K-Patents PR-23 User Manual

4 Prism wash systems
25
4.2.3 Prism wash nozzles
When selecting a wash nozzle for a compact refractometer, take into account both
the wash medium and the lowcell model: lowcells with larger pipe diameters need
longer wash nozzles. Figure 4.7 below shows a wash nozzle for a lowcell and gives
the measurements and part numbers for each nozzle type.
Flowcell -H10 or -H15
A B part nr
steam 64.75 4.0 PR-3365
water 75 2.5 PR-3369
pressurized water 75 1.5 PR-3368
Flowcell -H20 or -H25
A B part nr
steam 72.15 4.0 PR-3375
water 97 2.5 PR-3379
pressurized water 97 1.5 PR-3378
Flowcell -H30
A B part nr
steam 100 4.0 PR-3383
water 100 2.5 PR-3384
pressurized water 100 1.5 PR-3385
Flowcell -H40
A B part nr
steam 128.2 4.0 PR-3380
water 128.2 2.5 PR-3381
pressurized water 128.2 1.5 PR-3382
0.8
Mark
Rev.
Rev. by Date
Appr.
Title/Name, designation
Scale General tolerances
Part no.
Drawing no.
Join
File
Dimensions, model no. Standard
Quantity
Drawing description
Drawing number
Drawn
Appr.
A
B
756/C
756.drw
SFS 4011 FINE
1 1 :
30.8.2004 HS
30.8.2004 HS
AFC nozzles
Material
AISI316L
C MRP nrot muuttuneet
Figure 4.7 Wash nozzles for owcell AFC-HSS-XXX-XX-NC
Figure 4.8 shows how the nozzle is mounted in a low cell (-NC with stud for a wash
nozzle). Note: See Section 9.3.5 for more information on lowcells.
For probe refractometers, select the wash nozzle according to wash medium and
refractometer model, see Table 4.1 below.
Figure 4.9 shows the mounting of the wash nozzle for Sanitary probe refractometer
PR-23-AP. Figure 4.10 shows the mounting of the wash nozzle for Process refractome-
ter PR-23-GP.

K-Patents PR-23 Specifications

General

Brand	K-Patents
Model	PR-23
Category	Measuring Instruments
Language	English