Precision Inner Diameter 160 Steel Motor Housing with Four Brackets

Reliable motor protection begins with a housing that combines accurate dimensions, structural strength, stable mounting, and manufacturing consistency. The Inner Diameter 160 Steel Motor Housing with Four Brackets is engineered for applications that require a durable enclosure around motor components and a secure connection between the motor and its supporting structure. Designed with an inner diameter of 160 mm, a height of 128 mm, and an outer diameter of 165 mm, this steel motor housing provides a carefully controlled protective space while maintaining a compact and practical form.

The housing is specifically developed for farm motors, where operating conditions can be significantly more demanding than those found in clean indoor environments. High humidity, dust, corrosive gases such as ammonia, vibration, impact, uneven loads, and changing temperatures can all affect the service life of a motor assembly. To address these challenges, the product uses four welded mounting feet, with each foot secured through a six-spot welding process. This arrangement creates a stable connection between the housing and the mounting structure, helping reduce the possibility of loose brackets, fatigue-related movement, and weld failure during long-term operation.

Jiangsu Yufeng Electric Co., Ltd. manufactures this product through an integrated process that includes steel processing, stamping, welding assembly, machining, surface treatment, and inspection. The company’s full-process production model supports dimensional control and coordination between different manufacturing stages. Instead of relying entirely on multiple external suppliers, the manufacturer can manage important operations in-house, making it easier to respond to technical requirements, production changes, and quality-control needs.

Product Overview

The product is identified as ID160012 and belongs to the steel motor housing category. It is a cylindrical steel housing designed to provide a protective and supportive structure for internal motor components. Its primary dimensions are an inner diameter of 160 mm, an outer diameter of 165 mm, and a height of 128 mm. These dimensions indicate a nominal wall thickness of approximately 2.5 mm when calculated from the difference between the inner and outer diameters. Actual production tolerances and local structural details should be confirmed through the approved product drawing or technical specification.

The design includes four external mounting feet welded directly to the housing. These feet allow the motor assembly to be installed and supported in a stable position. Each mounting foot uses six weld spots, producing a total of twenty-four spot-welded connection points across the four brackets. The distributed welding pattern is intended to improve connection strength and support resistance against repeated vibration and uneven loading.

Item	Specification	Functional Significance
Product type	Steel motor housing	Provides protection and structural support for motor components
Product identification	ID160012	Supports product traceability and technical communication
Inner diameter	160 mm	Defines the available internal motor installation space
Outer diameter	165 mm	Supports a compact outer profile and controlled wall thickness
Height	128 mm	Defines the axial enclosure dimension
Mounting structure	Four welded mounting feet	Allows stable attachment to a supporting frame or equipment base
Welding method	Six spot welds per mounting foot	Creates multiple distributed connection points
Primary application	Farm motors and demanding motor assemblies	Supports use in humid, dusty, vibrating, and corrosive environments

The combination of controlled cylindrical geometry and reinforced mounting points makes this housing suitable for motor assemblies that need both enclosure protection and dependable installation. The product is not simply a metal shell. It is a structural component that contributes to motor alignment, mounting stability, protection from external conditions, and the overall reliability of the finished equipment.

Structural Design and Dimensional Accuracy

A motor housing must provide enough internal clearance for the motor components while maintaining a controlled relationship between the rotating and stationary parts. Dimensional variation in the housing can affect assembly fit, concentricity, alignment, heat dissipation, and noise or vibration performance. For this reason, the 160 mm inner diameter is an important functional dimension rather than a basic product label.

The housing’s 160 mm internal diameter creates a defined installation envelope. When combined with a 165 mm outer diameter, the design provides a relatively compact wall section while retaining the rigidity expected from a steel component. The 128 mm height establishes the axial profile of the housing and allows customers to integrate the component into equipment with predetermined space limitations.

Uniform wall thickness is another important feature. A housing with inconsistent wall thickness can produce localized weak areas, dimensional distortion, uneven heat transfer, and increased difficulty during assembly. A more uniform structure supports predictable behavior under loading and helps maintain consistent fit between the housing and associated motor parts. It also creates a more stable foundation for welding the four mounting feet.

For original equipment manufacturers, consistent dimensions simplify product development and production planning. Engineering teams can use the housing as a repeatable reference component when designing motor brackets, shafts, covers, frames, and cable-routing arrangements. Purchasing teams can also benefit from a clearly identified product specification that supports repeat orders and replacement planning.

Dimensional accuracy should be supported by appropriate inspection procedures. These may include inner-diameter measurement, outer-diameter measurement, height measurement, flatness inspection, visual checks, and verification of mounting-foot position. Depending on customer requirements, additional checks may include concentricity, perpendicularity, weld integrity, and surface condition.

Four-Bracket Mounting Structure

The four-bracket design is one of the product’s most important distinguishing features. Motor housings are often exposed to continuous dynamic forces. Even when the motor is correctly balanced, starting and stopping cycles, rotating components, transmission loads, and external equipment vibration can transfer stress to the housing and its mounting points.

Four mounting feet distribute the attachment function around the housing. Compared with a structure that depends on fewer mounting points, a four-foot configuration can provide more balanced support when correctly positioned and installed. It can also help distribute the motor’s static weight and operating loads across several connection locations.

The mounting feet are welded directly to the steel housing. This creates an integrated structure rather than a loose collection of separately assembled parts. An integrated welded design can reduce the number of mechanical interfaces and may simplify installation for customers. It also allows the housing and mounting feet to be produced as one coordinated assembly before final inspection and delivery.

Mounting geometry is critical. The location, angle, height, and orientation of each foot must be controlled so that the finished housing can be installed without excessive adjustment or forced alignment. Poorly positioned feet can create assembly stress, uneven loading, or unwanted distortion in the equipment frame. A controlled welding and inspection process helps reduce these risks.

The four-bracket structure is especially relevant to farm motors. Agricultural equipment may operate on uneven surfaces, near rotating machinery, or in structures where vibration is continuously transmitted through the supporting frame. In these conditions, a secure mounting interface helps the motor remain stable and reduces the possibility that movement will gradually loosen the installation.

Six-Spot Welding on Each Mounting Foot

Each of the four mounting feet uses a six-spot welding process. This results in multiple connection points between each foot and the housing. The purpose of this arrangement is to distribute the connection force rather than concentrate it in one localized weld area.

Distributed welds can provide several practical advantages. First, they create a broader bonded area between the bracket and housing. Second, they can help reduce the effect of localized stress concentration. Third, they provide redundancy within the connection, meaning that the overall attachment does not depend on a single point alone. These features are valuable when the housing is exposed to vibration, impact, or uneven loads during motor operation.

Welding quality depends on more than the number of weld spots. Electrode condition, current, pressure, welding time, surface cleanliness, material thickness, fixture stability, and heat control all influence the final joint. A professional manufacturing process must therefore control the complete welding sequence rather than treat spot count as the only indicator of quality.

Stable fixtures are particularly important for a four-bracket housing. The fixture must hold each mounting foot in the correct position while maintaining contact with the housing. If a foot shifts during welding, the final geometry may not meet the required assembly dimensions. Proper equipment and process discipline help maintain repeatability from one production batch to the next.

Weld inspection may include visual examination for incomplete bonding, excessive spatter, burn-through, distortion, or irregular appearance. Depending on the customer’s quality requirements and the application risk, destructive sampling, cross-section analysis, resistance monitoring, or other validation methods may also be considered. Jiangsu Yufeng’s integrated manufacturing capability provides a foundation for coordinating welding, inspection, and final assembly requirements.

Inner Diameter 160 Steel Motor Housing With Four Brackets

Advantages in Farm Motor Applications

Farm motors operate in environments that can be significantly harsher than standard indoor industrial spaces. Dust may accumulate on external surfaces and enter poorly protected areas. Humidity can accelerate corrosion and affect electrical components. Ammonia and other agricultural gases may create a chemically aggressive atmosphere. Temperature changes can cause repeated expansion and contraction of metal components, while uneven ground and equipment movement can increase vibration and impact.

The steel construction of this motor housing provides a robust mechanical enclosure for internal motor components. Steel is widely used for motor housings because it offers a useful combination of strength, formability, weldability, and cost efficiency. When processed correctly and paired with an appropriate surface treatment, steel can provide durable service in demanding equipment applications.

The mounting structure is particularly valuable in agricultural settings. A motor housing that remains securely attached is less likely to experience secondary movement, bracket fatigue, or alignment problems caused by mounting instability. The four-foot design and multi-spot welding process are intended to support long-term attachment under continuous operating conditions.

The product can help reduce maintenance concerns associated with loose mounting feet. If a mounting foot becomes loose, the resulting movement may increase vibration and place additional stress on the motor, frame, fasteners, and connected components. A stronger welded attachment can help lower this risk, although final performance always depends on correct installation, operating conditions, maintenance, and the complete motor system.

For agricultural equipment manufacturers, a dependable housing can contribute to reduced service interruptions. A motor that remains properly mounted is easier to inspect and maintain. Stable mounting can also support more consistent performance in applications such as ventilation systems, feeding equipment, conveying machinery, pumps, fans, and other farm-related devices.

Comparison with Conventional Competitor Designs

Motor housings vary widely in material, construction method, mounting design, and quality consistency. The Inner Diameter 160 Steel Motor Housing with Four Brackets offers several advantages when compared with simpler or less integrated alternatives.

One common alternative is a housing with fewer mounting points. Although fewer brackets may reduce initial material or welding requirements, the structure may provide less balanced support for equipment exposed to vibration or uneven loads. The four-bracket design distributes attachment locations around the housing and can offer a more stable installation when matched with a properly designed equipment frame.

Another alternative is a housing that uses limited weld coverage at each bracket. A single weld line or a small number of connection points may concentrate load in specific areas. By using six spot welds for each foot, this product creates a distributed connection pattern designed to improve attachment strength and reduce localized loading.

Some low-cost housings may also rely on inconsistent forming or limited dimensional inspection. This can result in variation between batches, making assembly more difficult for customers. The product’s controlled inner diameter, outer diameter, and height provide a clearer dimensional basis for repeatable integration. Jiangsu Yufeng’s stamping, machining, welding, and inspection capabilities support a coordinated approach to dimensional control.

Competitor products may be made from materials that are not optimized for the intended environment. A lightweight material may reduce mass but may not provide the same combination of stiffness, weldability, and cost suitability. For farm motor applications, a steel housing can offer a practical balance of structural performance and manufacturability.

The product also benefits from its application-specific development. Rather than being described only as a generic enclosure, it is designed with farm motor conditions in mind. The emphasis on mounting strength, vibration resistance, and corrosion-prone surroundings gives customers a more relevant solution for agricultural equipment than a basic housing designed solely for clean, stationary indoor use.

Design Consideration	Basic Housing Approach	Four-Bracket Steel Housing Approach
Mounting support	May use fewer or less evenly distributed attachment points	Uses four mounting feet for distributed support
Bracket attachment	May rely on limited weld coverage	Uses six spot welds on each mounting foot
Application focus	General-purpose enclosure	Developed with demanding farm motor conditions in mind
Dimensional reference	May have broader or less clearly controlled variation	Defined by 160 mm inner diameter, 165 mm outer diameter, and 128 mm height
Production coordination	May involve separate outside processes	Supported by integrated stamping, welding, machining, assembly, and finishing
Maintenance objective	Basic component protection	Protection combined with secure mounting and reduced bracket-failure risk

These comparisons do not mean that every competing product has the same limitations. Performance depends on the specific design, material, process, and quality system used by each supplier. However, the combination of precise dimensions, four mounting feet, six spot welds per foot, and integrated manufacturing gives this product a strong value proposition for customers seeking a reliable steel motor housing.

Integrated Manufacturing Capabilities

Jiangsu Yufeng Electric Co., Ltd. integrates several major manufacturing operations, including stamping, welding assembly, machining, surface treatment, and inspection. This full-process structure supports more direct control over the transition from raw steel to finished motor housing.

Stamping and forming provide the basic geometry of the housing. These operations must be managed carefully to control diameter, height, roundness, wall consistency, and deformation. Tooling condition, material preparation, press settings, forming sequence, and operator control all influence the finished shape.

Welding assembly adds the four mounting feet and establishes the final structural configuration. The welding process must be coordinated with the formed housing so that the brackets remain correctly located and the housing is not excessively distorted by heat. Fixtures, welding parameters, and sequencing are important elements of this stage.

Machining can be used to refine selected surfaces or dimensions where tighter accuracy is required. Depending on the customer’s drawing and application, machining may support end-face correction, hole processing, surface preparation, or other requirements related to motor assembly. The availability of machining resources allows the supplier to respond to more demanding technical specifications.

Surface treatment helps prepare the housing for its intended service environment. Treatment requirements can vary according to the customer’s application, corrosion expectations, appearance standards, and downstream assembly process. A suitable finish can help protect exposed steel surfaces and improve the product’s readiness for use in industrial or agricultural equipment.

Inspection instruments provide the basis for verifying the finished component. Inspection should be planned around the product’s critical characteristics, including internal and external dimensions, height, bracket position, weld condition, surface quality, and overall assembly geometry. A coordinated inspection process supports stable production and helps identify process variation before products are shipped.

Engineering and Product Development Support

Motor housing production often begins before the first production batch. Customers may need assistance with material selection, dimensional review, bracket placement, weld accessibility, tooling, surface treatment, packaging, and assembly compatibility. A supplier with engineering experience can help identify potential manufacturing issues during the development stage.

Jiangsu Yufeng Electric reports an engineering team with an average of more than twenty years of experience. This type of accumulated experience can be valuable when translating customer drawings into practical production processes. Engineers can review whether the specified dimensions are compatible with forming, welding, machining, and inspection requirements.

For this product, important development questions may include the required internal clearance, acceptable dimensional tolerances, mounting-foot position, frame interface, motor weight, expected vibration level, surface protection, and operating environment. Addressing these questions early can reduce design changes after tooling or mass production has begun.

Technical communication is also supported by the product identification ID160012. A clear product code helps customers refer to the correct model during quotation, sampling, purchase orders, inspection, and after-sales service. For customized versions, the product code can be connected with revision records, drawings, process documents, and inspection standards.

Engineering support is especially important when the housing is part of a larger motor system. The housing must work with bearings, covers, shafts, stators, rotors, brackets, fasteners, seals, and electrical connections. A supplier capable of reviewing the complete assembly relationship can offer more value than a supplier that only produces an isolated metal part.

Quality and Process Control

Quality control for a steel motor housing should cover incoming material, forming, welding, machining, surface treatment, final inspection, and packaging. Each stage can affect the final product, and weaknesses in one process may not become visible until the housing reaches customer assembly.

Incoming steel should be checked against the required material specification and condition. Important considerations may include thickness, surface cleanliness, flatness, mechanical properties, and traceability. Controlled incoming material helps reduce variation during stamping and welding.

During forming, the manufacturer should monitor the critical dimensions that define fit and function. The inner diameter is particularly important because it affects the motor installation space. The outer diameter and height also need to remain within the approved specification so that the housing fits correctly into the customer’s assembly.

Welding control should include bracket position, contact condition, spot-weld parameters, electrode maintenance, and visual quality. Six spot welds per foot provide a defined process target, but the quality of each spot must still be controlled. Welded assemblies should be checked for distortion and for the correct relationship between all four mounting feet.

Final inspection provides an opportunity to verify the completed product before shipment. A typical inspection plan may include dimensional checks, visual inspection, mounting-foot verification, weld review, surface-treatment confirmation, and packaging inspection. Customer-specific requirements can be added where necessary.

Traceability supports continuous improvement. When inspection results, production batches, materials, tooling conditions, and process parameters are connected, the manufacturer can more effectively investigate issues and implement corrective actions. This is particularly important for customers operating high-volume production lines, where inconsistent housing dimensions can create assembly delays and additional costs.

Production Capacity and Supply Reliability

Jiangsu Yufeng Electric has approximately forty years of experience in motor housing manufacturing and reports service to more than fifty customers. The company also reports an annual production capacity exceeding five million units. These figures indicate experience with repeat production, customer coordination, and the organizational requirements associated with volume manufacturing.

Production capacity is important because customers need more than a technically acceptable sample. They need a supplier that can maintain quality as quantities increase and delivery schedules become more demanding. A stable production system should be able to manage raw material planning, tooling, welding resources, inspection, packaging, and shipment preparation.

Full in-house production can support supply reliability by reducing dependence on multiple outside operations. When stamping, welding, machining, assembly, and finishing are coordinated within one manufacturing organization, communication can be faster and production changes can be managed more directly. It may also simplify responsibility when a customer needs technical clarification or corrective action.

Capacity should always be evaluated together with quality and responsiveness. High output alone does not guarantee suitable performance. The value of the reported capacity lies in its connection with process experience, engineering support, inspection, and the ability to deliver consistent components to multiple customers.

For customers planning new motor programs, this manufacturing background can support both initial sampling and later volume production. The same supplier can potentially participate from early development through tooling, pilot production, inspection approval, and regular delivery.

Material and Surface Treatment Considerations

Steel is a practical material for motor housing production because it combines structural strength with good forming and welding characteristics. It can be processed into cylindrical components, joined with mounting feet, and adapted to different surface-treatment requirements. The selected steel grade and thickness should be confirmed according to the customer’s technical drawing and performance requirements.

The product description emphasizes a rugged steel structure for farm motors. In agricultural environments, surface protection is important because moisture, dust, condensation, and corrosive gases can accelerate deterioration. The appropriate surface treatment depends on the expected exposure, operating temperature, cleaning practices, storage conditions, and customer requirements.

Surface preparation is a key part of coating or finishing performance. Oil, scale, welding residue, dust, and other contaminants may interfere with adhesion if not properly controlled. The manufacturer’s surface-treatment process should therefore be selected and verified according to the intended finish and service environment.

Customers should also consider areas that may be affected by assembly. Mounting interfaces, grounding points, machined surfaces, threaded areas, and tight-fitting components may require masking or special treatment. A suitable finish should protect exposed areas without interfering with the functional relationship between the housing and connected motor components.

For highly corrosive conditions, customers may request additional validation or an upgraded finish. The best solution should be established through application analysis rather than assumed solely from the housing material. Environmental exposure, maintenance schedule, and expected service life all influence the final specification.

Installation and Application Guidance

Correct installation is essential to achieving the intended performance of the four-bracket housing. The supporting frame should be sufficiently rigid and accurately prepared. Mounting surfaces should be clean, flat, and free from excessive burrs or deformation that could place uneven force on the brackets.

Fasteners should be selected according to the motor assembly and equipment design. Tightening should follow the customer’s approved procedure so that the housing is firmly secured without creating unnecessary distortion. If the frame is uneven, forcing the brackets into position may introduce residual stress and reduce mounting stability.

Alignment should be checked after installation. The motor shaft, connected equipment, and housing should be positioned according to the system design. Misalignment can create additional vibration and load, even when the housing itself is correctly manufactured.

During commissioning, technicians should observe vibration, noise, temperature, and mounting condition. Any unusual movement or change in sound should be investigated before the motor enters continuous operation. Periodic inspection is recommended in farm environments because dust, moisture, chemical exposure, and mechanical movement can gradually affect equipment.

The housing is a structural component within a complete motor system. Its performance depends on the quality of the motor assembly, mounting frame, fasteners, connected equipment, operating load, maintenance practices, and environmental conditions. Therefore, the product should be evaluated as part of the complete application rather than as an isolated component.

Purchasing Benefits for Original Equipment Manufacturers

For original equipment manufacturers, selecting a motor housing supplier involves more than comparing the price of one metal component. The supplier must support dimensional consistency, repeat production, engineering communication, delivery planning, inspection, and customization.

The Inner Diameter 160 Steel Motor Housing offers a defined product configuration that can simplify purchasing decisions. Its dimensions and bracket arrangement are clearly identified, while the product code provides a reference for communication. Customers can use the standard design as a starting point and discuss modifications where their motor assembly requires different mounting geometry, tolerances, or surface treatment.

A supplier with stamping, welding, machining, and finishing capabilities can potentially reduce the number of vendors involved in the housing supply chain. Fewer process handoffs may improve communication and reduce the risk that dimensional requirements are interpreted differently by different subcontractors.

In-house production can also support faster technical response. When customers need a sample revision, process adjustment, or inspection clarification, direct access to manufacturing departments can shorten the communication path. This is valuable during product development and when resolving field or assembly issues.

The company’s reported experience with more than fifty customers and annual capacity of over five million units further supports its suitability for customers seeking a long-term manufacturing partner. The most appropriate supplier decision should still be based on drawings, samples, quality requirements, delivery expectations, and application validation.

Customization Potential

Although the featured model has a 160 mm inner diameter, 165 mm outer diameter, 128 mm height, and four mounting feet, motor housing projects often require customized details. Customers may need changes to bracket location, hole size, housing height, wall thickness, weld pattern, surface treatment, or packaging.

Customization should begin with a review of the motor assembly and operating conditions. The supplier may need information about motor weight, rotational speed, vibration, installation orientation, frame dimensions, environmental exposure, required service life, and expected production quantity.

Dimensional changes can affect forming tools and machining requirements. Bracket changes can affect welding fixtures and assembly sequence. Surface-treatment changes can affect preparation, masking, curing, and inspection. Early technical review allows these effects to be considered before production tooling is finalized.

The manufacturer’s integrated capabilities provide a useful foundation for customized designs. Stamping supports housing formation, welding supports bracket integration, machining supports selected precision features, and surface treatment supports environmental protection. Inspection resources can then verify that the customized product meets the approved specification.

Customers should request formal drawings, tolerance information, material specifications, weld requirements, inspection standards, and sample approval procedures before starting mass production. Clear documentation helps ensure that both parties share the same expectations.

Maintenance and Service-Life Considerations

Regular maintenance can help preserve the performance of a motor housing and its mounting structure. In farm environments, inspection intervals may need to account for dust, moisture, chemical exposure, vibration, and cleaning practices. The mounting feet should be checked for movement, cracking, corrosion, or unusual wear.

Visible changes around the weld areas should receive attention. Discoloration, deformation, cracking, corrosion buildup, or movement between the bracket and housing may indicate a developing issue. Early identification allows the equipment operator to investigate the cause before the problem affects other motor components.

Fasteners and supporting-frame interfaces should also be checked. A strong welded bracket cannot compensate for a damaged frame, loose fastener, or poorly aligned installation. Maintenance should therefore cover the entire mounting system.

Cleaning procedures should be appropriate for the surface finish and operating environment. Excessive moisture, aggressive chemicals, or pressure directed at vulnerable motor openings may create additional risks. The maintenance plan should be based on the complete equipment design and the recommendations of the motor and machinery manufacturers.

Service life is influenced by many factors, including load, vibration, installation accuracy, corrosion exposure, operating temperature, maintenance, and material specification. The product’s multi-spot welded mounting design is intended to provide a strong foundation, but application conditions remain important to final performance.

Why This Product Is a Strong Competitive Choice

The Inner Diameter 160 Steel Motor Housing with Four Brackets combines several features that are valuable in demanding motor applications. Its controlled 160 mm internal diameter supports predictable integration. Its 165 mm outer diameter and 128 mm height define a compact, repeatable envelope. Its steel construction provides a practical balance of structural capability and manufacturability.

The four mounting feet create distributed support, while the six spot welds on each foot provide multiple attachment points. Together, these features are intended to improve resistance to continuous vibration, impact, and uneven loads. This makes the product particularly relevant to farm motors, where mounting stability is a major reliability concern.

The product is also supported by an integrated manufacturing system. Stamping, welding assembly, machining, surface treatment, and inspection are coordinated within the company’s production capabilities. This can benefit customers that need consistent quality, responsive engineering support, and a clear route from prototype to mass production.

Compared with a basic housing that focuses only on enclosing the motor, this product addresses both protection and structural attachment. Compared with a housing produced through loosely coordinated outside processes, the integrated approach can support better communication and process control. Compared with a design using fewer or less distributed welds, the four-bracket, six-spot configuration offers a stronger application-oriented mounting concept.

These advantages make the product suitable for customers who value reliability, repeatability, manufacturing support, and long-term supply capability. It provides a practical solution for motor manufacturers, agricultural equipment producers, industrial machinery companies, and other organizations that require a robust steel motor housing.

Q&A

What is the inner diameter of this steel motor housing?

The nominal inner diameter is 160 mm. This dimension defines the internal installation space and should be matched with the customer’s motor assembly and required clearances.

What are the outer diameter and height?

The listed outer diameter is 165 mm, and the height is 128 mm. Customers should confirm production tolerances and any drawing-specific dimensions before placing a production order.

How many mounting feet does the housing have?

The housing has four welded mounting feet. These feet are arranged to provide distributed support for the motor assembly.

How many spot welds are used on each mounting foot?

Each mounting foot uses a six-spot welding process. Across four feet, the design includes twenty-four specified spot-weld connection points.

Why is the four-bracket structure useful for farm motors?

Farm motors may operate in environments with dust, humidity, corrosive gases, vibration, impact, uneven loads, and temperature changes. Four mounting feet can distribute support across the housing and help maintain a more stable connection to the equipment frame.

What is the main advantage of using multiple spot welds?

Multiple spot welds distribute the connection force over several points. This can help reduce localized loading and improve resistance to vibration and repeated mechanical stress when the welding process is properly controlled.

Is this product suitable for applications outside agriculture?

Yes. Although it is specifically developed with farm motors in mind, the housing may also be considered for industrial drives, ventilation equipment, pumps, conveying machinery, special equipment, and other applications requiring a compact steel motor housing with welded mounting brackets.

Can the housing be customized?

Potential customization may include dimensions, bracket position, mounting details, material, weld requirements, machining, surface treatment, and packaging. The final feasibility depends on the customer’s drawings, motor assembly, application conditions, and production quantity.

What manufacturing processes are available?

The manufacturer provides stamping, welding assembly, machining, surface treatment, and inspection. These capabilities support production from steel processing through finished motor housing delivery.

How does the company support product development?

The company provides engineering support from product development through mass production. Its engineering team is reported to have an average of more than twenty years of experience, which can help with drawing review, process planning, tooling, sample development, and production implementation.

What should customers verify before ordering?

Customers should verify the inner diameter, outer diameter, height, mounting-foot position, material specification, tolerances, weld requirements, surface treatment, inspection standards, packaging, quantity, and delivery expectations. They should also confirm compatibility with the complete motor assembly and supporting frame.

How should the housing be maintained?

Maintenance should include inspection of mounting feet, weld areas, fasteners, supporting surfaces, corrosion condition, and signs of abnormal vibration. Inspection frequency should reflect the operating environment and equipment usage.

What makes Jiangsu Yufeng suitable for volume production?

The company reports forty years of motor housing manufacturing experience, service to more than fifty customers, annual production capacity exceeding five million units, and integrated in-house processes. These resources support repeat production, engineering coordination, quality control, and supply planning.

Conclusion

The Inner Diameter 160 Steel Motor Housing with Four Brackets is a purpose-oriented component for motor assemblies that require accurate dimensions, strong mounting, and dependable protection. Its 160 mm inner diameter, 165 mm outer diameter, and 128 mm height provide a defined and compact structural envelope. The four welded mounting feet create distributed support, while the six spot welds used on each foot are designed to strengthen the connection against vibration, impact, and uneven loads.

Its application focus makes it particularly suitable for farm motors operating in humid, dusty, corrosive, and mechanically demanding environments. At the same time, the housing may serve a broader range of industrial and special equipment applications where steel construction and stable mounting are required.

Jiangsu Yufeng Electric supports the product with integrated stamping, welding assembly, machining, surface treatment, inspection, engineering development, and mass-production capabilities. Its reported manufacturing experience, customer base, and production capacity provide a strong foundation for customers seeking a reliable and responsive motor housing supplier.

For equipment manufacturers, the product offers more than enclosure protection. It combines dimensional control, structural reinforcement, application-specific mounting design, and coordinated manufacturing support. When correctly specified, installed, and maintained, it can contribute to stable motor operation and help reduce maintenance concerns associated with mounting-foot looseness or weld failure.

References

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

2. Jiangsu Yufeng Electric Co., Ltd. company and manufacturing capability information.

3. General engineering principles for resistance spot welding, welded bracket design, and structural connection control.

4. General guidance on steel motor housing design, dimensional inspection, mounting stability, and corrosion protection.

5. General agricultural equipment maintenance principles for machinery exposed to dust, humidity, vibration, and corrosive operating environments.

Product: Inner Diameter 160 Steel Motor Housing With Four Brackets