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Seripettor Pro Bottle-Top Dispenser Leaflet
borosilicate glass/Al2O3/Pt-Ir
Discharge tube* FEP PTFE/ETFE/FEP/PFA/borosilicate glass/Al2O3/Pt-Ir
Filling tube* PP Telescoping filling tube, FEP/PTFE
Cap for discharge tube* Stopper cap, PP Screw cap
Seripettor Bottle-Top Dispenser Leaflet
borosilicate glass/Al2O3/Pt-Ir
Discharge tube* FEP PTFE/ETFE/FEP/PFA/borosilicate glass/Al2O3/Pt-Ir
Filling tube* PP Telescoping filling tube, FEP/PTFE
Cap for discharge tube* Stopper cap, PP Screw cap
Performance Guide: Mobius®FlexReady Solution with Smart Flexware Assemblies for TFF
speed % set point versus feed
flow rate for each of the 4 discharge pressures in the
Process configuration. Figure 2B presents the speed
% set point versus feed flow rate for each of the 4
discharge pressures
EV-6L Parts List
A0000404-1
Discharge valve AE323396-1
Drain tube, 0.25 m AE323391-1
Evaporation chamber AD323331-1
Evaporation chamber, no drain, wider opening A0552008-1
Ferrule set
1067100001 - Withdrawal system for stainless steel barrels and -drums, with flexible tubes, inert gas pressurizing
purpose which is included in the antistatic set
1.07070.0001.
Withdrawal system for stainless steel barrels and
-drums, with flexible tubes, inert gas pressurizing
Handling and safety
1781780001 - Withdrawal system for solvents in S40-threaded bottles, manual pressure build-up
9.20078.0001 Safety carrier for bottles of up to 2.5 L
• 1.78179.0001 Tubings, conductible, for withdrawal system 1.78178.0001,
length: 40 cm (set of 5)
Safety notices
General warnings and safety instructions
Seripettor Bottle-Top Dispenser Manual
:
1. Setting the volume
36
Note:
When setting the volume, liquid will be dispensed!
a
d
c
E
ng
lis
hFor serial dispensing the optional flexible
Seripettor Pro Bottle-Top Dispenser Manual
:
1. Setting the volume
36
Note:
When setting the volume, liquid will be dispensed!
a
d
c
E
ng
lis
hFor serial dispensing the optional flexible
Titrette Digital Bottle-Top Burette Leaflet
Bottle thread GL 45)
Titrating tube
horizontally and
vertically adjustable,
with integrated
discharge valve
Screw cap
Telescoping filling tube
Recirculating tube
PC interface (optional)
(see
Dispensette TA Bottle-Top Dispenser Manual
stop (Fig. d).
e) Wipe off the discharge tube against the inner wall
of the receiving vessel.
f) Reattach screw cap to discharge tube (Fig. f).
1. Setting the volume
2. Dispensing
Wear
Dispensette Organic Bottle-Top Dispenser Leaflet
ETFE, FEP, PFA and
PP (discharge tube safety screw cap)
Dispensette® Organic: borosilicate glass, Al2O3-ceramic,
tantalum, ETFE, FEP, PFA and PP
(discharge tube safety screw cap)
Dispensette III Bottle-Top Dispenser Leaflet
ETFE, FEP, PFA and
PP (discharge tube safety screw cap)
Dispensette® Organic: borosilicate glass, Al2O3-ceramic,
tantalum, ETFE, FEP, PFA and PP
(discharge tube safety screw cap)
Viresolve® NFR Filters
3. Set the steam regulator valve to the lowest position
(1-2 psig).
4. Slowly open the steam supply valve (not shown).
5. Purge the steam line to remove all condensate. Trap
at discharge of valve
Dispensette Organic Bottle-Top Dispenser Manual
until the
upper stop of the volume set.
c) For discharge depress piston slowly and
steadily without force until the lower stop.
d) Wipe off the tip of discharge tube.
e) Weigh the dispensed quantity
Dispensette III Bottle-Top Dispenser Manual
until the
upper stop of the volume set.
c) For discharge depress piston slowly and
steadily without force until the lower stop.
d) Wipe off the tip of discharge tube.
e) Weigh the dispensed quantity
101114 - Withdrawal system for solvents with manual pressure build-up for 10 l and 25 l stainless steel drums
included in the set is to be cut off by 9 mm.
If 25 l one-way metal drums with PE-inliner are used please order the dip
tube, Cat. No. 9.67100.1026, in addition.)
3. Close off both valves
101123 - Withdrawal system for solvents with manual pressure build-up for 10 l and 30 l stainless steel barrels
procedure there is a 3rd grounding cable
included in the antistatic set (Cat. No. 1.07070.0001)
Antistatic devices
Outlet tube
Outlet ball valve
Pump ball
Air inlet valve
Milled nut
Pellicon®Ultrafiltration (UF)/ Diafiltration (DF) Operations
System Hold-up Volume
4.1 Set the retentate valve to fully open. Adjust the feedflow to 5 LMM and reduce the volume in the feed vessel to just above the vessel discharge.
Stop the system pump.
Chlorine Spectroquant 100599_Method 2000
8.0 ml of sample to a test tube.
11.2.2 Add one dose (100 mg) of Spectroquant® Reagent Cl2-1.
11.2.3 Shake the tube vigorously to dissolve the solid substance.
11.2.4 Set aside for one minute.
Prostak Microfiltration Modules
NaOCl is sufficient for most applications.
6. Set the feed pump (a peristaltic-tubing, multi diaphragm or rotary lobe) at
a very low output setting. Increase pump speed to the recommended rate
(see
Chlorine Spectroquant 100602_Method 2000
potential cause for the
interference. If the interference is attributable to sampling, the site or
discharge should be resampled. If the interference is attributable to a
method deficiency, the analyst must
Chlorine Spectroquant 100595_Method 2000
sample to a round cell test tube.
11.3 Add one dose (100 mg) of Spectroquant® Reagent Cl2-1.
11.4 Shake the tube vigorously to dissolve the solid substance.
11.5 Set aside for one minute.
11.6
Chlorine Spectroquant 100598_Method 2000
sample to a round cell test tube.
11.3 Add one dose (100 mg) of Spectroquant® Reagent Cl2-1.
11.4 Shake the tube vigorously to dissolve the solid substance.
11.5 Set aside for one minute.
11.6
Chlorine Spectroquant 100597_Method 2000
Spectroquant® Cell test tube.
11.1.2 Add one dose (110 mg) of Spectroquant® Reagent Cl2-1.
11.1.3 Shake the tube vigorously to dissolve the solid substance.
11.1.4 Set aside for one minute.
Safety Connects - Solvents Withdrawal System Brochure
Set components Withdrawal system body with 2" clamp, 2 shut-off valves (discharge and
ventilation), exhaust function hand pump ball with rapid-action connector,
10 L dip tube, 25 L dip tube
Accessories
COD Comparison Table 2017
performed once the COD tube has reached 20 - 40°C
Determination using photometric equipment.
Warm up the instrument as per manufacturer’s
suggestion for operation.
Set the instrument to the
Phosphate Spectroquant DW Method 2000
potential
cause for the interference. If the interference is attributable to
sampling, the site or discharge should be resampled. If the
interference is attributable to a method deficiency, the analyst must
Phosphate Spectroquant WW Method 1999
potential cause for the interference. If the
interference is attributable to sampling, the site or discharge should be
resampled. If the interference is attributable to a method deficiency, the
analyst
Compatibility of a Mobius®Single-use Solution for ADC Process
tested; the first at a flow rate of 18 L/min and
feed pump discharge pressure of 4 bar; the second at a
flow rate of 9 L/min and feed pump discharge pressure
of 2 bar. The duration of each test
COD Spectroquant Method 2017
the COD tube has reached 20 - 40°C
11.1.11. Determination using photometric equipment.
11.1.11.1. Warm up the instrument as per manufacturer’s suggestion for operation.
11.1.11.2. Set the instrument
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