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Facility Maintenance

Facility maintenance is a safety-management system for the building's structure, envelope, electrical supply, HVAC, plumbing, lifts, fire protection, emergency power and occupied spaces. The essential cycle is to know every critical asset, assign a competent owner, define risk-based preventive and statutory work, control hazardous maintenance, record findings, correct defects and independently verify restoration. Work orders should preserve life-safety functions during shutdowns and capture how failures across systems interact—for example, a plumbing leak entering switchgear, HVAC spreading smoke, or an access-control fault blocking an exit.

TopicFire Safety · WorkplaceUpdated2026-08-31
01
The guide

Facility Maintenance

Facility Maintenance

What needs attention

  • Cleaning and visual checks are useful but cannot replace electrical protection testing or fire-system functional testing
  • Infrared scanning identifies temperature patterns; it does not prove a connection is correctly torqued or a breaker will trip
  • Changing HVAC filters by a calendar alone can under-maintain or waste filters because loading varies by site
  • Water leaks and blocked drains can become electrical, indoor-air-quality, slip and structural hazards
  • Fire alarms, sprinklers, smoke control, lifts, access control and emergency power must be tested as interacting systems
  • Deferred defects accumulate into correlated failures during heat, storms, fire or power loss
  • A completed work order is not proof of safe restoration unless readings, valve positions, alarms and interfaces are verified

Controls that reduce risk

  1. Create one controlled asset register and assign a named technical owner to every life-safety asset
  2. Mark statutory, manufacturer and risk-based tasks separately in the maintenance system
  3. Prioritise overdue work by consequence rather than oldest date alone
  4. Use permit-to-work, lockout/tagout and fire-impairment procedures for hazardous interventions
  5. Keep current single-line diagrams, valve charts, cause-and-effect matrices and safe operating procedures at the site
  6. Track repeat defects and eliminate their root causes instead of repeatedly resetting equipment
  7. Stock critical consumables and spares with shelf-life control
  8. Audit a sample of closed work orders in the field to confirm actual restoration

Understand and apply the guidance

Owning and maintaining a building is no easy task. As the owner of a building, you might have a long list of things to do to keep things running smoothly. Or maybe you’ve given those tasks to the building manager so you can focus on more important things. No matter what, buildings need to have a lot of work done on their HVAC, electrical, plumbing, and fire safety systems.

HVAC Systems

In most buildings, heating and cooling is one of the things that uses the most energy. By doing regular maintenance and checks, you can keep your HVAC systems running smoothly and use less energy.

  • Seasonal maintenance:- Every spring, you should do maintenance on your cooling system, and every fall, you should do maintenance on your heating system. A mechanical contractor should be hired to do seasonal maintenance.
  • Air filters:- Air filters need to be checked every 3 to 4 weeks to make sure they haven’t become clogged. Every three to six months, you should change your air filter.
  • Regular checks of the system:- Check your thermostat once a month to make sure it is working right. Also, make sure there are no clogs or obstructions in your drip pan and drain lines.

Electrical Systems

It is less expensive to keep electrical systems and equipment in good shape than to pay big bills when they break down.
Some ways to maintain an electrical system are to

  • Clean the inside of the switchgear panels,
  • Test and calibrate the trip settings of breakers and ground fault interrupters,
  • Tighten and torque mechanical connections according to the manufacturer’s instructions,
  • Do infrared scans.
  • Test and check every light switch, electrical fixture, and outlet
  • Arc flash research

Electrical system maintenance should be done with the help of a qualified electrician.

Plumbing Systems

As you use your plumbing system throughout the day, it is always getting worn down. Keeping up with maintenance will keep your systems running and keep problems from happening with your plumbing.

  • Fix and repair small water leaks in pipes, faucets, and fixtures before they get worse.
  • Check for signs of corrosion
  • Check water pressure and keep it up to date
  • Make sure the water heater is at the right temperature and has no leaks
  • Do a backflow test

Fire Protection Systems

It is very important to keep up with maintenance for your fire sprinkler and alarm systems. Working with a qualified fire protection contractor will help you keep up with your fire protection systems’ inspection and testing needs.

  • Check gauges, valves, control panels, and power supplies once a week or once a month.
  • Every three months, check alarms, hydraulic nameplates, connections to the fire department, and supervisory signal devices.
  • Check pipes, fittings, control valves, seismic bracing, sprinkler heads, alarm switches, gauges, backflow preventer, anti-freeze loops, fire department connections, and visible piping every year. Check waterflow alarms, control valves, the main drain, fire pumps, and the annual flow of water from hydrants.
  • Every 5 years, hoses, containers, and pipes are inspected, standpipes are tested, internal pipes are inspected, and obstructions are looked into.

All of the systems in your building need to be maintained, inspected, and fixed on a regular basis. Taking care of your systems’ maintenance will help you avoid repairs and replacements that will cost a lot of money in the future. To keep your systems running well, it’s important to hire professionals who have been trained and certified to check and fix them.

Common unsafe practices

  • Copying generic maintenance frequencies without checking the approved system and local requirements
  • Letting backlog age without risk-based escalation
  • Opening live electrical panels for routine cleaning without isolation, arc-flash assessment and competent staff
  • Resetting a breaker repeatedly without finding the fault
  • Disabling a fire alarm, pump or sprinkler valve without impairment controls and notification
  • Closing ceilings or shafts before inspecting concealed work
  • Treating HVAC, plumbing, electrical and fire contractors as separate silos
  • Accepting 'checked OK' without readings, photographs, defect details and restoration evidence
02
Watch & learn

Related Videos

Captions
Official standards awareness

Fire Safety

Bureau of Indian Standards · Hindi/English · Verified

BIS overview linking building fire safety, systems and maintenance

03
Facts & action

Evidence, Cases & Next Steps

7Critical asset groups in this guideStructure, electrical, HVAC, plumbing, fire, lifts and emergency power
4Maintenance modesPreventive, predictive, corrective and statutory
3Evidence layers for handbackReading, physical position and functional result
Highest consequence and interface priorityLife-safety systems
Shock, arc, overload and fire consequenceElectrical distribution
Comfort system may become a life-safety interfaceHVAC and smoke control
Water quality, leakage, pressure and flood consequencePlumbing and drainage
Falling, water ingress and durability consequenceStructure and envelope

What the evidence supports

  • Core asset groups | Structure/envelope, electrical, HVAC, plumbing, fire/life safety, lifts and emergency power
  • Maintenance modes | Preventive, predictive/condition-based, corrective and statutory
  • Highest-risk work | Electrical isolation, hot work, confined space, work at height and disabled fire protection
  • Required handback | Safe condition, normal valve/switch position, alarms restored and records closed
  • Indian framework | NBC 2016, applicable BIS standards, CEA safety regulations and local authority requirements
  • Emergency number in India | 112

Immediate prevention actions

  1. Identify every disabled, bypassed or isolated safety system before starting normal work
  2. Check exits, fire doors, alarm panels, pumps, generator status and critical leak locations
  3. Review overdue work affecting fire, electrical, structural or lift safety
  4. Verify switchboards and plant rooms are dry, clear and access controlled
  5. Confirm current emergency contacts and after-hours escalation
  6. Select one recently closed critical job and inspect its actual field condition
  7. Record and escalate any unknown valve, unlabelled circuit or missing drawing

Emergency survival steps

  1. If you smell burning, see smoke, sparking, flooding near electrical equipment or a structural change, stop work and warn others
  2. Do not touch wet electrical equipment, repeatedly reset protection or enter a smoke-filled plant room
  3. Operate an emergency isolation only if trained, authorised and it is safe to approach
  4. Activate the building alarm and call 112 for fire, collapse, entrapment or immediate danger
  5. Use marked exits and keep clear of lifts during a fire unless the emergency plan provides an approved evacuation lift
  6. Report disabled fire protection or blocked exits immediately and enforce the site's temporary precautions
  7. Do not re-enter or restart equipment until competent personnel declare the area and systems safe

Limitations

  • The public NBC guide summarises the code and does not replace licensed code text or local bylaws
  • Draft 2025 NBC material found during research is not treated as an enforceable final code
  • No universal filter-change, thermography or fire-test interval is valid for every building
  • Condition monitoring thresholds depend on the asset, load, baseline and manufacturer
  • This article does not supply electrical live-work procedures, arc-flash boundaries or lockout steps
  • Videos focus on fire-system competence because no suitable Hindi overview covering every facility discipline was identified
Sources and further readingBIS: Guide for Using National Building Code of India 2016 ↗BIS: National Building Code of India 2016 overview ↗Central Electricity Authority: Measures Relating to Safety and Electric Supply Regulations, 2023 ↗CPHEEO: Manual on Operation and Maintenance of Water Supply Systems ↗BIS: IS 15908:2021 details for fire-alarm control and indicating equipment ↗BIS published standards listing including IS 15105:2021 sprinkler maintenance code ↗Last reviewed 2026-08-31