Standard Operating Procedure for Emergency Lights Verification

The Standard Operating Procedure (SOP) for Emergency Lights Verification provides a structured framework for ensuring the functionality and reliability of emergency lighting systems in industrial settings. The SOP outlines the procedure for conducting verification checks, including tasks such as inspecting lights, testing their functionality, and documenting any issues discovered. It emphasizes the importance of training personnel, following the outlined procedures meticulously, and accurately documenting findings. By adhering to this SOP, industrial organizations can enhance safety, ensure compliance with regulations, and maintain operational readiness of their emergency lighting systems. Regular review and continuous improvement of the SOP are encouraged to keep it aligned with industry standards and best practices.

Content:

1.       PURPOSE:

2.       SCOPE:

3.       Procedure:

3.1Emergency Power Backup:

3.2 Illumination of Lights

3.3 Battery System

3.4 Light Type

3.5 Cleanliness

3.6 Erection

4.       Monthly Emergency Lights Report Format:

5.       RESPONSIBILITY:

1. Purpose

The purpose of the Standard Operating Procedure (SOP) for Emergency Lights Verification and Report Writing is to provide a detailed and standardized procedure for ensuring that emergency lights within a facility are functioning correctly and to outline the process for documenting any issues discovered during verification.

Here's a breakdown of what this SOP entails:

Emergency Lights Verification: This section outlines the step-by-step procedure for checking the functionality of emergency lights installed throughout the facility. This may involve tasks such as physically inspecting each emergency light, testing their functionality, ensuring they are properly charged or connected to power sources, and verifying that they illuminate properly during simulated power outages or emergencies.

Report Writing: Once the verification process is complete, any issues or discrepancies discovered during the verification must be documented. This section of the SOP explains how to record these findings in a detailed report. This report might include information such as the location of malfunctioning lights, the nature of the issue (e.g., battery failure, bulb replacement needed), and any actions taken to address the problems.

By following this SOP, organizations can ensure that their emergency lighting systems are regularly inspected and maintained, helping to enhance safety and compliance with regulations. Additionally, having a standardized procedure for documenting any issues identified during the verification process ensures that necessary corrective actions can be taken promptly.

2. Scope:

Certainly, this SOP can serve as a valuable guideline for conducting Emergency Lights Verification in various industrial settings. By implementing this SOP, organizations can ensure that their emergency lighting systems are regularly assessed and maintained to meet safety standards and regulatory requirements.

3. Procedure

3.1 Emergency Power Backup:

1. Switch off the main supply so that the Emergency Lights get energized by the UPS System.
2. Note down the starting time of emergency backup.
3. Inspect the whole facility, to check each and every light is illuminated or not.
4. Damaged Lights should be replaced or repaired.
5. Note down the end time of emergency backup.

The emergency power backup should not be less than 90 minutes.

3.2 Illumination of Lights

1. Place lux meter in front of the Emergency Light at a distance of 1 meter.
2. Lux Sensor should be right in front of Emergency Light.
3. Do measure the lux of every light using Lux meter by setting the meter at Range B as described in the SOP of LUX METER.
4. The Lux level should not be less than 250 lux for every light to fulfill the acceptance criteria of illumination.
5. Lights having lower Lux Level should be replaced.

Result: Lux of every light should not be less than 250 lux.

3.3 Battery System

1. The battery terminals should be properly tight.
2. As the batteries used in facility are mostly Dry cell, so no need to check any acidic levels. If there are acidic batteries, then check acid saturation level as well.
3. The battery should not heat during operations, in case of warming effect occurrence, replaces that battery.
4. The battery system should be sufficient/efficient enough to meet the energy demand of the Emergency Lights connected to it.
5. Battery system should be cleaned using air blower.

3.4 Light Type

1. The Light Type which are used for emergency are mostly LED Black Slim Reflector.
2. Lights used are of 10 Watt.

3.5 Cleanliness

1. Every light should be cleaned.
2. Use stair to reach the light.
3. Clean the light using shiner and cloth.
4. Cleaning of the lights is important, because it decreases the lux and overall fruitful efficiency of the light.

3.6 Erection

1. The Emergency Lights are erected/installed in such a way that their focused light should illuminate the emergency pathway and corners as per the demand of building safety inspection team.
2. The emergency lights should be proper and tight to their fix point, do tight the loose or tilted lights.

4. Monthly Emergency Lights Report Format:

Division: Emergency Lights Verification Test Report
Sr. No.	Task	Observation	Corrective Action Plan (CAP)	Remarks
1	Emergency Power
2	Illumination
3	Battery System
4	Lights Type
5	Cleanliness
6	Erection
Inspected By:                                                                                 Name: ____________________ Code:____________                                                                              Verified By Designation:____________ Signature:_____________

5. RESPONSIBILITY:

Responsibility is imposed on the electrical engineer/Officer and the electrician who conducts the inspection, who have jointly inspected, then the Electrical Manager / HOD who will make sure that the inspection is done properly.