Brookfield CAP2000+锥板粘度计提供扩展的温度和粘度范围，具有变速性能。CAP2000+ 还提供较低的剪切率，适用于需要小量样品和良好温度控制的多种场合。坚固耐用和易于使用设计使其**适应其他仪器所不能适用的环境。
特性和优点
·扩展范围
·粘度：0.2 - 15,000 泊
·剪切率：10 - 13,000 sec-1
·温度：L型 5-75℃ 或 H型 50-235℃
·转速：5-1000 RPM
·满足行业标准：ASTM D4287、ISO 2884 和BS 3900
·样品量小，< 1 mL，简化测试
·内置式温度控制
·可选CAPCALC32软件，用于完全控制和数据分析
·开放式系统，清洁方便快捷
仪器组成
仪器主机
扭矩范围选择：
-标准扭矩(ICI规格标准)：181,000 dyne· cm
- 低扭矩：7,970 dyne· cm
一支用户选定的锥型转子
温度控制选择(L或H)
SPECIFICATIONS
| MODEL SELECTION: CAP 2000+ Viscometer |
| Viscosity Range | SPEEDS |
| MODEL | Min. | Max. | RPM | Number of Increments |
| CAP 2000+ | See chart below | 5-1000 | 995 |
| CAP 2000+ HIGH Torque Cone Viscosity Ranges (Poise) Spindles 01-05 |
Cone Spindle:
Sample Volume ( μ L) :
Shear Rate (sec-1): | CAP01
67
13.3N | CAP02
38
13.3N | CAP03
24
13.3N | CAP04
134
3.3N | CAP05
67
3.3N |
| CAP 2000+ @ 5-1000 rpm | .2-375 | .4-750 | .8-1.5k | 1-3K | 3-6k |
| CAP 2000+ LOW Torque Cone Viscosity Ranges (Poise) Spindles 01-05 |
| Low torque is used for applications requiring low shear rates for low/medium viscosity fluids, an optional low torque 797-7,970 dynes•cm instrument can also be ordered. |
| CAP 2000+ @ 5-1000 rpm | .2-16 | .2-32 | .2-66 | .2-130 | .2-260 |
| CAP 2000+ HIGH Torque Cone Viscosity Ranges (Poise) Spindles 06-10 |
Cone Spindle:
Sample Volume ( μ L) :
Shear Rate (sec-1): | CAP06
30
3.3N | CAP07
1700
2.0N | CAP08
400
2.0N | CAP09
100
2.0N | CAP10
170
5.0N |
| CAP 2000+ @ 5-1000 rpm | 8-15k | .78-625* | 3.13-2.5k* | 12.5-10k* | 1-1k* |
| CAP 2000+ LOW Torque Cone Viscosity Ranges (Poise) Spindles 06-10 |
| Low torque is used for applications requiring low shear rates for low/medium viscosity fluids, an optional low torque 797-7,970 dynes•cm instrument can also be ordered. |
| CAP 2000+ @ 5-1000 rpm | .2-660 | .2-26 | .2-108 | .2-440 | .2-44 |
μL = microLiter N = rpm k = 1000 e.g. Cone CAP-01 13.3 x 10 (rpm) = 133 sec-1
* Maximum speed recommended with this spindle is 400 rpm. Viscosity range indicated is for operationat 400 rpm.
Note: Viscosity ranges shown are for illustration; the exact range will depend upon instrumentconfiguration.
