Slewing Mechanism Motor Fan: Ensuring Reliability and Efficiency in Tower Cranes

• Customization: Available
• Application: Industrial
• Operating Speed: High Speed
• Model NO.: L-045
• Number of Stator: Three-Phase
• Species: Y, Y2 Series Three-Phase
• Rotor Structure: Winding Type
• Casing Protection: Closed Type
• Number of Poles: 12
• Starting Mode: Auto-induction Voltage-reduced Starting
• Certification: ISO9001
• Brand: Elmak
• Color: Grey
• Model: Ytlej112L-55-4b2
• Transport Package: Standard Packaging
• Specification: For 5Ton-20Ton tower crane
• Trademark: ELMAK
• Origin: China
• HS Code: 84262000
• Production Capacity: Tbd

Product Description

 

Every product undergoes strict quality control to ensure customer satisfaction and provide great value for the price.

Product Description

The Role of the Slewing Mechanism Motor Fan

The slewing motor is responsible for rotating the crane's upper structure, including the boom and counter-jib, allowing the crane to cover a wide area without needing to move its base. During operation, the motor generates significant heat due to friction and electrical resistance. If this heat is not dissipated effectively, it can lead to overheating, reduced efficiency, and even motor failure. This is where the motor fan comes into play.
 

Regular maintenance of the slewing mechanism motor fan is essential to ensure its continued performance.
 

Product Parameters

ELMAK TOWER CRANE SLEWING MOTOR FAN
Model	Voltage	Rated Locked Rotor Current	Frequency (HZ)	Rated Stalling Torque(N.m)	Speed Range (R/Min)	Braking Torque	Braking Voltage	Braking Current	Insulation Level	Torque Motor Working System	Weight (kg)
YTLEJ112L-55-4B2	380/460	25	50/60	55	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	95
YTLEJ112L-65-4B2	380/460	26	50/60	65	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	95
YTLEJ112L-75-4F2	380/460	30	50/60	75	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	95
YTLEJ112L-95-4F2	380/460	34	50/60	95	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	105
YTLEJ112L-120-4F2	380/460	38	50/60	120	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	110
YTLEJ112L-55-6B2	380/460	16	50/60	55	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	95
YTLEJ112L-65-6B2	380/460	19	50/60	65	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	95
YTLEJ112L-75-6F2	380/460	21	50/60	75	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	95
YTLEJ112L-95-6F2	380/460	25	50/60	95	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	105
YTLEJ112L-120-6F2	380/460	30	50/60	120	0-1250/0-1500	40N.m	24DCV	4A	F	S3-40%	110

Detailed Photos

The motor fan is designed to cool the slewing motor by circulating air around it, dissipating heat and maintaining a stable operating temperature. By preventing overheating, the fan ensures the motor operates within its optimal temperature range, enhancing its performance and extending its lifespan. In tower cranes, where reliability and uptime are crucial, the motor fan plays a key role in minimizing downtime and maintenance costs.
 

Importance of Cooling in Slewing Motors

Tower cranes often operate in demanding environments, such as construction sites with high ambient temperatures or dusty conditions. These factors can exacerbate heat buildup in the slewing motor, making effective cooling even more critical. The motor fan helps mitigate these challenges by providing consistent airflow, even in harsh conditions. Without proper cooling, the slewing motor could experience thermal stress, leading to wear and tear, reduced efficiency, and potential breakdowns.
 

In addition to cooling, the motor fan also contributes to the overall energy efficiency of the crane. By maintaining an optimal operating temperature, the fan reduces the energy required to keep the motor running smoothly. This not only lowers operational costs but also aligns with the growing emphasis on sustainability in the construction industry.
 

Advancements in Motor Fan Technology

Modern slewing mechanism motor fans have benefited from advancements in materials and design. Lightweight, durable materials such as high-strength plastics and composites are now commonly used, reducing the fan's weight while maintaining its effectiveness. Improved blade designs enhance airflow and reduce noise, contributing to a quieter and more efficient operation.
 

Another significant advancement is the integration of smart cooling systems. Some motor fans are now equipped with sensors that monitor temperature and adjust fan speed accordingly. This adaptive cooling approach ensures that the fan operates only when necessary, further improving energy efficiency and reducing wear on the fan itself.