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Input Speed 1750rpm Inline Helical Gearmotor Single Stage Reduction Featuring Solid Shaft Output Way Ideal for Conveyor Systems

Input Speed 1750rpm Inline Helical Gearmotor Single Stage Reduction Featuring Solid Shaft Output Way Ideal for Conveyor Systems

브랜드 이름: EVERGEAR
모델 번호: ER
MOQ: 1
가격: $199
지불 조건: 티/티
공급 능력: 999999
상세 정보
인증:
ISO9001,ISO14001,ISO24001,CE
모터타입:
전기 같은
입력 속도:
500rpm,750rpm,1000rpm,1500rpm,1800rpm
출력 속도:
226-887rpm
재료:
주철 하우징
출력 방식:
중실축
냉각방식:
자체 환기 또는 강제 환기
능률:
고효율, 일반적으로 90% 이상
무게:
6.2KGS-980KGS
포장 세부 사항:
튼튼한 목재 케이스 및 팔레트
제품 설명


Input Speed 1750rpm Inline Helical Gearmotor Single Stage Reduction Featuring Solid Shaft Output Way Ideal for Conveyor Systems
Product Description:

The Inline Helical Gearmotor is a state-of-the-art mechanical solution designed to deliver superior performance and reliability in various industrial applications. This product features a single-stage reduction stage, which ensures efficient power transmission with minimal energy loss. By utilizing a single stage, the gearmotor achieves a compact design while maintaining optimal torque output and speed reduction, making it an ideal choice for applications requiring precise speed control and high power density.

One of the standout features of the Inline Helical Gearbox Motor is its versatile cooling method. It offers both self-ventilated and forced ventilation options to suit different operational environments and cooling requirements. The self-ventilated cooling method allows the gearmotor to dissipate heat naturally through its housing, making it suitable for applications with moderate thermal loads. For more demanding conditions, the forced ventilation option enhances heat dissipation by using an external fan or blower, thereby ensuring the motor operates within safe temperature limits even under heavy load or continuous duty cycles. This flexibility in cooling methods enhances the durability and longevity of the gearmotor, reducing maintenance needs and downtime.

Designed to operate efficiently at both 50 Hz and 60 Hz frequencies, the Inline Helical Gearbox Motor provides excellent adaptability for global markets and diverse industrial standards. This dual-frequency capability means that the gearmotor can be seamlessly integrated into systems regardless of regional power supply variations, ensuring consistent performance and reliability worldwide.

The motor type employed in this gearmotor is electric, which offers numerous advantages including high efficiency, low noise operation, and ease of maintenance. Electric motors are known for their ability to deliver smooth and continuous power, making them suitable for a wide range of industrial processes. When combined with the precision of the helical gear drive mechanism, this Inline Helical Gearbox Motor achieves exceptional operational smoothness and minimal vibration, which contributes to reduced wear and tear on both the gearmotor and connected machinery.

In terms of output torque, the Inline Helical Gearmotor is capable of delivering an impressive range from 110 to 15,300 kNm. This wide torque range highlights the gearmotor's capability to handle various load conditions, from moderate to extremely heavy-duty applications. Whether it is used in conveyor systems, heavy machinery, or other industrial equipment, this gearmotor provides the necessary power and torque to ensure efficient and reliable operation.

The helical design of the gear drive within this Inline Helical Gearbox Motor offers several intrinsic advantages. Helical gears have angled teeth that engage gradually, resulting in smoother and quieter operation compared to spur gears. This not only reduces noise pollution in the workplace but also minimizes mechanical stress on the gear teeth, leading to longer service life and higher operational reliability. The helical inline gear drive arrangement also contributes to a more compact and space-saving design, which is beneficial in applications where installation space is limited.

Overall, the Inline Helical Gearbox Motor represents a perfect blend of robust engineering, versatile functionality, and high performance. Its single-stage reduction stage, adaptable cooling methods, dual-frequency compatibility, and electric motor integration make it a highly efficient solution for a broad spectrum of industrial applications. The extensive output torque range further ensures that it can meet the demanding requirements of various operational scenarios.

For industries seeking a reliable, efficient, and durable gear motor solution, the Inline Helical Gearbox Motor stands out as a top choice. Its advanced helical inline gear drive mechanism enhances operational smoothness and longevity, while its flexible cooling options and broad torque capabilities allow it to perform optimally under diverse conditions. Whether for new installations or upgrading existing systems, this gearmotor provides a dependable and cost-effective solution to meet modern industrial power transmission needs.

Features:
  • Product Name: Inline Helical Gear Motor
  • Type: Helical Gearmotor Inline Type
  • Configuration: Inline
  • Reduction Stage: Single Stage
  • Input Speed Options: 500rpm, 750rpm, 1000rpm, 1500rpm, 1800rpm
  • Output Way: Solid Shaft
  • Corrosion Protection: Conservation According to Norms C1, C2, C3, C4, C5
  • Design: Compact Inline Helical Gearmotor for space-saving applications
Technical Parameters:
Product Name Inline Helical Gearmotor (Inline Helical Motor Gearbox, Inline Helical Speed Reduction Gearmotor, Compact Inline Helical Gearmotor)
Input Speed 500 rpm, 750 rpm, 1000 rpm, 1500 rpm, 1800 rpm
Weight 6.2 KGS - 980 KGS
Efficiency High Efficiency, Typically Above 90%
Output Torque High Torque Output
Reduction Stage Single Stage
Motor Type Electric
Frequency 50/60 Hz
Cooling Method Self-ventilated Or Forced Ventilation
Output Speed 226 - 887 rpm
Applications:

The EVERGEAR Inline Helical Gearbox Motor, model number ER, is a highly versatile and reliable solution designed to meet the demanding requirements of various industrial applications. Originating from China, this electric motor features a robust cast iron housing that ensures durability and long service life even in harsh working environments. Its inline configuration provides a compact and efficient design, allowing seamless integration into existing machinery and systems where space optimization is crucial.

With an output speed range of 226-887rpm, the Inline Helical Gearbox Motor delivers precise and consistent performance, making it ideal for applications that require controlled speed and torque. The solid shaft output ensures secure and stable power transmission, which is essential for maintaining operational stability in heavy-duty tasks.

The Inline Helical Gearbox Motor is widely used in various industries such as manufacturing, material handling, packaging, and automation. For instance, it is perfectly suited for conveyor systems, where smooth and reliable movement is essential to maintain production efficiency. Additionally, it can be employed in machine tools and processing equipment that demand accurate speed control and torque management.

In scenarios like agricultural machinery, the EVERGEAR Inline Helical Gearbox Motor excels by providing the necessary power and durability to handle challenging outdoor conditions. Similarly, its cast iron housing protects the motor from dust, moisture, and mechanical impacts, making it suitable for construction and mining equipment where ruggedness is a must.

Furthermore, the Inline Helical Gearbox Motor is an excellent choice for robotics and automated guided vehicles (AGVs), where precise and reliable motion control is critical. Its design allows for easy maintenance and installation, reducing downtime and increasing overall productivity.

In summary, the EVERGEAR ER Inline Helical Gearbox Motor stands out as a dependable and efficient component for a wide range of applications and scenarios. Whether it’s for industrial automation, material transport, agricultural machinery, or construction equipment, this Inline Helical Gearbox Motor provides the performance, durability, and flexibility necessary to meet diverse operational needs.