Datasheet
18
1
SCALE
KERN
OCL 251
OCL 252
For more information, please visit www.kern-sohn.com/en/OCL-2 · Order hotline +49
[
0
]
7433 9933 - 0Compound microscopes
Inverted microscope KERN OCL-2
Features
· The KERN OCL is a very easy to use, robust
and stable inverted microscope for all
common routine applications, producing
impressive images.
· These trinocular microscopes are equipped
with wide field eyepieces with a large field
of view, diopter adjustment and infinity
corrected plan achromatic objectives as
standard.
· A nosepiece for up to 5 objectives, a large,
mechanically adjusted stage and a phase
contrast set are also provided as standard
with the microscope.
· The Abbe condenser with its aperture
diaphragm and the long 72mm working
distance, together with the fine, 0,001mm
scale focus, sets standards in this micro-
scope class.
· The following optional accessories are
available: A variety of eyepieces, objectives
for a large working distance, a fixed stage
and much more.
· One of the central features of this variable
and simultaneously robust series of inverted
microscopes is the stable and precisely
adjustable mechanism.
· This model is availabe for both, right- and
lehanded persons.
Technical data
· Eyepieces: HWF 10x20 mm
· Objectives: 10x / 20x / 40x und 20xPH
· Packing dimensions
WxDxH 690x680x415 mm
· Net weight approx. 16 kg
OCL 251
· Right handed version
OCL 252
· Le handed version
Please find detailed information in the
following charts.
The variable inverted model for the flexible user
in vocational training and the laboratory
LAB LINE
STANDARD OPTION
Stage
Trinocular head
Coaxial pinion drive
for x/y
Coarse and fine height
adjustment
Phase contrast slide
Model
Standard configuration
Optical system
Tube
Illumination
Infinity Trinocular 6V / 20W Halogen
(
transmitting
)
Infinity Trinocular 6V / 20W Halogen
(
transmitting
)
KERN & SOHN GmbH • Ziegelei 1 • 72336 Balingen • Germany • Tel. + 49-[0]7433-9933-0 • Fax + 49-[0]7433-9933-149 • www.kern-sohn.com• info@kern-sohn.com
KERN Optics Catalogue 2015