Low Temperature Dynamic Viscosity Of Engine Oil SH110 Fully Automatic

SH110 Fully‑Automatic Engine Oil Low‑Temperature Dynamic Apparent Viscosity Tester (CCS, Cold‑Cranking Simulator)

The SH110 automatic apparent viscosity tester (CCS) complies with GB/T6538‑2010, ASTM D5293 and other relevant technical specifications.
It is designed to determine the low‑temperature dynamic viscosity of engine oils.

This instrument measures the apparent viscosity of oil samples over a test temperature range of ‑35 ℃ to ‑5 ℃, with 5 ℃ temperature intervals.
Features include precise measurement, excellent repeatability, stable performance and user‑friendly operation.

It is applicable for determining the apparent viscosity of engine oils at ‑5 ℃ ~ ‑30 ℃, under shear stress of approximately 500‑20000 mPa·s and shear rate of 10⁴‑10⁵ s⁻¹.

Equipped with an automatic temperature‑control system, the unit supports convenient test operations and data analysis directly via its colour touch‑screen interface.

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Automatic CCS Apparent Viscosity Tester for Engine Oils | ASTM D5293, ASTM D2602 Cooling CCS Method
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ASTM D5293 CCS Cold‑Cranking Simulator — Engine Oil Apparent Viscosity Tester
CCS Cold‑Cranking Simulator / Apparent Viscosity Tester for Engine Oils — Price Available
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Parameter &Instrument features:

●Temperature range:Normal temperature ~-70 ° C

●Apparent viscosity Temp range:-35℃ to -5℃

●Temperature accuracy: ± 0.1 ° C

●Viscosity range:5000~20000 mPa.s

● Results Repeatability:±5%

●Sample Volume:5-6ml

●the instrument adopts advanced microcomputer control, touch screen human-computer interaction, calculation, display, printing automation.

●Language of operation interface: optional setting (English);

● Imported Omron temperature controller;

●Imported compressor duplicated refrigeration, large cooling capacity

● Automatic detection speed, fine tuning knob to control the current, reduce manual error;

●Adopt imported motor drive, high precision;

●Can store and print experimental results

● Automatic calculation results after calibration of standard oil;

●Adopt embedded operating system, work stably and reliably;

●the end of the test automatically shut down, and heating, in order to facilitate rapid cleaning,

●Storage method: the experimental results can store 1000 sets of historical data for easy query.

●the system can set the temperature according to the user, according to the nonlinear curve to reach the set temperature

●The user can first calibrate the instrument with standard oil. After the calibration, the relationship between viscosity and motor speed can be described

●The instrument has calibration function, which can easily and quickly calibrate each part of the system

Technical parameters

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