13
12
Immersible Parts
Only
the following components should be immersed in
a decontaminant solution: clamp assembly, return spring
and capillary holder (shaft).
1) Unscrew the capillary holder (shaft).
2) Remove the clamp assembly and return spring from
the shaft.
3) Set aside the body (handle) in a dry and secure location.
4) Immerse the components in the decontaminant
solution or wipe them down according to the
instructions provided by the manufacturer or supplier
of the decontaminant.
5) Rinse the individual components with distilled or
sterilized water.
6) Leave the parts to dry by evaporation or wipe them
with a clean lint-free tissue or a soft cloth.
7) Reassemble the pipette.
11 - SPECIFICATIONS
MICROMAN E is a high quality pipette that offers excel-
lent accuracy and precision. The figures provided in the
“ Gilson Maximum Permissible Errors ” table were obtained
using Gilson CPs. These figures are only guaranteed when
using genuine Gilson CPs.
Each pipette is inspected and validated by qualified
technicians according to the Gilson Quality System.
Gilson declares that its manufactured pipettes comply
with the requirements of the ISO 8655 Standard, by
type testing. The adjustment is carried out under strictly
defined and monitored conditions (ISO 8655-6):
• Basis of adjustment, Ex.
• Reference temperature, 20 °C
• Relative humidity, 50%
• Barometric pressure, 101 kPa
• Use of distilled water grade 3 (ISO 3696)
• Ten measurements for each test volume, which are
nominal volume, 50% of nominal volume, and the
minimum or 10% of nominal volume.
Performance Tests
Each pipette is inspected and validated according to the
Gilson Quality Assurance System. Based on extensive
historical data, manufacturing conditions and expertise,
and in compliance with ISO standards relative to statistical
process control, the assurance level of this instrument
performing to specifications is 99.8 %. Specifications rely
on quality and consistency for the whole pipetting system
and are guaranteed only when the pipette is used with
Gilson capillary pistons.
Gilson Maximum Permissible Errors
The data given in the table conform to the ISO 8655-2 Standard.
Maximum Permissible Errors
Model
Volume
Gilson
ISO 8655
(Reference)
(µL)
Systematic
Random
Systematic
Random
error (µL)
error (µL)
error (µL)
error (µL)
M10E
Min
1
± 0.09
0.03
± 0.2
0.1
(FD10001)
5
± 0.10
0.03
± 0.2
0.1
Max.
10
± 0.15
0.06
± 0.2
0.1
M25E
Min.
3
± 0.25
0.08
± 0.7
0.3
(FD10002)
10
± 0.27
0.08
± 0.7
0.3
Max
25
± 0.30
0.10
± 0.7
0.3
M50E
Min.
20
± 0.34
0.20
± 0.7
0.3
(FD10003)
Max.
50
± 0.70
0.30
± 0.7
0.3
M100E
Min.
10
± 0.50
0.20
± 1.5
0.6
(FD10004)
50
± 0.75
0.30
± 1.5
0.6
Max.
100
± 1.00
0.40
± 1.5
0.6
M250E
Min.
50
± 1.50
0.30
± 6
2.0
(FD10005)
100
± 1.70
0.30
± 6
2.0
Max.
250
± 2.50
0.50
± 6
2.0
M1000E
Min.
100
± 3.0
1.6
± 12
4.0
(FD10006)
500
± 5.0
2.5
± 12
4.0
Max.
1000
± 8.0
4.0
± 12
4.0
Содержание MICROMAN E M1000E
Страница 1: ...Ergonomic Pipetting for Problem Liquids ...
