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INDUSTRIAL ULTRASONIC UIP500HD          science laboratory
 
 
INDUSTRIAL ULTRASONIC UIP500HD
 
UIP500hd - Industrial Processing in Small Scale
 
The ultrasonic processor UIP500hd (20 kHz and 500W) is an industrial grade device for the application in the small scale processing of liquids. It can be used for the process development in bench-top scale before scale-up, too.
 
The UIP500hd operates at an ultrasonic frequency of 20 kHz. Ultrasonic waves at this frequency create an intense cavitation in liquids.The cavitational effects can be used for manifold applications such as emulsifying, dispersing,homogenizing, cell disruption and extraction,deagglomeration, and degassing.
The UIP500hd can be used with a lot of accessories, such as various sonotrodes, boosters, and flow cells.
For the processing of batches larger than 5 litters, we generally recommend to sonicate using a flow cell reactor (flow mode) to achieve a higher processing consistency. When used for the sonication of liquids in flow mode, the UIP500hd can typically process between 0.25 and 2.0L/min (The actual rate will depend on the application).
As all our devices, the UIP500hd can be operated 24 hours per day (24h/7d).
Therefore, this setup could process approx. 0.5 to 3mę° per day.
For higher production throughput, we recommend using one of the following models:
 

INDUSTRIAL MODELS AVAILABLE

UIP500hd (500W and 20 kHz)
UIP1000hd (1000W and 20 kHz)
UIP1500hd (1500W and 20 kHz)
UIP2000 (2000W and 20 kHz)
UIP4000 (4000W and 20 kHz)
UIP10000 (10000W and 20 kHz)
UIP16000 (16000W and 18 kHz)

 
FEATURES:

- Industrial Grade and Outstanding Energy Efficiency

- Full Amplitude Control and High Performance

- Automatic Frequency Tuning
- Feasibility Testing
 

Please choose the following items for your lab applications:

1
Industrial Ultrasonic Processor UIP500hd: 500 watts, ultrasonic frequency 20kHz, automatic frequency tuning system, amplitude 25 micron, amplitude adjustable from 50 to 100%, dry running protected, with interface for remote control or UPC-control, 3m cable transducer to generator, with mounting tools, transducer IP65 grade, titanium horn with female thread M14 x 1
Transducer: Approximately (L x W x H) 340 x 185 x 153mm and 4.5kg
Generator: Approximately (L x W x H) 363 x 365 x 153mm and 5.5kg
2
Sonotrode BS2d18: For use with flange RFLA100, for flow cell or batch operation, titanium, tip diameter 18mm, male thread M14x1, approximately length 125mm (W/O thread), amplitude ratio approximately 1:3.5
3
Sonotrode BS2d22: For use with flange RFLA100, for flow cell or batch operation, titanium, tip diameter 22mm, male thread M14x1, approximately length 125mm (W/O thread), amplitude ratio approximately 1:2.4
4
Sonotrode BS2d34: For use with flange RFLA100, for flow cell or batch operation, titanium, tip diameter 34mm, male thread M14x1, approximately length 125mm (W/O thread), amplitude ratio approximately 1:1.0
5
Sonotrode BS2d40: For use with flange RFLA100, for flow cell or batch operation, titanium, tip diameter40mm, male thread M14x1, approximately length 125mm (W/O thread), amplitude ratio approximately 1:0.7
6
Sonotrode BS2d50: For batch operation, titanium, tip diameter 50mm, male thread M14x1, approximately length 125mm (W/O thread), amplitude ratio approximately 1:0.5
7
Sonotrode BS2d50F: With oscillation-decoupling stainless steel flange, for flow cell or batch operation, titanium, tip diameter 50mm, male thread M14x1, approximately length 125mm (W/O thread), amplitude ratio approximately 1:0.5
8
O-Ring-Flange RFLA100: With O-ring sealing (2xNBR) to the sonotrode, diameter 100mm, stainless steel, for use with sonotrodes BS2d18, BS2d22, BS2d34 or BS2d40, with O-Ring (NBR) for mounting to flow cells FC100L1-1S or FC100L1K-1S
9
Flow Cell FC100L1-1S: Decomposable stainless steel reactor, maximum. pressure 10 bars, for UIP500hd to UIP2000 in combination with sonotrode flange and stand ST2, NBR O-rings, tube connectors (1/2") with clip
10
Flow Cell FC100L1K-1S: Decomposable stainless steel reactor with cooling jacket, max. pressure 10 bars, for UIP500hd to UIP2000 in combination with sonotrode flange and stand ST2, NBR O-rings, tube connectors (Fluid 1/2"and cooling 1/4") with clip
11
Flow Cell Insert 22: For flow cells FC100L1-1S or FC100L1K-1S, for reduction of the reactor volume, for use with sonotrode BS2d18(F) or BS2d22(F), NBR O-rings, stainless steel
12
Flow Cell Insert 34: Insert 34, for flow cells FC100L1-1S or FC100L1K-1S, for reduction of the reactor volume, for use with sonotrode BS2d18(F), BS2d22(F) or BS2d34(F), NBR O-rings, stainless steel
13
Booster-Horn B2-1.2: For mechanical increase (Or decrease) of the amplitude at the sonotrode, amplitude ratio 1:1.2 (Or 1:0.83), titanium, female threads M14x1, for use with titanium thread bolts (TiM14x1)
14
Booster-Horn B2-1.4: For mechanical increase (Or decrease) of the amplitude at the sonotrode, amplitude ratio 1:1.4 (Or 1:0.71), titanium, female threads M14x1, for use with titanium thread bolts (TiM14x1)
15
Booster-Horn B2-1.8: For mechanical increase (Or decrease) of the amplitude at the sonotrode, amplitude ratio 1:1.8 (Or 1:0.56), titanium, female threads M14x1, for use with titanium thread bolts (TiM14x1)
16
Booster-Horn B2-2.2: For mechanical increase (Or decrease) of the amplitude at the sonotrode, amplitude ratio 1:2.2 (Or 1:0.45), titanium, female threads M14x1, for use with titanium thread bolts (TiM14x1)
17
Stand ST2: Electro-polished stainless steel, required for flow cells FC100L1-1S or FC100L1K-1S, adjustable height 370 to 590mm, collecting tray
18
LabLift: For the easy positioning of samples under the ultrasonic probes to control immersion depth, stainless steel, footprint 100 x 100mm, adjustable height: 50 to 125mm
19
Timer T2: From 00:00 to 99:59 (Minute and second)
20
PC-control industrial version with power and temperature recording, including temperature probe, consisting of interface box (Aluminum, 105 x 8 0x 30), connection cable leading to the 9-pin DSUB socket (RS232) at the PC and software for Windows
 
 
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