RESULT SHEET. Controls and Distribution Systems. The Fire extinguisher activator, brand FirePro Systems, type Activator meets the EMC requirements of:

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2 Report Number: EMC1 EMC Report Page: RS 1/17 TEST HOUSE: TESTING DEPT.: KIWA CERTIFICATION BV Controls and Distribution Systems Conclusion: The Fire extinguisher activator, brand FirePro Systems, type Activator meets the EMC requirements of: EN Electromagnetic compatibility (EMC)- Part 6-1: Generic standards- Immunity for residential environments (2007) EN Electromagnetic compatibility (EMC)- Part 6-3: Generic standards- Emission standard for residential environments (2007) The immunity requirements of EN are fulfilled and the emission is in compliance with EN

3 Report Number: EMC1 EMC Report Page: RS 2/17 Contents: 1. INTRODUCTION Applied standards IDENTIFICATION OF EQUIPMENT UNDER TEST (EUT) General description of EUT: Identification: Description of ports: Operating mode(s): Reference documents: Environmental conditions: IMMUNITY TESTING Test set-up Immunity to voltage surges Immunity to electrical fast transients/burst (EFT) Immunity to conducted disturbances Immunity to radiated electromagnetic disturbances Immunity to electrostatic discharges EMISSION MEASUREMENTS Radiated disturbances (30 MHz 1000 MHz) Conducted continuous disturbances ( MHz)...16

4 Report Number: EMC1 EMC Report Page: RS 3/17 1. Introduction The electromagnetic compatibility of the Fire extinguisher Activator, brand FirePro Systems, type Activator has been tested in accordance with the standards mentioned in clause 1.1. For the remainder of this report the Fire extinguisher Activator will be referred to as EUT (Equipment Under Test). The EUT was tested in the time period: Applied standards Immunity behaviour: Immunity testing has been performed according to the following standard: EN voltage dips and interruptions with performance criterion B/C - surges with performance criterion B - fast transients with performance criterion B - injected currents up to 80 MHz with performance criterion A - radiated electromagnetic disturbances with performance criterion A - electrostatic discharge with performance criterion B Emission testing: Emission measurements have been performed according to the following standard: EN

5 Report Number: EMC1 EMC Report Page: RS 4/17 2. Identification of equipment under test (EUT) 2.1 General description of EUT: Fire extinguisher activator 2.2 Identification: Equipment under test : Fire extinguisher activator Manufacturer : FirePro Systems Brand name : FirePro Systems Type : Activator Receipt date : Test date(s) : Description of ports: Enclosure port: The enclosure is mainly made of steel Cables subjected to the tests: supply cable 2.4 Operating mode(s): Standby position 2.5 Reference documents: none 2.6 Environmental conditions: Temperature: 23 +/- 2 degrees Celsius Note: Photos of the EUT are included in KIWA Certification B.V. files only.

6 Report Number: EMC1 EMC Report Page: RS 5/17 3. Immunity testing Utilised test equipment and methods in accordance with: CISPR 16 EN EN EN EN EN EN EN Test set-up The EUT is placed in the position in which it is normally operated.. The status of the following parameters of the EUT will be monitored: Operating status of the EUT by using a TV-camera. 3.2 Immunity to voltage surges - Test performed in accordance with EN Severity levels and performance criteria in accordance with EN , clause 8 - KIWA test procedure: WV_EU_EM.TISU: General procedure for testing the immunity behaviour of electrical and electronic appliances, systems and installations to surges - Measurement uncertainty: Parameter: Test level range: Level uncertainty: Voltage amplitude (open circuit) 500V 2 kv +/- 12 % Voltage front time (open circuit) 1.2 μs +/- 35 % Voltage half value time (open circuit) 50 μs +/- 23 % Generator short circuit current 250 A 1000 A +/- 12 % Generator current front time (shorted) 8 μs +/- 23 % Generator current half value (shorted) 20 μs +/- 23 % The reported expanded uncertainty is based on a standard uncertainty multiplied by a coverage factor of k=2, providing a level of confidence of approximately 95%. Test equipment: Description: Manufacturer: Model number: KIWA ID code Surge tester HAEFELY PC Coupling Filter HAEFELY FP 20 / Digitising Scope HP A Coupling Unit EM test CNV 504 S

7 Report Number: EMC1 EMC Report Page: RS 6/17 Test description: The surges are coupled into the mains supply entrance of the EUT by means of the coupling filter listed in the test equipment table. The coupling unit is used for testing the external wiring. Signal ports are tested when wires may exceed 30 metres according to manufacturer s specifications. For DC power ports this is 10 metres. The time in between pulses must not exceed 60 seconds. Requirements: Performance criterion B: The EUT shall continue to operate as intended after the test. No degradation of performance or loss of function is allowed below a performance level specified by the manufacturer, when the EUT is used as intended. The performance level may be replaced by a permissible loss of performance. During the test, degradation of performance is however allowed. No change of actual operating state or stored data is allowed. If the minimum performance level or the performance loss is not specified by the manufacturer, either of these may be derived from the product description and documentation, and from what the user may reasonably expect from the EUT if used as intended. Input and output DC terminals allowed to exceed 10 m: Common mode Surge testing according to EN Test level: +/- 0.5 kv, each individual line-earth Start position Two pulses of each polarity for each phase angle (12 per line) Running position One pulse of each polarity for each phase angle (6 per line) Results: Input and output DC terminals exceeding 10 m: Surge testing according to EN Standby position Two pulses of each polarity for each phase angle (12 per wire) Coupling mode: common (2 ohm + 40 ohm, 0.5 µf) L1 to PE L2 to PE Test level Polarity 0.5kV Pos Neg A check mark ( ) indicates test specification has been observed and no EUT response detected.

8 Report Number: EMC1 EMC Report Page: RS 7/17 The EUT complies with performance criterion B of EN Conclusion: The Fire extinguisher activator, brand FirePro Systems, type Activator meets the requirements of EN with regard to immunity to voltage surges. 3.3 Immunity to electrical fast transients/burst (EFT) - Test performed in accordance with EN Severity levels and performance criteria in accordance with EN , clause 8 - KIWA test procedure: WV_EU_EM.TIEF: General procedure for testing the immunity behaviour of electrical and electronic appliances, systems and installations to electrical fast transients - Measurement uncertainty: Parameter: Test level (range): Level uncertainty: Uncertainty in spike amplitude V 12 % Uncertainty in rise time of spike 5 ns 40 % Uncertainty in duration of spike 50 ns 23 % Uncertainty in repetition frequency of 5 khz 0.1 % spikes Uncertainty in duration of the bursts 15 ms 1.7 % Uncertainty in burst period 300 ms 0.1 % The reported expanded uncertainty is based on a standard uncertainty multiplied by a coverage factor of k=2, providing a level of confidence of approximately 95%. Test equipment: Description: Manufacturer: Model number: KIWA ID code EFT generator EM test EFT EMI Noise sensor NOISEKEN FVC EM Clamp Lüthi EM Test description: The EUT is placed in the position in which it is normally operated. A reference ground plane is placed 10 cm behind the EUT in case this is a wall hung appliance. If the EUT is a floor standing appliance, the reference ground plane is placed on the floor and the EUT 10 cm above it. The EUT is placed on a table with a reference plane 10 cm beneath it. The disturbing transients from the EFT generator are coupled into the wires with the use of a coupling device, except for the AC or DC power wires which are connected directly to the generator. When testing 3 phase equipment only one phase is exposed at a time because of the lack of a 3 channel coupling device. The phase that is used in the EUT to power the control electronics is tested first and only when relevant with regard to possible susceptibility the phases are rotated to include the other 2 phases in the test.

9 Report Number: EMC1 EMC Report Page: RS 8/17 Notes: - The disturbance must be present for one minute minimum per polarity of pulses. - Pulses of each polarity are coupled directly to phase, neutral, phase + neutral and phase + neutral + safety earth. - Required pulse repetition frequency: 5 khz Requirements: Performance criterion B: The EUT shall continue to operate as intended after the test. No degradation of performance or loss of function is allowed below a performance level specified by the manufacturer, when the EUT is used as intended. The performance level may be replaced by a permissible loss of performance. During the test, degradation of performance is however allowed. No change of actual operating state or stored data is allowed. If the minimum performance level or the performance loss is not specified by the manufacturer, either of these may be derived from the product description and documentation, and from what the user may reasonably expect from the EUT if used as intended. Input and output DC power ports with length allowed to exceed 10m Test level Polarity Immunity requirements for compliance with EN kV +/- Criterion B Results: s: start position DC power port Test Level 0.5kV Polarity Pulse Repetition Freq. Pos 5 khz Neg 5 khz s Tested under the relevant condition: standby position: For EFT tests performed on the DC power ports: The EUT complies with the requirements of performance criterion B. Conclusion: The Fire extinguisher activator, brand FirePro Systems, type ACTIVATOR meets the requirements of EN with regard to immunity to electrical fast transients/burst (EFT).

10 Report Number: EMC1 EMC Report Page: RS 9/ Immunity to conducted disturbances - Test performed in accordance with EN Severity levels and performance criteria in accordance with EN clause 8 - KIWA test procedure: WV_EU_EM.TICD: General procedure for testing the immunity behaviour of electrical and electronic appliances, systems and installations to conducted disturbances - Measurement uncertainty: Frequency range Test levels Level uncertainty MHz 1 20 V +2.2 / -2.2 db The reported expanded uncertainty is based on a standard uncertainty multiplied by a coverage factor of k=2, providing a level of confidence of approximately 95%. Test equipment: Description: Manufacturer: Model number: KIWA ID code RF generator Power amplifier ( MHz) Rohde und Schwarz SMY IFI Absorber Clamp Lüthi EM CDN1 (type M2) Comtest CDN2 (type M3) Comtest db attenuator / 15 W Radial R Interface field-probe Holaday HI Field-probe Holaday HI-4421G PC+ Dedicated Software Software: KIWA Clamp Sweep / Test description: The EUT is placed in the position in which it is normally operated. A reference ground plane is placed 10 cm behind the EUT in case this is a wall hung appliance. If the EUT is a floor standing appliance, the reference ground plane is placed on the floor and the EUT 10 cm above it. The EUT is placed on a table with a reference plane 10 cm beneath it. The disturbing signal from the RF generator is coupled into the wires with the use of a coupling device. For AC/DC power ports a CDN is used, for the other ports the EM clamp when the use of a CDN is not practical. The EM clamp is also used for 3 phase equipment. The frequency range is 0.15 to 80 MHz with 80% AM modulation. Requirements: Performance criterion A: The EUT shall continue to operate as intended during and after the test. No degradation of performance or loss of function is allowed below a performance level specified by the manufacturer when the EUT is used as intended. The performance level may be replaced by a permissible loss of performance. If the minimum

11 Report Number: EMC1 EMC Report Page: RS 10/17 performance level or the permissible performance loss is not specified by the manufacturer, either of these may be derived from the product description and documentation and what the user may reasonably expect from the EUT if used as intended. Input and output AC/DC power ports, independent of wire length Frequency Immunity requirements for compliance with EN Test level range (MHz) 3Vemf Tested with CDN or clamp (3 phase), Criterion A Signal ports / functional earth ports, length allowed to exceed 3m Frequency Immunity requirements for compliance with EN Test level range (MHz) 3Vemf Tested with CDN or clamp, Criterion A Results: Conducted immunity testing, DC power ports Test voltage V e.m.f. Frequency sweep range Standby position to 80 MHz A check mark ( ) indicates test specification has been observed and no EUT response. Tested under the relevant condition: start position: For conducted disturbances tests performed on the DC power ports: The EUT complies with performance criterion A of EN Conclusion: The Fire extinguisher activator, brand FirePro Systems, type Activator meets the requirements of EN with regard to immunity to conducted disturbances.

12 Report Number: EMC1 EMC Report Page: RS 11/ Immunity to radiated electromagnetic disturbances - Test performed according to EN Severity levels and performance criteria according to EN , clause 8 - KIWA test procedure: WV_EU_EM.TIRD: General procedure for testing the immunity behaviour of electrical and electronic appliances, systems and installations to radiated disturbances - Measurement uncertainty: Frequency range Test levels Level uncertainty MHz 3 20 V/m +5.0 / -0.0 db The reported expanded uncertainty is based on a standard uncertainty multiplied by a coverage factor of k=2, providing a level of confidence of approximately 95%. Test equipment: Description: Manufacturer: Model number: KIWA ID code Bi-conical antenna EMCO Log-Per antenna EMCO RF generator Power amplifier ( MHz) Power amplifier ( MHz) Rohde und Schwarz SMY IFI M IFI M P.S Interface field-probe Holaday HI Field-probe Holaday HI-4421G Turn-table EMCO Positioning controller EMCO Compact Anechoic Chamber COMTEST / TDK CAC-S PC+Dedicated Software Software: KIWA RI_LF.vxe and RI_HF.vxe / Test description: The EUT is placed in the position in which it is normally operated. A turntable is used if possible and applicable to find the angle of the EUT to the impinging field in which it is the most susceptible. External wiring is placed in a position as to create a worst case situation for receiving the disturbing field. During this test the maximum wiring configuration of the EUT is used. Radiated disturbances shall be applied in the frequency range of 80 to 2000 MHz with a field strength of 3 V/m being 80% AM modulated. Radiated disturbances shall be applied in the frequency range of 2000 to 2700 MHz with a field strength of 1 V/m being 80% AM modulated.

13 Report Number: EMC1 EMC Report Page: RS 12/17 Requirements: Performance criterion A: The EUT shall continue to operate as intended during and after the test. No degradation of performance or loss of function is allowed below a performance level specified by the manufacturer when the EUT is used as intended. The performance level may be replaced by a permissible loss of performance. If the minimum performance level or the permissible performance loss is not specified by the manufacturer, either of these may be derived from the product description and documentation and what the user may reasonably expect from the EUT if used as intended. Frequency range Test level Immunity requirements for compliance with EN MHz 3 V/m, 80% AM Criterion A MHz 3 V/m, 80% AM Criterion A MHz 1 V/m, 80% AM Criterion A Results: Field strength V /m Radiated immunity testing Frequency sweep range 3 80 to 200 MHz to 1000 MHz Polarisation Horizontal Vertical Horizontal Vertical Standby position A check mark ( ) indicates test specification has been observed and no EUT response. Field strength V /m Radiated immunity testing Frequency sweep range to 2000 MHz to 2700MHz Polarisation Horizontal Vertical Horizontal Vertical Standby position A check mark ( ) indicates test specification has been observed and no EUT response. Tested under the relevant condition: standby position: The EUT complies with the requirements of performance criterion A of EN Conclusion: The Fire extinguisher activator, brand FirePro Systems, type Activator meets the requirements of EN with regard to immunity to radiated disturbances.

14 Report Number: EMC1 EMC Report Page: RS 13/ Immunity to electrostatic discharges - Test performed in accordance with EN Severity levels and performance criteria in accordance with EN , clause 8 - KIWA test procedure: WV_EU_EM.TIES: General procedure for testing the immunity behaviour of electrical and electronic appliances, systems and installations to electrostatic discharge - Measurement uncertainty: Parameter: Test level range: Level uncertainty: Uncertainty in discharge voltage 2 kv 8 kv +/- 3.5 % Uncertainty in first peak current A +/- 12 % Uncertainty in rise time of current 0.85 ns +/ ns Uncertainty in value of current after 30 ns 4 16 A +/- 35 % Uncertainty in value of current after 60 ns 2 8 A +/- 35 % The reported expanded uncertainty is based on a standard uncertainty multiplied by a coverage factor of k=2, providing a level of confidence of approximately 95%. Test equipment: Description: Manufacturer: Modelnumber: KIWA ID code ESD generator Schaffner NSG ESD generator Keytek MZ Test description: The EUT is placed in the position in which it is normally operated. A reference ground plane is placed 10 cm behind the EUT in case this is a wall hung appliance. If the EUT is a floor standing appliance, the reference ground plane is placed on the floor and the EUT 10 cm above it. The EUT is placed on a table with a reference plane 10 cm beneath it. In case of a mainly metal enclosure: Contact discharges are preferred and applied directly. Non conductive parts of the EUT that can be touched by the operator during normal operation are subjected to air discharges, while all conductive parts of the EUT accessible to the operator are subjected to contact discharges (this includes also painted surfaces with paint not intended to act as an insulator). In case of a non-conductive enclosure: Contact discharges are preferred and applied indirectly using a coupling plane. Requirements: Performance criterion B: The EUT shall continue to operate as intended after the test. No degradation of performance or loss of function is allowed below a performance level specified by the manufacturer, when the EUT is used as intended. The performance level may be replaced by a permissible loss of performance. During the test, degradation of performance is however allowed. No change of actual operating state or stored data is allowed.

15 Report Number: EMC1 EMC Report Page: RS 14/17 If the minimum performance level or the performance loss is not specified by the manufacturer, either of these may be derived from the product description and documentation, and from what the user may reasonably expect from the EUT if used as intended. ESD testing / contact discharge / Running, Standby position Voltage Immunity requirements for compliance with EN /- 4 kv criterion B Note: At least ten single contact discharges (in the most sensitive polarity) shall be applied to points that are likely to be touched in normal use, on all conductive parts of the EUT. ESD testing / air discharge / Running, Standby position Voltage Immunity requirements for compliance with EN /- 8 kv criterion B Note: At least ten single air discharges (in the most sensitive polarity) shall be applied to points that are likely to be touched in normal use, on all non conductive parts of the EUT. Results: Contact discharges either applied directly to the conductive surfaces Standby position Voltage + 4 kv - 4 kv A check mark ( ) indicates test specification has been observed and no EUT response. Tested under the relevant condition: standby position: The EUT complies with performance criterion B of EN Conclusion: The Fire extinguisher activator, brand FirePro Systems, type Activator meets the requirements of EN with regard to immunity to electrostatic discharges (ESD).

16 Report Number: EMC1 EMC Report Page: RS 15/17 4. Emission measurements Utilised measurement equipment and methods in accordance with CISPR 11 and CISPR Radiated disturbances (30 MHz 1000 MHz) - Measurement performed in accordance with EN Measurement method conform basic standard EN Limits in accordance with EN KIWA test procedure WV_EU_EM.TERD: General procedure for testing the emission of electrical and electronic appliances, systems and installations of radiated disturbances - Measurement uncertainty: Frequency range Result values Measurement uncertainty MHz dbμv/m +8.6 / -6.9 db MHz dbμv/m +7.1 / -5.9 db The reported expanded uncertainty is based on a standard uncertainty multiplied by a coverage factor of k=2, providing a level of confidence of approximately 95%. Test equipment: Description: Manufacturer: Model number: KIWA ID code Bi-conical antenna EMCO Log-Per antenna EMCO Antenna Cable KIWA N.A EMI Test receiver Rohde und Schwarz ESVS Compact Anechoic Chamber COMTEST / TDK CAC-S PC+Dedicated Software Test description: Software: Rohde und Schwarz ESxS-K1 Version 2.10 Part.no / Radiated emission is measured according to EN Class A Group I. The measurements are performed in a CALC. The results are converted to 10m OATS response so they can be compared to the limits directly. Measurements are made with a quasi peak detector. The EUT is placed in the position in which it is normally operated with regard to the material of the enclosure, the length of the leads and the presence of an earth connection. The EUT will be tested in all relevant operating modes. Requirements: The radiated emission of the EUT must satisfy the following field strength limits for both horizontal and vertical polarization: Frequency range 30Mz 230 MHz 230Mz 1000 MHz QP Limit 40 db(μv/m) 47 db(μv/m)

17 Report Number: EMC1 EMC Report Page: RS 16/17 Results: For results of the radiated emission measurement in the frequency band from 30 MHz 1000 MHz see figures R1 to R4: Figure R1 PASS Radiated emission MHz Horizontal polarization (start position) Figure R2 PASS Radiated emission MHz Vertical polarization (start position) Figure R3 PASS Radiated emission MHz Horizontal polarization (start position) Figure R4 PASS Radiated emission MHz Vertical polarization (start position) Conclusion: The Fire extinguisher activator, brand FirePro Systems, type Activator meets the requirements of EN with regard to emission of radiated disturbances. 4.2 Conducted continuous disturbances ( MHz) - Measurements performed in accordance with EN Measurement method conform basic standard EN (CISPR 11) - Limits in accordance with EN KIWA test procedure WV_EU_EM.TECD: General procedure for testing the emission of electrical and electronic appliances, systems and installations of conducted disturbances - Measurement uncertainty: db / db, when both QP & AV results are between 30 dbμv and 100 dbμv The reported expanded uncertainty is based on a standard uncertainty multiplied by a coverage factor of k=2, providing a level of confidence of approximately 95%. Test equipment: Description: Manufacturer: Model number: KIWA ID code Artificial mains network EMI Test receiver PC+ Dedicated Software Rohde und Schwarz Rohde und Schwarz Software: Rohde und Schwarz ESH2-Z ESHS ESxS-K1 Part. no ser no: RSS.0000/ / Test description: With the reference ground plane placed 10 cm beneath or behind it the EUT mains terminals are measured according to EN The EUT is placed in the position in which it is normally operated, with regard to the

18 Report Number: EMC1 EMC Report Page: RS 17/17 material of the enclosure, the length of the leads and the presence of an earth connection. Measurements are made on both neutral and phase (or N and L1+L2+L3 for 3 phase equipment) with the use of an AMN (Artificial Mains Network). Requirements: The conducted continuous emission of the EUT must satisfy the following terminal voltage limits: Frequency range At mains terminals At load terminals and at additional terminals [MHz] dbμv dbμv dbμv dbμv Quasi peak Average Quasi peak Average 0.15 to under under consideration consideration 0.50 to under consideration under consideration 5 to under consideration under consideration Results: For results of the conducted continuous disturbance measurements in the frequency band from 150 khz to 30 MHz see figure C1: Figure C1 PASS Conducted emission in standby position Conclusion: The Fire extinguisher activator, brand FirePro Systems, type Activator meets the requirements of EN with regard to emission of conducted continuous disturbances.

19 KIWA CERTIFICATION B.V. FILES Report Number: %%RappNr EMC Report Page: GF 1/00 N.v.t. PM LM NR OMSCHRIJVING ( ) ( ) ( ) 1 Inhoudsopgave: Is deze conform inhoud van het rapport? 2 Algemeen: Zijn type nummers in het gehele rapport uniform aangegeven? 3 Algemeen: Is keuringsobject voldoende vastgelegd (b.v. tekeningen / stuklijst / foto s)? 4 Algemeen: Is iedere pagina van het rapport voorzien van een rapportnummer? 5 Algemeen: Is iedere pagina van het rapport voorzien van paraaf van de verantwoordelijke engineer(s) en een overall paraaf van de PM? 6 Heading Sheets: Zijn NAW gegevens van de fabrikant in orde? 7 Heading Sheets + Summary Sheets: Zijn vermelde normen conform offerte (incl. eventueel certificaat + bijlage certificaat)? 8 Modification: -Zijn modificaties in voldoende detail beschreven? -Is testprogramma voldoende onderbouwd? -Zijn testresultaten duidelijk vastgelegd? 9 Test Sheets: Zijn alle artikelen ingevuld? 10 Test Sheets: Komen test sheets overeen met de product specificaties? 11 Test Sheets: Zijn verwijzingen naar andere bladen in orde? 12 Result Sheets: Zijn relevante sample nummers aangeven? 13 Result Sheets: Is technisch inhoudelijk akkoord? 14 Result Sheets: Is de locatie waar de testen zijn uitgevoerd duidelijk aangegeven? 15 Result Sheets: Is eventuele uitbesteding duidelijk aangegeven? 16 Result Sheets: Is nagegaan of uitbesteding in de lijst van standaard toeleveranciers voorkomt? 17 Tekeningen: Is de inhoudsopgave in orde? 18 Tekeningen: Zijn alle tekeningen gestempeld? 19 KIWA Files: Is alle ruwe test data bijgevoegd (eventueel in een separate map) en voorzien van een projectnummer? 20 KIWA Files:Is rapport overeenkomstig met de ruwe data? 21 KIWA Files: Zijn eventuele aandachtspunten m.b.t. product controle aangegeven? 22 KIWA Files: Zijn offerte en klanten order toegevoegd en voorzien van een projectnummer? 23 Correspondentie Files: -Is relevante correspondentie toegevoegd (eventueel in een separate map) en voorzien van een projectnummer? -Is alleen die correspondentie toegevoegd t.a.v. testresults die niet op andere wijze in het rapport voorkomt? 24 Opleiding: Zijn de Test Engineers geautoriseerd voor de betreffende verrichtingen? 25 Opleiding: Zijn er Test Engineers die nog onder mentorschap staan en zo ja heeft de verantwoordelijke mentor getekend voor akkoord? 26 Rapport retour aan Test Engineer voor doorvoeren verbeteringen? J/N 27 Certificering: Is project begeleidingsformulier CZ 0063 bijgevoegd en volledig ingevuld? 28 Certificering: Komen de certificatie gegevens (certificaat en/of bijlage) overeen met de gegevens in het rapport? 29 Certificering: Is rapport geaccepteerd (niet ingevuld betekent dat er (nog) geen opmerkingen van de Certificeerder zijn ontvangen *)? *): Opmerkingen van CZ:... Maatregelen door Lab:... Paraaf akkoord PM/LM:.. Job reference: %%JobNr Initials

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