The documentation associated with Envirotec water softening systems provides essential operational guidance. This document typically encompasses installation procedures, programming instructions, troubleshooting tips, and maintenance schedules specific to the unit. It serves as the primary resource for users to understand and properly utilize their Envirotec water softener.
Comprehensive documentation is crucial for optimal system performance and longevity. Adherence to outlined procedures ensures correct installation, minimizing potential malfunctions. It empowers users to address common issues independently, reducing the need for frequent professional service calls. Access to historical context, such as model variations and warranty information, enhances its overall value.
The following discussion will focus on key aspects commonly covered within such documentation, including programming parameters, regeneration cycles, salt levels, and potential error codes.
1. Installation Guidelines
The opening chapter of an Envirotec water softener’s functional life is dictated by its installation, a process intimately entwined with the document detailing its every step. This section of the manual is not mere suggestion; it represents a critical juncture where potential performance is either unlocked or compromised. Its relevance cannot be overstated.
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Pre-Installation Site Assessment
The documentation mandates a thorough evaluation of the intended location. Water pressure, drain proximity, and power source availability are meticulously scrutinized. A failure to adhere to these guidelines, such as neglecting to ensure adequate drainage, could lead to flooding and system malfunction. Imagine a scenario where a homeowner disregards pressure requirements, only to find the softener unable to operate at peak efficiency, resulting in inadequately softened water and premature resin depletion.
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Plumbing Connections and Orientations
The Envirotec manual provides precise instructions regarding pipe sizing, fittings, and flow direction. Deviation from these specifications risks leaks, reduced flow rates, and even backflow contamination. A common oversight is improper use of Teflon tape, leading to gradual leaks that corrode surrounding infrastructure over time. The diagrams within the documentation serve as a visual guide, preventing misinterpretations that could have long-term detrimental effects.
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Electrical Requirements and Safety
The electrical section outlines specific voltage, grounding, and circuit breaker needs. Ignoring these stipulations presents a serious safety hazard, potentially leading to electrical shock or fire. Picture a scenario where a novice installer bypasses grounding protocols. A subsequent electrical surge could render the unit inoperable and pose a significant risk to the home’s occupants. The manual’s emphasis on licensed electrician involvement underscores the gravity of this aspect.
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System Startup and Initial Testing
Post-connection, the manual dictates a systematic startup procedure, including slow water introduction, air purging, and initial regeneration cycle activation. Shortcuts in this process can lead to airlock, resin damage, and inaccurate performance readings. Consider a rush job where the air purging step is skipped. Entrapped air can interfere with the softening process, creating erratic water hardness levels and potentially damaging internal components.
The connection between the manual’s installation section and the system’s ultimate success is undeniable. These guidelines, when meticulously followed, transform a collection of components into a reliable water softening solution. Conversely, negligence in adherence paves the way for operational inefficiencies, safety risks, and a shortened lifespan for the Envirotec unit.
2. Programming parameters
Deep within the functional core of any Envirotec water softener lies a series of programmable parameters, a digital landscape meticulously detailed within its accompanying manual. These settings are not mere conveniences; they represent the customizable intelligence that adapts the machine to the specific demands of its environment. Without a thorough understanding of these parameters, the softener operates blindly, potentially squandering resources or failing to deliver adequately softened water.
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Water Hardness Compensation
The manual dedicates significant attention to configuring the softener based on the raw water hardness, usually expressed in grains per gallon (GPG) or parts per million (PPM). Imagine a household drawing water with a hardness level of 20 GPG. If the softener is mistakenly programmed for 5 GPG, the resin bed will exhaust prematurely, leading to hard water breakthrough and increased salt consumption. Conversely, overestimating the hardness will trigger unnecessarily frequent regeneration cycles, wasting water and salt. The Envirotec manual guides the user through local water testing methodologies and provides precise settings correlations, averting such inefficiencies.
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Regeneration Cycle Duration
Each regeneration cycle involves several phases: backwash, brine draw, slow rinse, and rapid rinse. The durations of these phases, adjustable within the programming interface, directly impact softening efficiency and water usage. Insufficient backwash time fails to adequately clean the resin bed, leading to reduced capacity over time. Prolonged brine draw wastes salt and increases brine discharge. The manual details optimal durations based on resin volume, flow rate, and local regulations, preventing both operational inefficiencies and environmental non-compliance.
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Salt Dosage Control
The amount of salt used during each regeneration, a programmable parameter, directly influences the degree of resin saturation and the resulting softened water quality. Under-salting the resin leaves it partially depleted, resulting in inconsistent softening. Over-salting not only wastes resources but also accelerates the corrosion of internal components due to increased brine concentration. The Envirotec manual presents guidelines for calculating the ideal salt dosage based on water hardness, resin type, and desired softened water quality, striking a balance between performance and longevity.
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Regeneration Trigger Mechanism
The manual outlines two primary methods for initiating regeneration: metered and time-based. Metered regeneration triggers based on water usage, ensuring optimal resin utilization and minimizing wasted cycles. Time-based regeneration triggers at predetermined intervals, regardless of water consumption, potentially leading to unnecessary regenerations or premature exhaustion during periods of high demand. The Envirotec manual provides guidance on selecting the appropriate trigger mechanism based on household water consumption patterns and preferences, maximizing efficiency and minimizing waste.
These programmable parameters, documented within the Envirotec water softener manual, represent the keys to unlocking optimal performance. They transform the machine from a static device into a dynamic solution, capable of adapting to the nuanced needs of its environment and delivering consistently softened water with maximum efficiency. Ignoring these settings is akin to driving a high-performance vehicle without understanding its gears potential is wasted, and eventual malfunction becomes inevitable.
3. Regeneration schedule
Within the pages of the Envirotec water softener manual resides the lifeblood of the unit’s sustained performance: the regeneration schedule. This schedule, meticulously crafted and described, is not merely a suggestion; it is the programmed rhythm that cleanses and revitalizes the resin beads, the workhorses responsible for extracting hardness minerals from the water supply. Deviate from this schedule, and the softener falters, delivering inadequately treated water and facing premature demise.
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The Clockwork Precision of Time-Based Regeneration
Some Envirotec models operate on a time-based regeneration schedule. The manual details the procedure for setting the interval typically in days between regenerations. This approach, while seemingly straightforward, demands careful consideration. A household with consistently high water usage may find that the pre-set interval fails to adequately address the exhausted resin bed, leading to hardness breakthrough. Conversely, a vacation home with minimal usage may trigger unnecessary regenerations, wasting water and salt. The Envirotec manual cautions users to monitor water hardness and adjust the interval accordingly, lest they fall prey to the inefficiencies of a rigid schedule. The manual also offers guidance for adjusting the regeneration time to minimize inconvenience, such as scheduling it for the middle of the night when water usage is low.
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The Calculated Efficiency of Metered Regeneration
More sophisticated Envirotec models employ metered regeneration, a system that calculates regeneration based on water consumption. The manual clearly outlines the process for programming the softener with the precise grain capacity of the resin bed and the water hardness level. This allows the softener to intelligently track water usage and initiate regeneration only when the resin is nearing exhaustion. Imagine a scenario where a family welcomes visiting relatives, significantly increasing water consumption. A time-based system would continue to regenerate at its pre-set interval, potentially leaving the household with hard water. A metered system, however, would adapt to the increased demand, ensuring a timely regeneration and maintaining consistent water quality. The manual stresses the importance of accurate water hardness testing for optimal metered regeneration performance.
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The Art of Salt Bridge Prevention Through Regeneration Cycling
A common ailment in water softeners is salt bridging, where a hardened crust forms in the brine tank, preventing the salt from dissolving and effectively halting the regeneration process. The Envirotec manual details how the regeneration cycle, specifically the backwash phase, plays a crucial role in preventing this phenomenon. By agitating the brine solution during the backwash, the manual explains, the cycle helps to break up any nascent salt bridges, ensuring a consistent flow of brine to the resin bed. Neglecting to maintain adequate salt levels, as warned in the manual, exacerbates the risk of bridging, ultimately requiring manual intervention to dislodge the hardened crust. The manual recommends periodic inspection of the brine tank and offers advice on breaking up salt bridges without damaging the tank or its components.
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Troubleshooting Regeneration Failures: A Manual’s Roadmap
The Envirotec manual dedicates a section to troubleshooting common regeneration problems. It outlines potential causes for failed regenerations, ranging from electrical issues to malfunctioning valves. A homeowner experiencing hard water, despite a seemingly functional softener, can consult the manual for a step-by-step diagnostic process. The manual might suggest checking the power supply to the unit, inspecting the brine line for obstructions, or verifying the functionality of the drain line. Each potential cause is accompanied by detailed instructions and diagrams, empowering the user to identify and resolve the issue without resorting to expensive professional repairs. The manual also provides guidance on contacting Envirotec customer support for more complex problems.
The regeneration schedule, as detailed within the Envirotec water softener manual, is therefore more than a simple program; it is the key to unlocking the unit’s full potential and ensuring a consistent supply of softened water. By understanding the nuances of time-based and metered regeneration, preventing salt bridging, and troubleshooting potential failures, users can maintain their Envirotec water softener in peak condition, safeguarding their investment and enjoying the benefits of soft water for years to come. The manual, in this regard, transforms from a mere instruction booklet into a valuable guide for sustainable home management.
4. Salt level maintenance
The Envirotec water softener manual consistently underscores the critical role of salt level maintenance. Its importance is not mere suggestion, but a foundational principle for optimal system operation. This principle, explicitly detailed within the manual’s pages, connects directly to the core function of water softening: ion exchange. Without adequate salt, the resin beads within the softener cannot regenerate, failing to attract and bind hardness minerals like calcium and magnesium. The manual meticulously outlines the recommended salt levels, usually specifying a range to maintain within the brine tank. This range, however, is not arbitrary. Too little salt starves the resin, leading to diminished softening capacity and a gradual influx of hard water. Conversely, overfilling the tank risks salt bridging and other complications.
Consider a scenario where a homeowner, guided by the manual, consistently monitors and replenishes the salt supply. The softener operates flawlessly, providing a steady stream of softened water for years. This meticulous adherence results in extended resin life, reduced maintenance costs, and the consistent benefit of soft water for bathing, cleaning, and appliance preservation. Conversely, imagine a neglectful homeowner who disregards the manual’s salt level recommendations. The softener initially functions, lulling the homeowner into a false sense of security. However, over time, the resin becomes depleted, and the system begins to deliver hard water. Scale buildup appears in pipes and appliances, reducing their efficiency and lifespan. Water-using appliances malfunction frequently, incurring costly repairs. The homeowner eventually realizes the problem stems from inadequate salt levels but faces the consequences of neglect: damaged appliances, compromised plumbing, and the expense of potentially replacing the resin bed. The manual serves as a preventative guide, warning of such potential outcomes and providing clear instructions for proper maintenance.
The Envirotec water softener manual thus positions salt level maintenance not as an optional task, but as a critical component of responsible ownership. It is a preventative measure that safeguards the system’s functionality, prolongs its lifespan, and ultimately saves time and money. Understanding and adhering to the manual’s guidance on salt level maintenance ensures the continued delivery of soft water and protects against the detrimental effects of hard water scaling. It’s a direct investment in the longevity of both the softener and the appliances and plumbing it serves.
5. Troubleshooting section
The Envirotec water softener manual, a document often relegated to a dusty shelf after initial installation, reveals its true worth when problems arise. Within its pages, lies the “Troubleshooting section,” a practical guide to diagnosing and resolving malfunctions that can plague these systems. This section is not a mere afterthought; it is an essential component designed to empower the user and reduce dependence on costly professional service calls. Consider a homeowner returning from vacation to find their water softener unresponsive and the water hardness returning. Without the manual, their immediate recourse might be an expensive and perhaps unnecessary service call. The Troubleshooting section, however, provides a methodical approach, guiding the user through a series of checks: power supply, valve positions, salt levels, and error code interpretations. It’s a systematic investigation, transforming the homeowner into a temporary technician, guided by the wisdom compiled within the manual.
The effectiveness of the Troubleshooting section rests on its clarity and completeness. A well-written section anticipates common problems: salt bridging, clogged injectors, motor failures, and valve malfunctions. It provides clear descriptions of symptoms, potential causes, and step-by-step solutions. Real-world examples demonstrate its practicality. Imagine a scenario where the manual details a specific error code, accompanied by a troubleshooting flow chart. The homeowner follows the steps, replacing a faulty sensor indicated in the chart. The softener resumes operation, averting a costly repair and restoring softened water. This section provides the means for users to proactively manage common issues by arming themselves with information that promotes greater self-reliance.
In conclusion, the Troubleshooting section within the Envirotec water softener manual is more than just a list of problems and solutions; it is a bridge connecting the user to the system’s inner workings. It transforms a potentially frustrating and expensive situation into an opportunity for learning and problem-solving. While it cannot replace professional expertise entirely, it empowers users to address common issues, reduce service calls, and maintain their water softener in optimal condition. This section reinforces the manual’s broader purpose: to serve as a comprehensive guide for responsible ownership, promoting long-term efficiency and satisfaction.
6. Warranty information
The Envirotec water softener manual culminates in a section of profound significance: the warranty information. This seemingly commonplace inclusion represents far more than a mere formality; it embodies a contract, a promise of recourse should the meticulously engineered system falter prematurely. The manual, in its entirety, lays the groundwork for proper operation, establishing a baseline of expected user conduct. The warranty information, then, acts as a safety net, triggered only when adherence to those operational guidelines fails to prevent a system defect. A homeowner neglecting the prescribed maintenance schedule, for instance, might find the warranty nullified, the shield against unforeseen expenses suddenly withdrawn. The manual, therefore, functions as both a user guide and a codification of obligations, its clauses deeply intertwined with the protections afforded by the warranty.
Consider a scenario where a family purchases an Envirotec softener, diligently follows the installation and maintenance instructions within the manual, yet experiences a premature valve failure. The warranty information section, clearly outlining the duration and scope of coverage, provides a pathway to resolution. The family, possessing the original purchase receipt and having adhered to the manual’s directives, files a claim. Envirotec, honoring its commitment, replaces the faulty valve, restoring the softener to full functionality. This scenario underscores the practical significance of understanding the warranty terms; it transforms a potentially costly repair into a seamless process, safeguarding the homeowner’s investment. Without the explicit details within the manual’s warranty section, navigating such situations becomes significantly more complex, reliant on potentially ambiguous interpretations and vulnerable to disputes.
The warranty information, therefore, is not merely an appendage to the Envirotec water softener manual; it is its final, critical safeguard. It formalizes the manufacturer’s responsibility, incentivizes adherence to recommended operating procedures, and provides a tangible recourse in the face of unforeseen defects. This section solidifies the manual’s role as a comprehensive resource, guiding users from initial installation to long-term maintenance, offering both operational instructions and a defined path for resolving potential issues within the scope of the warranty agreement. Its careful review and comprehension are paramount to ensuring both the longevity of the Envirotec system and the peace of mind of its owner.
7. System specifications
The Envirotec water softener manual consistently references, and is fundamentally built upon, a foundation of technical detail encapsulated in “System specifications.” These specifications are not mere bullet points of data; they are the DNA of the machine, dictating its behavior, capacity, and limitations. Imagine a seasoned engineer tasked with troubleshooting a complex malfunction. The manual, bereft of detailed specifications, becomes a collection of vague suggestions. The engineer, however, armed with precise data on flow rates, resin volume, and pressure thresholds, can trace the problem to its source with laser-like accuracy. Without the foundational data of “System specifications,” the manual remains incomplete.
Consider a homeowner attempting to optimize their Envirotec softener for peak efficiency. The manual outlines programming steps for regeneration cycles and salt dosages. However, these steps remain abstract without the accompanying specifications for resin capacity and water hardness parameters. A manual lacking these details becomes a frustrating exercise in trial and error, potentially leading to inefficient operation and system damage. The System specifications provide the vital, quantifiable context needed to effectively implement the manual’s recommendations. Or another case, for example, when you need to buy a part that breaks down in the water softener, you would need the “system specifications” in order to determine what part to buy.
In essence, the relationship between the Envirotec water softener manual and its “System specifications” is symbiotic. The manual provides the instructions for use; the specifications define the machine’s inherent capabilities. They are two sides of the same coin, inextricably linked in ensuring optimal performance and longevity. The lack of these details compromises its value, transforming it from a comprehensive guide into a collection of general recommendations. The conscientious user understands this relationship, viewing the specifications not as an appendix, but as an essential companion to the operational instructions. This understanding is critical for truly mastering the operation and maintenance of the Envirotec water softening system.
Frequently Asked Questions
The Envirotec water softener manual, a repository of technical detail and operational guidance, often gives rise to queries, some born of genuine confusion, others from a desire for deeper understanding. The following seeks to address frequently encountered points of uncertainty, drawing directly from the manual’s explicit instructions and implicit principles.
Question 1: The manual references “backwash frequency.” What tangible impact does this setting have on the system’s longevity?
Consider a scenario: a meticulously maintained Envirotec softener, diligently backwashed according to the manual’s recommendations, operating in a region known for sediment-laden water. This regular backwashing prevents the accumulation of debris within the resin bed, preserving its softening capacity and extending its operational lifespan. Conversely, a neglected softener, its backwash frequency set too low or disabled entirely, becomes a breeding ground for sediment and organic matter. This buildup diminishes the resin’s effectiveness, accelerating its degradation and ultimately requiring premature replacement. The manual’s emphasis on backwash frequency, therefore, is not an arbitrary suggestion, but a critical directive directly impacting the system’s long-term health.
Question 2: The system specification section lists a “peak flow rate.” What consequences arise from exceeding this limit?
Imagine a scenario where a homeowner, blissfully unaware of the manual’s specification regarding peak flow rate, simultaneously runs multiple high-demand appliances: a washing machine, a dishwasher, and several showers. The flow rate, exceeding the softener’s capacity, forces water through the resin bed at an accelerated pace. This rapid flow reduces contact time between the water and the resin, resulting in inadequately softened water reaching the appliances. Furthermore, exceeding the peak flow rate can physically damage the resin beads, diminishing their softening capacity and potentially leading to channeling within the resin bed, further exacerbating the problem. The manual’s specification, therefore, serves as a crucial safeguard, preventing both performance degradation and physical damage.
Question 3: The manual describes a “brine refill” process. What happens if this step is skipped entirely?
Picture a scenario where a homeowner, burdened by daily tasks, neglects to replenish the salt supply in the brine tank, effectively skipping the brine refill process. Over time, the salt concentration within the tank diminishes, leading to incomplete regeneration of the resin beads. These partially regenerated beads lose their capacity to attract hardness minerals, resulting in a gradual increase in water hardness. The consequences extend beyond mere inconvenience; the increased hardness accelerates scale buildup in pipes and appliances, reducing their efficiency and lifespan. The manual’s directive regarding brine refill, therefore, is not a mere suggestion, but a crucial step in maintaining consistent softening performance and preventing costly damage.
Question 4: The manual offers two regeneration scheduling options: “metered” and “time-based.” Which yields greater long-term efficiency?
Consider two neighboring households, each equipped with an Envirotec softener. The first household, characterized by fluctuating water usage, opts for time-based regeneration. During periods of low demand, the softener regenerates unnecessarily, wasting water and salt. The second household, mindful of the manual’s guidance, chooses metered regeneration. The softener regenerates only when the resin bed nears exhaustion, optimizing water and salt consumption. Over time, the metered system demonstrably outperforms the time-based system, exhibiting lower operating costs and reduced environmental impact. The manual’s discussion of regeneration scheduling, therefore, provides a pathway to enhanced efficiency and sustainability.
Question 5: The Troubleshooting section mentions “salt bridging.” How can this phenomenon be effectively prevented?
Envision a brine tank where a hardened crust, composed of compacted salt, has formed at the bottom, preventing the salt from dissolving and forming brine. This “salt bridge” effectively halts the regeneration process, rendering the softener useless. The Envirotec manual, recognizing this potential problem, recommends several preventative measures: using high-quality salt, avoiding overfilling the tank, and periodically breaking up any nascent bridges with a broom handle (taking care not to damage the tank). Adherence to these guidelines minimizes the risk of salt bridging, ensuring uninterrupted softening performance. The troubleshooting section, therefore, not only diagnoses existing problems but also offers preventative strategies.
Question 6: The warranty information specifies “authorized service personnel.” What risks are associated with unauthorized repairs?
Imagine a scenario where a homeowner, attempting to save money, enlists an unlicensed individual to repair a malfunctioning Envirotec softener. The unauthorized repair, performed without the proper tools or expertise, introduces new problems, potentially damaging internal components and voiding the warranty. The authorized service personnel, trained and certified by Envirotec, possess the knowledge and skills to diagnose and repair the system correctly, ensuring its continued reliable operation. The manual’s emphasis on authorized service personnel, therefore, protects both the system and the homeowner’s investment.
The Envirotec water softener manual, far from being a mere collection of technical specifications, represents a comprehensive guide to responsible ownership. Understanding its nuances empowers the user to optimize performance, troubleshoot problems, and safeguard their investment. Diligent adherence to its guidelines translates into long-term efficiency, reliability, and the sustained benefits of softened water.
The discussion now transitions to explore the environmental considerations associated with water softener operation and disposal, examining strategies for minimizing their ecological footprint.
Navigating Challenges
The Envirotec water softener manual, often consulted only in moments of crisis, holds within its pages preventative wisdom, lessons hard-won through design and experience. Its directives, followed diligently, avert potential calamities, transforming a complex machine into a reliable household asset. The following tips, extracted from its core principles, provide a roadmap for long-term, trouble-free operation.
Tip 1: The Silent Guardian: Regular Brine Tank Inspections. The manual stresses the importance of visual checks. A neglected brine tank breeds hidden problems: salt bridges, sediment accumulation, and decaying components. Regular inspections, at least quarterly, reveal these insidious threats before they escalate into system failures. A simple glance can prevent costly repairs.
Tip 2: The Symphony of Settings: Matching Parameters to Water Chemistry. Programming the softener based on assumptions or outdated information invites inefficiency. The manual advocates for periodic water hardness testing and recalibration of system parameters. A mismatch between settings and reality leads to premature resin exhaustion and wasted resources. Precision programming maximizes performance and minimizes environmental impact.
Tip 3: The Invisible Enemy: Preventing Channeling in the Resin Bed. Uneven flow distribution within the resin bed reduces softening efficiency and promotes premature wear. The manual implicitly warns against neglecting the backwash cycle. Proper backwashing ensures uniform water flow, preventing the formation of preferential pathways and extending the lifespan of the resin beads. A healthy resin bed guarantees optimal performance.
Tip 4: The Power of Prevention: Selecting High-Quality Salt. The manual, while not explicitly endorsing specific brands, subtly implies the benefits of using high-purity salt. Inferior salt contains impurities that accumulate within the system, clogging injectors and fouling resin beads. Investing in quality salt minimizes maintenance requirements and prolongs system life. The initial cost savings of cheap salt pale in comparison to the long-term expenses of frequent repairs.
Tip 5: The Sentinel Against Surge: Installing a Pressure Regulator. Fluctuations in water pressure can stress internal components, leading to leaks and malfunctions. The manual, though not mandating its installation, implies the value of a pressure regulator. Stabilizing water pressure safeguards against system damage and ensures consistent softening performance. A small investment in protection yields significant long-term benefits.
Tip 6: The Wisdom of Professional Assistance: Seeking Expertise When Needed. The manual empowers users to perform basic maintenance and troubleshooting, but it implicitly acknowledges the limits of self-reliance. Complex problems often require the expertise of a trained technician. Attempting advanced repairs without the proper knowledge and tools risks further damage and voiding the warranty. Knowing when to seek professional help is a sign of responsible ownership.
Tip 7: The Echo of Responsibility: Adhering to Proper Disposal Practices. When the time comes to replace the Envirotec softener, the manual subtly reinforces the importance of responsible disposal. Discarding the unit improperly pollutes the environment. Contacting local recycling centers or Envirotec directly ensures that hazardous materials are handled safely and that recyclable components are recovered. Environmental stewardship extends beyond system operation.
By embracing these tips, derived from the underlying principles of the Envirotec water softener manual, one transforms from a mere operator into a steward of the machine, safeguarding its performance, extending its lifespan, and minimizing its environmental impact. These preventative measures, though seemingly small, collectively ensure years of reliable, trouble-free operation.
This exploration of practical advice now leads to a concluding reflection on the enduring value of the Envirotec water softener manual as a resource for responsible ownership.
Echoes of Guidance
The journey through operational parameters, troubleshooting protocols, and maintenance schedules culminates in a singular realization: the envirotec water softener manual is more than a collection of instructions. It is a silent advisor, a repository of accumulated knowledge distilled into accessible guidance. It represents the commitment of engineers and designers, transformed into a tool for empowering responsible ownership. The manual is a guidepost.
Like a ship’s log, a carefully consulted envirotec water softener manual navigates the currents of potential malfunction, the squalls of inefficiency. It is an invitation to embrace understanding, to actively participate in preserving the longevity and performance of a valuable system. Let it be consulted, let it be heeded, not as a last resort, but as a constant companion on the path to sustainable operation and water conservation.
