The Grant bio PCH-1 is a compact, flexible, easy to use system for rapid heating and cooling of microtubes and a very effective tool for DNA sample preparation for denaturing electrophoresis.
Cooling/heating range from -10º to 100ºC, with very rapid cool down and heat-up times
Stability ± 0.2ºC, uniformity ± 0.5ºC
Capacity for up to 32 microtubes in a combination of two sizes (12 x 1.5ml plus 20 x 0.5ml)
Convenient integral reaction timer with audible alarm
Typical applications include: storing frozen restriction enzymes, nick translations, ligation reactions, restriction digests, protein solubilisation for PAGE, warm incubation of microcentrifuge tubes for hybridisation, cooling blood samples prior to coagulation testing, enzyme reactions and deactivations.
Available as 220V only.
Features
Ingenious block construction, combined with powerful Peltier cooler, produces very rapid heating and cooling
Dry temperature control system maintains a clean and vibration-free working environment
With the rapid heat-up capability of the PCH, the DNA denaturation temperature of 95ºC is quickly reached. An audible alarm signals denaturation time-up, and the samples can then be rapidly cooled again, ready to load the electrophoresis gels.
A 2-line LCD display clearly indicates both set and actual values for temperature and time. Works in combination with simple push buttons for easy set-up.
Flexible tube sizes and rapid heat-up/cool-down times enables swift change of application
Block holds a combination of two microtube sizes simultaneously – up to a total of 32 tubes: 12 x 1.5 ml plus 20 x 0.5 ml
|
|
|
PCH-1 |
Temperature range |
|
ºC |
-10 to 100 |
Stability |
|
±ºC |
0.2 |
Uniformity |
@10ºC |
±ºC |
0.5 |
Setting resolution |
|
ºC |
0.1 |
Heat-up rate |
RT to 100ºC |
ºC/min |
>10 |
Cool-down rate |
100ºC to RT |
ºC/min |
>10 |
|
RT to -10ºC |
ºC/min |
>2 |
Capacity |
microtubes |
|
12 × 1.5ml plus 20 × 0.5ml |
Overall dimensions |
w/d/h |
mm |
225/195/161 |
Input voltage |
|
V |
220 – 240 |
Input type |
|
|
ac (50 – 60Hz) |
Input current |
|
A |
0.5 |