Accreditation No: LAB 041. Electrical Measurement & Test Laboratory (EMTL), PCSIR Labs. Complex, Lahore Pakistan.

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1 Issue : 10/08/15 Accreditation No: Awarded to al Measurement & Test Laboratory (EMTL), PCSIR Labs. Complex, Lahore Pakistan. The scope of accreditation is in accordance with the standard specifications outlined in the following page(s) of this document. The accredited scope shall be visible and legible in areas such as customer service, sample-receiving section etc and shall not mislead its users. The accreditation was first time granted on by Pakistan National Accreditation Council. The laboratory complies with the requirements of ISO/IEC 17025:2005. The accreditation requires regular surveillance, and is valid until The decision of accreditation made by Pakistan National Accreditation Council implies that the organization has been found to fulfill the requirements for accreditation within the scope. The organization however, itself is responsible for the results of performed measurements/tests. PAKISTAN NATIONAL ACCREDITATION COUNCIL General Page 1 of 8

2 Issue : 10/08/15 Laboratory. Accreditation Scope of al Measurement & Test Lab. at PCSIR Laboratories Complex, Fereozepur Road, Lahore-Pakistan. Permanent laboratory premises X Materials/P roducts tested field al & Types of test/ measured al Resistance of conductors Voltage test on cores Voltage test on completed cable Page 2 of 8 Reference to standardized method / Internal method reference BS EN 60228:2005 IEC :1992+ A1:1997 Long term resistance of insulation to DC Insulation resistance Test

3 Issue : 10/08/15 al & Resistively of extruded semi conducting screen applied over conductor and insulation Checking of compliance with constructional provisions Measurement of insulation thickness Measurement of sheath thickness IEC :2012 IEC ,:2012 Measurement of separation sheath/ bedding thickness Measurement of overall diameter IEC :2012 Page 3 of 8

4 Issue : 10/08/15 al & Thickness of extruded inner covering Diameter of armoured wires and tapes Ovality Tensile strength and % elongation of insulation before and after ageing Tensile strength and % elongation of Sheath before and after ageing Loss of mass test on insulation and Sheath Pressure test at high temperature on insulation and Sheath. Page 4 of 8 IEC :2012 IEC :2012 IEC :2012 IEC :2012 IEC :2012 IEC :2012

5 Issue : 10/08/15 Cold Bend test of insulation and Sheath at low temperature Cold Elongation test of insulation and Sheath at low temperature IEC :2012 IEC :2012 al & Impact test of PVC insulation and Sheath at low Temperature Test for resistance of PVC Insulation and Sheath to Cracking (Heat shock test) Flexing test of completed cable Test of flame retardance of completed cable Water absorption test IEC :2012 IEC :2012 IEC :2004 IEC :2004 IEC :2012 Page 5 of 8

6 Issue : 10/08/15 al & Colour fastness test for insulation & sheath Hot set test for insulation & sheath Shrinkage test for insulation and sheath Bending test of completed cable Measurement of the thickness of semi conducting compound over insulation and conductor Thermal stability test for PVC insulation and sheath Additional ageing test on pieces of completed cables IEC :2012 IEC :2012 IEC :2012 IEC :2012 Classification and instructions Protection against access to live parts Power input and current Heating Fans Safety Leakage current and electric strength at operating temperature Transient over voltages Moisture resistance Leakage current and electric strength Abnormal operation IEC :2016 IEC :2015 Excluding Clause: 15.1, 15.2, 19.11, & 24.1 Excluding Annex: B, F, G, J, Q, R, S& T Stability and mechanical hazards strength Construction Internal wiring Components Page 6 of 8

7 Issue : 10/08/15 Supply connection and external flexible cords Terminals for external conductor Provision of earthing Fans Safety Screws and connections Clearances, creepage distance and solid insulation Resistance to heat and fire Resistance to rusting Radiation, toxicity and similar hazards Test of Air (Air Delivery Test) Fans Measurement of Speed of the Fan Measurement of Power Factor IEC 60879:1986 PS-1:2010 Measurement of Power Input Self Ballasted Fluorescent Lamps Self Ballasted Compact Fluorescent Lamps Safety Service Value Interchangeability, mass bending moment Protection against Shock Insulation Resistance and Strength Strength IEC 60968:2015 Cap Temperature Rise Resistance to Heat Resistance to Flame and Ignition Creepage distances and clearance Photo-biological safety Initial power Initial luminous flux Chromaticity coordinates IEC :2016 Colour rendering index (CRI) Starting time Low temperature and low supply voltage Page 7 of 8

8 Issue : 10/08/15 starting run-up time Lumen Maintenance Premature lamp failure rate Life time Switching withstand Dimensions Caps Dimensions Double Capped Fluorescent Lamps Starting Characteristics al & Cathode Characteristics Photometric Characteristics IEC : A1: A2:2003 Lumen Maintenance Voltage at Terminations of Lamp or Starter (If any) Ballasts for Tubular Fluorescent Lamps Pre-Heating Conditions Lamps Power and Current Circuit Power Factor Supply Current IEC 60921: A1:2006 Maximum Current in any Lead to a Cathode Magnetic Screening Self Ballasted LED-Lamps Dimensions Lamp wattage Luminous Flux IEC / PAS 62612:2009 Correlated colour temperature and colour rendering Page 8 of 8