EICR C2 Meaning

In an Electrical Installation Condition Report (EICR), a C2 code holds critical significance, representing conditions that pose potential dangers and necessitate urgent remedial actions. C2 issues, such as inadequate earthing, absence of RCD protection for critical circuits, or damaged insulation on wiring, directly compromise electrical safety and could evolve into severe hazards if unaddressed. This classification mandates immediate intervention to correct the faults, align with industry safety standards and reduce liability risks. Compliance and prompt rectification not only guarantee safety but also sustain property insurance validity. By addressing these concerns, stakeholders maintain regulatory compliance and safeguard against potential electrical failures.

Key Takeaways

• C2 code in EICR indicates potentially dangerous conditions that require urgent attention.
• It denotes issues that may become serious safety hazards if not addressed.
• Addressing C2 issues is vital for electrical safety and compliance with standards.
• Ignoring C2 codes can increase risks and lead to legal liabilities.
• Regular inspections and corrective actions are necessary to resolve C2 faults.

What Does a C2 Code Mean in an EICR?

In an Electrical Installation Condition Report (EICR), the designation of a C2 code indicates a potentially dangerous condition that requires urgent attention.

This code implies that, while not posing an immediate danger, the identified issue could become a serious safety hazard if not addressed promptly.

Property owners and facility managers must prioritise the rectification of any C2 findings to guarantee compliance with electrical safety regulations and maintain a safe environment.

Definition of C2 in Electrical Inspections

When conducting an Electrical Installation Condition Report (EICR), the designation of a C2 code indicates a potentially dangerous condition that, while not posing an immediate threat, requires urgent attention to prevent future risks.

This classification underscores the urgency of rectifying certain faults that could evolve into serious hazards. The significance of the C2 classification lies in its role as a critical alert within compliance enforcement measures, signalling that the safety integrity of the electrical installation could be compromised if the issue is not addressed in a timely manner.

Electrical safety standards mandate that any C2 finding must be prioritised to mitigate risks associated with electrical faults.

Inspection reporting guidelines require that these observations be clearly documented, detailing the specific nature of the risk and the recommended corrective actions. This guarantees that all parties involved are adequately informed about the potential dangers and the necessary steps to rectify them.

Moreover, risk assessment procedures are integral to determining the classification of an electrical fault as C2.

These procedures evaluate the likelihood and severity of harm that could result from the identified condition, guiding the enforcement of appropriate remedial measures.

Consequently, a C2 code not only highlights an existing issue but also serves as a directive for urgent corrective action to uphold safety and compliance.

Importance of Addressing C2 Codes Promptly

Understanding the implications of a C2 code in an Electrical Installation Condition Report (EICR) requires immediate attention due to the potential harm that could escalate if not addressed promptly. A C2 code signifies that an identified hazard poses a potential danger and requires urgent remedial action to guarantee safety. This classification underscores the essential nature of maintaining electrical safety awareness and preventing any adverse outcomes that could arise from negligence.

Addressing a C2 code promptly is important for safety and regulatory compliance. Failure to act could result in violations of safety regulations, leading to legal and financial consequences. Additionally, the presence of unresolved C2 issues can greatly impact insurance implications, as insurers may view the unaddressed electrical defects as increased risks, potentially leading to higher premiums or denial of claims.

In addition, prompt resolution of these electrical defects is essential for property value preservation. Potential buyers or tenants often consider the electrical system’s condition as a vital factor in their decision-making process. Consequently, addressing C2 codes swiftly guarantees the integrity and appeal of the property, safeguarding the owner’s investment and maintaining compliance with industry standards.

Common Examples of C2 Faults in EICR Reports

In Electrical Installation Condition Reports (EICR), a C2 code indicates potentially dangerous conditions that require urgent attention.

Common C2 faults include the absence of RCD protection for outdoor sockets, damaged insulation on wiring, and inadequate earthing or bonding.

Other typical issues flagged under this code are overloaded electrical circuits and the presence of rewireable fuses, which fail to meet current safety standards.

Absence of RCD Protection for Outdoor Sockets

One prevalent issue often pinpointed in Electrical Installation Condition Reports (EICR) is the absence of Residual Current Device (RCD) protection for outdoor sockets. This oversight not only contravenes established socket installation guidelines but also poses considerable risks regarding outdoor electrical safety.

RCDs are critical as they immediately cut off the power supply when electrical faults are detected, thereby safeguarding against potential electric shocks and fire hazards.

Outdoor sockets without RCD protection compromise garden power solutions, exposing both equipment and users to increased risk. The integration of RCDs is essential in environments exposed to variable weather conditions, as these devices greatly contribute to the weatherproofing of electrical installations.

Furthermore, RCDs play a pivotal role in outdoor appliance protection, ensuring that all external electrical fixtures operate within safety parameters.

Compliance with regulatory standards dictates that all outdoor electrical systems should include RCD protection. Failure to implement this can lead to a C2 classification in EICR, indicating a potentially dangerous condition that requires urgent rectification.

Electrical professionals must prioritise the installation of compliant, robust RCDs to uphold safety standards and enhance the reliability of outdoor electrical infrastructures.

Damaged Insulation on Wiring

Damaged insulation on wiring is a frequent and significant fault often discovered during Electrical Installation Condition Reports (EICR), meriting a C2 classification. This type of fault is essential as it directly impacts the safety and integrity of an electrical installation.

Insulation types vary, including PVC, rubber, and cross-linked polyethene. Each is designed to protect conductive wires from environmental factors and prevent electrical hazards. When insulation is compromised—through mechanical damage, age, or environmental effects—exposed wiring can lead to short circuits, fires, and electric shocks.

Addressing this issue involves a detailed inspection to assess the extent of damage. Repair techniques must adhere to stringent safety standards, ensuring that all corrective actions restore the insulation’s integrity and compliance with current electrical regulations.

To maintain system safety and functionality, damaged wiring should be replaced using the appropriate insulation type and by a qualified electrician.

Preventive measures include regular maintenance checks and using high-quality materials that comply with national safety standards. Understanding and implementing these practices are vital for electrical safety, minimising the risks associated with damaged wiring and maintaining a system’s operational integrity.

Inadequate Earthing or Bonding

In terms of electrical safety, inadequate earthing or bonding is a vital fault often identified in Electrical Installation Condition Reports (EICR), warranting a C2 classification.

Earthing techniques and bonding methods are fundamental to the integrity of an electrical installation. They ensure that the path for fault current is sufficiently robust to facilitate the safe operation of protective devices. Inadequate earthing can lead to a failure to disconnect the supply in fault conditions, posing serious risks to both property and life.

Grounding systems are designed to perform under specific parameters that, if not met, compromise the entire safety mechanism of an electrical installation.

Examples of common C2 faults include the use of incorrect earthing conductors, lack of bonding on supplementary conductive parts, and poor connections that diminish the effectiveness of the grounding path. These deficiencies require immediate attention as they directly implicate the reliability of the system’s ability to perform safely under fault conditions.

A thorough risk assessment should accompany the inspection process, identifying these vital shortcomings and outlining the necessary corrective measures.

Compliance with regulatory standards is not merely bureaucratic but a vital step in safeguarding both human life and equipment.

Implementing robust earthing and bonding practices is non-negotiable in achieving this safety.

Overloaded Electrical Circuits

Overloading electrical circuits frequently triggers a C2 classification in Electrical Installation Condition Reports (EICR), indicating a potentially dangerous condition that requires urgent attention.

This scenario often arises when the demand on an electrical circuit exceeds its designed capacity, creating significant risks of overheating and potential fire hazards. Overload protection mechanisms are critical in preventing such occurrences, ensuring that circuits automatically disconnect power before damage occurs.

Key factors contributing to overloaded circuits include:

1. Insufficient Circuit Capacity: Homes or buildings with outdated wiring often have circuits that cannot handle modern electrical demands. This leads to frequent overloads, especially when high-power appliances are used simultaneously without adequate power management.
2. Poor Power Management: Lack of effective power distribution strategies can lead to an imbalance in electrical load across circuits. This mismanagement increases the risk of overloading specific circuits while others remain underutilised.
3. Inadequate Risk Assessment: Failure to regularly evaluate the electrical load and adapt the infrastructure accordingly can lead to persistent overloading issues. Regular risk assessments help identify potential overload points before they evolve into critical safety concerns.

Addressing these issues requires meticulous attention to electrical safety standards and proactive upgrades of electrical systems to support evolving power needs.

Presence of Rewireable Fuses

In Electrical Installation Condition Reports (EICR), the presence of rewireable fuses often warrants a C2 classification, signalling a need for urgent remedial action. This finding is significant due to the inherent risks associated with this outdated component, which may no longer comply with current electrical safety measures.

Rewireable fuses, which use a replaceable wire element that melts under excessive current, are less reliable and more susceptible to improper modifications compared to modern circuit protection technologies.

Understanding different rewireable fuse types is fundamental for evaluating their condition and appropriateness in current installations. Regular fuse box maintenance, including inspections and timely replacement following fuse replacement guidelines, is essential to guarantee that these elements do not compromise the safety and efficiency of the electrical system.

Circuit protection’s importance cannot be overstated; it is foundational in preventing electrical fires and safeguarding property and lives.

Professionals dealing with EICR should advocate for replacing rewireable fuses with modern circuit breakers, which offer more reliable, precise, and safer fault detection and interruption capabilities.

This upgrade is imperative for aligning older installations with contemporary standards and enhancing overall electrical safety.

Loose or Insecure Consumer Unit Covers

While replacing rewireable fuses addresses one significant electrical safety concern, attention must also be given to other potential hazards, such as loose or insecure consumer unit covers, a common C2 fault identified in Electrical Installation Condition Reports (EICR).

When consumer units’ covers are not securely fastened, they pose serious risks to the electrical system’s integrity and the safety of the premises. Guaranteeing these covers are well-maintained is a critical part of compliance with safety standards.

Securing consumer unit covers is crucial for electrical inspections and maintenance practices.

Here are the key reasons:

1. Prevention of Accidental Access: Unsecured covers can easily be opened or removed, leading to unauthorised access to electrical components that should only be handled by professionals.
2. Mitigation of Environmental Risks: Covers that are not tightly sealed can allow dust, moisture, and insects inside the unit, potentially causing short circuits or other failures.
3. Uphold Compliance and Safety: Regularly checking the security of consumer unit covers is a necessary risk assessment measure that upholds both regulatory compliance and safety standards.

These maintenance practices are essential to guarantee the longevity and safety of electrical installations.

Use of Incorrect Fuse Wire Gauge

Addressing another prevalent C2 fault identified in Electrical Installation Condition Reports (EICR), the use of incorrect fuse wire gauge poses significant risks to electrical safety. The correct gauge selection is paramount in guaranteeing proper circuit protection. When disregarded, this misstep can lead to overheating, potential fires, and equipment damage.

The role of fuse wire in an electrical system is to act as a safety device that melts and breaks an electric circuit if the current exceeds a safe level. Consequently, using a fuse wire with an incorrect gauge undermines this protective functionality.

For instance, a gauge too thick for the circuit’s design may not melt soon enough, exposing the system to prolonged overcurrent conditions. Conversely, an excessively thin gauge might break too easily, leading to unnecessary power disruptions and potential harm to electrical components.

Adhering to standardised maintenance practices and meticulous gauge selection during installations and replacements is essential. Electrical professionals must consult and comply with the latest regulations and manufacturer guidelines to guarantee that fuse wire specifications meet the required safety standards.

This not only safeguards the physical infrastructure but also guarantees the longevity and reliability of the electrical installation.

Lack of Circuit Protective Conductor (CPC) at Metal Fittings

Another common C2 fault frequently highlighted in Electrical Installation Condition Reports (EICR) concerns the lack of a Circuit Protective Conductor (CPC) at metal fittings. This absence can greatly elevate the risk of electric shocks and fires in metal-encased installations, where the CPC’s role is vital in facilitating a path for fault current and guaranteeing the effective operation of protective devices.

The importance of CPC in safeguarding both property and life cannot be overstressed. Here are key aspects that need rigorous attention:

1. CPC Installation Guidelines: Strict adherence to regulatory standards for installing CPCs is paramount. This involves verifying that all metal fittings are bonded and correctly connected to the earth terminal, which helps in mitigating potential electric shocks.
2. Metal Fitting Safety: All metal components in electrical installations must be integrated into the protective conduct system. This prevents them from becoming live and hazardous in fault conditions.
3. Circuit Protection Requirements: Compliance with circuit protection norms is indispensable to ensure that any fault in the system effectively triggers the protective measures, thereby averting potential disasters.

Regular compliance testing procedures and electrical hazard prevention measures are vital in maintaining safety standards.

Guaranteeing thoroughness in these areas not only meets regulatory compliance but also fortifies the safety of electrical installations.

RCD Fails to Operate Within Specified Time

Residual Current Devices (RCDs) that fail to operate within the specified time represent a significant C2 fault often identified during Electrical Installation Condition Reports (EICR). This malfunction can compromise important electrical safety measures, placing occupants at increased risk of electric shock.

The specified time for RCD operation, as delineated by RCD operational standards, is essential for guaranteeing rapid disconnection of the power supply in fault conditions, thereby safeguarding against potential harm.

RCD testing protocols are integral to EICR in verifying the responsiveness and reliability of these devices. These protocols involve precise circuit performance evaluation to ascertain that the RCDs react appropriately under fault conditions.

Non-compliance with these operational standards during EICR indicates a pressing need for corrective measures to restore protection.

Compliance inspection procedures during EICR meticulously assess the condition and functionality of RCDs. Technicians measure the time it takes for RCDs to respond to simulated fault conditions.

Any delay beyond the permissible limits set forth in safety regulations is flagged as a C2 fault. Immediate rectification is then mandated to guarantee continuous protection and compliance with established electrical safety norms, thereby upholding the integrity of the electrical installation’s safety mechanisms.

Excessive Strain on Cabling

Excessive strain on cabling is a prevalent C2 fault identified in Electrical Installation Condition Reports (EICR), reflecting significant risks to the electrical system’s integrity and safety.

This strain often arises from improper installation, overloading, or physical damage, leading to severe consequences, including wire deterioration, insulation failure, and potential fire hazards.

Understanding the specific hazards associated with this fault is vital for maintaining a safe and compliant electrical installation.

Common examples of excessive strain on cabling include:

1. Cabling Stress: Cables that are tightly bound or bent at sharp angles can experience increased stress, which may compromise the structural integrity of the wire and lead to premature wear or failure.
2. Electrical Load Mismanagement: Overloading circuits by connecting too many devices or equipment that exceeds the design capacity can cause excessive heat buildup and strain on the cables, risking circuit overload and potential breakdown.
3. Insulation Failure: Continuous physical stress or environmental exposure can degrade cable insulation. This deterioration is a serious concern as it exposes wires, increasing the risk of short circuits and electrical fires.

Addressing these issues promptly is essential to guaranteeing compliance with safety regulations and maintaining the electrical system’s operational reliability.

Implications of Receiving a C2 Code on Your EICR

Receiving a C2 code on an Electrical Installation Condition Report (EICR) indicates the presence of potentially dangerous electrical conditions that require immediate attention.

This classification automatically results in an unsatisfactory EICR, signalling urgent remedial actions to comply with electrical safety standards.

Failure to address these issues promptly not only violates regulatory requirements but also greatly increases the risk of electrical hazards, impacting both safety and legal accountability.

Does a C2 Code Result in an Unsatisfactory EICR?

When an Electrical Installation Condition Report (EICR) includes a C2 code, it indicates a potentially dangerous condition that requires urgent attention. This classification directly impacts the overall assessment of an electrical installation’s safety, often resulting in an unsatisfactory EICR outcome.

Understanding the gravity of a C2 code is vital for property owners and facility managers to guarantee compliance and safety.

A C2 code on an EICR signifies:

1. Immediate and Compulsory Remedial Action: The identified defect poses a potential threat that could lead to harm if not addressed promptly, necessitating urgent remedial measures.
2. EICR Compliance Importance: It is important to ensure that all aspects of the electrical installation adhere to national safety standards. A C2 code highlights areas that fall short of these standards.
3. Impact on Property Insurance Requirements: Many insurance policies mandate compliance with all local electrical codes and may not cover incidents arising from known, unrectified electrical faults indicated by a C2 code.

The implications of a C2 code extend beyond immediate electrical safety awareness; they underscore the need for a thorough approach to remedial action strategies to maintain property integrity and compliance with regulatory requirements.

Failure to address such issues can greatly affect the usability and insurance status of the property.

Legal and Safety Consequences of Unaddressed C2 Issues

Ignoring a C2 code on an Electrical Installation Condition Report (EICR) can lead to serious legal and safety repercussions. A C2 classification indicates a potentially dangerous condition that requires urgent remediation.

Failure to address such issues not only poses significant safety risks but also exposes property owners to substantial legal liabilities. In jurisdictions with stringent electrical safety standards, non-compliance can result in penalties, fines, or even criminal charges if negligence leads to injury or death.

Furthermore, unresolved C2 issues can severely impact property value. Prospective buyers or tenants may be deterred by the inherent risks, leading to decreased marketability and potential financial loss.

This depreciation is particularly critical in competitive real estate markets where safety certifications strongly influence purchasing decisions.

Insurance claims may also be affected. Many policies stipulate compliance with all local electrical codes; hence, unresolved electrical faults might lead to denied claims in the event of damage or accidents linked to the fault.

Property owners and landlords must be particularly vigilant. It is their responsibility to guarantee that all electrical systems are safe and compliant to protect tenants and avoid potential litigation or insurance complications from unaddressed C2 findings.

Steps to Rectify C2 Issues Identified in an EICR

Upon identification of a C2 issue in an Electrical Installation Condition Report (EICR), it is critical to engage a qualified electrician who is certified and experienced in handling such electrical deficiencies.

The remedial work must adhere strictly to the latest electrical standards and safety regulations to guarantee that the installation meets legal and functional requirements.

This process rectifies the immediate safety concerns and reinforces the reliability and compliance of the electrical system within the premises.

Hiring Qualified Electricians for Remedial Work

Addressing C2 issues identified in an Electrical Installation Condition Report (EICR) necessitates the engagement of qualified electricians skilled in pinpointing and rectifying potential electric hazards.

This vital choice guarantees that the remedial work upholds the highest standards of electrical safety and compliance. Selecting the right professionals involves a meticulous hiring process that adheres strictly to recognised compliance standards.

When hiring qualified electricians for remedial work, consider the following:

1. Certification and Experience: Confirm that the electricians hold the necessary certifications from recognised bodies. Verify their experience in dealing with similar electrical safety issues to assure competence in handling specific C2 remedial tasks.
2. Knowledge of Current Regulations: Electricians must be updated with the latest electrical regulations and safety protocols. Their ability to navigate and apply these standards is essential for compliance and the safety of the installation.
3. Quality of Previous Work: Assess the quality of previous remedial works completed by the electricians. References or case studies can provide insight into their capability to resolve complex issues effectively and efficiently.

Hiring the right professionals addresses the immediate C2 issues and guarantees a sustainable, safe electrical environment.

Ensuring Compliance with Current Electrical Standards

How can we guarantee that electrical installations not only meet but exceed current safety standards after a C2 classification in an Electrical Installation Condition Report (EICR)? This query underpins the necessity for stringent adherence to compliance standards and detailed inspection protocols.

When a C2 issue is identified, indicating potential danger, immediate and meticulous steps must be taken to rectify the situation, guaranteeing enhanced electrical safety and conformity with the latest regulatory updates.

The initial move is a thorough risk assessment conducted by certified professionals to determine the specific hazards and the urgency of the required remedial actions. This assessment should align with the latest industry standards and regulatory requirements, providing a blueprint for the subsequent steps.

Following the assessment, a clear, structured plan must be developed outlining all necessary corrective measures. This plan should include replacing outdated or faulty components, rewiring where necessary, and any adjustments to guarantee compliance with current electrical safety norms.

Finally, qualified electricians should execute the remediation, followed by a rigorous re-inspection to confirm that all identified issues have been adequately addressed. This not only secures compliance but also fortifies the installation against future compliance liabilities.

Guaranteeing these steps are meticulously followed is paramount in maintaining a safe and compliant electrical infrastructure.

Understanding the Difference Between C1, C2, and C3 Codes

The classification of EICR codes—C1, C2, and C3—plays a critical role in evaluating electrical safety. Each code denotes a specific severity level and necessitates distinct actions.

C1 indicates a condition likely to cause danger. It requires immediate remedial action, while C2 suggests potential danger and recommends urgent remedial measures.

C3, however, denotes that improvement is recommended but not urgently needed, allowing for planned interventions.

Severity Levels of EICR Codes Explained

Understanding the severity levels of Electrical Installation Condition Report (EICR) codes is essential for maintaining electrical safety and compliance with regulations. Each code reflects a specific level of urgency and necessary action related to the electrical installations assessed during EICR inspections.

This differentiation helps prioritise interventions and guarantees alignment with compliance standards.

1. C1 Danger Present: This code indicates an immediate danger to property and life. It requires urgent attention as the risk of injury is high. Fault detection under this category signifies a severe oversight or degradation in the electrical system that compromises safety.
2. C2 Potentially Dangerous: Here, the issue may not pose an immediate threat but could become a serious safety risk if not addressed in a timely manner. This category necessitates intervention soon to prevent deterioration into a more critical condition.
3. C3 Improvement Recommended: Although this code does not imply direct or immediate danger, it points out non-compliance with current safety standards and suggests improvements. Addressing these issues enhances safety and system efficiency.

In essence, understanding these codes during EICR provides a structured approach to risk assessment, helping stakeholders manage and mitigate potential electrical hazards effectively.

Actions Required for Each EICR Code Classification

Addressing the issues identified by each EICR code classification requires specific actions tailored to the severity and urgency of the electrical safety concerns presented.

For C1, which indicates a condition that presents immediate danger, urgent corrective measures are mandatory. This encompasses disconnecting the compromised system until repairs guarantee compliance with the latest safety standards. Homeowners must prioritise these corrections to prevent potential hazards.

In cases of C2 classification, there is a potential risk, but it is not immediately dangerous. However, EICR compliance requirements still dictate that these issues should be addressed promptly to avoid escalation into more severe problems. Implementing appropriate electrical safety measures and adhering to common repair practices are essential to rectify these concerns.

Lastly, the C3 code suggests improvements that, while not urgent, would enhance safety. Compliance in these scenarios is more flexible, allowing homeowners time to plan and execute upgrades. This tier reflects homeowner responsibilities but does not require immediate action.

Inspection frequency of eicr recommendations must be strictly observed to maintain overall electrical safety. Regular assessments help identify risks early and align with regulatory mandates, thereby guaranteeing a safe living environment.

Each code’s action plan is integral to sustaining EICR compliance and safety.

Importance of Addressing C2 Codes for Insurance Compliance

Addressing C2 codes in Electrical Installation Condition Reports (EICRs) is critical for maintaining compliance with property insurance requirements.

Failure to rectify C2 faults, which indicate potential danger, can invalidate insurance policies, exposing property owners to significant financial risks.

Ensuring these issues are resolved aligns with regulatory standards. It safeguards the interests of all stakeholders in property safety and insurance validity.

Impact of Electrical Safety on Property Insurance

Electrical safety frequently influences the terms and conditions of property insurance policies, particularly regarding compliance with electrical standards such as the EICR (Electrical Installation Condition Report) C2 codes.

Confirming that electrical installations meet these safety regulations is vital, as non-compliance can greatly impact various aspects of insurance coverage.

1. Insurance Premiums: Properties with unresolved C2 codes are often viewed as higher risk, which can lead to increased insurance premiums. Insurers assess risk based on the likelihood of electrical faults, which pose a higher probability of incidents leading to claims.
2. Policy Exclusions: Some insurance policies may include exclusions that limit coverage for damages caused by known but unrectified electrical defects. Failure to address C2 issues can lead to such exclusions, potentially resulting in considerable out-of-pocket expenses for the property owner in the event of an electrical incident.
3. Claim Disputes: When accidents occur due to non-compliant electrical systems, insurers may dispute or deny claims. This could be particularly contentious if prior inspections identified C2 faults that were not remedied, underscoring the importance of rectifying such issues promptly to guarantee claim validity and avoid disputes.

Addressing EICR C2 codes is therefore essential for maintaining regulatory compliance, confirming safety, and optimising insurance coverage.

Ensuring Validity of Insurance Policies Through Compliance

Confirming the resolution of C2 codes not only enhances electrical safety but also solidifies the validity of insurance policies. Addressing these codes is critical in meeting safety standards and regulatory requirements that greatly impact insurance compliance. When electrical systems are not up to code, insurance companies may deem policies invalid due to increased risk, leading to potentially catastrophic financial consequences in the event of an electrical failure.

Compliance with electrical regulations is not merely about adherence. Still, it is a proactive risk assessment measure that preserves the integrity of both property and life. Insurance providers often require a periodic Electrical Installation Condition Report (EICR) to validate that electrical installations comply with the current regulations and that any C2 conditions—indicating potentially dangerous situations—are rectified promptly.

Frequently Asked Questions