GRD1GX的双向温度梯度系统,可进行多向的温度循环:系统可以在24小时内先进行确定方向的温度梯度摸索,之后将梯度方向在铝板平面旋转90度,并依次选环并ZZ回到原位。从而得出实验样品在ZG温与ZD温的之间的正交数据。
GRD1温度梯度培养箱由英国瑞丁大学农业学院的Murdoch教授,和Roberts教授的初始设计,改进而来。
用于便捷取得种子、小型动植物、微生物、以及各种小型组分或材料,在不同温度下的反馈结果。
原理为在铝板平面一侧加热,同时另一侧制冷,从而在板面形成温度梯度。
|
Temperature gradient plate |
GRD1 |
Temperature range |
cold edges |
°C |
0 to 25 |
|
hot edges |
°C |
ambient + 5 to 50 |
Stability (DIN 58966) |
|
°C |
± 1 |
Display |
|
|
digital |
Time/temperature recording via optional Squirrel data logger |
|
|
|
Working area |
|
mm |
760 x 760 |
Electrical power 220-240 V 50/60 Hz |
|
W |
2050 |
EMC (emissions) |
|
|
Class A |
- Robust, fully integrated system. Fitted with castors to assist with locating the unit
- A 24-hour adjustable timer controls the length of the two phases within the 24 hour cycle, and the switching of the gradient direction.
- A removable Perspex grid effectively divides the working area into 196 miniature incubators, each with a different temperature regime - allows many samples to be tested without the need for separate controlled environment chambers.
- Optional multi-channel Squirrel data logger for recording time and temperature from five probes positioned underneath the plate - one in each corner and one in the centre - for later analysis by PC.