WINSMITH E26MWNS 40:1 56C/140TC Speed Reducer C-face 56c/140tc 40 1

Item: AD7RLK
Model: E26MWNS 40:1 56C/140TC
In Stock

Get it by Friday, Apr 17

£1,408.44
5.00% off
£1,338.01/unit (Inc. VAT)
Trade Prices Available
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Specifications

Item Speed Reducer
Base To Center 3.13"
Base To Shaft Center 3.13"
Bore Dia. 7/8"
Centre Distance 2 5/8"
Dimension 0.63"
Dimension A 3.13"
Dimension B 5 22/25"
Dimension C 2 5/8"
Dimension D 5 3/4"
Dimension F 2 11/25"
Dimension L 4 1/2"
Duty Washdown
Finish Epoxy Coat
Gear Ratio 401
Gear Type Worm
Housing Material Cast Iron
Housing Material Finish Epoxy Coating System
Input Connection Type C-Face
Input Rpm 1725 RPM
Input Shaft Diameter 7/8"
Lubrication Mobil Glygoyle 460
Max. Input Hp 1 hp
Maximum Input Speed 1725 RPM
Maximum Output Speed 43 RPM
Maximum Output Torque 1223 lbs.-in.
Motor Frame Designation 56C/140TC
Mounting Orientation Any Angle
Mounting Type Universal
Nominal Output Rpm 43 RPM
Number Of Stages 1
Output Shaft Dia. 1 1/4"
Output Shaft Height 3 1/8"
Output Shaft Length 3 1/8"
Output Shaft Type Hollow
Overhung Load 1025 lbs.
Overhung Load Capacity 1025 lbs.-ft.
Rotation CW/CCW
Seal Material Fluroelastomer
Series SE Encore Series
Shaft Orientation Right Angle
Single/double Output Double Output
Speed Reducer Type C Face
Worm Center Distance 2.63"

Product Details

Winsmith E26MWNS 40:1 56C/140TC speed reducer is a mechanical device designed to decrease the rotational speed of an input motor or engine while increasing its torque output. It is used in manufacturing, conveyor systems, food processing and industrial applications where precise control of machinery speed and power transmission is crucial. It allows for efficient machinery operation, ensuring optimal performance and prolonging the lifespan of equipment by reducing wear and tear.

Shipping Information

Height 31.5
Length 32.77
Width 30.23
HS Code 8483905000
Country Of Origin US
Weight 44.320000

Working Mechanism

  • This speed reducer operates through a worm gear design.
  • The mechanism involves a threaded cylindrical shaft called the worm that meshes with a toothed wheel known as the worm gear.
  • When an input source, typically an electric motor, turns the worm shaft, it rotates and drives the worm gear.
  • As a result, this setup significantly reduces the rotational speed at the output compared to the input.

Features

  • This reducer can efficiently handle various motor power levels and is capable of delivering substantial rotational force to drive machinery effectively.
  • It features an input shaft having a diameter of 7/8 inches, providing a sturdy interface for motor integration.
  • This reducer offers a C-face input connection type for a secure and reliable attachment to compatible motors.
  • It has a hollow output shaft type with a diameter of 1-1/4 inches and a length of 3-1/8 inches, allowing for versatile coupling options.
  • This Winsmith reducer provides a 40:1 gear ratio and effectively converts high-speed input into lower-speed, high-torque output.
  • It has a base-to-shaft centre measurement of 3.13 inches, allowing flexibility in installation and alignment.
  • It further features a durable cast iron housing for enhanced longevity & resistance to environmental factors.
  • This Winsmith reducer includes lubrication using Mobil Glygoyle 460 to ensure smooth operation and minimal maintenance requirements.

Compatible Accessories

  • Winsmith E26WB Mounting Plate: It is ideal for securely and conveniently attaching a speed reducer to a mounting surface, simplifying installation and ensuring stability.

FAQ′s

Q. What to consider when selecting and operating an air compressor system?

A. Prioritise variable-speed drive (VSD) compressors, which adjust output to match demand, reducing energy consumption during low-demand periods. Implement leak detection and correction programs and ensure a well-maintained system to optimise efficiency. Consider heat recovery systems to repurpose wasted heat for other industrial processes, enhancing sustainability.

Q. How does this speed reducer assist in machinery operation?

A. It reduces input speed while increasing torque output, optimising machinery performance.

Q. Can I use this speed reducer with different motor sizes and configurations?

A. Yes, it is designed to accommodate a motor frame designation of 56C/140TC, making it adaptable to various motor sizes and configurations.

Q. What type of gear does this speed reducer use?

A. It features a worm gear design for efficient power transmission and precise speed reduction.

Q. What are the factors to consider while choosing this Winsmith speed reducer?

A. Major factors include application requirements, gear ratio, motor compatibility, mounting orientation, shaft specifications, overhung load capacity, environmental conditions and lubrication.