28Khz 100W Piezoelectric Ultrasonic Vibration Transducer Increase Power Good Heat Resistance

Installation process of Ultrasonic Transducer: 1、 Preparation tools: argon arc welding, 10 # hexagonal wrench, chrome iron tin wire, 2.5 square high temperature wire, 2 * 2.5 cable wire, vibrator glue, (wire stripper, sleeve, binding tape, sandblasting machine, pipe fittings, etc.). 2、 Welding scr…

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28Khz 100W Piezoelectric Ultrasonic Vibration Transducer Increase Power Good Heat Resistance

Installation process of Ultrasonic Transducer:

1、 Preparation tools: argon arc welding, 10 # hexagonal wrench, chrome iron tin wire, 2.5 square high temperature wire, 2 * 2.5 cable wire, vibrator glue, (wire stripper, sleeve, binding tape, sandblasting machine, pipe fittings, etc.).

2、 Welding screws: calculate the arrangement position of the vibrator, weld the screws at the cleaned position, and then clean the surrounding of the screws to ensure that they are flat, so as not to affect the installation of the vibrator.

3、 Glue configuration: squeeze glue A around the screw and glue B next to glue A, and then quickly mix glue AB with a small iron bar to make it fully and evenly mixed.

4、 Installation of vibration head: slightly twist the transducer to squeeze out the air and excess glue between the bottom and the cylinder bottom contact surface, so that the vibrator can be more closely combined with the stainless steel as a whole.

5、 Curing and condensation: place it at a relatively high room temperature for curing, connect it for 4-8 hours, and power on the machine for testing after 24 hours.

Note: 1. Nailing machines with metal grades can also replace argon arc welding.

The welding screw must be fully welded, otherwise it is easy to fall off.
As for curing, temperature should be taken into consideration. If the temperature is low, the curing time will be long. If the temperature is high, the curing time will be fast. It is recommended to operate at room temperature. Even if the curing is heated, it is better not to overheat.

Type	Length（mm）	Weight（g）	Frequency（KHz）	Resonance Impedance （Ω）	Static Capacity （pF）±10%	Input Power（W）
PU-UT-20100 PZT-8	94	900	20	10-20	5200	100
PU-UT-25100 PZT-4	77	710	25	10-20	6600	100
PU-UT-28120 PZT-4	66	720	28	10-20	7800	120
PU-UT-28100 PZT-8	66	625	28	10-20	5200	100
PU-UT-28100 PZT-4	66	624	28	10-20	6600	100
PU-UT-30100 PZT-8	61	555	30	10-20	5200	100
PU-UT-2560 PZT-4	77	530	25	10-20	5400	60
PU-UT-2860 PZT-8	68	470	28	10-20	3800	60
PU-UT-2850 PZT-4	82	425	28	10-20	4100	50
PU-UT-3360 PZT-8	58	420	33	10-20	3800	60
PU-UT-4060 PZT-8	55	300	40	10-20	3800	60
PU-UT-4060 PZT-4	56	310	40	10-20	5400	60
PU-UT-4050 PZT-4	54	260	40	10-20	4100	50
PU-UT-4050-1 PZT-4	57	300	40	10-20	4100	50
PU-UT-5435 PZT-4	36	135	54	10-20	3200	35
PU-UT-6860 PZT-8	80	460	68	10-20	3800	60
PU-UT-68120 PZT-4	67	588	68	10-20	7800	120
PU-UT-8060 PZT-4	60	325	80	10-20	5400	60
PU-UT-12060 PZT-4	56	260	120	10-20	5400	60
PU-UT-13550 PZT-4	54	215	135	10-20	4200	50