22
Multichannel
Maximum Permissible Errors
Model
Volume
Gilson
ISO 8655
(Reference)
(µL)
systematic
Random
systematic
Random
error (µL)
error (µL)
error (µL)
error (µL)
8x20
(f14401)
Min.
2
± 0.10
0.08
± 0.40
0.20
and
10
± 0.20
0.10
± 0.40
0.20
12x20
(f14402)
Max
20
± 0.40
0.20
± 0.40
0.20
8x200
(f14403)
Min.
20
± 0.50
0.25
± 3.2
1.2
and
100
± 1.0
0.40
± 3.2
1.2
12x200
(f14404)
Max. 200
± 2.00
0.60
± 3.2
1.2
gilson maximum Permissible errors
Single channel
Maximum Permissible Errors
Model
Volume
Gilson
ISO 8655
(Reference)
(µL) systematic Random systematic Random
error (µL)
error (µL)
error (µL)
error (µL)
P2N
Min
0.2
± 0.024
0.012
± 0.08
0.04
(f144561)
0.5
± 0.025
0.012
± 0.08
0.04
D10, DL10
Max.
2
± 0.030
0.014
± 0.08
0.04
P10N
Min.
1
± 0.025
0.012
± 0.12
0.08
(f144562)
5
± 0.075
0.030
± 0.12
0.08
D10, DL10
Max
10
± 0.100
0.040
± 0.12
0.08
P20N
Min.
2
± 0.10
0.03
± 0.20
0.10
(f144563)
10
± 0.10
0.05
± 0.20
0.10
D200
Max.
20
± 0.20
0.06
± 0.20
0.10
P100N
Min.
10
± 0.35
0.10
± 0.80
0.30
(f144564)
50
± 0.40
0.12
± 0.80
0.30
D200
Max. 100
± 0.80
0.15
± 0.80
0.30
P200N
Min.
20
± 0.50
0.20
± 1.60
0.60
(f144565)
100
± 0.80
0.25
± 1.60
0.60
D200
Max. 200
± 1.60
0.30
± 1.60
0.60
P1000N
Min. 100
± 3
0.6
± 8
3
(f144566)
500
± 4
1.0
± 8
3
D1000
Max. 1000
± 8
1.5
± 8
3
The data given in the tables conform to the ISO
8655-2 Standard.
With a precise pipetting technique (see Chapter
6 - General guidelines for good pipetting) the P2N
model may be used to aspirate volumes as low as
0.1 µL and the P10N model as low as 0.5 µL.
