PRODUCT DESCRIPTION
The TQC Viscosity Cup DIN 53211 Immersion is a range of titanium
anodized aluminum or stainless steel viscosity cups with fixed
stainless steel (SS303) nozzle (inner cavity) and handle. Inner
dimensions similar to DIN 53211. Ideal for measuring coatings
and other fluids during application or production.The dimensions
of this flow cup are according to DIN 53211, fitted with a handle,
and also referred to as a FRIKMAR cup.
The process of flow through an orifice can often be used as a
relative measurement and classification of viscosity.This
measured kinematic viscosity is generally expressed in
seconds of flow time which can be converted into Centistokes
using a viscosity disc calculator. Dip cups can be used to
provide a quick viscosity measurement on the shop floor or on site.
BUSINESS
Laboratory, manufacture
STANDARDS
Compatible with/ similar to DIN53211
FEATURES
•Each cup has a long loop handle to allow the cup to be dipped by
hand into a liquid container, which makes it easy to quickly check
and adjust the viscosity of many different type of liquids.
•The design of the cup and orifice eliminate hard to clean recesses.
TQC viscosity cups are made under the continuing quality control procedures.
•Each cup is provided with an engraved unique serial number.
•Each viscosity cup comes with a hard plastic storage case, with protective soft material on the inside.
ORDERING INFORMATION
VF2071 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: made of titanium anodised aluminum, with fixed nozzle orifice Ø 2 mm
VF2072 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: madeof titanium anodised aluminum, with fixed nozzle orifice Ø 3 mm
VF2073 TQC Viscosity Cup DIN 53211 Immersion
Type: made of titanium anodised aluminum, with fixed nozzle orifice Ø 4 mm
Optional: possible to certify by calibration with certified oils
VF2074 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: made of titanium anodised aluminum, with fixed nozzle orifice Ø 5 mm
VF2075 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: made of titanium anodised aluminum, with fixed nozzle orifice Ø 6 mm
VF2077 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: made of titanium anodised aluminum, with fixed nozzle, orifice Ø 8 mm
VF2213 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: made of stainless steel, with fixed nozzle orifice Ø 2 mm
VF2215 TQC Viscosity Cup DIN 53211 Immersion
Type: made of stainless steel, with fixed nozzle orifice Ø 4 mm
Optional: possible to certify by calibration with certified oils
VF2216 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: made of stainless steel, with fixed nozzle orifice Ø 5 mm
VF2217 TQC Viscosity Cup Immersion (Similar to DIN 53211)
Type: made of stainless steel, with fixed nozzle orifice Ø 6 mm
ACCESSORIES
CL0030 |
Calibration Certificate (if applicable) |
DI0076 |
Stopwatch Type C510 digital LCD-display, 9h. 59 min. 59,99 sec. |
VF2053 |
Viscosity Conversion Disc |
SPECIFICATIONS
Immersion Viscosity Cup Type TA
Cup: |
titanium anodized aluminium, 100 cc |
Nozzle: |
stainless steel, fixed |
Handle: |
stainless steel. |
Comp. with: |
DIN 53211 (No. 4) |
Weight |
176-179 gram* |
Max. Width: |
63 mm |
Cup height: |
74 mm |
Total height: |
250 mm |
Immersion Viscosity Cup Type TFR
Cup: |
stainless steel, 100 cc |
Nozzle:
|
stainless steel, fixed |
Handle:
|
stainless steel. |
Comp. with:
|
DIN 53211 (No. 4) |
Weight
|
447-450 gram* |
Max. Width:
|
63 mm |
Cup height:
|
74 mm |
Total height:
|
250 mm |
Article
Number |
Product
Descr.
|
Ø
Orifice
(mm) |
Viscosity
Range
(cSt) |
Flow
times
(sec) |
VF2213 |
2 |
2 |
|
|
VF2215 |
4 |
4 |
96-683 |
25-150 |
VF2216 |
5 |
5 |
|
|
VF2217 |
6 |
6 |
|
|
VF2219 |
8 |
8 |
|
|
* For information purposes only; all approximatevalues at 25 °C.
Article
Number |
Product
Descr. |
Ø
Orifice
(mm) |
Viscosity
Range
(cSt) |
Flow
times
(sec) |
VF2071 |
2 |
2 |
|
|
VF2072 |
3 |
3 |
|
|
VF2073 |
4 |
4 |
96-683 |
25-150 |
VF2074 |
5 |
5 |
|
|
VF2075 |
6 |
6 |
|
|
VF2077 |
8 |
8 |
|
|
* For information purposes only; all approximatevalues at 25 °C.