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Tap Density Testers

Article No. 14145

Double Tapped Density Tester

The Copley Tap Density Testers are a high reliability solution for routine measurement of the tap density of powders, granules and similar products, The JVi Series of testers are the only single and double station tapped density systems on the market that offer all three methods specified in Eur. Ph. and USP.

Select your model

$5,507.00 excl. taxes & shipping cost

Features

  • There are two Models available:
    • JV 100i - a single-station tapped density system, supporting all associated attachments for Methods 1, 2 and 3. (single glass 250 mL cylinder)
    • JV 200i - a double-station tapped density system, supporting all associated attachments for Methods 1, 2 and 3. (two glass 250 mL cylinders)
  • Intuitive touchscreen control to simplify operation
  • USP Method 1 Capability added (Requires specific platform)
  • Reporting ability via printer, USB or RS-232
  • Provides detailed reports, including Hausner ratio calculations for a wide range of industrial standards.
  • Variable tapping frequency 30-600 TPM
  • Performs calculations of Bulk Density, Tap Density, Hausner Ratio, Compressibility Index according to Methods 1, 2 or 3
  • Remote control via RS-232 or USB (ASCII Terminal Command Set)
  • 3 in 1: Single unit supports Methods 1, 2 and 3
  • Integrated calculation of bulk density, tap density, Hausner ratio and compressibility index
  • Adjustable stroke frequency control for accelerated or high sensitivity testing
  • Extensive data reporting output options: RS 232, USB A and USB B
  • One to two test station unit configurations available
  • Option to automate and remotely control JVi systems

 

Technical Attributes

  • Data
    Mains Supply:100 V to 240 V, 50/60 Hz
    Isolation Classification:Class I - MUST BE EARTHED
    Power Consumption:Less than 75 W
    Fuse:2 x 2 A (Type T)
    Temperature:15° C to 30° C
    Humidity:10% to 85% (non-condensing)
    Waterproof Rating:Not waterproof
    Tap Frequency:50 TPM to 300 TPM
    Resolution:1 TPM
    Accuracy:±5 TPM
    Duration Range:0 to 99 H: 59 M: 59 S
    Duration Accuracy:±1 s or ±1 % (whichever is greater)
    Standards:In accordance with Methods 1 and 2 of USP Chapter <616> and European Pharmacopoeia Chapter 2.9.34. Conforms to ASTM B527.
    JV 100i
    Eur. Ph and USP Test Methods Supported:1, 2, 3
    Number of Test Stations:1
    Unit Dimensions (w x d x h):260 x 347 x 562 mm (with 250 mL cylinder)
    Mass (kg):12
    Maximum Noise Level @ 1 m:88.5 dB(A) - 300 TPM, 3mm drop, 250mL Cylinder
    Maximum Sound Power Level:96.5 dB(A)
    JV 200i
    Eur. Ph and USP Test Methods Supported:1*, 2, 3 *Only one station should be used at a time for this test method
    Number of Test Stations:2
    Unit Dimensions (w x d x h):260 x 347 x 562 mm (with 250 mL cylinders)
    Mass (kg):13
    Maximum Noise Level @ 1 m:84.6 dB(A) - 60 TPM, 3mm drop, 2 x Method III cups
    Maximum Sound Power Level:92.6 dB(A)

More Information

The bulk density of a powder is expressed in terms of grams per mL by dividing the weight of a given "untapped" powder sample by its volume. It is important to ensure that no settlement occurs during preparation such that the density of the powder concerned is "as poured" and therefore includes the contribution made by the volume of the interparticulate void. Tap Density, on the other hand, is the density attained after "tamping down". This is normally measured using an instrument that lifts and the drops a measuring cylinder or similar vessel containing the powder through a fixed distance. The Tap Density in grams per mL can now be calculated by dividing the sample weight by the final tapped volume. 

 

Compressibility Index and Hausner Ratio - Measures of the ability of the powder to flow and its compressibility can now be given in the form of (a) the Hausner Ratio or (b) the Compressibility Index. In a free flowing powder, inter-particulate interaction is less significant and unsettled and tapped densities will be closer in value. In poorly flowing powders, the inverse is to be expected. It follows that the closer the Hausner ratio is to 1, the better the flow. Powders with poor flow generally have a ratio of greater than 1.25.
 

Scale of Flowability
Compressibility Index (%) Flow Character Hausner Ratio
< 10 Excellent 1.00 - 1.11
11-15 Good 1.12 - 1.18
16-20 Fair 1.19 - 1.25
21-25 Passable 1.26 - 1.34
26-31 Poor 1.35 - 1.45
32-37 Very poor 1.46 - 1.59
> 38 Very, very poor > 1.60

Standards

In accordance with Methods 1 and 2 of USP Chapter <616> and European Pharmacopoeia Chapter 2.9.34.

Conforms to ASTM B527

 

Accessories

14147
IQ/OQ/PQ Documentation Pack
$370.00
14148
Spare 250ml Measuring Cylinder
$162.00
14149
Optional 100ml Measuring Cylinder
$162.00
14150
50ml Measuring Cylinder Kit
$162.00
14152
10ml Measuring Cylinder Kit
$162.00
14153
5ml Measuring Cylinder Kit
$232.00
14155
Acoustic Cabinet Tapped Density Testers
$4,298.00
14488
Platform For Use W/100ml Cylinder
$227.00
14573
25ml Measuring Cylinder Kit
$162.00
15058
Platform For Use W/250Ml Cylinder Meth 1
$227.00
15059
Platform For Use W/100Ml Cylinder Meth 1
$235.00
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