Product
nescrtptlon
Cycler 003 thermal cycler for25
x
O.2ml
microtubes, 120V / 230V
Cycler003 thermalcycler for 20
x
0.5ml
microtubes, 120V / 230V
Cycler003 thermal cycler for 48 x0.2ml
microtubes, 120V/230V
Cycler003 thermal cycler for 30 x0.5ml
microtubes, 120V / 230V
Cycler003Block for 25 x0.2ml microtubes
Cycler003 Block for 20 x0.5ml microtubes
Cycler003 Btockfor48 x0.2mtmicrotubes
Cycler003 Block for 30
x
0.5mlmicrotubes
Ordering Information
CyI-01
CyI-02
CyI-03
CyI-04
CyI-003-2
CyI-003-1
CyI-003-4
CyI-003-3
Part Number
YES
YES
37
YES
185
mm
185mm
330mm
6.8
Kg
4.5°C/sec
3°C/sec
4°Cto99°C
±
0.5'C
±
0.5°C
100'C to115'C
YES
120Vor 230Vwith Switch
Temperature
Temperature range
Block uniformity
Temperature accuracy
End of programcoolingbelow
ambient
Heating/Cooling Rate
Maximumheating rate
Maximumcoolingrate
Heated Lid
Heated lidtemperature
Heated lidenable/disable
Programming
Programnaming using alphakeys
Programpassword protection
Number ofprograms(3 step)
Dimensions
Height
'Mdth
Length
Weight
Power
AC INPUT
The Cycler 003 thermal cycler is reliable with excellent
ramping rate (maximum over
5
OC/sec) and most economic
personal
peR.
The Cycler 003 is designed
to
be
compact and portable. It
is only 600em' footprint andweighs 6.8 Kg.
The
se~-adjusted
heated lid (100'C to 115'C), designed to
reduce the risk of sample evaporation, can
be
enabled or
disabled. The heated lid only comes on
~
the block is set
above 35°C.
The powerful programming logic makes
~
user friendly.
Several common used methods have been created as
templates for users, this helps with even the most
complicated protocol program set ups.
The on-screen
displayed ramping rate helps users to monitor the working
conditionof the machine.
Two
major
sample blocks formatscan be chosen.
1. The small personal block: 25X 0.2 ml and 20X 0.5 ml
2. The halt-full-size blocks: 48 X 0.2 ml and 30 X 0.5 ml.
This design allows users to havemore flexibility.
Most economic and high performance cycler
.
.
Technical Specification
PCR-Cycler
....----------
AELab
3 . . . 2014
