How to Protect IT Equipment From Sprinkler Water Damage

Fire sprinkler systems are essential components of building fire protection, but water released during a sprinkler activation, pipe leak, or accidental discharge can create serious risks for sensitive electronic equipment.

Servers, networking equipment, telecommunications systems, control panels, data-storage equipment, and other critical electronics can be highly vulnerable to water.

For businesses that depend on IT infrastructure, even a relatively small water event can result in:

• Equipment damage

• Data loss

• Network interruption

• Business downtime

• Replacement costs

• Service disruption

• Extended recovery time

The solution, however, is not to remove or compromise required fire protection.

A properly designed building should provide effective fire protection while incorporating appropriate measures to reduce unnecessary water exposure to critical equipment.

This requires coordination between fire protection, mechanical, electrical, architectural, plumbing, and IT requirements.

This guide explains practical strategies for protecting IT equipment from sprinkler water damage while maintaining an effective fire protection strategy.

Why IT Equipment Is Vulnerable to Water Damage

Electronic equipment can be sensitive to moisture because water can damage:

• Circuit boards

• Power supplies

• Network switches

• Servers

• Storage systems

• Cabling

• Connectors

• Control systems

• Telecommunications equipment

Water exposure can also create secondary problems such as:

• Corrosion

• Electrical shorts

• Mold

• Contamination

• Data loss

• Extended equipment downtime

The financial impact can therefore extend beyond the replacement cost of the equipment itself.

For a business that relies on continuous IT operations, downtime may be the more significant risk.

Why Fire Sprinklers Are Still Essential

Protecting IT equipment from water does not mean eliminating required sprinkler protection.

Automatic sprinklers are designed to control or suppress fires and can be a critical part of a building’s life-safety strategy.

The appropriate fire protection design depends on:

• Building occupancy

• Hazard classification

• Room use

• Building code

• Fire code

• Applicable NFPA standards

• Authority Having Jurisdiction requirements

Any strategy for protecting IT equipment must therefore preserve the required level of fire protection.

The objective is:

Protect the equipment without compromising fire safety.

What Types of IT Equipment Need Protection?

The level of protection required depends on the equipment and its importance to business operations.

Potentially critical equipment includes:

• Servers

• Network switches

• Routers

• Storage systems

• Telecommunications equipment

• Security systems

• Building automation controllers

• Access-control equipment

• Data-processing equipment

• UPS systems

• IT racks

• Control panels

Not every piece of electronic equipment requires the same level of protection.

A risk-based assessment can help identify which equipment is most critical.

1. Locate Critical IT Equipment Strategically

One of the simplest ways to reduce water exposure is to carefully consider where critical equipment is located.

Avoid placing sensitive equipment directly beneath:

• Plumbing lines

• Domestic water piping

• Heating-water piping

• Cooling-water piping

• Drainage piping

• Other potential sources of water

This does not eliminate sprinkler requirements, but it can reduce exposure to non-fire-related leaks.

Critical equipment should also be located where maintenance and emergency access are practical.

2. Coordinate Sprinkler and IT Equipment Layouts

The sprinkler system and IT equipment layout should be coordinated during design.

The design team should evaluate:

• Sprinkler locations

• Pipe routing

• IT racks

• Equipment clearances

• Cable pathways

• Electrical equipment

• HVAC systems

• Maintenance access

This coordination can identify potential conflicts before construction.

BIM can be particularly useful when equipment rooms contain dense mechanical, electrical, fire protection, and technology systems.

Daymark provides BIM modeling and coordination services as part of its building-system engineering capabilities.

3. Keep Equipment Off the Floor

Elevating critical equipment can reduce the risk of damage from localized water accumulation.

Depending on the room and equipment, options can include:

• Raised equipment platforms

• Elevated racks

• Equipment stands

• Raised access floors

The appropriate solution depends on the equipment, structural requirements, room configuration, and project objectives.

Elevating equipment does not eliminate the need for fire protection or address every possible water source, but it can provide an additional layer of protection.

4. Use Appropriate Water Detection

Water detection can provide an early warning before a small leak becomes a major incident.

Potential technologies include:

• Leak-detection cables

• Point sensors

• Water sensors

• Environmental monitoring systems

• Building automation alarms

Detection systems can monitor areas around:

• IT racks

• Mechanical equipment

• Water piping

• Cooling equipment

• Floor drains

• Other vulnerable locations

The alarm should be integrated into the appropriate monitoring or building-management strategy.

5. Provide Appropriate Drainage

Drainage is an important consideration in rooms containing critical equipment.

The design may need to evaluate:

• Floor drains

• Drainage capacity

• Floor slopes

• Equipment elevations

• Drain locations

• Overflow pathways

The objective is to provide a controlled path for water rather than allowing water to accumulate around sensitive equipment.

Drainage design should be coordinated with the plumbing and architectural design.

6. Protect Equipment From Other Water Sources

Sprinklers are not the only source of water in a building.

Potential risks can include:

• Domestic water piping

• Chilled-water piping

• Condensate

• Heating-water piping

• Roof leaks

• Plumbing fixtures

• Drainage failures

• Mechanical equipment

• HVAC condensate

A complete risk assessment should therefore consider all credible water sources, not just sprinkler discharge.

7. Coordinate HVAC Systems With IT Equipment

IT equipment generates heat.

The room may therefore require dedicated or carefully designed HVAC systems.

Consider:

• Cooling load

• Airflow

• Temperature

• Humidity

• Redundancy

• Equipment arrangement

• Power consumption

• Heat rejection

The HVAC system should maintain appropriate environmental conditions without creating additional water risks.

For example, condensate management should be carefully coordinated around sensitive equipment.

8. Manage HVAC Condensate

Condensation can create water risks even when there is no sprinkler activation.

Potential sources include:

• Air-conditioning equipment

• Cooling coils

• Condensate piping

• Humidification systems

Condensate drainage should be designed to prevent accidental discharge near sensitive electronics.

This is an important example of why IT equipment protection requires coordination across multiple MEP disciplines.

9. Consider Equipment Redundancy

For mission-critical IT environments, redundancy can reduce the consequences of individual equipment failures.

Depending on the facility, redundancy may involve:

• Multiple cooling units

• Backup power

• Redundant network equipment

• Multiple communication pathways

• Backup controls

• Redundant monitoring

Redundancy does not prevent water damage, but it can help maintain operations if one component or area becomes unavailable.

10. Protect Critical Electrical Equipment

IT rooms often contain electrical infrastructure in addition to servers.

This can include:

• UPS systems

• Power distribution units

• Panels

• Transformers

• Battery systems

• Emergency power equipment

The electrical layout should be coordinated with potential water exposure.

Sensitive electrical equipment should not be positioned where avoidable water exposure could create unnecessary risk.

11. Separate Critical Equipment Where Appropriate

For larger facilities, separating critical systems can reduce the impact of a localized event.

Depending on the business continuity strategy, this may involve:

• Separate equipment rooms

• Multiple IT zones

• Redundant network rooms

• Distributed systems

• Separate power sources

The appropriate strategy depends on the required level of availability and the owner’s risk tolerance.

12. Consider Water-Resistant Room Design

The room itself can contribute to equipment protection.

Design considerations can include:

• Sealed penetrations

• Appropriate floor finishes

• Controlled drainage

• Water-resistant construction

• Proper door thresholds

• Equipment elevation

These measures should be integrated into the architectural and MEP design.

13. Use Fire Protection Systems Appropriate to the Hazard

Different spaces may require different fire protection strategies.

The appropriate system depends on:

• Occupancy

• Fire hazards

• Equipment

• Room size

• Applicable codes

• Applicable standards

• AHJ requirements

Possible technologies may include:

• Automatic sprinkler systems

• Pre-action sprinkler systems

• Clean-agent systems

• Other specialized fire suppression systems

However, these systems are not automatically interchangeable.

A clean-agent system, for example, is not simply a universal replacement for sprinkler protection.

The fire protection engineer should determine what system is appropriate for the specific room and hazard.

14. Consider Pre-Action Systems Where Appropriate

Pre-action systems are sometimes considered for spaces where accidental water discharge presents a significant concern.

A pre-action system generally uses additional detection/control logic before water enters portions of the piping network, depending on the system configuration.

Potential applications can include certain:

• Data rooms

• IT facilities

• Archives

• Museums

• Other water-sensitive spaces

However, the suitability of a pre-action system depends on the applicable hazard, code requirements, system design, and AHJ approval.

It should not be selected solely because the room contains electronic equipment.

15. Evaluate Clean-Agent Fire Suppression Where Appropriate

Clean-agent systems may be considered for certain applications where water exposure is a significant concern.

These systems use gaseous extinguishing agents rather than conventional water discharge.

Potential considerations include:

• Room enclosure

• Agent concentration

• Occupancy

• Detection

• System maintenance

• Discharge requirements

• Code compliance

A clean-agent system may be appropriate for some applications, but it is not automatically suitable for every IT room.

16. Maintain Required Fire Protection Coverage

Any equipment-protection strategy must preserve required fire protection.

Do not:

• Remove sprinklers without engineering review

• Relocate sprinklers without proper design

• Block sprinkler discharge

• Install equipment that interferes with coverage

• Modify piping without authorization

The sprinkler system should continue to provide the required protection for the space.

17. Avoid Blocking Sprinkler Discharge

IT racks, cable trays, cabinets, and other equipment can affect sprinkler distribution.

The layout should therefore be reviewed to ensure that equipment does not interfere with required sprinkler coverage.

This is particularly important in rooms with:

• Tall racks

• Dense cable trays

• Overhead equipment

• High-density storage

• Large mechanical components

The fire protection design should account for the actual room configuration.

18. Coordinate Cable Trays and Overhead Systems

IT rooms often have extensive overhead infrastructure.

This can include:

• Cable trays

• Busways

• Ductwork

• Piping

• Lighting

• Structural elements

These systems can interact with sprinkler layouts.

Coordination should occur before construction rather than after the room has been filled with equipment.

19. Consider Leak Detection Above Critical Areas

Water detection can be installed in locations where a leak could reach critical equipment.

Potential monitoring areas include:

• Above IT racks

• Beneath water piping

• Near HVAC equipment

• Around mechanical rooms

• Near cooling systems

Early detection allows the facility team to respond before the water reaches sensitive equipment.

20. Establish Emergency Response Procedures

Physical protection is only one part of risk management.

The facility should also establish procedures for responding to:

• Water leaks

• Sprinkler activation

• HVAC leaks

• Power loss

• Equipment failure

Emergency procedures should identify:

• Who receives the alarm

• Who shuts down equipment

• Who contacts facilities staff

• Who contacts the fire protection contractor

• Who manages IT recovery

• Who communicates with management

A response plan can reduce downtime after an incident.

21. Integrate Monitoring Systems

Where appropriate, water detection can be connected to:

• Building management systems

• Security systems

• Central monitoring

• Facility alarms

• Automated notifications

The exact integration depends on the building’s control and monitoring architecture.

22. Consider Business Continuity

IT equipment protection should be connected to business continuity planning.

Ask:

• How long can the business operate without the system?

• What equipment is mission-critical?

• Is there a backup location?

• Is data replicated?

• How quickly can equipment be replaced?

• Is temporary IT infrastructure available?

This helps determine how much physical protection and redundancy is appropriate.

23. Protect Backup Systems

Backup systems can be just as important as primary systems.

Consider protection for:

• Backup servers

• Storage

• Network equipment

• Backup power

• Communication systems

If primary and backup systems are located in the same vulnerable area, a single event could affect both.

24. Protect UPS and Battery Systems

UPS equipment can be critical to IT continuity.

Depending on the system, UPS installations may include:

• Batteries

• Power electronics

• Distribution equipment

• Monitoring

These systems should be coordinated with the room’s fire protection, electrical, HVAC, and water-management strategies.

25. Coordinate Fire Protection With Electrical Design

Fire protection and electrical systems should not be designed independently.

Coordination can address:

• Equipment locations

• Electrical clearances

• Emergency power

• Fire alarm

• Monitoring

• Shutdown procedures

• Cable routing

Daymark’s MEP-FP engineering approach integrates multiple building systems so that fire protection, electrical, mechanical, and plumbing requirements can be coordinated within the overall building design.

26. Use BIM for High-Density IT Rooms

BIM can be especially valuable in high-density technical spaces.

A coordinated model can identify:

• Sprinkler conflicts

• Duct conflicts

• Cable-tray conflicts

• Equipment clearances

• Access requirements

• Maintenance zones

This allows design teams to resolve conflicts before installation.

27. Plan for Maintenance

Protection measures themselves require maintenance.

Inspect:

• Leak detection

• Sprinklers

• Fire alarm systems

• HVAC

• Drainage

• Monitoring systems

• Backup power

A protection strategy is only effective if the systems remain operational.

28. Keep Fire Protection Documentation Current

Changes to IT rooms can affect fire protection.

For example:

• New racks

• New cable trays

• New equipment

• Room reconfiguration

• HVAC modifications

can affect sprinkler coverage and other systems.

Updated documentation helps the facility team understand the current configuration.

29. Review the Room Before Major IT Expansion

Adding additional equipment can change:

• Heat loads

• Electrical loads

• Rack density

• Airflow

• Sprinkler obstructions

• Cable-tray layouts

Before significant expansion, the room should be reviewed to determine whether the existing MEP-FP systems remain appropriate.

30. Perform a Cross-Disciplinary Engineering Review

The strongest approach is not to treat IT equipment protection as an isolated fire-protection issue.

A coordinated review can involve:

• Fire protection engineering

• Mechanical engineering

• Electrical engineering

• Plumbing engineering

• Architecture

• Structural engineering

• IT specialists

• Facility management

This helps ensure that the final strategy addresses the complete risk.

Water Protection Strategies for Different IT Environments

Small Server Room

A smaller server room may require:

• Appropriate equipment placement

• Leak detection

• HVAC coordination

• Drainage

• Sprinkler coordination

• Emergency response procedures

Enterprise Data Room

A larger technical environment may require:

• Redundant HVAC

• Backup power

• Water detection

• Fire protection zoning

• Detailed sprinkler coordination

• Monitoring

• Business continuity planning

Data Center

Data centers may require more comprehensive strategies involving:

• Fire detection

• Fire suppression

• Redundant cooling

• Redundant power

• Environmental monitoring

• Water detection

• Emergency procedures

• Detailed fire protection engineering

The appropriate strategy depends on the facility’s risk profile and applicable requirements.

Common Mistakes When Protecting IT Equipment From Sprinkler Damage

Removing Sprinklers

Removing required fire protection to protect equipment creates a potentially greater safety risk.

Treating Clean Agent as a Universal Solution

Clean-agent systems are not appropriate for every application.

Ignoring Other Water Sources

Plumbing and HVAC systems can also create significant water risks.

Placing Equipment Directly Beneath Water Piping

This can increase exposure to leaks.

Ignoring Drainage

Water needs a controlled path away from sensitive equipment.

Blocking Sprinkler Coverage

Equipment must not interfere with the required sprinkler system.

Installing Equipment Without Rechecking the Fire Protection Design

Room modifications can affect sprinkler coverage and system requirements.

Ignoring Condensate

HVAC condensate can create water risks even without a sprinkler event.

Protecting Only the Servers

Electrical, network, cooling, and backup systems may also be critical.

Failing to Plan for Recovery

Physical protection should be combined with business-continuity planning.

Fire Protection vs. Water Damage Protection

These are related but different objectives.

Fire Protection

The objective is to:

• Detect fire

• Control or suppress fire

• Protect occupants

• Protect property

• Meet applicable requirements

Water Damage Protection

The objective is to:

• Reduce unnecessary water exposure

• Detect leaks early

• Protect critical equipment

• Control drainage

• Reduce downtime

The design should achieve both objectives without allowing one to undermine the other.

How to Evaluate an IT Room’s Water Risk

A practical evaluation can consider:

Water Sources

• Sprinkler piping

• Domestic water

• HVAC piping

• Condensate

• Roof

• Drainage

• Mechanical equipment

Equipment

• Servers

• Network equipment

• UPS

• Controls

• Storage

• Telecommunications

Room

• Floor level

• Drainage

• Equipment elevation

• Pipe routing

• Ceiling configuration

• Access

Fire Protection

• Sprinkler type

• Detection

• Coverage

• Hazard classification

• AHJ requirements

Recovery

• Backup equipment

• Data replication

• Emergency response

• Replacement strategy

A Practical Process for Protecting IT Equipment

Step 1: Identify Critical Equipment

Determine which systems are essential to operations.

Step 2: Identify Water Sources

Document sprinkler, plumbing, HVAC, condensate, roof, and other potential sources.

Step 3: Review Existing Conditions

Inspect the room and existing MEP-FP systems.

Step 4: Evaluate Fire Protection

Confirm the applicable fire protection requirements.

Step 5: Coordinate Equipment Layout

Position equipment to reduce unnecessary exposure and maintain required clearances.

Step 6: Evaluate Detection

Determine whether leak detection or environmental monitoring is appropriate.

Step 7: Evaluate Drainage

Provide appropriate pathways for water where required.

Step 8: Review HVAC

Evaluate cooling, humidity, condensate, and redundancy.

Step 9: Review Electrical Systems

Coordinate UPS, panels, power distribution, and emergency power.

Step 10: Coordinate Through BIM Where Appropriate

Identify conflicts before construction.

Step 11: Establish Emergency Procedures

Define how the facility will respond to a water event.

Step 12: Test and Maintain

Verify that protection and monitoring systems remain operational.

IT Equipment Protection Checklist

Before finalizing an IT room design, verify:

Fire Protection

• Required sprinkler protection maintained

• Sprinkler coverage coordinated

• Fire detection evaluated

• Applicable fire codes reviewed

• AHJ requirements addressed

Water Protection

• Potential water sources identified

• Leak detection evaluated

• Equipment elevation considered

• Drainage reviewed

• Plumbing coordinated

• HVAC condensate managed

MEP

• Cooling loads calculated

• HVAC system coordinated

• Electrical loads evaluated

• UPS requirements addressed

• Emergency power evaluated

• Plumbing systems coordinated

Equipment

• Critical equipment identified

• Equipment clearances maintained

• Maintenance access provided

• Replacement access considered

• Backup systems evaluated

Operations

• Monitoring established

• Emergency response procedures documented

• Maintenance requirements established

• Business continuity considered

Why Professional Fire Protection Engineering Matters

Protecting IT equipment from sprinkler water damage requires a balance between equipment protection and fire safety.

A qualified engineering team can evaluate:

• Fire protection requirements

• Sprinkler systems

• Water supply

• Room configuration

• HVAC

• Electrical systems

• Plumbing

• Drainage

• Detection

• Equipment placement

• Applicable codes

• AHJ requirements

The result should be an integrated design rather than an isolated equipment-protection measure.

How Daymark Engineers Can Help

IT equipment protection is an MEP-FP coordination issue as much as it is an IT issue.

Daymark Engineers provides MEP-FP Engineering, Fire Protection, BIM Services, Energy Modeling, Value Engineering, Inspections, Commissioning, and related engineering services.

Its building-system work includes coordinated fire protection, HVAC, electrical, and plumbing design. Daymark’s project portfolio also demonstrates integrated fire-protection and MEP design, including sprinkler and fire-alarm coordination for commercial and residential projects.

For projects containing server rooms, telecommunications spaces, control equipment, or other critical electronics, early engineering coordination can help address fire protection, water exposure, HVAC, electrical, drainage, and equipment-layout requirements together.

If your project contains critical IT infrastructure and you need to coordinate fire protection with MEP systems and equipment protection, Daymark Engineers can evaluate the building-system requirements and develop an integrated engineering approach appropriate for the project.

Frequently Asked Questions About Protecting IT Equipment From Sprinkler Water Damage

Can Sprinkler Systems Damage IT Equipment?

Yes. Water discharged from a sprinkler activation or released because of a system failure can damage sensitive electronic equipment. However, sprinkler systems are critical life-safety systems and should not be removed or compromised simply to protect equipment.

Should Sprinklers Be Removed From a Server Room?

No, not without a project-specific engineering evaluation and approval. Required fire protection must be maintained in accordance with applicable codes, standards, and AHJ requirements.

How Can I Protect Servers From Sprinkler Water?

Potential measures include appropriate equipment placement, equipment elevation, leak detection, drainage, sprinkler coordination, HVAC condensate management, and appropriate fire-protection system selection.

What Is the Best Way to Protect IT Equipment From Water Damage?

There is no single solution. A comprehensive strategy should address sprinkler protection, plumbing, HVAC condensate, drainage, equipment placement, leak detection, redundancy, and emergency response.

Can IT Equipment Be Placed Under Sprinkler Pipes?

It may be possible depending on the room configuration and fire-protection design, but the layout should be reviewed to ensure that equipment does not interfere with required sprinkler coverage and to evaluate potential water exposure.

Should Server Racks Be Elevated?

Elevating equipment can reduce exposure to water accumulating at floor level. Whether it is appropriate depends on the room, equipment, structural conditions, and operational requirements.

What Other Sources of Water Can Damage IT Equipment?

Potential sources include:

• Plumbing

• HVAC piping

• Condensate

• Roof leaks

• Drainage failures

• Mechanical equipment

• Sprinkler systems

What Is a Pre-Action Sprinkler System?

A pre-action sprinkler system is a type of fire protection system that uses additional detection or control logic before water is introduced into portions of the sprinkler piping, depending on the system configuration.

Is a Pre-Action System Better for Server Rooms?

It can be appropriate for some water-sensitive applications, but it is not automatically the best choice. The system must be evaluated against the hazard, applicable requirements, room configuration, and AHJ requirements.

Can Clean-Agent Suppression Replace Sprinklers?

Not automatically. Clean-agent systems and sprinkler systems serve different applications and have different design requirements. The appropriate fire protection strategy must be determined for the specific space.

What Is Clean-Agent Fire Suppression?

Clean-agent systems use gaseous extinguishing agents designed to suppress fires without relying on conventional water discharge. They may be appropriate for certain specialized spaces.

Do Data Centers Need Special Fire Protection?

Data centers can have specialized fire protection and environmental requirements because they contain valuable electronic equipment and may require high levels of operational availability. The appropriate design depends on the facility and applicable requirements.

Why Is Leak Detection Important in Server Rooms?

Leak detection can provide early warning of water near critical equipment, allowing facility personnel to respond before the water causes extensive damage.

Where Should Water Sensors Be Installed?

Locations depend on the room and water sources, but sensors may be placed near equipment, beneath potential leak sources, near HVAC systems, and in other vulnerable areas.

Does HVAC Design Affect IT Equipment Protection?

Yes. IT equipment produces heat and requires appropriate environmental conditions. HVAC systems can also create water risks through condensate and chilled-water piping, so cooling and water protection should be coordinated.

How Can HVAC Condensate Damage IT Equipment?

A failed condensate drain or HVAC component can release water near sensitive equipment. Proper drainage and equipment placement can reduce this risk.

Why Is Drainage Important in IT Rooms?

Drainage can provide a controlled path for water and reduce the possibility of water accumulating around sensitive equipment.

Can BIM Help Protect IT Equipment?

Yes. BIM can help coordinate sprinkler piping, ductwork, cable trays, equipment, electrical systems, and maintenance clearances before construction.

Why Should Fire Protection and Electrical Design Be Coordinated?

IT rooms can contain both fire-protection systems and sensitive electrical equipment. Coordination helps prevent conflicts and ensures that equipment placement, power systems, fire alarm, and sprinkler requirements are addressed together.

Can Sprinklers Be Relocated Around IT Racks?

Potentially, but sprinkler modifications should be designed and approved appropriately. Relocating sprinklers without evaluating coverage can create fire-protection deficiencies.

Can IT Racks Block Sprinkler Coverage?

They can. Tall racks, cable trays, and other equipment may affect sprinkler discharge patterns, so the final layout should be coordinated with the fire-protection design.

How Can I Protect UPS Equipment From Water?

UPS equipment can be protected through appropriate placement, equipment elevation where suitable, coordination with water sources, drainage, monitoring, and an appropriately engineered room layout.

Should Backup IT Systems Be Located Separately?

For critical operations, separating primary and backup systems can reduce the impact of a localized event. The appropriate level of redundancy depends on business continuity requirements.

What Is the Difference Between Fire Protection and Water Damage Protection?

Fire protection is intended to detect, control, or suppress fires and protect occupants and property. Water-damage protection reduces unnecessary exposure to water while maintaining required fire protection.

Can Water-Damage Protection Compromise Fire Safety?

It can if improperly designed. For example, removing or obstructing required sprinkler protection can create a fire-safety problem. Equipment protection should therefore be designed without compromising required fire protection.

Do Server Rooms Need Special Drainage?

The need depends on the room, equipment, water sources, building configuration, and applicable requirements. Drainage should be evaluated as part of the overall MEP design.

What Should Be Included in an IT Room Fire Protection Review?

A review can consider:

• Sprinkler system

• Fire detection

• Room hazard

• Equipment layout

• Water sources

• Drainage

• HVAC

• Electrical systems

• Leak detection

• Applicable codes

• AHJ requirements

How Often Should IT Room Protection Systems Be Inspected?

Inspection and testing requirements depend on the systems installed and applicable codes and standards. Fire protection systems should be inspected, tested, and maintained according to the applicable requirements.

Can Water Leak Detection Be Integrated With Building Automation?

Potentially. Leak detection can be integrated with building-management or monitoring systems depending on the facility’s controls architecture.

What Should I Do if a Sprinkler Activates Near IT Equipment?

Follow the facility’s emergency procedures, prioritize life safety, and coordinate with qualified fire-protection, facilities, and IT personnel. Equipment shutdown and recovery procedures should be established before an incident occurs.

Does Daymark Engineers Provide Fire Protection Engineering?

Daymark Engineers provides MEP-FP engineering and fire-protection-related design services as part of its building-system engineering capabilities.

Can Daymark Engineers Coordinate Fire Protection With MEP Systems?

Yes. Daymark’s MEP-FP approach can coordinate fire protection with mechanical, electrical, plumbing, and other building systems.

Can Daymark Engineers Use BIM for Fire Protection Coordination?

Yes. Daymark provides BIM modeling and coordination services that can support multidisciplinary building-system coordination.

Can Daymark Engineers Help With Server Room or Critical Equipment Projects?

Daymark can provide project-specific MEP-FP engineering and coordination. The exact scope should be established based on the facility, equipment, applicable codes, and project requirements.