 316L sample input
  • 1 filter 10 micron
  • 1 rotameter stainless steel/glass 0-40 l/h with low flow alarm (contact NO/NC on terminal of the analyser)
  • 1 three ways solenoid valve
  • 1 ball valve stainless steel 316L reference sample input

Output analyser

  • As to be connected to a purge collector supplied by user

Specification ‘s purge collector

  • atmospheric drain
  • without back pressure

The purge collector has to be always below the level of the output of the analyser (gravity flow)

Options: sampling conditioning system

  • 4 ball valves
  • filter in line
  • water heat exchanger
  • 2 rotameters
  • 1 solenoid three ways valve for sample reference input
  • pressure reducer

Details and dimensions

Dimensions PDF download

Circuit diagram

Circuit diagram PDF download


Air supply (shut-off valve supply by the user):

  • without oil and dust
  • dew point max –20°C
  • pressure 4 to 7 bars
  • consumption about 30 Nm³/h

Water (shut-off valve supply by the user):

  • clean without sludge or particles
  • input pressure min 1 bars, max 3 bars
  • differential pressure input/output min 1 bars
  • temperature max +15°C
  • consumption max 300 l/h

Power supply

  • 220V / 5% / 50Hz / 2 KVA

Control Unit

The control unit assembly is mounted internally into the pressurised enclosure. This assembly include:

  • Panel PC working on Window® based application
  • Interface boards, input/output digital and analogic
  • Power supply DC
  • Light boards IR


Input/output modules, with galvanic separation

Local Display

Flat screen (15’/17’) touch screen and/or 4 buttons for control functions connected by the panel PC.

Informations Displayed

Record of all the critical parameter‘s display of the last 30 results from the application software

  • Alarm with description of the default
  • Access to all the function‘s
  • No programation required
  • All results stored on hard disk


  • Used with the 4 push buttons front door mounted
  • Cloud Point applications
  • Set up software (purge time, drain time, 4 to 20 mA range, record span etc.)
  • Calibration software
  • Maintenance software

Analytical Cell

  • The analytical cell is mounted externally on the pressurised enclosure
  • The cell is cooled by Peltier element
  • Analysis cycle time is 4 to 6 minutes

Analytical Cell PDF download


  • 0.5 °C

Internal Security

  • Watch-dog
  • By PC or interlock watch-dog default, the watch dog turn off the electrical power of all the components except the PC

Alarm Output

  • Default analyser: 1 contact
  • Low sample flow: 1 contact
  • Low water flow: 1 contact

Input Signal

  • 1 Contact, stand by, analysis cycle interrupted
  • 1 Contact, start analysis, restart of an analysis cycle

Output Signal

  • 4 to 20 mA accessible from the set-up linear module, galvanic separation, max load 600 Ohms

Cooling Devices

  • The analytical cell is cooled by Peltier element
  • Water cooled of the hot side of the Peltier element
  • Lowest cell temperature –35°C (with cooling water at +10°C)

Ambient Conditions

  • Temperature + 5°C to + 40°C
  • HR 80% maximum
  • No excess of dust or corrosive atmosphere
  • Installation: analyser house or shelter

Radio Electric Perturbation

For all the standard frequencies don’t use radio at less than one meter ot the analyser


  • Classification EEx p II B T 6 / according CENELEC 50016
  • Option : EE × P II C T6


  • Input/output sampling tubing 4/6 mm
  • Air supply ¼ and ¾” NPT female
  • Gland PG 13 or PG 16


  • Class IP 65

Special Options

  • Serial line RS 422 Modbus protocol
  • Calibration decade box, ISO 9002 for PT 100 (supplied with connectors)
  • Reference sample for validation of the analyser
  • Sampling conditioning system, according application

Procedure of Control Before Dispatch

  • Electronic calibration
  • Analytical calibration on reference certified samples
  • Control of functionality on certified sample in sample loop with about 100 results
  • Certificate supplied on the status of calibration and tests done


The instrument is equipped with Peltier elements. Cooling water can be supplied by an already existing water line or by external chillers, option available upon request.

  • Cooling liquid – water: +10°C … 15 °C
    • Measuring range: +40°C … -30°C
  • Cooling liquid – cold water: + 5°C … 0°C
    • Measuring range: +40°C … -40°C
  • Cooling liquid – medium (water + glycol): -10°C … -20°C
    • Measuring range: +40°C … -50°C
  • Purity: clean, free of dirt and particles
  • Flow: 2 … 60 l/m
  • Max pressure: 3 bars
  • Min pressure: 1 bars

Characteristics of the Sample

  • Flow: 10…30 l/h in rinsing phase
  • Consumption: 2 … 5 l/h, depending on analysis numbers
  • Pressure: Min 0,3 bar / Max 0,6 bar
  • Contamination
    • Without solid particles > 10 microns
    • Without acid and solvent presence
    • Max 100 ppm of water
  • Inlet temperature
    • Max 40 °C
    • Min +10°C above the higher Cloud Point result