Test Report
Contents
1. Requirement Test Result Remark B 7 RD Locked rotor overload test for d c motors in secondary p circuits B 7 2 RD Test procedure Block until steady conditions are p established B 7 3 RD __ Alternative test procedure test time h Temp not exceed the values specified in Table B 1 after test p 2h until steady conditions are established B 7 4 RD Electric strength test Operation voltage Not exceed N A 60 V d c B 8 RD Test for motors with capacitors N A B 9 RD Test for three phase motors N A B 10 RD Test for series motors N A C RD ANNEX C TRANSFORMERS see 1 5 4 RD and 5 3 3 RD See table 4 3 C 1 RD Overload test No excessive temperature P Safety isolation transformer OP With AC 3000V after humidity treatment ANNEX D MEASURING INSTRUMENTS FOR TOUCH CURRENT TESTS D RD see 5 1 4 RD D 1 RD Measuring instrument D 2 RD Alternative measuring instrument E RD TEMPERATURE RISE OF A WINDING see 1 4 13 F RD MEASURING OF CLEARANCES AND CREEPAGE DISTANCES see 2 10 Report No MTS GEG D12110968 Page 23 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark G RD ANNEX G ALTERNATIVE METHOD FOR DETERMINING MINIMUM N A CLEARANCES G 1 RD General G 1 1 RD G 1 2 RD Summary of the procedure for determining minimum clearances i G 2 RD Determination of mains transient voltage V G 2 1 RD_2. Compliance Laboratory EN 62040 1 Requirement Test Result Remark Voltages under fault conditions Use isolate transformer and adequate creepage distance and Connection of SELV circuits to other circuits clearance to provide reinforced insulation between RS232 circuit and hazardous voltage circuits 522 racore renano erns mw NA e T paaro vane r Pn Measured current mA i Ss a Measured voltage V Ss Measured capacitance uF 2 4 3 RD Connection of limited current circuits to other circuits cs a E E SRO rnscomecionotequoment SSdSSCSC idSCOP esmo feeen S CS e Sd SSSCSC dSCOP asaro ELV ereus as iereomectoncreuts SSSS d CONA asaro Daa ponsieracstoraleqpment J SSSSS d CONA 5 2 5 Limited power source 2 5 RD ae network limited output under normal operating and single fault condition fd d Overcurrent protective device limited output ee ee Max output voltage V max output current A max apparent power VA Current rating of overcurrent protective device A ee a Protective earthing and bonding p sat eea o Seebelow P 2 6 RD Provisions for earthing and bonding seebelow PCS 5 3 1 Protective earthing UPS are class I equipments 2 6 1 RD connection of relevant Report No MTS GEG D12110968 Page 9 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark 2 6 2 RD Functional earthing 2 6 3 RD Protective earthing and protective
3. i Electric strength test 3000V 2 layers 5 Number of layers DCS cccecceeeeeeeeeeeeeeeneeeeeeeneees Report No MTS GEG D12110968 Page 13 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark angle between 45 and 90 iisseiecudiaeeeniiaeeetassieene 2 10 6 RD Coated printed boards ooo 10 6 2 R Sample preparation and preliminary inspection Thermal ageing C ccccececceeesstreeeeeeteeeeeenieeeeeteaas an Eo F WSR iseti strength test a ee gt 10 6 6 R Abrasion resistance test t 2 10 7 RD Enclosed and sealed parts cccceeeeseeeetteeeeees Temperature T1 T2 Tma Tamb 10K C ccce i 210 8 RD Spacings filled by insulating compound 1 Certified sources of Photo coupler used No other components applied for Electric strength test Electric strength test was performed during the component approval Hore omer a 2 10 10 R No reduction of distances D j Insulation with varying dimensions considered N A a WIRING CONNECTIONS AND SUPPLY OP e E E E 4 1 1 Introduction 3 1 RD 3 14 1 RD Current rating and overcurrent protection All wirings meet the requirement 3 1 2 RD _ Protection against mechanical damage Wires do not touch sharp edges and heatsinks which could damage the insulation and cause hazard 3 1 3 RD Securing of internal wiring Internal wirings are routed supported clamped s
4. neeese Rated frequency or rated frequency range Hz Max ambient operating temperature range C Type model or type reference 0 0 0 ccccceceeeteeeeees eassio o Symbol for Class I equipment only eee Class equipment Other SYMbOIS secaraa ceeeeineees eee Additional symbols or markings do not give rise to misunderstanding Certification Marks 0 0 cece eee ccss ee eeeeeeeeeesaneeeeeeaee CE Instructions for units with automatic See user manual bypass maintenance bypass additional input a c supply or external batteries having text See installation instructions before connecting to the supply E E Safety instructions available as required to avoid User manual inform adequate introduction of hazards when operating installing information to users and there are LS as ae 1 TS a ae O zoa Ss Ions Manufacturer s name or trademark or at identification Mark 0 0 eececeeeeeeeeeeeeeeeeeeeeteeeeeeeneneeeeenaes Ltd C an Loe a maintaining transporting or storing the UPS such words in user manuals Guidance on the level of competence necessary for User manual inform adequate installation for operator and service person information to users and there are such words in user manuals Installation instructions should include reference to national wiring rules Report No MTS GEG D12110968 Page 5 of 30 TN ST Compliance Laboratory EN 62040 1 R
5. 3 4 5 RD Switches in flexible cords N A 3 4 6 RD Number of poles single phase and d c equipment P 3 4 7 RD _ Number of poles three phase equipment N A 3 4 8 RD Switches as disconnect devices N A 3 4 9 RD _ Plugs as disconnect devices N A 3 4 10 RD Interconnected equipment N A 3 4 11 RD Multiple power sources i Haare ent power N A ae P E a Over current protection by one Input breaker in equipment Protection devices considered to provide sufficient protection Report No MTS GEG D12110968 Page 11 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark against earth faults O ooo o oo against earth faults O J provided Warning to service personnel ccccesecseeeeeeeee O a 552 Basic requirements Equipment relies on circuit breaker in the equipment in regard to L to N short circuit Over current protection is provided by the built in circuit breaker pee eee a E Poet eee ee ee Fe e E E 5 3 1 RD Protection against overload and abnormal operation Switches and relays N A 2 8 7 4 RD Contact gaps MM 0 eesseesseesseeseesseesneess Pee N A 2 8 7 3 RD Endurance test 2 8 7 4 RD Electric strength test 5 6 2 There is no service person Service person protection access areas while EUT is 5 6 2 1 Introduction 5 6 2 3 Location and guarding of parts nz paz Report No MTS GEG D12110968 Page 12 of 30 554 N oo ve iw N
6. AC mains supply G 2 2 RD_ Earthed d c mains supplies N A G 2 3 RD Unearthed d c mains supplies N A G 2 4 RD _ Battery operation N A Determination of telecommunication network transient G 3 RD voltage V N A N A Mains transients and internal repetitive peaks G 4 1 RD N A G 4 3 RD Combination of transients 7 Transients from cable distribution systems G 4 2 RD Transients from telecommunication networks mA G 4 RD Determination of required withstand voltage V G 5 RD Measurement of transient levels V G 4 4 RD N A N A G 6 RD Determination of minimum clearances N A H RD ANNEX H GUIDANCE ON PROTECTION AGAINST INGRESS OF WATER N A AND FOREIGN OBJECTS see IEC 60529 ANNEX J TABLE OF ELECTROCHEMICAL POTENTIALS see 2 6 5 6 RD Screw steel plated with Zn Enclosure mild metal Nut and washer steel plated Metal used with Zn The max electrochemical potential is 0 3V for metal with Zn K RD ANNEX K THERMAL CONTROLS see 1 5 3 and 5 3 7 K 1 RD Marking and breaking capacity N A K 2 RD Thermostat reliability operating voltage V N A K 3 RD Thermostat endurance test operating voltage V N A Report No MTS GEG D12110968 Page 24 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark K 4 RD Temperature limiter endurance operating voltage V N A K 5
7. EN 62040 1 Requirement Test Result Remark 3 3 5 RD Wiring terminal sizes Rated current A type and nominal thread diameter MM oc ececeeceeceeeeeeeceeeeeeeeneeeeeeeneeeeeeenaees 33 6 RD _ Wiring terminals design Ss ia al C eee er E PHYSICAL REQUIREMENTS oP The frame or chassis of EUT is 7 1 Enclosure not use to carry current during intended operation o The unit does not overbalance 4 1 RD Angle of 10 Tilted to an angle of 10 OP Test force Tests performed and passed Results see below After tests unit complied with the 4 2 4 RD General requirements of sub clauses 2 1 1 RD 2 6 1 RD and 2 10 RD 10 N applied to all components 4 2 2 RD Steady force test 10 N other than enclosure 4 2 4 RD Steady force test 250 N A0 Napelod aul oP enclosure Fall test No hazard as result from steel ball fall test No hazard as result from steel Swing test i ball swing test 4 2 6 RD Drop test Not required for this equipment performed at 70 C no 4 2 7 RD Stress relief test Test distarion found on front panel 4 2 8 RD Cathode ray tubes No CRT in the unit Picture tube separately Certified ec eeeeeeeeeeeees i PN 4 2 9 RD High pressure lamps No high pressure lamp provided PN E 4 2 10 RD Wall or ceiling mounted equipment force N PN E All edges and corners are 4 3 1 RD _ Edges and corners rounded and smoothed OP No handles or manual controls 4 3 2 RD _ Handles an
8. bonding terminals The protective earthing wiring terminal is indicated by the symbol IEC60417 1 7 7 2 RD Terminal for a c mains supply conductors 1 7 7 3 RD Terminals for d c mains supply conductors Battery terminals 4 7 9 Controls and indicators See below 1 7 8 RD 1 7 8 1 RD Identification location and marking ee ee 4 7 8 2 RD COIOUTS cysts da eran tana pclae aera eg tapeaenacees Colours are acceptable due to only used for information no safety involved even if disregarded Report No MTS GEG D12110968 Page 6 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark 1 7 8 3 RD Symbols according to IEC 60417 eee f N A 1 7 8 4 RD Markings using figures eee eeeteeeeeetteeetees Not used N A 4 7 10 Isolation of multiple power SOUICES eeeeee Only one external supply of 1 7 9 RD hazardous voltage or energy 47 11 IT power systems Not applied for IT power Ee 1 7 10 RD T power distribution IT power distribution systems 4 7 12 Protection in Ee e installations PE against electric shock does not rely on RCD 4 7 13 High leakage current MA ceeeeeceeeeeeeeteeeeeeeees Leakage current of the 5 1 RD equipment does not exceed 3 5 MA 4 7 14 Thermostats and other regulating devices No device is intended to be 1 7 11 RD adjusted during in installation N A or normal operation mode 4 7 PoTN Englis
9. primary circuits Between lines X capacitors and Y capacitors comply with IEC 60384 14 1 5 7 RD Double insulation or reinforced insulation bridged by See below components 1 5 7 1 RD ee ee 1 5 8 RD Components in equipment for IT power systems sii for II power N A 5 Powermenee TFP 1 6 1 RD_ AC power distribution systems TN power system OP 1 6 2 RD INput current See table 4 6 OP 1 6 4 RD Basic insulation for rated voltage between earthed parts and line and neutral conductors O p neutral is not isolated from the i p neutral Neutral conductor A D Report No MTS GEG D12110968 Page 4 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark E C a 47a 7 1 jaza Genera 4 7 2 Power rating All required markings are affixed on labels located on the rear enclosure of UPS mmut rated voltage range V gt 1930V oP rated current range A 455A Therefore no such marking Input symbol for nature of supply d C cccccccee Not designed for d c only PNA N A required Input rated frequency range HZ n se gt 50Hz Output rated voltage range V cccscesescscseseeeeeeee gt lo30y oP Output rated current range A cscccccsccccsteteteeeeeees Po P Number of a phases 10 3 with without neutral UPS 16 oP Output rated apparent power VA c ccccsecceeeeeeeee Aia OP Output symbol for nature of supply C
10. 3 10 819 43 1 43 1 Normal operation at rated load Note s measure the input currents with full load 5 3 TABLE Provisions for protective earthing P 2 6 3 3 RD EUT Location Resistance measured mQ comments I P earth O P earth 40 Tested at 25A 2munite EA8810 I P earth metal enclosure 44 Tested at 25A 2munite I P earth earth on PCB 53 Tested at 25A 2munite 7 7 TABLE maximum temperatures P Test voltage V See below om tI C ET E OCI aonan Maximum temperature T of part at T C T Allowed Tmax C 207V 50Hz 253V 50Hz Internal wiring 39 8 37 1 80 40 25 65 Electrolyte capacitor C1 53 2 52 5 105 40 25 90 Cap Y surface 58 3 58 2 125 40 25 110 T1 winding 67 5 62 9 130 10 40 25 95 T1 core 66 3 62 0 130 10 40 25 95 U1 surface 53 8 52 8 100 40 25 85 PCB under T1 63 0 65 3 130 40 25 115 Enclosure inside near transformer 53 3 55 6 85 40 25 70 component Enclosure outside near transformer 43 6 43 3 85 40 25 70 component side RY1 48 3 47 9 T 115 40 25 100 L1 80 5 82 1 130 40 25 95 Panel 30 7 T 31 2 80 Ambient 25 2 T 25 3 Report No MTS GEG D12110968 Page 28 of 30 TN ST Compliance Laboratory Note s 1 The temperatures were measured under worst normal mode defined in 1 2 2 1 a
11. 3 RD Mounting of samples A 2 4 RD _ Test flame see IEC 60695 1 1 4 A 1 RD Lo o 3 ao i BE S rzaro azaro Report No MTS GEG D12110968 Page 21 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark Flame A B or C A 2 5 RD Test procefure A 2 6 RD Compliance criteria Sample 1 burning time s Sample 2 burning time s 7 Sample 3 burning time s A2 7 RD Alternative test acc to IEC 60695 2 2 cl 4 and 8 Sample 1 burning time s Sample 2 burning time s O Ll Sample 3 burning time s i A3RD B RD ANNEX B MOTOR TESTS UNDER ABNORMAL CONDITIONS see 4 7 2 2 RD and 5 3 2 RD B 1 RD General requirements d c fan motors in SECONDARY CIRCUITS Rear of the enclosure See table4 3 See table4 3 B 2 RD Test conditions The test in the equipment B 3 RD Maximum temperatures No excessive temperatures B 4 RD Running overload test B 5 RD Locked rotor overload test Sa a 3 ol See table4 3 a B2RD Test duration days Ll Electric strength test test voltage V B 6 RD Running overload test for d c motors in secondary No possible circuits B 6 2 RD _ Test procedure B 6 3 RD Alternative test procedure B 6 4 RD Electric strength test Report No MTS GEG D12110968 Page 22 of 30 TN ST Compliance Laboratory EN 62040 1
12. I NIN oo oo oo N ajaja N W VIDD 3 0 o 5 5 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark Inadvertent reactivation N A 5627 Capacitorbanks Internal batteries N A 210 RD Clearances creepage distances and distances through insulation Adopt the condition Pollution Degree 2 maximum TN power system See appended table 8 2 considered 10 3 1 R Annex F RD and minimum D General clearances considered 10 3 2 R 2 10 2 10 2 10 3 2 Clearance in primary circuits 2 10 2 N oO ys 0 D i D D Clearances in primary circuits D p y meet the requirement 10 3 3 R_ Clearances in secondary circuits Clearance in secondary circuits D meet the requirement Measurement of transient voltage levels 2 10 4 RD Creepage distances Cree page distance meets the pag requirement D CT ESIS iusi neritic CTI rating for all materials of min 100 2 10 5 RD Solid insulation See below D 10 3 4 Se Minimum distance through insulation nes SPPENUEN ADIE 10 5 3 N A 10 5 2 R_ Thin sheet material Transformer insulation sheet D Number of layers DCS cecceceeeeeeeeeeeeteeeeeeeeeeenaees a Ss oO iq 2 2 Distance through insulation Electric strength test for thin sheet insulating material Number of layers DCS ceceeeeeeeeeeeeeeeeeeneeeeeeenaeees Wound components D ee f a
13. P C100A Songchuan group companies 832A 1C F C DC FAN Yate loon Electronics Corp D80BH 12 X2 cap Jimson Electonics Xiamen Co MKP Ltd i Electonics Xiamen Co MKP Front panel CHIMEI PA765A Inductor Dongguan FuYong YuYuan Power T250 34 Winding Co Ltd DSP EA8810 Guanghua Industrial Co Ltd INV 8K FDK or HENLI EE16 EE16 Bobbin CHANG CHUN PLASTICS Varnish HANG CHEUNG 8562 C PETROCHEMICAL LTD men vanua w Transformer 46 TABLE input current test Technical Data 130 C V 0 6 3A 15A 20A 250V 32A 600V 600VDC 30A 380V 100A 12VDC 30A DC12V 0 18A 42 1 ft2 min 0 47uF 275V 1 0uF 275V 0 47uF 275V 1 0uF 275V Y2 4700pF Y2 4700pF thickness gt 2 54mm 180 C Class B 130 C 94V 0 130 C 94V 0 150 C 94V 0 130 C 130 C 94V 0 Mark s of Conformity1 a 1s w Be il i Mi i E w J 1w iw w O gjg m m m m m m m mimi my m TUV R09954588 1s UL E56070 Test with the appliance UL 85640 UL E165111 N UL 59481 S UL E200154 UL E165111 N EUT Fuse Irated A U V P kw I A fuse A Condition status EA8810 Input breker 45 5 207 10 134 44 9 44 9 Normal operation at rated load EA8810 Input breker 45 5 230 10 451 43 8 43 8 Normal operation at rated load Report No MTS GEG D12110968 Page 27 of 30 TN ST Compliance Laboratory EA8810 Input breker 45 5 25
14. RD Thermal cut out reliability N A K 6 RD Stability of operation N A ANNEX L BACKFEED PROTECTION TEST oP Test for pluggable equipment type A or L 2 pluggable equipment type B UPS Test for permanently connected UPS Not applicable Single fault conditions No hazards fe oneen Bones OF REFERENCE conors dP Worst case power factors as Reference capacitive resistive loads specified by the manufacturer maintained during the relevant tests M 5 Reference non linear load M 5 1 Test method M 5 2 Connection of the non linear reference load ANNEX U INSULATED WINDING WIRES FOR USE WITHOUT INTERLEAVED INSULATION see 2 10 5 4 RD Report No MTS GEG D12110968 Page 25 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark ANNEX X GUIDANCE FOR DISCONNECTION OF BATTERIES DURING SHIPMENT N A L prer O e ANNEX Y ULTRAVIOLET LIGHT CONDITIONING TEST see clause 4 3 13 3 RD x x IKI X X AJOIN gt x lt on Test apparatus Mounting of test samples Carbon arc light exposure apparatus Xenon arc light exposure apparatus Report No MTS GEG D12110968 Page 26 of 30 TN ST Compliance Laboratory 43 TABLE list of critical components and materials RDX2 100 1P Air circ it breaker PEOPLE ELE APPLIANCE C100A ai er GROUP CHINA RDX2 100 2
15. TN ST Compliance Laboratory PO Test Report Applicant Guangdong East Power Co Ltd Product Uninterruptible Power Systems Trademark EAST Model No EA8808 EA8810 Prepared by Most Technology Service Co Limited The safety testing has been performed on the submitted samples and found in compliance with the council LVD directive 2006 95 EC Most Technology Service Co Limited No 5 2nd Langshan Road North District Hi tech Industry Park Nanshan Shenzhen Guangdong China Phone 86 755 861 70306 Fax 86 755 86170310 http www szmost com Report No MTS GEG D12110968 Page 1 of 30 TN SIT Compliance Laboratory Test Report EN 62040 1 Uninterruptible power systems UPS Part 1 General and safety requirements for UPS Report Reference No Tested by Name signature Approved by Name signature Date of issue November 28 2012 Testing laboratory Most Technology Service Co Limited No 5 2nd Langshan Road North District Hi Tech Industrial park Nanshan Shenzhen Guangdong China Same as above Guangdong East Power Co Ltd No 6 Northern Industry Road Songshan Lake SCI amp TECH industry park Dongguan City Guangdong Province China 523808 Test specification Standard EN 62040 1 2008 Procedure deviation gt N A Non standard test method N A Test item Description Uninterruptible Power Systems Trademark ccceeeeeeeeeeeeeeeeenes EAST Model type refer
16. arts requiring a fire enclosure With having the following components Components in primary circuits Insulated wiring The fire enclosure is required 4 7 2 2 RD Parts not requiring a fire enclosure Po aso V S e S Report No MTS GEG D12110968 Page 17 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark ees eee details see table 4 3 thermoplastic front panel For See sbcewse 47 2RD see table 4 3 outside fire enclosures 4 7 3 4 RD Materials for components and other parts inside Lee eee components except fire enclosures small parts are V 2 HF 2 or better 47 47 3 5 RD 5 RD Materials erm air filter assemblies No air filters No air fiters provided Reale Materials Daa in high voltage components SS high voltage components provided C a E a a E E E Ee e A eS rs E 7 6 4 Case insulation 5 2 RD Electric strength a C Pomem oes e E A 45am fema O i e P e a T T a zsaRD Temperate nmns or matera seo Tane Tras asaro Toun emperane see Tae 77rd P U 3 ELECTRICAL REQUIREMENTS AND SIMULATED ABNORMAL CONDITIONS 8 1 5 4 4 Rp General provisions for earth leakage PE Report No MTS GEG D12110968 Page 18 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark See subclause 5 1 2 RD below Only one AC main supply Earth leakage current 5 1 2 RD Equipment under test EUT Equipment with touch current exceedi
17. bonding conductors a Rated current A cross sectional area mm AWG 2 6 3 2 RD Size of protective earthing conductors 2 6 3 3 RD Size of protective bonding conductors conductive parts to the PE terminal via green yellow insulated wires All eartheing is separated from parts at hazardous voltages Size of protective earthing conductors comply with the requirements in table 3B RD See the specification of power cords in table 4 5 List of critical components Size of protective earthing conductors comply with the requirements in table 3B RD Same as 2 6 3 1 RD ae Rated current A cross sectional area mm2 AWG ellis 2 6 3 4 RD Resistance Q of earthing conductors and their terminations resistance ohm voltage drop V test current A duration min 2 6 3 5 RD Colour of insulation 2 6 4 2 RD Protective earthing and bonding terminals 2 2 6 5 2 RD Components in protective earthing conductors and protective bonding conductors 2 6 5 3 RD Disconnection of protective earth 2 6 5 4 RD Parts that can be removed by an operator Report No MTS GEG D12110968 6 4 3 RD Separation of the protective earthing conductor from protective bonding conductors 2 6 5 RD Integrity of protective earthing Resistance of the protective bonding conductor is less than 0 10 See table 5 3 2 6 3 3 RD Ground continuity Test be The insulation of the protective eatthing conductor in power cord supplied
18. closure of UPS and battery compartment Information clearly legible L Battery type Lead acid type as 12Vdc oP a Nominal voltage of total battery V Ee O P O Ll Nominal capacity of total battery optional PR Loe Instructions 47 24 Installation instructions No special attention is needed FUNDAMENTAL DESIGN REQUIREMENTS P Protection against electric shock and energy hazards oP 544 Protection for UPS intended to be used in operator See bel access areas Se DEION 2 1 1 2 RD Battery compartments ccceceeeteeeeeeceeeeeeettees No any hazardous voltage 2 1 1 4 RD Access to hazardous voltage circuit wiring circuit wiring can be accessed by operator 2 1 1 5 RD Energy hazards 0 cececeeseeeeeeeeeeeeeeeeneeeeeeneeeeeeeaas There ee haxarg in operation access areas No conductive controls or 2 1 1 6 RD Manual controls handles or alike provided Permitted to have access to bare parts of SELV circuits N A bare parts of limited current circuits TNV circuits under specified conditions e a access areas SE a E access areas a Working voltage Vpeak or Vrms minimum ee ll distance mm through insulation Ce a a sl Description of the construction c ce ceeeeeeeeeeeeeeeeee Sr Be 2 _ Reaurenenisorauiayerus SSSCSC S S S S 521 atey srra w varao ereas sv dT y f 22 0 femara O o e e a Report No MTS GEG D12110968 Page 8 of 30 TN ST
19. d manual controls force N e provided No axial pull applied to push buttons Report No MTS GEG D12110968 Page 16 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark There is not such adjustable 4 3 3 RD Adjustable controls control device in EUT There is not such part of 4 3 4 RD Securing of parts securing in EUT Pe No mismating of connectors 4 3 5 RD Connection of plugs and sockets plugs or sockets possible Pai 4 3 7 RD Heating elements in earthed equipment No heating elements provided NIA N A gases provided Zano Protection epansthazariowsmommepat o kaaro Protcion nopertoreccessareas i 44RD Protectoninresiced access locos m kaano Protcion nsenies accessors OOOO jsin0_ Thematrequremens i SSC dSCO aso femea oiera e asaro emee OOOO o y e O homaar O OOOO asard Temperaure imis tor maters see Tane 77 raeas P asaro Tovchtemperauetnis see Taie erty P Zs sro Resistance wnormalnest ieee appenaedie7 P m fomes o o o ZO SSSCSC tiSSC C SNCCOC i Resistance to fire 4 7 RD 4 7 4 RD Redielng the risk of ignition and spread of See below fi Method 1 selection and application of Use of materials with the components wiring and materials required flammability classes Method 2 application of all of simulated fault N A condition tests Conditions for a fire enclosure See below 4 7 2 1 RD P
20. e 20 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark M 3 RD Method B M 3 1 RD_ Ringing signal T M 3 1 14 RD Frequency HZ sicicciaiins cecaerimscierannsieaanlissatgnicicanians M 3 1 2 RD Voltage V EE T ET M 3 1 3 RD Cadence time s voltage V 0 eee f M 3 1 4 RD Single fault current MA seeeeeteeeeeeeeeeeeneees M 3 2 RD _ Tripping device and monitoring voltage M 3 2 1 RD Conditions for use of a tripping device or a monitoring voltage M 3 2 2 RD Tripping device M 3 2 3 RD Monitoring voltage V sscecicetranisuiraerasoinnansierasdarsesads j ANNEX A TESTS FOR RESISTANCE TO HEAT AND FIRE N A Flammability test for fire enclosures of movable Metal enclosure equipment having a total mass exceeding 18kg and of stationary equipment see 4 7 3 2 Samples Wall thickness mm Conditioning of samples temperature C Mounting of samples Test flame see IEC 60695 11 3 Flame A B C or D Test procedure Compliance criteria Sample 1 burning time s Sample 2 burning time s Sample 3 burning time s Flammability test for fire enclosures of movable equipment having a total mass not exceeding 18kg and for material and components located inside fire enclosures see 4 7 3 2 and 4 7 3 4 Samples material Wall thinkness m A 2 2 RD_ Conditioning of samples A 2
21. ecured in place 3 1 6 RD Screws for electrical contact pressure All screws for electrical contact pressure are threaded into Report No MTS GEG D12110968 Page 14 of 30 TN ST Compliance Laboratory EN 62040 1 D a a threads material to be used in electrical N A connections in EUT 3 1 8 RD Self tapping and spaced thread screws No self tapping or spaced thread screws used for connection of current carrying parts e O O 6 1 2 Dimensions and ratings of busbars and insulated conductors General provisions for connection to power ooo SP 3 2 2 RD Multiple supply connections Single supply connection 3 2 3 RD _ Permanently connected equipment N A Number of conductors diameter mm of cable and conduits 3 2 4 RD Appliance inlets 3 2 5 RD _ Power supply cords 3 2 5 1 RD AC power supply cords 3 2 5 2 RD DC power supply cords 3 26 RD Cord anchorages and strain relief 3 27 RD _ Protection against mechanical damage ld Rated current A cross sectional area mm2 iy Lg D mMm test mass 9 ceils enstdcicaletadsiacandisieacnttaiadaalors i L Radius of curvature of cord MM s es Means Of CONNECTION ccccccceseeteseteteteeteteeeteeeees Ll More than one supply connection 0 ceeee ck Rated current A cord cable type crosssectional ARCA IMME esiaine aio A deed dna sdeseedes f Report No MTS GEG D12110968 Page 15 of 30 TN ST Compliance Laboratory
22. ence EA8810 Rating Ootetin shes xenas cna cyeaisntealacts Input AC 230V SOHZ 45 5A Battery DC 192V Output AC 230V 50HZ Capacity 10KVA Manufacturer a src Guangdong East Power Co Ltd AddresS ss cacecsic tar ceciaite eae pestis No 6 Northern Industry Road Songshan Lake SCI amp TECH industry park Dongguan City Guangdong Province China 523808 Report No MTS GEG D12110968 Page 2 of 30 TN ST Compliance Laboratory Test item particulars Operation condition Tested IT power system IT testing phase phase voltage V Class of equipment Mass of equipment kg Mains supply tolerance 10 10 Protection against ingress of water IP20 Possible test case verdicts test case does not apply to the test object test object does meet the requirement test object does not meet the requirement General remarks The test results presented in this report relate only to the object tested This report shall not be reproduced except in full without the written approval of the Issuing testing laboratory see appended table refers to a table appended to the report see remark refers to a remark appended to the report see Annex refers to an annex appended to the report Throughout this report a comma point is used as the decimal separator General Product information All models are with same principle constructional and insulation just different the Capac
23. eneaerisctenreeccnaes ano _ FORGE Tenors Fn eon ERGATA WA 6 2 1 RD Separation requirements 6 2 2 RD Electric strength test procedure se 62 2 1RD impuse test O o d Oa 6 3 RD Protection of the telecommunication wiring system from overheating Max output current A Current limiting method esscressrceiireni nnana f Protection in restricted access locations The unit is not limited to be used in restricted access locations N A TNV circuits E Type of TNV CWCUIS eroiiescairen Separation from other circuits and from accessible parts Insulation employed ec eeeeeeeeneeeeeeenteeeeeenteeeeeeeaes Separation from hazardous voltages Insulation employed ccccccsestcessscseeceteteeeeeceeeeeees ee ee 23 4 RD _ Connection of TNV circuits to other circuits Po ONA E Insulation employed s seseseeeiesesieseeeresrssresrsereresrens 3 ee 23 5 RD _ Test for operating voltages generated externally ee A 2 6 5 8 RD Reliance on telecommunication network or cable distribution system a 3 3 R_ Clearances in secondary circuits nn od oun 3 4 R Measurement of transient voltage levels a ie 2 10 4 RD Creepage distances ee ee 3 5 RD Interconnection of equipment 35 1 RD General requirements 3 5 2 RD Types of interconnection circuits M RD CRITERIA FOR TELEPHONE RINGING SIGNALS see 2 3 1 RD ANNEX M M 1 RD Introduction M 2 RD Method A Report No MTS GEG D12110968 Pag
24. equirement Test Result Remark Operation Guidance on the level of competence necessary to User manual inform adequate operate the equipment information to users and there are 4 7 3 4 Maintenance Safety instructions to be used during maintenance of the UPS are normally made available only to service persons For the purpose of warning the electrical service person against backfeed situations not caused by the UPS but that may arise when a particular load fault is present while the UPS operates in stored energy mode or while unbalanced loads are supplied through a particular power distribution system the installation instructions for permanently connected UPS shall require the fitting of a warning label such words in user manuals Warning label with text Before working on this circuit Isolate Uninterruptible Power System UPS Then check for Hazardous Voltage between all terminals including the protective earth Risk of Voltage Backfeed No mains voltage adjustment 1 7 4 RD No adjustment N A Methods and means of adjustment reference to installation instructions The maximum apparent and active power of the standard outlet is indicated on the rating plate Fuse identification marking special fusing There is a marking located characteristics cross reference adjacent to each fuse to indicate the specification of the fuse Wiring terminals See below 1 7 7 RD 1 7 7 1 RD Protective earthing and
25. h 1 7 PoTN The labels were subjected to the permanence of marking test The labels were rubbed with cloth soaked with water for 15 s and then again for 15 s with the cloth soaked with petroleum spirit After this test there was no damage to the labels The marking on the labels did not fade There was neither curling nor lifting of the label edges 4 7 17 Removable parts N bl ti 1 7 12 RD o removable part in norma operation mode 4 7 18 Replaceable batteries 1 7 13 RD if the battery is placed in an OPERATOR ACCESS AREA there shall be a marking close to the battery or a statement in both the operating and the servicing instructions if the battery is placed elsewhere in the equipment there shall be a marking close to the battery or a statement in the servicing instructions There is no operator access with a tool in normal operation N A mode There is a battery warning label in the battery compartment to show the following information battery type nominal voltage of total battery nominal capacity of total battery warning label denoting an energy or electrical shock and chemical hazard and reference Report No MTS GEG D12110968 Page 7 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark See label in Annex Photos Clearly legible information cceeeseeeeeteeeeeneees Warning label containing below described information placed on en
26. ilation Block 230 20mins p UPS alarm with over temp fault breaker No hazard FUSE j j C101 sc 230 1 min Unit shutdown immediately fuse opened immediately no hazard no breakdown FUSE j j C103 sc 230 1 min Unit shutdown immediately fuse opened immediately no hazard no breakdown Report No MTS GEG D12110968 Page 29 of 30 TN ST Compliance Laboratory FUSE i SCR102 sc 230 1 min _ Unit shutdown immediately fuse opened immediately no hazard no breakdown U8 s c 230 1min FUSE a Unit shutdown immediately no hazard R101 s c 230 1 min FUSE Unit shutdown immediately no hazard Note s The unit passed 3000V hi pot test between primary and accessible parts after single fault test above s c means short circuit o means overload o c means open circuit Report No MTS GEG D12110968 Page 30 of 30 Appendix 1 Whole views of Uninterruptible Power Systems Model EA8810 a Appendix 2 Internal views of Uninterruptible Power Systems Model EA8810 Appendix 3 PCB views of Uninterruptible Power Systems Model EA8810 Appendix 4 PCB views of Uninterruptible Power Systems Model EA8810 END OF REPORT
27. ity and the model names Summary of Testing and Conclusions The Uninterruptible Power Systems was tested and complied with the requirements of EN 62040 1 2008 Copy of marking plate Uninterruptible Power Systems Model EA8810 Input AC 230V 50HZ 45 5A Battery DC 192V Output AC 230V 50HZ Capacity 10KVA Manufacture Date August 2012 Guangdong East Power Co Itd MADE IN CHINA CEE Report No MTS GEG D12110968 Page 3 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark C Comply either with the requirements of this standard or All components comply with with the safety aspects of the relevant IEC component the requirements of the standard standard or with the safety aspects of the relevant IEC component standards See table 4 5 List of critical components 1 5 2 RD Evaluation and testing of components Components Which are certified to IEC and or national standards are applied correctly within their ratings Components not covered by IEC standards are tested under the conditions present in the equipment 4 5 3 RD Thermal controls Thermal controls used are suitable for their intended application and particularly Annex K 1 5 4 RD _ Transformers Transformers used are suitable for their intended application and comply with the relevant requirements of the standard and particularly Annex C 1 5 5 RD Interconnecting cables Pe 1 5 6 RD Capacitors in
28. nd as described in 1 2 2 1 and as described in sub clause 1 6 2 and at voltages as described above 2 The maximum ambient temperature permitted by the manufacturer s specification is 40 C 8 1 TABLE earth leakage current P ad L PE NPE Limit EUT Condition mA mA mA Line mode 1 43 1 54 3 5 Swith on EA8810 Line mode 1 25 1 50 3 5 Swith off RS232 to L N 0 01 0 02 0 25 Swith on 5 3 7 and 8 2 TABLE electric strength tests impulse tests and voltage surge tests P Test voltage applied between Test voltage V een Primary to SELV 3000Vac No Input L N to front LED Panel 3000Vac No Input L N to earth 2121Vdc No Output L N to earth 2121Vdc No TX1 Pri Sec on CNTL PCB 3000Vac No TX1 Pri core on CNTL PCB 1500Vac No TX1 Sec core on CNTL PCB 1500Vac No 7 3 and TABLE fault condition tests P Ambient temperature C 25 C Model type of power supply See nameplate for details Manufacturer of power supply See nameplate for details Rated markings of power supply See nameplate for details Component Test voltage F Fuse Fuse current No Fault V Test time No A Result Output sE 230 1s FUSE _ EUT shut down with long alarm no hazard no breakdown Input EUT shout down within 30 minutes DC FAN Block 230 30mins p UPS alarm with over temp fault breaker No hazard input EUT shout down within 30 minutes Vent
29. ng 3 5 mA ee e does not exceed 3 5 mA a fma M A pwp O szaro reme oeaan P e e Te 5 3 1 RD Protection against overload and abnormal No hazards operation 5 3 2 RD i in 5 3 4 RD Functional insulation ccccccccccccccseceseeeeeeeeeeeeeeeees EUT meet the requirement component except for approved relays provided 5 3 9 RD Compliance criteria for abnormal operating and ele fault conditions No fire accurs EUT do not emit molten metal Enclosures do not deform After all abnormal test reinforced and basic insulation does show visible signs of damage the clearance and creepage distance do not reduce below the value specified in 2 10 RD CONNECTION TO TELECOMMUNICATION NETWORKS N A 6 1 RD Protection of telecommunication network service persons and users of other equipment N A connected to the network from hazards in the equipment 6 1 1 RD _ Protection from hazardous voltages Po 6 1 2 RD Separation of the telecommunication network from aan earth 6 1 2 1 RD Requirements 5 3 9 1 RD During the tests 5 3 9 2 RD After the tests N A N A Test Voltage V oeeccceceeeceeeeseeeeeeeseeeeeeseeneeeseeaees i Current in the test circuit MA 0 eeeeeeeeeeeeeeeenees i Report No MTS GEG D12110968 Page 19 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark 6 1 2 2 RD EXCIUSIONS sirecscccrcteeescnnctenrortnm
30. with equipment and the protective bonding conductor is green and yellow The equipment is provided with a connection terminal and the test of sub clause 2 6 3 4 RD was performed for protective bonding conductor and their terminals LF Rated current A type nominal thread diameter mm Eoo f ee The equipment is provided with a connection terminal 2 6 5 1 RD Interconnection of equipment ee eee No switch or overcurrent protective device in protective bonding conductors Input breaker earthing connected before and disconnected after hazardous voltage No other operator Page 10 of 30 TN ST Compliance Laboratory EN 62040 1 Requirement Test Result Remark The relevant potential hazard is removed at the same time Parts removed during servicing when protective earthing connection is disconnected for servicing sen Self tapping screws are used to provided protective bonding Screws for protective bonding connection and is threaded into more than twice the pitch of the screw thread 2 6 5 8 RD Reliance on telecommunication network or cable Protective earthing does not rely eee me N A distribution system ona TNV circuit Sa Aeantdcpowersonin par fed y e 3 4 RD Disconnection from the mains supply P 3 4 1 RD General requirement P 3 4 2 RD Disconnect devices P 3 4 3 RD Permanently connected equipment P 3 4 4 RD _ Parts which remain energized P
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