Rotary Cooler for Cement Industry

• After-sales Service: Complete After-Sales Service System
• Warranty: 3
• Application: Cement Industry
• Model NO.: LT2020-3536
• Installation: Under The Guidance
• Color: Customized
• Power: 5.5-100 Kw
• Speed: R/Min
• Feature: Heat-Resistant
• Application Fields: Cement,Metallugary,Onstruction
• Condition: New
• Warranty Period: 1 Year
• Certification: ISO
• 1: The Equipment Adopts Indirect Cooling, and There I
• 2: The Cement Enters Through a Feed Port Located at T
• 3: Due to The High-Speed Rotation of The Spiral Blade
• Transport Package: Wood Box and Naked
• Specification: SGS
• Trademark: CYspeed
• Origin: China
• Production Capacity: 50 Sets /Month

Product Description

Rotary Cooler

1.Introduction:
Rotary Cooler is suitable for cooling hot materials and getting the air absorbing lots of heat from the hot materials at the same time to make the combustion air getting to hot, for strengthening calcining and decreasing heat consumption, it's an important corollary equipment of rotary kiln.

2.Features:
 1). Rotay cooler can be heated directly or indirectly; Thus the heating efficiency can be up to 95%.

 2). Operating in high temperature and low oxygen to avoid materials being self-burning or selfexploding when drying. Big drying capacity, highly industrialization and low cost

3). Less air required save tail gas handling cost

Rotary Cooler is such kind of quench cooler. Its principle is to quench clinker which is laid in levels on the grate plates with cold wind from air blower. Temperature of clinker will be rapidly dropped from 1200° C to be less than 100° C. Plenty of waste gases after cooling could not only be used as secondary air in the kiln, but also be heat source for drying coal in the coal mill.
Working principle:


3.Detailed Parameter:

Equipment	Type	Specification	Weight (t)	Capacity(t/h)	Measurement (mm)	Main technical performance	Driving part				Remark
							Motor		Reducer
							Model	Power KW	Model	Speed ratio
Rotary Cooler		φ0.8×13m	13.6		13970×1980×2150	Rotary speed:5.08r/min; Cooling area:22m2  Rotary direction: Right	Y132M2-6	5.5	ZL42.5-14-II	31.5	Right rotation seen from discharge end
Rotary Cooler		φ1.2×10m	12		10988×2084×2252	Obliquity 2°; Rotary speed: 4.4r/min,	Y160-8	7.5	ZQ40-25-IIZ	24.42	Left rotation seen from discharge end
Rotary Cooler		φ1.2×14m	17.08		15143×2224×2260	Obliquity 2°; Rotary speed:4.4r/min,	Y160-8	7.5	ZQ40-25-IIZ	24.42	Left rotation seen from discharge end and used for smelting colored metal
Rotary Cooler		φ1.2×22m	21.3		23143×3960×2286	Obliquity 2°; Rotary speed:4.9r/min,	Y200-8	15	ZL60-11-IV	22.12	Right rotation seen from discharge end and used for smelting colored metal
Rotary Cooler		φ1.8×18m	42.8	6 cool coke	19215×3960×4585	Obliquity 3%; Rotary speed:3.0r/min; Discharge material temperature: 230°C +environment temperature	Y200L2-6	22	ZL65-15-II	35.96
Rotary Cooler		φ1.8×20m	59.4	7- 8.5	21176×3510×3950	Obliquity 3.5%; Rotary speed:3.39r/min,	Y255M-6	30	ZL75-15-I	36.65	Right rotation seen from discharge end
Rotary Cooler	LT2020	φ2×20m	77.04	7-8.5	20800×3770×4200	Obliquity 3.5%; Rotary speed:3.6r/min; Discharge material temperature:150-250°C	Y255M-6	30	ZQ75-31.5-I	31.2	Right rotation seen from discharge end
Rotary Cooler	LT2020	φ2×22m	83.2	7-8.5	22800×3769×4196	Obliquity 3.5%, Rotary speed: 3.6r/min, Discharge material temperature:150-250°C	Y255M-6	30	ZQ75-31.5-I	31.2	Right rotation seen from discharge end
Rotary Cooler	LT2220	φ2.2×20m	85.7	6-8	20827×4147×4360	Obliquity 3.5%; Rotary speed:3.8r/min; Discharge material temperature: 150-250°C	Y280S-6	45	ZQ75-31.5-VIIZ	31.5	Right rotation seen from discharge end
Rotary Cooler	LT2222	φ2.2×22m	77.02	8-10	22306×4147×4360	Obliquity 3.5%; Rotary speed:3.8r/min; Discharge material temperature: 150-250°C	Y280S-6	45	ZQ75-31.5-VIIZ	31.5	Right rotation seen from discharge end
Rotary Cooler	LT2225	φ2.2×25m	98.6	6-11	25350×3977×4360	Obliquity 3.5%; Rotary speed:3.8r/min; Discharge material temperature: 150-250°C	Y280S-6	45	ZQ75-31.5-VIIZ	31.5	Right rotation seen from discharge end
Rotary Cooler	LT2424	φ2.4×24m	98.2	11.5	24000×4897×5472	Obliquity 3.5%; Rotary speed:3r/min,	Y225M-4- B3	45	ZS125-3-I	63.13	With coupling device to kiln. Left rotation seen from discharge end.
Rotary Cooler	LT2525	φ2.5×25m	111.3	10-13	27000×4500×3900	Obliquity 4%; Rotary speed:2.98r/min,	YCT355-4A	55	ZL115-17-I	45.23	Right rotation seen from discharge end
Rotary Cooler	LT2826	φ2.8×26m	126	16	28000×5100×6000	Obliquity 3.5%; Rotary speed:2.96r/min,	Y280M-6	55	ZQ100-31.5-II	31.5	Right rotation seen from discharge end
Rotary Cooler	LT2828	φ2.8×28m	118.4	16	30000×5100×6000	Obliquity 3.5%; Rotary speed:2.96r/min; Discharge material temperature: 250°C +environment temperature	Y280M-6	55	ZQ100-31.5-II	31.5	Without feed device. Right rotation seen from discharge end
Rotary Cooler	LT2828	φ2.8×28m	121	16	30000×5100×6000	Obliquity 3.5%; Rotary speed:4r/min(Max.) Discharge material temperature:250°C +environment temperature	YCT355-4A	55	ZSY355-35.5-II	37.2	Right rotation seen from discharge end
Rotary Cooler	LT3032	φ3.0×32m	187.54	21.5	35000×5400×7400	Obliquity 4%; Rotary speed:3.056r/min; Discharge material temperature:<150°C	JS-115-6	75	ZL115-15-II	35.66	With coupling device to kiln. Right rotation seen from discharge end.
Rotary Cooler	LT3036	φ3.0×36m	187	26	38500×5100×6200	Obliquity 4%; Rotary speed:3.67r/min(Max.) Auxiliary driving: 0.148r/min; Discharge material temperature:<200°C	YCT355-4C (Main) Y160M-6(Auxiliary)	90 7.5	ZL115-14-I(Main) ZL42 .5-11-I(Auxiliary)	32 22.4	Right rotation seen from discharge end
Rotary Cooler	LT3236	φ3.2×36m	200	28	38500×5100×6400	Obliquity 4%; Rotary speed:2.75-4.5r/min Auxiliary driving: 0.149r/min	JZTT-92-4/6 (Main) Y160M-6(Auxiliary)	100/67 7.5	ZL130-14-I(Main) ZL42 .5-11-II(Auxiliary)	32.11 22.4	Left rotation seen from discharge end
Rotary Cooler	LT3236	φ3.2×36m	194	28	38500×5100×6400	Obliquity 4%; Rotary speed:1.54-2.81-4.63 r/min; Auxiliary driving:0.152r/min; Discharge material temperature:<200°C	JZTT-92-4/6 (Main) Y160M-6(Auxiliary)	100/67 7.5	ZSY355-31.5-V(Main) ZSY160-22.4-I(Auxiliary)	31.5 22.4	Left rotation seen from discharge end
Rotary Cooler	LT3536	φ3.5×36m	226.74	33	38500×5850×7000	Obliquity 4%; Rotary speed:3.4r/min	ZSN4-280-11B	125	ZS130-15-II	35.5	Right rotation seen from discharge end

About us:

Chaoyang Speed Science and Technology Co., Ltd. ("Speed" for Short) is located by Daling River in Chaoyang City, with convenient traffic conditions and attractive landscape. Speed integrates the products development, technical consultation, equipment manufacture and installation, as well as products sales. Speed has strong technical strength. The main technical staffs are medium and senior engineers holding solid theoretical basis and rich experience in the fields of cement, metallurgical and mining machineries, who have laid the foundation for the development of Speed.

If you want to get the price, please send us the detailed materials information, such as the hardness of raw materials, feeding size, you required output size, capacity and other special requirement. Our engineer will choose the optimum type and our salesman will send you the reasonable price. Thank you.
Introducing the Rotary Cooler for Cement Industry, a cutting-edge cooling solution designed to enhance the efficiency and productivity of cement manufacturing processes. This high-performance cooler is specifically engineered to meet the unique cooling requirements of the cement industry, ensuring optimal performance and durability.

The Rotary Cooler is a vital component in the cement production line, responsible for cooling down the clinker, a key ingredient in cement manufacturing. With its advanced technology and innovative design, this cooler effectively cools the clinker from temperatures as high as 1500°C to a more manageable temperature, ensuring the quality and stability of the final cement product.

Equipped with state-of-the-art features, the Rotary Cooler offers unparalleled performance and reliability. Its robust construction and high-quality materials guarantee long-lasting durability, even in the most demanding industrial environments. The cooler's efficient cooling mechanism ensures a consistent and controlled cooling process, preventing any potential damage to the clinker and ensuring the production of high-quality cement.

Designed with precision, the Rotary Cooler boasts a user-friendly interface, allowing for easy operation and maintenance. Its intuitive controls and automated functions streamline the cooling process, reducing manual intervention and minimizing downtime. This not only enhances productivity but also optimizes resource utilization, making it a cost-effective solution for cement manufacturers.

Furthermore, the Rotary Cooler is engineered to be energy-efficient, reducing power consumption and minimizing environmental impact. Its innovative design maximizes heat recovery, utilizing waste heat from the clinker to generate steam or hot water, which can be utilized in other parts of the cement production process. This not only reduces energy costs but also contributes to sustainable manufacturing practices.

With its exceptional performance, durability, and energy efficiency, the Rotary Cooler for Cement Industry is the ideal cooling solution for cement manufacturers seeking to enhance their production processes. Whether you are a small-scale cement plant or a large industrial facility, this cooler is designed to meet your specific cooling needs, ensuring optimal performance and productivity.

Invest in the Rotary Cooler for Cement Industry and experience the benefits of a reliable, efficient, and sustainable cooling solution. Stay ahead of the competition and elevate your cement manufacturing processes to new heights with this state-of-the-art rotary cooler.