PZ-300LI Split Type Ultrasonic Processor

PZ-300LI Split Type Ultrasonic Processor

1.Main Applications

Ultrasonic processor, or we can call it ultrasonic cell disruption system，Ultrasonic Cell Crusher, extraction apparatus, dispersing apparatus, homogenizer, or emulsifier. It is one of the common equipment for sample pretreatment in laboratory. It is widely used in the fields below:

Preparation of composite materials (nanomaterial dispersion)

Life sciences (cell disruption and extraction)

Pharmaceutical ( extraction of medicinal herbs and other plants)

Environmental science (extraction of soil organic matter)

Sewage Treatment (COD degradation)

Homogeneous blending (accelerated dissolution, chemical reaction synthesis, oil-water emulsification)

2.Product Features

■Automatic frequency tracking: automatic frequency sweep tracking within 20KHz frequency range；

■ Automatic energy compensation: it can automatically work at the best frequency point and output point according to the fluidity of the sample;

■ Adopt 7-inch color industrial touch screen control, all functions are integrated display;

■ Scientific design： 10 groups of users store settings and can be directly operated on a single machine;

■ Independent continuous pulse mode switch and three modes of continuous, pulse, and timed continuous ultrasound;

■ Exponential ultrasonic probe design far exceeds the output efficiency of traditional probe design and reduces the loss of the horn;

■ The equipment is equipped with a temperature sensor, which can test the temperature of samples in real time;

■ Alarm protection device for sample overload, over temperature and fault automatic.

3.Product technical parameter table
Ultrasonic host parameters

4.Ultrasonic probe parameters

5.Instrument Matching List

6.Interface specification

①power switch  ②user group  ③setting key  ④frequency  ⑤power increase

⑥power ratio  ⑦power decrease  ⑧working mode  ⑨equipment operating status

⑩equipment operating parameter details key

7. Operation

7.1 Power supply connection

Before using the user must first connect ultrasonic transducer and ultrasonic generator. Support the sleeve with sound box (also can be supported with bracket or held on sleeve part, but the transducer part can not be touched ), put the head of horn into solution for 10-25 mm. Connect the equipment to  power, after the power switch on the right chassis for about 1 seconds, Interface displays as follows(pic.1)

7.2 Program setting

First select the user number, the corresponding user number for setting procedures.

Click "SET" to enter the setting program interface.(pic.2)

Fill in the program number you want to set and press the Enter to complete it.(pic.3)

Direct touch the time program to set, input the corresponding number of time, press OK, you can complete the setting.

After setting the program, click "Save" to SAVE the program. Next time you need to use the program, you can directly select the user number to call up the program set.

8.Level Installation and Removal

1.Install the transformer, put the transducer flat on the work table, hold the wrench 1 with the left hand and reverse jam the aluminum alloy 1 part of the transducer, hold the wrench 2 with the right hand and front jam the transformer 2 part of the transducer, fasten and fix the transducer with the left hand and exert downward force, and clamp the transducer with the right hand and exert downward force. (soft spacer can be used to protect the surface of the transformer when clamping) as shown in the figure below:

①cloth liner  ②workbench  ③bayonet 1   ④bayonet 2  ⑤Wrench 1

⑥Wrench 2 ⑦probe 

2. Remove the amplitude converter, place the transducer flat on the work table, hold the wrench 1 with the left hand and reverse jam the aluminum alloy part 1 of the transducer, hold the wrench 2 with the right hand and front jam the transformer 2 with the left hand, fasten and fix the transducer with downward force, and clamp the transducer with the right hand and upward force. (soft spacer can be used to protect the surface of the transformer when clamping) as shown in the figure below: