A visual representation illustrating the routing of belts within a Cub Cadet Pro Z 900 series zero-turn mower is essential for proper equipment maintenance and operation. This schematic typically depicts the correct placement of belts around pulleys, spindles, and other components of the mower’s drive and cutting systems. An accurate depiction is critical for ensuring the mower functions as designed.
The correct belt arrangement is vital for optimal performance, preventing belt slippage, premature wear, and potential damage to the mower’s engine or deck components. Referencing such a layout during belt replacement or troubleshooting procedures significantly reduces downtime and helps maintain the mower’s operational efficiency. Historically, these diagrams were included in the owner’s manual, but digital versions are now commonly accessible online.
Understanding the correct belt pathway is paramount for efficient mower operation and longevity. Therefore, accessing and interpreting this information accurately is a key aspect of owning and maintaining this type of commercial-grade mowing equipment.
1. Routing accuracy
The “cub cadet pro z 900 belt diagram” is not merely a decorative piece of paper; it is the lifeline dictating the operational fidelity of the mower. Among its elements, routing accuracy stands preeminent. Imagine the consequences of a misplaced belt, guided astray from its intended path around the pulleys. Like a train derailing from its tracks, the belt, misrouted, becomes a source of friction, inefficiency, and impending failure. The diagram ensures the belt follows the precise choreography designed by engineers, a dance of power transmission where each turn and tension is calculated.
Consider the scenario of a landscaper facing a demanding schedule. A hasty belt replacement, neglecting the specificity of the routing layout, results in diminished cutting power and increased engine strain. The blades falter, leaving behind uneven swaths of grass, a stark contrast to the professional finish expected. The mower, burdened by the incorrectly routed belt, consumes more fuel and emits excessive noise, signaling impending mechanical stress. This misstep, born from a disregard for the diagram’s detail, transforms a routine maintenance task into a costly operational disruption.
Therefore, routing accuracy, as depicted within the “cub cadet pro z 900 belt diagram,” is not an optional consideration but a critical mandate. It is the difference between seamless, efficient operation and a cascade of mechanical troubles. The diagram serves as the guiding star, illuminating the path to optimal performance and protecting the investment in the machine. Disregarding its precision invites inefficiency and accelerates the mower’s journey toward premature obsolescence.
2. Tension settings
The “cub cadet pro z 900 belt diagram” presents more than just the pathway; it embodies the delicate balance of force known as tension settings. Consider the tightrope walker, reliant on the tautness of the cable for each step. Similarly, the mower’s belts require precise tension to transmit power efficiently. Too loose, and the belt slips, robbing the blades of their bite. Too tight, and bearings scream in protest, their lifespan diminished under undue stress. The diagram, therefore, serves as a map not only of the route but also of the forces at play.
Imagine a technician, armed with the “cub cadet pro z 900 belt diagram,” meticulously adjusting the idler pulley. He understands that the diagram’s cryptic markings translate into specific measurements, critical for achieving the optimal tension. He recalls a previous instance where neglecting this precision resulted in a belt snapping mid-mow, a moment of disruption and frustration for the landscaping crew. This serves as a tangible reminder: the “cub cadet pro z 900 belt diagram” is more than a guide; it is a prescription for performance, a defense against mechanical failure.
Thus, tension settings, as elucidated by the “cub cadet pro z 900 belt diagram,” are not merely technical specifications; they are the key to unlocking the mower’s full potential. They represent the intersection of engineering and practical application, a testament to the precision required to transform raw power into a perfectly manicured lawn. Understanding this connection safeguards the equipment, minimizes downtime, and ensures the seamless execution of landscaping tasks, one perfectly cut blade of grass at a time.
3. Pulley alignment
The “cub cadet pro z 900 belt diagram” functions as more than a routing guide; it implicitly dictates the critical need for impeccable pulley alignment. This alignment is not a suggestion, but a fundamental requirement for sustained, efficient operation, impacting belt life and overall mower performance. The diagram serves as a silent witness, a constant reminder of the precision demanded by the machine.
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Parallel Planes and Operational Efficiency
Improper pulley alignment invites a host of problems, foremost among them is accelerated belt wear. When pulleys are not on parallel planes, the belt is subjected to uneven tension, causing it to ride at an angle. This constant flexing and twisting generates excessive heat, compromising the belt’s structural integrity. The “cub cadet pro z 900 belt diagram” implicitly demands that all pulleys reside within the same plane to distribute tension evenly, maximizing the belt’s lifespan and operational efficiency. Consider a scenario where a pulley has been inadvertently bumped during routine maintenance, throwing it slightly out of alignment. The subtle misalignment may initially go unnoticed, but over time, the belt will begin to exhibit signs of distress: fraying edges, cracking, and eventually, catastrophic failure. This failure, traced back to a simple misalignment, underscores the criticality of the “cub cadet pro z 900 belt diagram” as a reference for proper setup.
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Sheave Wear and Power Loss
Beyond belt degradation, pulley misalignment can lead to increased sheave wear. The sheave, the grooved portion of the pulley, is designed to provide a secure and consistent grip on the belt. When misaligned, the belt doesn’t seat correctly within the groove, leading to friction and abrasion. Over time, this friction erodes the sheave’s surface, altering its profile and further exacerbating the misalignment issue. The “cub cadet pro z 900 belt diagram” guides technicians to ensure that pulleys are not only aligned within the same plane but also that the sheaves are free from damage or excessive wear, maintaining optimal contact with the belt. Power loss is a direct consequence of this wear, as the belt struggles to maintain a consistent grip, sacrificing energy to slippage rather than transferring it to the mower’s blades.
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Vibration and Component Stress
Misaligned pulleys induce vibration throughout the mower’s drive system. This vibration, often subtle at first, can propagate through the chassis, stressing bearings, spindles, and other critical components. Over prolonged periods, this constant vibration can lead to fatigue and premature failure of these components, adding significant repair costs. The “cub cadet pro z 900 belt diagram,” by reinforcing the need for perfect alignment, implicitly guards against this cascade of negative effects. A well-aligned system operates smoothly and quietly, minimizing stress on all its components and extending the mower’s overall lifespan.
In essence, pulley alignment, guided by the principles inherent in the “cub cadet pro z 900 belt diagram,” is a cornerstone of mower maintenance. It is not merely a matter of following instructions but of understanding the interconnectedness of the system. Correct alignment fosters efficiency, minimizes wear, and ensures that the mower performs as intended, delivering a consistent cut and a long service life. The diagram, therefore, is more than a picture; it’s a testament to the precision engineering required to tame the lawn.
4. Belt identification
The “cub cadet pro z 900 belt diagram” possesses an inherent challenge, one that often confronts seasoned mechanics and novice users alike: the accurate identification of belts. The diagram itself, while illustrating the routing, relies on the user’s ability to distinguish between various belt types, each serving a specific function within the mower’s intricate system. The absence of clear belt identification renders the diagram virtually useless, transforming it from a helpful guide into an abstract piece of technical art.
Consider the plight of a groundskeeper tasked with replacing a worn belt. The “cub cadet pro z 900 belt diagram” is spread before them, a seemingly straightforward roadmap. However, upon closer inspection, the diagram lacks explicit labels denoting the belt’s unique part number or dimensions. The groundskeeper, relying on visual cues alone, selects a belt that appears similar in length and width. The result is a belt that, while seemingly compatible, lacks the necessary tensile strength or is slightly off in length. The consequences are immediate: belt slippage, uneven cutting, and ultimately, a shortened lifespan for the incorrectly identified component. The “cub cadet pro z 900 belt diagram” could have prevented this, had the groundskeeper have the right Belt identification, but the omission leads to wasted time, money, and frustration.
The connection between belt identification and the “cub cadet pro z 900 belt diagram” is not merely a matter of convenience; it’s a fundamental prerequisite for successful maintenance. Without it, the diagram becomes a source of potential error, leading to misdiagnosis, improper repairs, and ultimately, diminished mower performance. Precise markings on the “cub cadet pro z 900 belt diagram” prevent such issues, serving as not only guide on the belt’s path, but the identification that keeps the mower in action.
5. Safety implications
The “cub cadet pro z 900 belt diagram” is not simply an instruction manual; it is a cornerstone of operational safety. The diagram’s accurate interpretation and diligent application are inextricably linked to minimizing risk and preventing potentially severe injuries. Its role extends far beyond mere mechanical function, encompassing the well-being of the operator and those in the surrounding environment.
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Guarding Against Unexpected Belt Failure
Consider the scenario of a belt, incorrectly routed or improperly tensioned, giving way at high speed. Fragments of the belt, propelled outwards with significant force, become dangerous projectiles. The “cub cadet pro z 900 belt diagram”, diligently followed, mitigates this risk. The proper belt routing and tension prescribed ensures the belt operates within its design parameters, reducing the likelihood of catastrophic failure and the associated hazards. A correctly installed belt is a safeguard against unexpected mechanical events.
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Preventing Entanglement Injuries
A “cub cadet pro z 900 belt diagram” serves as a reminder of the complexity of the machinery and the potential for entanglement. When performing maintenance or inspections, adherence to the diagram’s guidance ensures that all safety protocols are followed. Operators understand the proper sequence for disengaging the blades, shutting off the engine, and removing the ignition key before approaching the belt system. Disregarding these steps, even with the best intentions, invites the risk of entanglement with moving parts, leading to serious injury. The diagram, therefore, promotes a culture of caution and methodical procedure.
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Ensuring Proper Shielding and Guarding
The “cub cadet pro z 900 belt diagram” often illustrates the placement of protective shields and guards designed to prevent accidental contact with moving belts. These guards are not merely aesthetic additions; they are crucial barriers that protect operators and bystanders from harm. When servicing the mower, meticulous attention must be paid to ensuring that these guards are correctly reinstalled, as depicted in the diagram. A missing or improperly secured guard negates the safety features built into the machine, creating a hazard that can lead to entanglement, impact injuries, or worse.
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Promoting Pre-Operational Inspections
The existence of a detailed “cub cadet pro z 900 belt diagram” encourages pre-operational inspections. Operators can use the diagram as a reference to visually verify that the belt is correctly routed, properly tensioned, and free from signs of wear or damage. This proactive approach allows for the identification of potential problems before they escalate into safety hazards. A quick check, guided by the diagram, can avert accidents and ensure the mower operates safely and reliably.
The safety implications tied to the “cub cadet pro z 900 belt diagram” are profound and far-reaching. It is a document that demands respect, careful interpretation, and diligent application. Adherence to its principles not only ensures the mower’s proper functioning but, more importantly, safeguards the well-being of those who operate and interact with the machine. It is a reminder that safety is not an afterthought, but an integral part of the operation.
6. Replacement timing
The “cub cadet pro z 900 belt diagram” silently dictates a timeline, a schedule governed by the relentless forces of friction, heat, and stress. This timeline, though not explicitly printed on the diagram, is implicitly understood: replacement timing. The diagram provides the roadmap for a component destined for eventual failure, a silent acknowledgment that even the most robust belt succumbs to the rigors of its demanding role.
Consider a landscaping company facing a critical deadline. The “cub cadet pro z 900 belt diagram” resides in a tattered binder, a testament to its frequent use. One morning, a mower begins to falter, the blades sluggish and unresponsive. The technician, consulting the diagram, immediately recognizes the telltale signs of a worn belt. Had the replacement timing been heeded, based on regular inspections and a proactive maintenance schedule, this disruption could have been avoided. Instead, the company faces delays, missed deadlines, and the potential loss of valued clients. This tale highlights the critical link between the diagram and the understanding of when a belt, guided by that very diagram, must be retired from service. The diagram serves as a reminder of the system and all parts within it wear out.
Therefore, the replacement timing, intrinsically linked to the “cub cadet pro z 900 belt diagram,” represents not merely a maintenance task, but a commitment to operational excellence. It is a recognition that even the most durable components have a finite lifespan and that proactive replacement prevents costly breakdowns, ensures safety, and upholds the professional standards demanded by the industry. The diagram is only useful if one respects and follows the guide.
7. Wear indicators
The “cub cadet pro z 900 belt diagram,” often perceived as a static representation of belt routing, gains a dynamic dimension when considered in conjunction with wear indicators. A seasoned mechanic views the diagram not merely as a map, but as a guide to anticipating failure, a roadmap to preemptive maintenance. The diagram itself does not display wear indicators, but directs the user to components where such indications become apparent, informing crucial decisions about replacement timing. Without understanding the connection between the diagram and recognizing wear, the diagram’s utility is limited to initial installation, neglecting the far more critical aspect of long-term maintenance.
Consider a scenario on a sprawling estate. A fleet of mowers, meticulously maintained according to the “cub cadet pro z 900 belt diagram,” operates daily. A meticulous technician, during routine inspections, utilizes the diagram as a visual reference, not just to confirm belt routing but to pinpoint areas susceptible to wear. Glazing, fraying, or cracking on the belt’s surface, deviations from the diagram’s implied “new” state, become immediate red flags. A seemingly minor crack, dismissed by a less experienced operator, is recognized as a precursor to catastrophic failure. By proactively replacing the belt, guided by these wear indicators and the “cub cadet pro z 900 belt diagram’s” context, the technician averts a costly breakdown, preserving both productivity and equipment integrity. The cost of that premature replacement is trivial compared to a service call, down time, and potential damage to other components.
In conclusion, the “cub cadet pro z 900 belt diagram” functions best when paired with a keen understanding of wear indicators. The diagram provides the framework; wear indicators provide the feedback. Recognizing these indicators, such as glazing, fraying, and cracking, within the context of the diagrams guidance, transforms a simple schematic into a powerful tool for preventative maintenance. The challenges lie in fostering a culture of proactive inspection and in training technicians to interpret wear indicators effectively. Overcoming these challenges ensures that the “cub cadet pro z 900 belt diagram” serves its ultimate purpose: maximizing the mower’s lifespan and minimizing downtime.
8. Component lifespan
The “cub cadet pro z 900 belt diagram” serves not only as an operational guide but also as an indirect predictor of component lifespan. The intricate routing, tension specifications, and pulley arrangements depicted on the diagram directly influence the longevity of various parts within the mower’s drive system. Understanding the diagram is the first step toward maximizing the lifespan of these vital components.
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Belt Material and Environmental Factors
The material composition of the belt itself is a primary determinant of its lifespan. Aramid fiber-reinforced belts, for example, exhibit greater resistance to heat and stretching than standard rubber belts. The operating environment, however, plays an equally significant role. Exposure to extreme temperatures, abrasive debris, and chemical contaminants can accelerate belt degradation, regardless of its material. The “cub cadet pro z 900 belt diagram,” by illustrating the belt’s exposure to these factors, provides a framework for assessing its likely lifespan. A belt routed near the engine’s exhaust, for instance, will likely require more frequent replacement than one situated in a cooler location.
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Pulley Condition and Alignment Effects
The condition of the pulleys themselves profoundly impacts belt lifespan. Worn or damaged pulleys, characterized by sharp edges or uneven surfaces, act as abrasives, rapidly eroding the belt’s material. Misaligned pulleys, as highlighted previously, introduce uneven tension and excessive flexing, hastening belt failure. The “cub cadet pro z 900 belt diagram,” by showcasing the pulley arrangement, allows for a visual assessment of potential alignment issues. Regular inspection, guided by the diagram, can identify misalignments before they lead to premature belt wear. Addressing these issues, whether through pulley replacement or adjustment, extends the overall lifespan of the belt and reduces operating costs.
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Tension Settings and Bearing Loads
Correct belt tension, as dictated by the “cub cadet pro z 900 belt diagram,” is crucial for optimizing belt lifespan. Over-tensioning subjects the belt and associated bearings to excessive stress, accelerating wear and potentially causing catastrophic failure. Under-tensioning, conversely, leads to belt slippage, generating heat and reducing power transmission efficiency. The diagram serves as a reminder to adhere to specified tension settings and to regularly inspect belt tension using appropriate measuring tools. Proper tension not only extends belt life but also reduces the load on bearings, prolonging their operational lifespan as well.
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Operating Conditions and Usage Patterns
The intensity and type of mowing operations significantly influence component lifespan. Mowing on uneven terrain, encountering obstacles, or operating at high speeds all increase stress on the belt system. Commercial operations, characterized by prolonged usage and demanding workloads, will typically require more frequent belt replacements than residential applications. The “cub cadet pro z 900 belt diagram,” while not directly reflecting usage patterns, prompts operators to consider these factors when estimating component lifespan. A mowing log, coupled with the diagram, can provide valuable insights into the relationship between operating conditions and belt wear.
The “cub cadet pro z 900 belt diagram,” therefore, is more than a simple schematic; it is a key to understanding the factors that govern component lifespan. By diligently adhering to its guidance, and factoring in environmental conditions, pulley alignment, tension settings, and operating conditions, one can maximize the longevity of the mower’s drive system, reducing maintenance costs and ensuring reliable performance for years to come.
Frequently Asked Questions
The proper interpretation and utilization of the Cub Cadet Pro Z 900 belt diagram often raises specific queries, particularly among those tasked with maintaining this sophisticated piece of machinery. These questions, born from genuine concerns and a desire for optimal performance, warrant clear and concise answers.
Question 1: How critical is it to adhere precisely to the belt routing depicted in the diagram?
Imagine a skilled watchmaker meticulously assembling the intricate gears of a fine timepiece. Each gear must occupy its precise position to ensure accurate timekeeping. Similarly, the Cub Cadet Pro Z 900 belt diagram dictates the precise routing of the belt. Deviating from this prescribed path, even slightly, introduces stress points, compromises tension, and ultimately leads to premature belt failure. The consequences range from reduced cutting power to catastrophic mechanical breakdown. Adherence is not merely recommended; it is essential for the mower’s operational integrity.
Question 2: Is the belt tension specification on the diagram a suggestion or a strict requirement?
Consider the strings of a violin. Too loose, and the sound is dull and lifeless; too tight, and the strings are prone to snapping. The belt tension, as specified on the Cub Cadet Pro Z 900 belt diagram, operates under a similar principle. Insufficient tension results in slippage, inefficient power transfer, and increased wear. Excessive tension places undue stress on bearings and other components, shortening their lifespan. The specified tension is not a mere guideline; it is a carefully calculated value designed to optimize performance and longevity. Strict adherence is crucial.
Question 3: Can a generic belt, similar in size, be substituted for the OEM (Original Equipment Manufacturer) belt specified in the diagram?
Envision a marathon runner preparing for a grueling race. Would they choose any pair of shoes, regardless of fit or construction? The OEM belt specified in the Cub Cadet Pro Z 900 belt diagram is engineered to withstand the specific demands of the mower’s operation. Generic belts, while superficially similar, may lack the necessary tensile strength, heat resistance, or dimensional precision. Substituting a generic belt is a gamble that often results in reduced performance, increased wear, and potential damage to other components. Sticking with the OEM-specified belt ensures compatibility and reliability.
Question 4: How frequently should the belt, guided by the diagram, be inspected for wear and tear?
Picture a pilot conducting a pre-flight inspection. Every system, every component is scrutinized for signs of wear or damage. Similarly, the belt, guided by the Cub Cadet Pro Z 900 belt diagram, demands regular inspection. The frequency depends on usage intensity and environmental conditions, but a general rule is to inspect the belt before each mowing session and after every 25 hours of operation. Look for signs of fraying, cracking, glazing, or excessive wear. Early detection allows for timely replacement, preventing costly breakdowns and ensuring safe operation.
Question 5: What are the consequences of neglecting proper pulley alignment, as dictated implicitly by the diagram?
Imagine driving a car with misaligned wheels. The tires wear unevenly, the steering pulls to one side, and the overall driving experience is compromised. Misaligned pulleys, in the context of the Cub Cadet Pro Z 900, produce similar effects. The belt experiences uneven tension, leading to accelerated wear, reduced power transmission, and increased vibration. Neglecting proper pulley alignment, implicitly dictated by the diagram, shortens belt life, strains bearings, and ultimately compromises the mower’s performance. Correcting alignment issues promptly is essential for maintaining operational efficiency and preventing costly repairs.
Question 6: Is it safe to operate the mower with a damaged or missing belt guard, even if the belt routing is correct according to the diagram?
Consider the protective armor worn by a knight. It serves as a barrier against potential harm, safeguarding the knight from injury. The belt guard, similarly, is a crucial safety device. Operating the mower with a damaged or missing belt guard, even with correct belt routing, exposes the operator and bystanders to the risk of entanglement with moving parts and projectiles from a belt failure. The belt guard is not an optional accessory; it is an integral safety feature. Always ensure that the guard is in place and in good condition before operating the mower.
In summary, the Cub Cadet Pro Z 900 belt diagram is more than just a schematic. It is a critical resource for ensuring the mower’s optimal performance, longevity, and safe operation. Diligent adherence to the diagram’s guidance, coupled with regular inspections and proactive maintenance, is essential for maximizing the mower’s value and minimizing potential risks.
Transition to an exploration of advanced troubleshooting techniques related to the Cub Cadet Pro Z 900 belt system.
Essential Tips for Mastering the Cub Cadet Pro Z 900 Belt System
The Cub Cadet Pro Z 900 zero-turn mower, a titan of the turf, demands respect. Its heart, the belt system, requires knowledge and vigilance. The “cub cadet pro z 900 belt diagram” is the map to this vital organ, but the map alone does not guarantee a safe journey.
Tip 1: Prioritize Diagram Legibility. Years of grease and grime can render the “cub cadet pro z 900 belt diagram” illegible. Before initiating any maintenance, secure a clear, high-resolution copy. A faded diagram is a pathway to errors, turning a simple task into a costly misadventure.
Tip 2: Invest in a Quality Tension Gauge. The “cub cadet pro z 900 belt diagram” specifies tension settings. Approximation is not acceptable. A quality tension gauge ensures accurate adjustments, preventing slippage and premature bearing failure. This tool is not an expense; it’s an investment in the mower’s longevity.
Tip 3: Document Before Disassembly. Before removing any belt, meticulously photograph the existing routing. Capture every pulley, every idler, every angle. This visual record serves as a failsafe, a reference point should confusion arise during reassembly. Trusting memory alone is a gamble, especially after hours of labor.
Tip 4: Embrace the Power of a Straight Edge. Pulley alignment is paramount. The “cub cadet pro z 900 belt diagram” cannot convey subtle misalignments. A straight edge, placed across the pulley faces, reveals deviations invisible to the naked eye. Correcting these misalignments prevents uneven belt wear and vibration.
Tip 5: Seek Professional Guidance When Uncertain. The “cub cadet pro z 900 belt diagram” provides a general guide. However, some situations demand expert knowledge. If facing unusual wear patterns, persistent slippage, or any doubts, consult a certified Cub Cadet technician. Their expertise can prevent costly errors and ensure safe operation.
Tip 6: Rotate Belts When Replacing Multiple Units. When two or more belts are driven together they can wear each other out. By rotating the belts when replacing them, you can prolong the life of the mower’s functionality.
Mastering the “cub cadet pro z 900 belt diagram” requires more than just memorization; it requires understanding. By adhering to these tips, any operator can transform into a skilled custodian, ensuring the mower’s performance and safety for years to come.
Having armed the operator with essential advice, the logical next step is to delve into real-world scenarios.
The Unsung Hero
The preceding exploration underscores the indispensable role of a seemingly simple document: the “cub cadet pro z 900 belt diagram.” It transcends its form as mere visual aid, evolving into a critical tool for ensuring operational efficiency, promoting safety, and extending the lifespan of a complex machine. From routing accuracy to wear indicator recognition, each element of the diagram contributes to the mower’s overall performance and longevity.
The narrative of maintaining the Cub Cadet Pro Z 900 is one of precision, diligence, and respect for the machine’s intricate workings. The diagram is more than a piece of paper; it is a silent guardian, guiding technicians and operators toward optimal performance and preventing costly failures. Its proper use ensures not only a perfectly manicured lawn but also the safety and well-being of those who rely on this workhorse. Treat it with respect, and the mower will reward that respect with years of reliable service.
