Denitrification sonic ash cleaner

NegotiableUpdate on 05/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The denitration ultrasonic cleaner is mainly powered by compressed air and nitrogen gas, and the gas source generates low-frequency vibration through the chamber and membrane. High energy sound waves resonate in the form of spherical longitudinal waves in the equipment through the sound amplification tube. Clean the dust on the surface of objects to prevent dust accumulation and fatigue caused by hanging materials, thereby achieving the purpose of dust removal. Widely used in electrostatic precipitators, bag filters, cyclone dust collectors, gypsum silos, lime silos, cement silos, fly ash silos, and other places where material accumulation and poor circulation are prone to occur.

Product Details

oneDenitrification sonic ash cleanercharacteristics

1. Not affected by any high temperature, low temperature or harsh conditions, stable and reliable working performance

2. Excellent technology, high cost-effectiveness, low energy consumption of compressed air, maintenance free, long service life

3. The product has no harm to human body or equipment during operation and is considered an environmentally friendly product

4. No need to manually knock the equipment to clean dust, avoiding equipment damage

5. Reduce equipment maintenance and maintenance costs

twoDenitrification sonic ash cleanerTechnical parameters

Product model	SQ-75	SQ-75W	SQ-90	SQ-100	SQ-100G	SQ-125	SQ-160
Application scenarios	Electric dust collector pole plate, pole wire, bag filter	Electric dust collector airflow distribution plate, electrode plate pole line, heat exchanger, economizer	Various dust collectors, silos, and hoppers	SCR denitration reactor, various heat exchangers	Material bin containing humidity, hopper	Bag filter, high-temperature boiler, filter bag	Various dust collectors, ash hoppers, and material hoppers
Basic frequency	75-90Hz	75-90Hz	90-120Hz	100-125Hz	100-125Hz	125-145Hz	160-180Hz
Sound pressure level (at the exit)	Greater than 150dB	Greater than 150dB	Greater than 145dB	Greater than 145dB	Greater than 145dB	Greater than 140dB	Greater than 140dB
Operating Temperature	Within 650 ℃	Within 650 ℃	Within 650 ℃	Within 650 ℃	Within 650 ℃	Within 650 ℃	Within 650 ℃
Gas supply source pressure MPa	0.7	0.7	0.7	0.7	0.7	0.7	0.7
Working gas source pressure MPa	0.4	0.4	0.4	0.4	0.4	0.5	0.5
Gas consumption m3/min	About 2.95	About 2.95	About 2.95	About 2.95	About 2.95	About 2.95	About 2.95
Acoustic material	304 stainless steel	304 stainless steel	304 stainless steel	304 stainless steel	304 stainless steel	304 stainless steel	304 stainless steel
Material of sound reinforcement tube	Q235 spray coating	Q235 spray coating	Q235 spray coating	Q235 spray coating	Q235 spray coating	Q235 spray coating	Q235 spray coating
Diaphragm material	titanium alloy	titanium alloy	titanium alloy	titanium alloy	titanium alloy	titanium alloy	titanium alloy
Installation method	Top mounted	Side or top mounted	side-mounted	side-mounted	plug-in	Lifting or side installation	plug-in
Reference weight	90KG	90KG	120KG	80KG	85KG	80KG	75KG

threeDenitrification sonic ash cleanerUser provided materials

1) 3/4 'steel pipe: used for connecting the air path components to the inlet joint of the low-frequency acoustic vibration dust cleaner, with the length depending on its distance.

2) 1 'steel pipe: used for connecting the main pipeline of the on-site gas source to the gas path components of the low-frequency acoustic vibration cleaning device, with the length depending on its distance.

3) Cable: 1. Wiring for power connection between power supply and electrical control box 2. Wiring for connection between electromagnetic valve in electrical control box and air source control box