Inner Diameter 160 Steel Motor Housing with Four Brackets: Precision Protection for Demanding Farm Motors

Reliable motor performance begins with a dependable housing. A motor housing does far more than cover internal components. It establishes the dimensional foundation of the motor assembly, protects electrical and mechanical parts from the surrounding environment, supports mounting, helps maintain alignment, and contributes to safe, stable operation over the working life of the equipment. When a motor is installed in a demanding agricultural environment, the housing must withstand vibration, dust, moisture, corrosive gases, temperature variation, and repeated mechanical loading without losing its structural integrity.

The Inner Diameter 160 Steel Motor Housing with Four Brackets is designed for this type of application. With a precision-engineered inner diameter of 160 mm, a height of 128 mm, and an outer diameter of 165 mm, the housing provides a controlled protective space for motor components while maintaining a compact and consistent structure. Its four welded mounting feet create a secure installation platform, and each mounting foot is connected through a six-spot welding process. This multi-spot attachment distributes the load across several welded areas instead of depending on a single localized connection.

Developed for farm motors, this steel housing responds to practical operating conditions rather than focusing only on nominal dimensions. Agricultural equipment is often exposed to high humidity, airborne dust, corrosive gases such as ammonia, vibration from continuous operation, uneven foundations, and abrupt changes in temperature. These conditions can accelerate corrosion, loosen fasteners, weaken poorly designed brackets, and increase maintenance requirements. The product’s robust housing structure and reinforced mounting arrangement are intended to help reduce these risks and support long-term operating stability.

Manufactured by Jiangsu Yufeng Electric Co., Ltd., the product benefits from an integrated production system covering steel processing, stamping, welding assembly, machining, inspection, and surface treatment. This in-house capability allows the manufacturer to manage more stages of production directly, helping coordinate dimensional accuracy, welding quality, process consistency, and delivery requirements. With approximately 40 years of experience in motor housing manufacturing, an engineering team with an average of more than 20 years of experience, and annual production capacity exceeding five million units, the company is positioned to support both development projects and regular volume production.

Inner Diameter 160 Steel Motor Housing With Four Brackets

Product Overview and Core Specifications

The Inner Diameter 160 Steel Motor Housing with Four Brackets is a cylindrical steel enclosure engineered for use as part of a motor assembly. The principal product identification is ID160012. Its structure combines a steel shell with four external mounting feet welded around the housing. The shell provides the internal space required for motor components, while the mounting feet allow the finished motor to be fixed to a supporting frame, machine base, or equipment structure.

The product’s primary dimensions are an inner diameter of 160 mm, a height of 128 mm, and an outer diameter of 165 mm. These measurements define the available internal motor space, the axial height of the housing, and the external envelope of the shell. The relationship between the inner and outer diameters also indicates a controlled wall structure. Consistent dimensions are important because variations in the housing can affect motor assembly, component clearance, rotor alignment, bearing positioning, and the fit of related parts.

Item	Specification or Feature	Application Significance
Product type	Steel motor housing	Provides structural protection and a mounting foundation for motor components
Product identification	ID160012	Supports product recognition and production coordination
Inner diameter	160 mm	Defines the principal internal motor space
Height	128 mm	Controls the axial housing dimension and assembly envelope
Outer diameter	165 mm	Defines the external cylindrical profile
Mounting structure	Four welded mounting feet	Supports installation on a machine frame or equipment base
Welding method	Six spot welds for each mounting foot	Creates a distributed connection with improved resistance to vibration and impact
Primary application	Farm motors and related equipment	Addresses humid, dusty, corrosive, and vibration-intensive working environments

In addition to dimensional control, the product is designed around uniformity. A housing with a consistent wall structure can provide more predictable mechanical behavior than one with irregular thickness or uncontrolled deformation. Uniformity is especially valuable during assembly because downstream parts can be designed around a stable reference surface. It can also help reduce the need for corrective fitting, manual adjustment, or rework during production.

The four-bracket configuration offers a practical balance between installation stability and manufacturing efficiency. Four mounting points can distribute equipment loads more evenly than a limited mounting arrangement, particularly when the motor is exposed to operational vibration or an uneven support surface. Because the brackets are integrated into the housing through welding, the mounting structure becomes part of the finished shell rather than a loosely attached accessory.

Why the 160 mm Internal Diameter Matters

The internal diameter is one of the most important dimensions of any motor housing. It directly determines the available radial space for the stator, rotor, insulation system, bearing-related components, and other internal elements. A nominal inner diameter of 160 mm gives motor designers a clear dimensional reference when developing or selecting compatible components.

Precision in this dimension is important for several reasons. First, excessive variation may interfere with assembly or reduce the clearance required between rotating and stationary parts. Second, an inconsistent internal surface may affect the position of internal components and make the final motor less predictable. Third, dimensional variation across production batches can complicate automated assembly and increase the need for manual inspection.

The product is designed to provide a stable internal protective space rather than an unpredictable enclosure. Its 160 mm inner diameter and 128 mm height establish a defined housing volume. This supports repeatable production planning and allows customers to coordinate the housing with their own motor designs, shafts, electrical systems, bearing arrangements, and installation requirements.

Dimensional precision also benefits maintenance and replacement planning. When a housing specification remains consistent, replacement units can be selected with greater confidence. Production engineers can maintain standardized assembly procedures, and equipment operators can reduce delays associated with unexpected fit problems. For manufacturers producing motors in batches, repeatable housing geometry can contribute to more consistent final-product quality.

The 165 mm outer diameter further establishes the external envelope of the housing. This is relevant when the motor must fit into a restricted machine compartment or align with surrounding guards, covers, supports, and transmission components. A controlled external diameter helps equipment designers account for the motor’s space requirements during the early stages of system development.

Four Mounting Feet for Stable Installation

A motor housing is only as useful as its mounting system. Even a precisely formed shell can cause operational problems if its mounting feet deform, loosen, or separate during service. Farm motors may operate continuously for long periods, and their support structures may experience uneven loads caused by equipment movement, frame flexing, imbalanced rotating components, or variable operating conditions. The mounting connection must therefore be treated as a structural feature, not merely a convenience for installation.

This product incorporates four mounting feet welded to the housing. The four-point arrangement gives installers multiple fixed locations for securing the motor to a base. It can help distribute the motor’s weight and operating forces across the supporting structure. When the base is properly designed and aligned, the mounting feet can also contribute to maintaining the motor’s position during continuous operation.

The use of four brackets may provide practical advantages over simpler mounting arrangements. A limited number of mounting points can concentrate loads in a small area, increasing local stress in the housing or the supporting frame. Four mounting feet allow forces to be distributed across a broader installation pattern. This is particularly relevant where the motor is subjected to vibration, repeated starting and stopping, or changing loads.

Mounting geometry must always be coordinated with the customer’s motor design and installation requirements. The housing provides the structural platform, while the final equipment design determines the appropriate bolts, base, tightening torque, alignment method, and supporting frame. Nevertheless, a robust and consistently positioned bracket structure gives customers a stronger starting point for reliable installation.

Six-Spot Welding on Each Mounting Foot

Each mounting foot uses a six-spot welding process. This process creates multiple welded connection points between the bracket and the housing. Instead of relying on one narrow attachment zone, the bracket is connected through a series of distributed spots designed to improve bonding and load transfer.

Multi-spot welding can be advantageous in applications where vibration and impact are continuous concerns. Repeated vibration creates cyclic stress, and localized stress concentration can contribute to fatigue or deformation over time. A properly executed multi-spot connection helps distribute the load across multiple areas of the joint. The result is a more secure mounting structure with greater resistance to bracket movement and detachment.

The six-spot pattern also supports manufacturing consistency when controlled through suitable welding equipment and procedures. Consistent electrode positioning, current control, pressure, timing, and inspection can help produce repeatable joints across production batches. This is important for customers who require stable quality in large-volume motor manufacturing.

Welding quality depends on more than the number of spots. Material preparation, surface condition, equipment calibration, electrode maintenance, welding parameters, fixture accuracy, and inspection practices all influence the finished joint. Jiangsu Yufeng’s integrated welding capability allows the company to coordinate these factors as part of a broader production process. The stated design intention of the six-spot structure is to provide strong bonding and resistance to the vibration, impact, and uneven loads associated with farm motor operation.

Designed for Agricultural Operating Conditions

Farm equipment frequently operates in conditions that are more demanding than those found in clean indoor industrial environments. Motors may be installed near livestock facilities, ventilation systems, pumps, conveyors, feeders, fans, grain handling systems, irrigation equipment, or other agricultural machinery. These applications can expose the motor housing to moisture, dust, organic residues, corrosive gases, and temperature fluctuations.

High humidity can promote corrosion on unprotected steel surfaces and may increase the risk of deterioration around joints, edges, and mounting areas. Dust can accumulate on the motor exterior and work its way into vulnerable gaps if the overall equipment design is not properly protected. Corrosive gases, including ammonia in some farm environments, can affect exposed metal surfaces and accelerate the degradation of unsuitable materials or finishes.

Temperature variation creates another challenge. Equipment may be exposed to cold storage conditions, hot summer air, direct sunlight, washdown moisture, and rapid transitions between operating and idle states. Thermal expansion and contraction can place additional stress on joints and interfaces. A well-formed housing with stable mounting feet provides a stronger mechanical foundation for the motor as these conditions occur repeatedly.

The product’s steel structure is intended to provide a rugged protective enclosure. The housing shields internal motor components from direct external contact and establishes a stable framework for the rest of the motor assembly. The welded mounting feet help keep the motor secured to the equipment frame, reducing the likelihood that vibration will cause progressive movement or bracket loosening.

It is important to distinguish between mechanical robustness and complete environmental protection. The housing is one component of a larger motor system. Final resistance to water, dust, chemicals, and corrosion also depends on the selected steel grade, surface treatment, seals, covers, cable entries, ventilation design, cleaning practices, and installation environment. Customers should confirm the complete protection requirements for their equipment before final selection. Even so, the product’s reinforced mounting structure directly addresses one of the most common mechanical concerns in harsh service: maintaining a secure connection between the motor and its support.

Advantages Compared with Basic Motor Housing Designs

Motor housings are available in many forms, but not all designs provide the same balance of dimensional control, structural strength, and manufacturing consistency. A basic housing may provide an enclosure but offer limited attention to mounting reinforcement, welding distribution, or environmental application requirements. The Inner Diameter 160 Steel Motor Housing with Four Brackets is differentiated by the way these details are combined.

Distributed Mounting Strength

One major advantage is the four-bracket mounting layout combined with six spot welds per bracket. A simple bracket with a minimal weld connection may be more vulnerable to local stress and vibration-related movement. The multi-spot structure creates a broader attachment pattern and helps transfer loads from the mounting foot into the housing shell.

This does not eliminate the need for correct installation, but it gives the customer a more substantial structural connection than a lightly attached mounting tab. For farm motor applications, where equipment can operate for extended periods under variable loads, this added attention to the mounting joint can be valuable.

Controlled Dimensional Envelope

The 160 mm inner diameter, 128 mm height, and 165 mm outer diameter provide clearly defined dimensions for motor integration. A housing with uncontrolled dimensional variation can create problems during assembly and may require additional fitting or sorting. A controlled dimensional envelope supports repeatable motor production and makes it easier for customers to coordinate the housing with related components.

Application-Specific Structural Design

The product is not presented as a generic shell for any operating environment. It is specifically developed for farm motors, where vibration, humidity, dust, corrosive gases, and uneven loading are practical concerns. This application focus helps connect the physical design to the conditions the motor is expected to face.

Integrated Manufacturing Support

Another advantage is access to a manufacturer with capabilities spanning stamping, welding assembly, machining, surface treatment, inspection, and final delivery. Customers working with a supplier that manages several major operations internally may benefit from improved process coordination. Instead of communicating separately with multiple subcontractors for forming, welding, machining, and finishing, customers can work with one manufacturing partner for a broader portion of the product lifecycle.

Suitability for Volume Production

With annual production capacity of more than five million units, the manufacturer has a production foundation suitable for recurring orders and larger programs. Capacity alone does not guarantee quality, but it indicates that the company has developed production systems for repeatability, scheduling, and volume management. This can be important for motor manufacturers that need stable supply over an extended product cycle.

Manufacturing Process and Quality-Oriented Production

The performance of a steel motor housing depends on the relationship between design and manufacturing. A strong concept can lose its value if forming creates excessive distortion, welding changes critical dimensions, or finishing fails to protect exposed surfaces. Jiangsu Yufeng Electric Co., Ltd. presents an integrated manufacturing model that covers multiple stages from steel processing to finished product delivery.

Steel Material Preparation

Production begins with the selection and preparation of steel suitable for the required housing design and application. Material preparation includes controlling the incoming stock, confirming thickness and condition, and arranging the material for efficient forming. Proper preparation helps support stable production and reduces the risk of defects caused by unsuitable or inconsistent material.

For a cylindrical motor housing, the starting material must be compatible with the forming and welding requirements of the product. The material must support the desired geometry while maintaining sufficient structural strength around the housing wall and bracket attachment areas. Surface condition is also relevant because contamination, scale, or damage can affect downstream welding and finishing operations.

Stamping and Forming

Stamping and forming equipment is used to create the housing’s basic shape and dimensional profile. These operations must be carefully controlled because forming can influence roundness, height, diameter, edge condition, and local flatness. The objective is to produce a consistent shell that can move efficiently into welding and subsequent operations.

Stable forming also contributes to the uniform wall structure described for the product. If the shell is irregular, later processes may need to compensate for variation. By controlling forming tools, process parameters, fixtures, and inspection points, the manufacturer can help maintain the intended 160 mm inner diameter, 165 mm outer diameter, and 128 mm height.

Bracket Positioning and Fixture Control

The four mounting feet must be positioned accurately around the housing so that the finished motor can be installed on its intended base. Fixtures are important during this stage because they hold the shell and brackets in the correct relationship while welding takes place. Proper fixture design can reduce movement, help maintain bracket symmetry, and support repeatable production.

Accurate positioning is particularly important when the housing is part of a motor that must align with belts, couplings, shafts, fans, pumps, or other driven equipment. Even small deviations in the mounting structure may affect the final installation if they cause the motor to sit unevenly or shift relative to the machine base.

Six-Spot Welding Process

The six-spot welding process is a defining feature of the product. Each of the four mounting feet is connected to the housing through six welding spots. This produces a distributed attachment pattern intended to provide strong bonding and resistance to repeated mechanical stress.

In a controlled production environment, spot welding involves managing electrode pressure, electrical current, weld time, material contact, and cooling behavior. The welding equipment must be maintained so that the process remains stable. Fixtures must hold the components securely, and operators or automated systems must follow established procedures to prevent missed spots, misalignment, or inconsistent weld formation.

After welding, inspection may include visual checks, dimensional verification, fixture-based assessment, and other process-specific controls. The exact inspection method depends on the customer’s quality requirements and the production plan. The purpose is to confirm that the brackets are securely attached and that welding has not created unacceptable distortion in the housing.

Machining and Dimensional Refinement

Machining capabilities allow the manufacturer to refine selected surfaces or features when required by the motor design. Machining may support dimensional accuracy, improve fit, or prepare interfaces for assembly. The need for machining depends on the specific housing configuration and customer requirements.

Integrating machining into the production system can reduce coordination gaps between forming, welding, and finishing. If a feature must be adjusted after welding, the manufacturer can manage the process within the same broader production network. This supports communication between engineering, production, and inspection teams.

Surface Treatment and Finishing

Surface treatment can help improve the housing’s resistance to the intended operating environment and provide a more consistent finished appearance. The appropriate treatment depends on the customer’s material specification, corrosion expectations, cleaning conditions, and final motor design.

Because agricultural environments can contain moisture, dust, and corrosive gases, surface treatment should be considered as part of the complete protection strategy. Customers should specify the required finish and confirm compatibility with their motor assembly, operating temperature, cleaning agents, and environmental exposure. A properly selected finish can complement the steel structure and help preserve the housing during service.

Inspection and Final Delivery

Inspection instruments are used to support production verification. Dimensional checks can confirm the inner diameter, outer diameter, height, and relevant mounting features. Visual and process checks can assess forming quality, weld appearance, bracket condition, and surface treatment. Inspection results can be used to support batch consistency and identify process improvements.

Final delivery also requires attention to packaging, handling, and order coordination. Steel housings must be protected from impact, deformation, contamination, and unnecessary surface damage during storage and transportation. A manufacturer with experience in mass production can coordinate production scheduling and delivery planning around the customer’s requirements.

Engineering and Customization Support

Although the featured product has defined dimensions and a specific mounting structure, motor housing projects often require customization. Variations may involve diameter, height, bracket geometry, hole positions, wall design, surface treatment, material requirements, or integration with other motor components. Engineering support is therefore an important part of supplier selection.

Jiangsu Yufeng’s engineering team has an average of more than 20 years of experience. This experience supports the development process from early product discussion through sample production, process optimization, and mass manufacturing. Experienced engineers can help identify potential conflicts between dimensional requirements, welding access, forming limitations, machining needs, and assembly conditions.

For customers evaluating the 160 mm housing, the engineering process may include reviewing drawings, confirming critical dimensions, checking bracket placement, evaluating assembly interfaces, and discussing environmental expectations. Clear communication at this stage can reduce changes later in the production cycle.

Engineering support is also valuable when a customer wants to replace an existing housing design. A supplier can review the existing structure and identify opportunities to improve bracket strength, reduce unnecessary material, simplify assembly, or improve process consistency. Any modification must be validated against motor performance, installation conditions, and applicable quality requirements.

Customization should not be understood as changing only one dimension. A change to the inner diameter may affect wall geometry, forming tools, bracket location, internal clearances, and machining requirements. A change to the mounting feet may require a new fixture or a revised welding sequence. An integrated manufacturer can evaluate these relationships more effectively than a supplier focused on only one isolated process.

Benefits for Motor Manufacturers and Equipment Builders

The product can provide value at several levels of the supply chain. For motor manufacturers, it offers a defined housing platform with a stable internal space and reinforced mounting system. For equipment builders, it provides a motor enclosure designed around the practical conditions of farm machinery. For maintenance teams, a robust mounting structure may help reduce failures associated with loose or damaged feet.

Assembly Efficiency

Consistent housing dimensions can simplify assembly by reducing the need for manual adjustment. When the inner diameter, height, and external profile remain stable, workers and automated equipment can handle the housing more predictably. This can support improved throughput and lower rework rates.

Installation Stability

The four welded mounting feet provide a stable platform for securing the motor to its base. The six-spot connection at each foot is intended to reduce the risk of movement or detachment caused by vibration and impact. This is particularly relevant to equipment that operates continuously or under uneven loads.

Maintenance Considerations

Mounting-foot failure can result in motor movement, misalignment, abnormal vibration, fastener stress, and equipment downtime. By strengthening the bracket-to-housing connection, the product is designed to reduce the likelihood of maintenance issues caused by weak mounting attachments. Preventive maintenance remains necessary, but a stronger initial structure can support longer service intervals.

Supply Coordination

A supplier with stamping, welding, machining, surface treatment, inspection, and assembly-related capabilities can simplify sourcing. Coordinating several processes through one experienced manufacturer may reduce the number of external interfaces and make it easier to manage engineering changes, production schedules, and quality communication.

Scalable Production

The stated production capacity of more than five million units per year supports the needs of customers that require repeat orders or long-term supply. A scalable manufacturing system can help maintain continuity when a product moves from prototype quantities to regular mass production.

Application Areas

The primary target application is farm motors. These motors may be used in ventilation fans, agricultural pumps, feeding systems, conveyors, grain handling equipment, livestock facility machinery, and other systems where reliable mechanical support is required. The suitability of the housing for a specific application depends on the complete motor design, environmental protection strategy, and installation arrangement.

In ventilation equipment, the motor may operate for long periods and experience continuous vibration. A reinforced mounting structure helps maintain the motor’s position on the fan or equipment frame. In pumping systems, the housing may be exposed to humidity and variable loads, making dimensional stability and corrosion considerations important.

In conveyors and feeding machinery, start-stop cycles and changing loads can place repeated stress on the mounting points. The four-bracket configuration and multi-spot welding structure provide a strong foundation for securing the motor. In livestock facilities, the presence of dust and corrosive gases increases the importance of selecting appropriate surface treatment and maintaining the complete motor assembly correctly.

The housing may also be considered for other industrial or special equipment applications where its dimensions and mounting structure are compatible. Customers should evaluate the design against the actual load, speed, duty cycle, temperature, environmental exposure, and installation conditions of the intended equipment.

Selection and Installation Considerations

Before selecting the housing, customers should confirm that the 160 mm inner diameter and 128 mm height match the intended motor components. Internal clearance should be checked for the stator, rotor, insulation, bearing system, and any additional components. The 165 mm outer diameter should also be compared with the equipment’s available space and surrounding protection.

The mounting pattern should be reviewed against the customer’s base design. The location and orientation of the four feet, the required fasteners, and the available clearance around each bracket should be confirmed before installation. The supporting frame must be sufficiently rigid to avoid transferring excessive deformation into the housing.

Correct alignment is essential. The motor should be positioned according to the equipment manufacturer’s requirements, and fasteners should be tightened using suitable procedures. Over-tightening can deform mounting features or damage fasteners, while insufficient tightening can permit movement. If the motor drives a belt, coupling, pump, or fan, alignment should be checked after installation and again during scheduled maintenance.

Environmental protection should be considered as a system. Customers should verify whether the selected steel grade and surface treatment are suitable for humidity, dust, ammonia, cleaning chemicals, temperature changes, or other exposure. Seals, covers, cable entries, ventilation openings, and drainage provisions may also influence the final protection level.

During service, the mounting feet and weld areas should be inspected for cracking, deformation, corrosion, or signs of movement. Unusual vibration, noise, or changes in motor alignment may indicate a problem with the equipment base or mounting system. Early inspection can help prevent a small issue from developing into a larger motor or machine failure.

Company Manufacturing Strengths

Jiangsu Yufeng Electric Co., Ltd. is a professional manufacturer specializing in the research, development, and production of motor housings. Its capabilities include stamping, welding assembly, machining, surface treatment, and inspection. This full-process model allows the company to address the housing as a complete engineered product rather than as an isolated stamped or welded component.

The company serves applications including household appliances, industrial drives, new energy vehicles, and special equipment. Experience across multiple industries can support broader understanding of motor housing requirements, including dimensional accuracy, structural reliability, production efficiency, and integration with different assembly systems.

With approximately 40 years of experience in motor housing manufacturing, the company has developed knowledge of production planning, tooling coordination, welding control, dimensional inspection, and customer communication. The company has served more than 50 customers and reports annual production capacity of over five million units.

Its engineering team, with an average of more than 20 years of experience, provides technical support from product development through mass production. This can be important for customers that need assistance converting a drawing into a stable manufacturing process. Engineering involvement can also help identify opportunities to improve design-for-manufacturing performance before production begins.

The company’s stated focus on quality, efficiency, and fast response aligns with the needs of motor manufacturers that must control both product performance and supply reliability. A responsive supplier can help customers address drawing changes, sample feedback, production scheduling, and technical questions more efficiently.

Quality, Reliability, and Long-Term Value

Reliability in a motor housing is built through multiple coordinated details. The steel material must be appropriate, the cylindrical shell must maintain its intended geometry, the brackets must be positioned correctly, and the welds must provide a strong connection. Surface treatment and inspection must support the expected service conditions. No single feature determines the complete performance of the housing, but the combination of controlled dimensions and reinforced mounting creates a solid foundation.

The featured housing is especially focused on avoiding problems associated with mounting-foot failure. Loose or damaged brackets can lead to motor movement, increased vibration, misalignment, and unplanned downtime. The four-foot structure and six-spot welding process are designed to reduce this risk by improving the connection between each mounting foot and the housing shell.

Long-term value also comes from manufacturing consistency. A housing that performs well in one sample but varies significantly between batches can create difficulties for the customer. Integrated production, controlled fixtures, inspection instruments, and experienced engineering personnel can help support repeatable results.

Customers should evaluate performance using their own technical specifications and validation procedures. Sample approval, dimensional inspection, weld evaluation, environmental testing, and trial assembly may be appropriate depending on the application. Jiangsu Yufeng’s manufacturing capabilities provide a basis for this cooperation, while the customer remains responsible for confirming the final housing’s suitability within the complete motor and equipment system.

Frequently Asked Questions

What is the inner diameter of this steel motor housing?

The inner diameter is 160 mm. This dimension defines the principal internal space available for the motor components and should be checked against the customer’s stator, rotor, insulation, bearing, and clearance requirements.

What are the height and outer diameter?

The housing has a height of 128 mm and an outer diameter of 165 mm. These dimensions define the main external envelope and should be coordinated with the motor assembly and equipment installation space.

How many mounting feet does the housing have?

The product has four welded mounting feet. The four-point arrangement provides multiple locations for securing the motor to a supporting frame or machine base.

How are the mounting feet attached?

Each mounting foot uses a six-spot welding process. The distributed weld pattern is intended to create a strong connection and improve resistance to vibration, impact, and uneven operating loads.

Why is the product suitable for farm motors?

Farm motors often operate in environments with high humidity, dust, corrosive gases, temperature changes, and continuous vibration. The housing’s controlled structure and reinforced mounting design are intended to support stable motor installation under these conditions.

Does the housing itself guarantee complete corrosion protection?

No. Complete corrosion resistance depends on the steel specification, surface treatment, equipment enclosure, seals, installation conditions, cleaning chemicals, and maintenance practices. Customers should confirm the required environmental protection with the manufacturer before ordering.

Can the housing be customized?

Customization may be possible depending on the required dimensions, bracket arrangement, material, surface treatment, and production quantity. Customers should provide drawings or technical specifications so the engineering team can evaluate tooling, forming, welding, machining, and inspection requirements.

What manufacturing processes does the supplier provide?

The company provides integrated capabilities covering stamping, welding assembly, machining, surface treatment, inspection, and finished-product delivery. This supports coordination across several stages of motor housing production.

Is the product suitable for mass production?

The manufacturer reports annual production capacity of more than five million units. This capacity, together with its experience in motor housing manufacturing, supports both recurring orders and larger-volume programs, subject to project requirements and production scheduling.

What should customers confirm before installation?

Customers should confirm the inner diameter, height, outer diameter, internal clearances, mounting-foot positions, base dimensions, fastener requirements, alignment conditions, surface treatment, and environmental protection requirements. The housing should be evaluated as part of the complete motor and machine system.

Conclusion

The Inner Diameter 160 Steel Motor Housing with Four Brackets is a purpose-focused solution for motor applications that require dimensional control and secure mounting. Its 160 mm inner diameter, 128 mm height, and 165 mm outer diameter provide a clearly defined housing envelope. The four welded mounting feet create a practical installation platform, while the six-spot welding process used on each foot is designed to strengthen the connection and distribute operating loads.

These features are particularly relevant to farm motors, which may face humidity, dust, corrosive gases, temperature variation, continuous vibration, impact, and uneven loading. Compared with a basic housing design with lightly attached or limited mounting features, this product emphasizes structural stability at the bracket-to-shell connection. Its design is intended to help reduce the risk of loose mounting feet, weld failure, alignment problems, and maintenance interruptions.

The product’s value is supported by the manufacturing capabilities of Jiangsu Yufeng Electric Co., Ltd. The company integrates stamping, welding assembly, machining, surface treatment, inspection, and engineering support within a broader production system. Its decades of motor housing experience, experienced engineering team, customer base, and annual production capacity exceeding five million units provide a foundation for customized development and volume supply.

For customers seeking a reliable steel motor housing, the most important decision factors are not limited to nominal dimensions. Bracket strength, welding consistency, environmental suitability, production repeatability, engineering communication, and supply capability all contribute to the final result. By combining a precisely defined housing structure with a reinforced four-bracket mounting design and integrated manufacturing support, this product offers a practical foundation for stable motor construction in demanding agricultural and industrial applications.

References

1. Product specification information for Inner Diameter 160 Steel Motor Housing with Four Brackets, product identification ID160012.

2. Manufacturing capability information provided for Jiangsu Yufeng Electric Co., Ltd., including stamping, welding assembly, machining, surface treatment, inspection, and assembly support.

3. General engineering principles for steel motor housing dimensional control, welded bracket design, and motor mounting stability.

4. General agricultural equipment maintenance considerations concerning vibration, humidity, dust, corrosive gases, temperature variation, and mounting integrity.

Product: Inner Diameter 160 Steel Motor Housing With Four Brackets