Accupyc II

MODEL SELECTION

HARDWARE VERSATILITY

Sample Chamber Capacity

Sample Chamber Dimensions

Available MultiVolume Insert Kits

Temp Control Type

Catalog Number

AccuPyc II

MultiVolume Kits

1-cm ID x 1.1-cm D

134/00001/00

1 cm 3

0.1 cm 3

1.80-cm ID x 3.93-cm D

N/A

10 cm 3

1.0 and 3.5 cm 3

134/00000/00

A MultiVolume option allowing you to analyze smaller-sized samples with your current AccuPyc model is available for configurations listed below;

4.62-cm ID x 6.17-cm D

10 and 35 cm 3

134/00002/00

100 cm 3

Each kit includes appropriate insert(s), reference standard(s), and sample cup(s).

Bundle includes Control module and 2-ft cable connected to Analysis modules. AccuPyc II 1340 Remote Analysis Instruments

2000-cm 3 nominal cell volume 650- and 1300-cm 3 cups

1-cm ID x 1.1-cm D 1.80-cm ID x 3.93-cm D 4.62-cm ID x 6.17-cm D 5.84-cm ID x 13.94-cm D 9.7-cm ID x 26.00-cm D

134/00032/00 134/00033/00 134/00034/00 134/00031/00 134/00030/00

1 cm 3 10 cm 3

0.1 cm 3 1.0 and 3.5 cm 3 10 and 35 cm 3 NA 650 and 1300 cm 3

AccuPyc II Bundle

100-cm 3 nominal cell volume 10- and 35-cm 3 cups

N/A

100 cm 3 350 cm 3 2000 cm 3

1-cm 3 nominal cell volume 0.1-cm 3 cup 10-cm 3 nominal cell volume 1- and 3.5-cm 3 cups

Remote analysis modules only. Remote analysis units require connection to a control module or AccuPyc II 1340

Remote Analysis Module Only

1-cm ID x 1.1-cm D 1.80-cm ID x 3.93-cm D 4.62-cm ID x 6.17-cm D 5.84-cm ID x 13.94-cm D 9.7-cm ID x 26.00-cm D

1 cm 3 10 cm 3

134/00041/00 134/00040/00 134/00042/00

0.1 cm 3 1.0 and 3.5 cm 3 10 and 35 cm 3 NA 650 and 1300 cm 3

SOFTWARE VERSATILITY

100 cm 3 350 cm 3 2000 cm 3

N/A

Data Presentation

134/00043/00

Density vs Cycle # Average: 3.8691g/cm³ StandardDeviation: 0.0123 g/cm³

134/00046/00

The AccuPyc II can be operated with a keypad or an optional Windows ® interface that provides exceptional reporting and archiving capability. Both versions include direct sample mass input from a balance and cycle-based displacement volume reporting. With the Windows interface, features such as time-based pressure equilibration reporting and additional calculations such as percent solids content and total pore volume are included. Operational status can also be continually monitored in a status window on the monitor screen.

Density vsCycle#

3.895

Control Module Only

N/A N/A Control module only. Up to 5 analysis modules can be connected to a single control module. N/A N/A

3.890

3.885

134/00005/00

3.880

AccuPyc II 1340 Temperature -Controlled Instruments

3.875

Density (g/cm³)

3.870 Equilibration Report P2 (ExpansionPressure) shown every 1 second(s)

• Combined Report

1.80-cm ID x 3.93-cm D

134/00010/00

10 cm 3

1.0 and 3.5 cm 3

Use with External Recirculating Bath 15-50 ˚C

Cycle #1 Cycle #7

Cycle #2 Cycle #8

Cycle #3

Cycle #4

Cycle #5

Cycle #6

3.865

AccuPyc II TC

• Summary Report

134/00020/00

4.62-cm ID x 6.17-cm D

10 and 35 cm 3

18

100 cm 3

3.860

AccuPyc II TEC

CycleNumber 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0 9.5 10.0 Vol. vs Cycle # Average: 6.3725 cm³ Standard Deviation: 0.0004 cm³

17

• User-Defined Tabular Reports

Vol. vs Cycle # Reference

134/00050/00

1.80-cm ID x 3.93-cm D

Sigma+/- Min/Max

Integral Thermo- Electric Cooling, 15-36 ˚C, ± 0.1 ˚C*

1.0 and 3.5 cm 3

10 cm 3

16

6.378

• Volume vs. Cycle #

15

134/00051/00

4.62-cm ID x 6.17-cm D

10 and 35 cm 3

100 cm 3

6.376

• Density vs. Time

14

FPO Cycle Number 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0 9.5 10.0 22 24 26

6.374

• Total Pore Volume vs. Temperature

P2 (ExpansionPressure) (psig)

13

6.372

• Density vs. Cycle #

12

1.80-cm ID x 3.93-cm D

1.0 and 3.5 cm 3

134/00044/00 134/00045/00

10 cm 3

Use with External Recirculating Bath 15-50 ˚C

Volume (cm³)

6.370

11

• Options Report

4.62-cm ID x 6.17-cm D

0

2

4

6

8

10

12

14

16

18

20

10 and 35 cm 3

100 cm 3

Time (seconds)

6.368

• Equilibration Report

Research grade helium or nitrogen is strongly recommended. High purity Carbon dioxide, dry air, or argon may be used. A multigas option for up to four gases on one analysis unit is available.

6.366

• Sample Log

*Subject to environmental operating conditions