ZM Series Pulse Dust Collector

Model: ZM100 - ZM450

Volume: 6000 - 54000 (m³/h)

Filter area: 100 - 450 (m²)

Application: Cement Plant, Coal Pulverizer Plant, Lime Production Line, etc.

Introduction

Specification

Advantage

ZM Series pulse dust collector is a small bag-type dust collector developed by our company through optimized design and integration of similar domestic and international products. It utilizes a pulse jet cleaning method, offering excellent cleaning performance, high purification efficiency, large air flow, long filter bag life, minimal maintenance, and safe and reliable operation.

Our ZM Series pulse dust collectors are available in nine models, depending on the number of filter bags. They handle air flows ranging from 700 m³/h to 21,600 m³/h, with outlet gas concentrations below 30 mg/m³, meeting environmental emission standards. They feature low dust collector resistance and high efficiency.

Applications: Widely used for dust removal and purification of non-fibrous industrial dust and material recovery in industries such as metallurgy, building materials, machinery, chemicals, and mining.

Specification	Air volume (m³/h)	Air speed (m/min)	Filter area (㎡)	Pressure drop (Pa)	Bag size (mm)	Bag qty (piece)	Temperature resistance (℃)	Cleaning mode	Weight (t)
ZM100	6000-7000	1-1.2	100	1200	Ф130	100	＜230℃	on-line ash cleaning	3.6
ZM120	7200-8640	1-1.2	120	1200	Ф130	100	＜230℃	on-line ash cleaning	4.3
ZM150	9000-10800	1-1.2	150	1200	Ф130	100	＜230℃	on-line ash cleaning	5.7
ZM200	12000-14400	1-1.2	200	1200	Ф130	200	＜230℃	on-line ash cleaning	7.3
ZM250	15000-18000	1-1.2	250	1200	Ф130	200	＜230℃	on-line ash cleaning	8.8
ZM300	18000-36000	1-1.5	300	1200	Ф130	200	＜230℃	on-line ash cleaning	11.2
ZM350	21000-42000	1-1.5	350	1200	Ф130	200	＜230℃	on-line ash cleaning	13.3
ZM400	24000-48000	1-1.5	400	1200	Ф130	200	＜230℃	on-line ash cleaning	15.5
ZM450	27000-54000	1-1.5	450	1200	Ф130	200	＜230℃	on-line ash cleaning	18.9

1. Reliable design ensures the bag filter stable and long-term operation with the other main equipment and little maintenance.

2. Optimized duct design will be in favor of uniform air distribution.

3. Air leakage prevention design ensures the lowest air leak rate for the bag filter.

4. Steel sub-structure design, which would be easy for transport and installation of the equipment.

5. Low operating costs. Optimized design of process parameters is conducive to efficient and stable operation of the bag filter with low resistance, reducing energy consumption, as well as the loss of the bag.

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