This device is a secondary power source designed to ensure the continued operation of a sump pump during a power outage. Functioning as an emergency system, it activates automatically when the primary power supply fails, preventing potential water damage from flooding in basements and crawl spaces. For example, during a severe storm that causes a power outage, this unit steps in to power the sump pump, maintaining water removal and preventing costly property damage.
The advantages of employing such a system are significant. It provides crucial protection against flooding during power disruptions, mitigating the risk of structural damage, mold growth, and loss of valuable belongings. Historically, reliance solely on mains power left properties vulnerable to flooding during outages. The introduction of this backup solution has substantially reduced these risks, offering homeowners a reliable safeguard and peace of mind.
Understanding the different types, proper installation, and maintenance requirements of this critical piece of equipment are vital for ensuring its optimal performance and longevity. Further discussion will delve into these key aspects, providing a complete guide to selecting and utilizing this essential home protection system.
1. Reliable power
At the heart of every functional defense against the silent threat of water damage lies the promise of reliable power. A “sump pro battery backup” is only as effective as its ability to deliver consistent energy when the primary source falters, a factor that fundamentally defines its value.
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Consistent Voltage Output
The ability to maintain a steady voltage output ensures the sump pump operates at its designed efficiency. Fluctuations in voltage can reduce the pump’s performance, leading to incomplete water removal and potential flooding. Consider a scenario where a sudden storm knocks out power, and the backup system kicks in; if the voltage is unstable, the pump struggles, unable to keep pace with the rising water levels, thus negating the intended protection.
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Sufficient Ampere Capacity
Beyond voltage, adequate amperage capacity is crucial to handle the pump’s start-up and continuous running demands. A system lacking sufficient amperage will fail to initiate the pump or sustain its operation under load. Picture a spring thaw: snow melts rapidly, overwhelming drainage systems. If the backup system lacks the necessary amperage, the sump pump sputters and dies, leaving the basement vulnerable to water intrusion.
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Uninterrupted Power Transition
The transition from mains to backup power must be seamless to avoid any lapse in pump operation. Even a brief interruption can allow water to accumulate, creating an opportunity for damage. In the dead of night, a power outage strikes. The “sump pro battery backup” must activate instantaneously, with no delay, to continue protecting the property.
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Predictable Battery Performance
The reliability of a backup system also depends on predictable battery performance. Factors like age, temperature, and usage patterns can affect a battery’s ability to deliver power. Regular maintenance and monitoring of the batterys health are vital to guarantee its readiness. A neglected battery may fail when needed most, rendering the entire backup system useless.
The multifaceted nature of reliable power directly influences the effectiveness of any “sump pro battery backup”. Without these key aspects working in harmony, the system’s ability to protect against water damage is significantly compromised. The system’s reliability is not merely a feature but the essence of its purpose.
2. Automatic switch
The automatic switch forms the silent, ever-vigilant heart of the “sump pro battery backup” system. Its function is deceptively simple: detect the absence of mains power and instantly engage the battery backup. The consequence of failure is stark. Imagine a homeowner, secure in the knowledge that their basement is protected. A sudden power cut plunges the neighborhood into darkness. Rain continues to fall, the sump pit fills, but without a functioning automatic switch, the backup system remains dormant. Water rises unchecked, seeping into carpets, damaging drywall, and fostering the insidious growth of mold. This scenario underscores the automatic switch’s critical role the instigator of action in the face of impending disaster.
The design of the automatic switch necessitates both reliability and speed. It must differentiate between transient power fluctuations and a genuine outage, preventing unnecessary battery drain. Moreover, the transition must be seamless, ensuring the sump pump continues operating without interruption. Consider a medical facility that relies on a “sump pro battery backup” to protect sensitive equipment in a basement data center. A power surge, quickly followed by a complete outage, triggers the automatic switch. The sump pump, now powered by the backup battery, maintains a dry environment, safeguarding critical data and preventing costly downtime. This example demonstrates the practical application of a well-engineered automatic switch in a high-stakes environment.
The automatic switch is a vital component within the “sump pro battery backup” framework. Its reliability hinges on robust construction, intelligent design, and regular testing. The challenges lie in minimizing false triggers, ensuring instantaneous response, and withstanding years of standby duty. Understanding the automatic switch’s function is crucial, not just for homeowners, but for anyone relying on backup systems for flood protection. Ultimately, this small component stands as the first line of defense against water damage, proving its indispensable role in safeguarding property and peace of mind.
3. Prolonged runtime
Prolonged runtime represents the resilience of a “sump pro battery backup” system. It is the difference between weathering a storm and succumbing to it. The capacity of a backup system to sustain operation for an extended period during a power outage directly determines its effectiveness in preventing flood damage. Consider a coastal town, frequently battered by hurricanes. Power outages can last for days, leaving homes vulnerable. A “sump pro battery backup” with limited runtime might only provide a few hours of protection. If the storm intensifies and power remains out longer than anticipated, the system becomes obsolete, and basements flood, resulting in devastating losses for homeowners. In contrast, a system designed for prolonged runtime can endure the entire duration of the outage, relentlessly pumping water and safeguarding property.
The practical significance of prolonged runtime extends beyond catastrophic events. Even localized power failures, lasting several hours, can pose a threat if heavy rainfall accompanies them. A system designed with ample battery capacity and efficient energy usage allows the sump pump to continue operating through these incidents, providing uninterrupted protection. Without this endurance, even minor disruptions can lead to significant water damage, especially in areas prone to groundwater seepage. Therefore, prolonged runtime is not merely a feature; it’s the embodiment of reliability, providing homeowners with a safety net against the unpredictable nature of power outages and weather patterns.
The challenge lies in balancing runtime with cost and maintenance. High-capacity batteries and energy-efficient pumps can increase the initial investment, while regular battery testing and replacement are essential to ensure optimal performance. However, the cost of prevention pales in comparison to the expense and emotional toll of flood damage. Prolonged runtime, therefore, stands as a critical investment in peace of mind, ensuring the “sump pro battery backup” system remains a steadfast guardian against the relentless threat of water damage.
4. Battery Lifespan
The lifespan of a battery within a “sump pro battery backup” system represents more than just a technical specification; it embodies the finite nature of preparedness against an ever-present threat. Every charge cycle, every day spent in standby, chips away at the battery’s potential, reducing its ability to respond when disaster strikes. Consider Mrs. Henderson, who, after a decade of peaceful residence, believed her basement immune to flooding. Her backup system, installed years ago, offered a sense of security, unquestioned and untested. One spring, a record-breaking thaw overwhelmed the town’s drainage. The power grid faltered, and Mrs. Henderson’s sump pump fell silent. The backup system kicked in, but the years had taken their toll. The battery, nearing the end of its life, sputtered and died within hours, leaving her basement vulnerable to the rising tide. Her experience served as a harsh reminder: battery lifespan is not a static number; it’s a countdown, a ticking clock that demands attention and respect.
The interplay between usage, environment, and maintenance profoundly impacts battery lifespan. Frequent power outages and heavy pump usage accelerate wear, while extreme temperatures can degrade battery chemistry. Neglecting routine testing and maintenance only hastens the inevitable decline. A well-maintained battery, regularly inspected and properly charged, will invariably outlast its neglected counterpart. Imagine a commercial property, where the “sump pro battery backup” safeguards sensitive server equipment. A proactive maintenance schedule, including quarterly battery tests and timely replacements, ensures continuous protection, minimizing the risk of data loss and costly downtime. This proactive approach highlights the practical benefits of understanding and managing battery lifespan as a key element of system reliability.
In essence, battery lifespan within the context of a “sump pro battery backup” is a testament to the importance of vigilance. Its a reminder that the system’s effectiveness is not guaranteed, but rather contingent on proactive management and timely intervention. The challenge lies in balancing the cost of battery replacement with the potential cost of flood damage. Ultimately, recognizing and addressing the finite nature of battery lifespan is not merely a matter of technical compliance but a critical aspect of responsible homeownership and risk mitigation.
5. Alarm systems
The integration of alarm systems within a “sump pro battery backup” framework transcends mere convenience; it establishes a critical line of communication, transforming a silent sentinel into a proactive guardian. The absence of such a system relegates the homeowner to a state of reactive vulnerability, unaware of potential failures until the consequences become starkly apparent. Consider the scenario of a vacationing family, their home entrusted to the quiet vigilance of their backup system. A minor leak develops, slowly draining the battery. Without an alarm, this gradual depletion goes unnoticed. A power outage strikes during a torrential downpour, and the system, now critically weakened, fails to cope. Upon their return, they are met with a flooded basement, a stark testament to the silent failure. This illustrates the cause-and-effect relationship: a lack of communication leads to unchecked problems and, ultimately, preventable disaster.
Alarm systems, therefore, serve as the voice of the “sump pro battery backup,” relaying vital information about its status and performance. They can alert homeowners to a variety of issues: power outages, pump failures, low battery levels, or even high water levels in the sump pit. These alerts can be delivered via audible alarms, mobile notifications, or integration with home automation systems, providing timely warnings that allow for prompt intervention. For example, a commercial building manager receives a text message alert indicating a power outage and low battery on the basement’s backup system. Upon investigation, they discover a faulty charger and are able to replace it before the battery is completely depleted, averting a potentially devastating flood that could have damaged valuable equipment.
In summary, alarm systems are an indispensable component of any reliable “sump pro battery backup.” They transform a passive system into an active one, providing crucial real-time information that enables timely action and prevents catastrophic consequences. The challenge lies in selecting a system with reliable and versatile alarm features and ensuring that those alerts are heeded and acted upon promptly. Ultimately, the integration of alarm systems is not merely an optional add-on; it is a fundamental requirement for responsible flood protection, bridging the gap between silent vigilance and proactive defense.
6. Efficient pump
The efficacy of a “sump pro battery backup” is inextricably linked to the efficiency of the pump it supports. The battery is a finite resource, a reserve of power intended to bridge the gap during mains failure. An inefficient pump, requiring more energy to displace water, becomes a liability, rapidly depleting the battery and shortening the duration of protection. Consider a small mountain community where heavy spring snowmelt regularly overwhelms the local drainage. Homes equipped with backup systems featuring older, less efficient pumps find themselves vulnerable. The batteries drain quickly, often before the floodwaters recede, rendering the entire system useless. The residents soon realize that the true value of the system depends as much on minimizing energy consumption as on storing energy.
The relationship between pump efficiency and battery backup is further amplified when factoring in the frequency of use. Sump pumps in regions with high water tables may cycle frequently, placing a continuous drain on the battery even when mains power is available. An efficient pump, however, reduces this parasitic load, extending the life of the battery and ensuring its readiness during actual emergencies. Imagine a hospital basement housing critical infrastructure. The hospital employs a “sump pro battery backup” with an energy-star-rated pump. Due to consistent groundwater infiltration, the pump operates almost continuously. Because it’s efficient, the battery charge remains high, so they are always safe from the potential equipment shut down.
In essence, an efficient pump is not merely a desirable feature; it is an essential component of a robust “sump pro battery backup” system. It maximizes runtime, extends battery life, and ensures the system remains a reliable safeguard against flood damage. The challenge lies in assessing pump efficiency accurately and factoring it into the overall system design. However, the long-term benefits of choosing an efficient pump far outweigh the initial investment, proving that true protection lies not only in having power but in using it wisely.
7. Installation ease
The promise of a secure, dry basement often hinges on a factor seemingly disconnected from the technical specifications of a “sump pro battery backup”: installation ease. The most robust system is rendered useless if its implementation is a labyrinthine ordeal, fraught with complications that lead to improper setup and, ultimately, failure. The story of the Thompson family serves as a stark reminder. Seeking to protect their newly renovated basement, they invested in a top-of-the-line backup system, only to be confronted with a bewildering array of wires, pipes, and cryptic instructions.
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Clear Instructions and Labeling
A “sump pro battery backup” benefits substantially from a clear, concise instruction manual paired with intuitive labeling of all components. This clarity reduces the likelihood of misconnections and improper setup. Imagine a scenario where a homeowner, with limited plumbing and electrical experience, attempts to install a backup system during a rapidly approaching storm. Unambiguous instructions and easily identifiable components enable them to complete the installation quickly and correctly, averting potential disaster. Conversely, ambiguous instructions lead to delays, frustration, and the possibility of critical errors that compromise the system’s effectiveness.
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Minimal Tools Required
The need for specialized tools during installation can present a significant barrier to entry for many homeowners. A design that minimizes the reliance on obscure or costly tools simplifies the process and expands the accessibility of the system. Consider a remote cabin, where a “sump pro battery backup” is essential for protecting the property from flooding during unattended periods. If installation requires specialized plumbing or electrical tools unavailable on-site, the system may remain uninstalled, leaving the cabin vulnerable. A design that prioritizes simplicity and reduces the tool requirements enhances the likelihood of successful and timely implementation.
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Plug-and-Play Components
The integration of plug-and-play components streamlines the installation process significantly, reducing the risk of misconfiguration and ensuring a secure connection. These components, designed for easy assembly and secure fit, minimize the potential for errors. Picture a retirement community where residents seek to proactively protect their homes from water damage. A “sump pro battery backup” system with plug-and-play connections allows them to quickly and easily install the system, without needing assistance from expensive professionals.
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Pre-Assembled Units
Shipping a sump pump battery backup that is pre-assembled is beneficial because it lessens the workload for the new owner. All the owner has to do is connect the pipes to the pump to initiate the backup. Without this pre-assembled unit, it would take a lot longer to ensure that the battery backup is setup safely and efficiently.
In conclusion, “installation ease” is not merely a convenience; it’s a critical factor that determines the overall effectiveness of a “sump pro battery backup” system. By prioritizing clarity, simplicity, and accessibility in the design, manufacturers can ensure that their products are not only technologically advanced but also readily implementable, empowering homeowners to proactively protect their properties from the threat of water damage. The Thompsons, regrettably, learned this lesson the hard way, their expensive system rendered useless by the complexities of its installation.
8. Maintenance needs
The effectiveness of any “sump pro battery backup” is not a given at the point of purchase; it is a state earned and maintained through diligent attention to its ongoing needs. Neglecting these needs is akin to ignoring the ticking clock of potential failure, a gamble with consequences measured in flooded basements and ruined possessions. Mrs. Olsen’s experience underscores this truth. Proud of her foresight in installing a backup system, she regarded it as a one-time investment, a box ticked on the list of homeownership responsibilities. Years passed without incident, reinforcing her complacency. Then came the deluge, an unexpected downpour that overwhelmed the city’s drainage. The power flickered and died, plunging her basement into darkness. The sump pump fell silent, and the backup system, long neglected, failed to respond. Sediment had clogged the intake, the battery had long since lost its charge, and the system designed to protect her home lay dormant, a monument to her oversight.
The spectrum of maintenance needs for a “sump pro battery backup” encompasses several key areas. Regular inspection of the pump intake ensures it remains free of debris, preventing blockages that impede water flow. Battery testing, conducted at least quarterly, verifies its ability to hold a charge and deliver the necessary power during an outage. Cleaning the sump pit removes sediment and prevents the pump from working harder than necessary, extending its lifespan. Replacing the battery every three to five years, depending on the type and usage, is crucial for maintaining optimal performance. Consider a data center located below ground level, reliant on a backup system to protect sensitive servers from water damage. Their proactive maintenance schedule includes monthly inspections, quarterly battery tests, and annual pump servicing. This rigorous approach minimizes the risk of failure, safeguarding their valuable assets and ensuring business continuity. They also use software to test and monitor the system remotely.
Ultimately, the maintenance needs of a “sump pro battery backup” represent an ongoing commitment, a continuous partnership between homeowner and technology. The challenges lie in overcoming complacency, establishing a consistent maintenance schedule, and understanding the specific requirements of the chosen system. However, the rewards are immeasurable: peace of mind, knowing that the investment in flood protection remains a reliable shield against the unpredictable forces of nature. Mrs. Olsen’s story serves as a cautionary tale, a reminder that the true cost of a “sump pro battery backup” is not merely the initial purchase price, but the ongoing effort required to ensure its readiness.
9. Cost effective
The concept of a “sump pro battery backup” being “cost effective” extends beyond the initial purchase price. It encompasses a holistic assessment of long-term value, weighing the investment against the potential cost of inaction the inevitable damage inflicted by floodwaters. The Andrews family, for instance, initially balked at the price of a system with enhanced features, opting instead for a budget model. A year later, a severe storm overwhelmed their underpowered sump pump, leading to extensive water damage and a repair bill dwarfing the cost of a more robust, though initially more expensive, backup solution. Their experience underscored a fundamental truth: true cost-effectiveness considers not only the upfront investment but also the potential for future savings through damage prevention.
Furthermore, the cost-effectiveness of a “sump pro battery backup” is directly related to its operational lifespan and energy efficiency. A system that consumes excessive power or requires frequent battery replacements erodes its long-term value, transforming it into a recurring expense rather than a safeguard. Consider two similar businesses operating in the same flood-prone area. One invests in a highly efficient backup system with a long-lasting battery and intelligent power management features, while the other opts for a cheaper model with higher energy consumption and shorter battery life. Over several years, the first business realizes significant savings on energy bills and battery replacements, demonstrating the practical benefits of prioritizing long-term cost-effectiveness over initial price.
Ultimately, the relationship between “cost effective” and “sump pro battery backup” is a multifaceted equation that demands careful consideration. The challenge lies in accurately assessing the risk of flooding, understanding the long-term operational costs, and selecting a system that balances initial investment with ongoing value. A truly cost-effective solution is not merely the cheapest option but the one that provides the greatest protection for the lowest total cost over its lifespan, safeguarding property and peace of mind for years to come.
Frequently Asked Questions About Sump Pro Battery Backup
The following questions address common concerns regarding the adoption and maintenance of a reliable defense against water damage. Understanding these points is essential for any homeowner residing in an area susceptible to flooding.
Question 1: How long can the “sump pro battery backup” operate during a power outage?
The duration of operation varies significantly based on battery capacity, pump efficiency, and the volume of water requiring displacement. A system utilizing a high-capacity battery and an energy-efficient pump can potentially operate for several days under light to moderate water inflow. However, heavy inflow during a prolonged outage will substantially reduce the runtime. For example, during a severe hurricane that knocked out power in coastal Louisiana, a homeowner with a well-maintained system managed to keep his basement dry for nearly 72 hours due to efficient pump and high battery capacity. Regular testing and monitoring battery health is vital.
Question 2: What factors contribute to the cost of a “sump pro battery backup” system?
The cost of a system is influenced by several factors, including battery type (lead-acid, AGM, or lithium-ion), pump efficiency, automatic switch mechanism, and alarm system features. Higher-capacity batteries and more efficient pumps typically command a premium. Installation costs can also vary depending on the complexity of the setup and the need for professional assistance. Furthermore, the alarm system’s functionality (audible alarm, remote notification, etc.) will also affect the overall cost. When choosing a “sump pro battery backup”, you should also consider any tax benefits or government programs that will affect overall costs.
Question 3: How often should the battery be replaced in a “sump pro battery backup”?
The recommended battery replacement frequency depends on the battery type and usage patterns. Lead-acid batteries typically require replacement every 3-5 years, while AGM (Absorbent Glass Mat) batteries may last slightly longer. Lithium-ion batteries boast the longest lifespan, often exceeding 5 years. Regular testing and monitoring can help determine the battery’s health and remaining capacity, indicating when replacement is necessary. Mr. Johnson, a maintenance engineer at a medical facility, learned this lesson firsthand. He had been relying on the same lead-acid battery for six years, assuming it was still functional. During a power outage, the battery failed catastrophically, leading to a basement flood that damaged critical medical equipment. Since that day, he has kept to the manufacturers instructions.
Question 4: Can a “sump pro battery backup” be installed by the homeowner, or is professional installation required?
The feasibility of homeowner installation depends on the individual’s plumbing and electrical expertise, as well as the complexity of the system. Some systems are designed for straightforward installation with plug-and-play components and clear instructions. However, systems involving complex plumbing modifications or electrical connections may necessitate professional installation to ensure proper setup and compliance with local codes. Attempting a DIY installation without adequate knowledge can result in malfunctions, void warranties, and create potentially dangerous situations. Remember safety is a priority.
Question 5: What maintenance is required to keep a “sump pro battery backup” functioning properly?
Regular maintenance is essential for ensuring the reliable operation of a system. This includes periodic testing of the battery, cleaning the pump intake to prevent clogs, inspecting the float switch for proper movement, and ensuring that all connections are secure. Additionally, the battery terminals should be cleaned to prevent corrosion. Neglecting maintenance can lead to system failures and reduced lifespan. Homeowner’s should also have the battery tested by an electrician or the installation company as routine maintanence every 6 to 12 months depending on usage.
Question 6: What are the key indicators that a “sump pro battery backup” is failing or needs attention?
Several warning signs can indicate potential issues with a system. These include a weak or dead battery during testing, frequent activation of the alarm system, unusual noises emanating from the pump, and visible corrosion or damage to the battery terminals or wiring. Furthermore, a constantly running pump, even when the water level is low, may indicate a problem with the float switch or the pump itself. Ignoring these indicators can result in system failure when it is needed most.
In summary, proactively addressing these frequently asked questions ensures a well-informed approach to implementing and maintaining a robust water damage prevention strategy.
The following article section will address and highlight real world case studies of those who depend on a “sump pro battery backup”.
Essential Tips for Optimal “Sump Pro Battery Backup” Performance
The reliable operation of a “sump pro battery backup” is not a matter of chance but the result of informed planning and consistent maintenance. Ignoring these practices can leave properties vulnerable to unforeseen circumstances, negating the intended protection.
Tip 1: Select the Appropriate System Size.
Oversizing or undersizing a “sump pro battery backup” can compromise its effectiveness. A system too small will lack the capacity to handle significant water inflow, while an excessively large system represents an unnecessary expense. Analyzing historical rainfall data and evaluating the property’s drainage characteristics are crucial for determining the optimal system size.
Tip 2: Prioritize Battery Quality.
The battery is the lifeline of the “sump pro battery backup.” Opting for cheaper batteries can prove costly in the long run, leading to premature failure and reduced runtime. Investing in high-quality, deep-cycle batteries designed for backup systems ensures consistent performance and extended lifespan.
Tip 3: Implement a Regular Testing Schedule.
Complacency is the enemy of preparedness. A “sump pro battery backup” should be tested regularly, at least quarterly, to verify its functionality. Simulating a power outage allows for assessment of battery performance, pump operation, and alarm system functionality, revealing potential issues before they become critical.
Tip 4: Ensure Proper Ventilation.
Batteries, particularly lead-acid types, release gases during charging and discharging. Insufficient ventilation can lead to a buildup of these gases, creating a potentially explosive environment. Proper ventilation is essential for maintaining safety and prolonging battery life. Consider the system in a well ventilated open area.
Tip 5: Protect from Extreme Temperatures.
Extreme temperatures, both hot and cold, can significantly impact battery performance and lifespan. Installing the “sump pro battery backup” in a climate-controlled environment protects it from temperature fluctuations, ensuring optimal performance and longevity.
Tip 6: Adhere to a Strict Maintenance Protocol.
Neglecting maintenance is a recipe for system failure. A “sump pro battery backup” requires regular cleaning, inspection of components, and timely battery replacement. Following the manufacturer’s recommended maintenance schedule is crucial for ensuring its continued reliability.
By adhering to these essential tips, homeowners can significantly enhance the reliability and longevity of their “sump pro battery backup,” transforming it from a passive device into a proactive guardian against the threat of water damage.
The following section will offer the final summary and closing remarks about “sump pro battery backup”.
The Unwavering Guardian
The preceding discourse has meticulously dissected the multifaceted nature of the “sump pro battery backup”. From its core components to its critical maintenance requirements, each element has been examined to reveal the true essence of this safeguard against the relentless encroachment of water. The discussions underscore the importance of proactive planning, informed decision-making, and diligent upkeep in ensuring its enduring effectiveness. Each part working together, the key elements combine to defend against loss and grief.
Ultimately, the choice to embrace a “sump pro battery backup” is a conscious decision to confront vulnerability with unwavering resolve. It is a commitment to safeguarding property and preserving peace of mind in the face of unpredictable forces. The next storm will come, and when it does, the quiet hum of the working system will be an echo to the actions taken to protect people from despair.
