Cooler/Heater Unit微型冷却/加热装置TC-RD

Cooler/Heater Unit微型冷却/加热装置TC-RD

Cooler/Heater Unit微型冷却/加热装置TC-RD

冷却和加热

微型灌注冷却器/加热器装置TC-RD

将灌注液的温度控制在0到100°C之间。一个小型加热/冷却元件

安装在样品旁边的机械手上，通过

将溶液直接流到样品上。

右边是培养皿内温度快速变化的例子。实验条件：TC-RD

系统设置为0°C；使用另一个TC-1控制器和TC-PCP加热将培养皿设置为30°C

阶段；使用两个流量控制CFPS-1U66装置-一个用于通过PDI从培养皿中吸取溶液

插入盘中；和另一个CFPS-1U66用于冷却TC-RD单元的散热器；第三个CFPS-1U单元

用来给碟子加香；一个缓慢的温度传感器用来模拟

整盘；溶液应用点的实际温度变化要快得多。项目#：TCRD

•尺寸：1 x 2 x 2英寸

•温度稳定性：优于0.1°C，

内置传感器

•散热器：用于极低温度的水冷

•反馈：可选级，或外部传感器

（浴室）

Cooling & Heating
Miniature Perfusion Cooler/Heater Unit TC-RD
Controls temperature of perfusion solutions in the range from 0 to 100°C. A small heating/cooling element
is designed to mount on a manipulator next to your sample to provide fast temperature changes by
streaming the solution directly onto the sample.
On the right is an example of fast temperature change inside a petri dish. Experimental conditions: TC-RD
system was set at 0°C; the petri dish was set at 30°C using another TC-1 controller and TC-PCP heating
stage; two flow control CFPS-1U66 units were used - one for solution suction from the dish, through PDI
insert inside the dish; and another CFPS-1U66 to cool heat sink of TC-RD unit; the third CFPS-1U unit
was used to perfuse the dish; a slow temperature sensor was used to simulate temperature change in the
whole dish; the actual temperature change in the point of solution application is much faster. Item#: TCRD
• Dimensions: 1 x 2 x 2in
• Temperature stability: better than 0.1°C,
built-in sensor
• Heat Sink: water cooling for very low temperatures
• Feedback: Selectable Stage, or External sensor
(Bath)

 注：杨清辰发布