Table of Contents

1 Scope

2 Normative References

3 Definitions

4 Limits

4.1 Frequency Ranges

4.2 Insertion Loss

4.3 Disturbance Voltages

4.4 Radiated Electromagnetic Disturbances

5 Application Of The Limits

5.1 General

5.2 Indoor Luminaires

5.3 Independent Auxiliaries Exclusively For Use With Lighting Equipment

5.4 Self-Ballasted Lamps

5.5 Outdoor Lighting Appliances

5.6 UV And IR Radiation Appliances

5.7 Transport Lighting

5.8 Neon And Other Advertising Signs

5.9 Self-Contained Emergency Lighting Luminaires

5.10 Replaceable Starters For Fluorescent Lamps

6 Operating Conditions For Lighting Equipment

6.1 General

6.2 Lighting Equipment

6.3 Supply Voltage And Frequency

6.4 Ambient Conditions

6.5 Lamps

6.6 Replaceable Starters

7 Method Of Insertion Loss Measurement

7.1 Circuits For The Measurement Of Insertion Loss

7.2 Measuring Arrangement And Procedure

7.3 Luminaire

7.4 Measurement Procedure

8 Method Of Measurement Of Disturbance Voltages

8.1 Measuring Arrangement And Procedure

8.2 Indoor And Outdoor Luminaires

8.3 Independent Light Regulating Devices

8.4 Independent Transformers And Convertors For Incandescent Lamps

8.5 Independent Ballasts For Fluorescent And Other Discharge Lamps

8.6 Self-Ballasted Lamps And Semi-Luminaires

8.7 UV And IR Radiation Appliances

8.8 Self-Contained Emergency Lighting Luminaires

8.9 Independent Starters And Igniters For Fluorescent And Other Discharge Lamps

9 Method Of Measurement Of Radiated Electromagnetic Disturbances

9.1 Measuring Arrangement And Procedure

9.2 Indoor And Outdoor Luminaires

9.3 Independent Convertors For Incandescent Lamps

9.4 Independent Ballasts For Fluorescent And Other Discharge Lamps

9.5 Self-Ballasted Lamps And Semi-Luminaires

9.6 UV And IR Radiation Appliances

9.7 Self-Contained Emergency Lighting Luminaires

10 Interpretation Of CISPR Radio Disturbance Limits

10.1 Significance Of A CISPR Limit

10.2 Tests

10.3 Statistical Method Of Evaluation

10.4 Banning Of Sales

Annex A (Normative) Electrical And Constructional Requirements For The Low-Capacitance Balance-To-Unbalance Transformer

Figures

Figure 1 Insertion Loss Measurement On Linear And U-Type Fluorescent Lamp Luminaires

Figure 2 Insertion Loss Measurement On Circular Fluorescent Lamp Luminaires

Figure 3 Insertion Loss Measurement On Luminaires For Single-Capped Fluorescent Lamps With Integrated Starter

Figure 4a Configuration Of Linear And U-Type Dummy Lamps

Figure 4b Configuration Of Circular Dummy Lamps

Figure 4c Dummy Lamp For 15 Mm Fluorescent Lamps

Figure 4d Dummy Lamp For 15 Mm Single-Capped Fluorescent Lamps

Figure 4e Dummy Lamp For Single-Capped Fluorescent Lamps, Linear-Shaped, Twin Tube, Tube Diameter 12 Mm

Figure 4f Dummy Lamp For Single-Capped Fluorescent Lamps, Linear-Shaped, Quad Tube, Diameter 12 Mm

Figure 5 Measuring Arrangements For An Independent Light Regulating Device, Transformer Or Convertor

Figure 6a Luminaires

Figure 6b Independent Ballasts For Fluorescent And Other Discharge Lamps

Figure 6c Self-Ballasted Lamps

Figure 6 Measuring Arrangements

Figure 7 Conical Metal Housing For Self-Ballasted Fluorescent Lamps

Figure A.1 Isolation Test Configuration

Figure A.2a Balance-To-Unbalance Transformer Circuit

Figure A.2b Details Of Transformer Core Construction 36

Figure A.2c Details Of Transformer Core Construction

Figure A.2d Construction Of Transformer

Tables

Table 1 – Minimum Values Of Insertion Loss

Table 2a – Disturbance Voltage Limits At Mains Terminals

Table 2b – Disturbance Voltage Limits At Load And Control Terminals

Table 3 – Radiated Electromagnetic Disturbance Limits

Table 4 – Sample Size And Corresponding K Factor In A Non-Central T-Distribution