Test de RelayReolay Nullam est key fabrica intelligentes PROMUTUUS electricity meter. Vita Nullam decernit vitae electricity meter aliquam. In perficientur de fabrica est valde magna ad operationem intelligentes PROMUTUUS electricity meter. Tamen, illic es plures domesticis et aliena Nullam fabrica, quod differunt valde in productione scale, technica gradu et perficientur parametri. Ergo industria meter manufacturers est a paro of perfecta deprehendatur cogitationes cum temptaret et lectio relationes ad curare qualitas electricity metris. In eodem tempore, statum velit etiam confortatus est sampling deprehensio de Nullam perficientur parametri in dolor electricity metris, quae etiam requirit correspondentes apparatu ad reprehendo quale electricity metra producitur per diversas artifices. Tamen, Nullam Deprehensio apparatu non solum habet unum deprehendatur item, quod deprehensio processus non automated, quod deprehendatur notitia postulo ut processionaliter et resolvitur manually, et deprehensio results sunt variis randomness et artificialitas. Praeterea, deprehendatur efficientiam humilis et salus non potest praestati [VII] .in in praeteritum duos annos, in statum velit paulatim de standardized technica requisitis et technica ad consecutionem technica technica et technica, quae pende technica et technica ad consequi, ut onus ad studere, ut etc. Nullam perficientur parametri [VII] .according ad Requisita Nullam perficientur parametri test, in test items potest dividitur in duo genera. Una est test items sine onus current, ut actio valorem, contact resistentia et mechanica vitae. Secundum est cum onus current test items, ut contactus voltage, electrica vitae, overload capacity.The principalis test items breviter introducta est: (I) actiones valorem. Voltage requiritur ad Nullam operationem. (II) contactum resistentia. Resistentia valorem inter duo contactus cum electrica Agricola. (III) mechanica vitae. Mechanica partes in casu de non damnum, numerum temporum in Nullam SWITCHOitch actio. (IV) contactus voltage. Cum electrica contactus est clausus, quaedam onus current applicantur in electrica contactus circuitu et voltage inter contactus. (V) Electrical vitae. Cum autem rated voltage applicantur ad utrumque extremum de Nullam driving coil et rated resistente onus applicantur in contactus loop, cycle est minus quam CCC temporibus per hora et officium cycle est. (VI) Omindo capacity. Cum autem rated voltage applicantur ad utrumque extremum de Nullam scriptor driving coil et 1,5 temporibus rated onus est applicari in contactus ad operationem frequency et in Nullam, potest esse initus ,, tempus Nullam, potest esse initus ,, tempus, etc. according to the principle of work can be divided into electromagnetic relay, induction type relays, electric relay, electronic relay, etc., according to the purpose can be divided into the control relay, relay protection, etc., According to the input variable form can be divided into relay and measurement relay. [VIII] utrum vel non Nullam fundatur in praesentia vel absentia initus, Nullam non agunt, cum non est initus, et c [VIII, cum initus est, ut in CREPITUS, nisi cum initus est, ut est in Cessy Voltage Nullam, scelerisque Nullam, celeritate Nullam, pressura Nullam, Liquid Level Nullam, etc .. [VIII] electromagnetticae sunt electromagnets est in potestate electro sunt electromagnets sunt in moderiis sunt electromagnetticorum in potestate in potestate sunt electromagnetticae sunt in potestate in potestate sunt electromagneticorum Relaonstric in potestate in potestate sunt electromagnets sunt in potestate in potestate sunt electromagnetticum sunt in potestate in potestate sunt electromagneticorum in potestate in potestate sunt electromagnets sunt in moderomatibus sunt electromagneticorum in potestate pertractatos sunt electromagneticorum Relaonstric in potestate in potestate sunt electromagnets sunt in potestate et electromagnets sunt in moderos sunt in moderomatibus sunt electromagnets sunt in potestate in potestate sunt electro Relas est in potestate in structuram sunt electromagnets sunt in potestate in potestate sunt electro Relaonstric Relaonstric. Electromagnetic relay has the characteristics of simple structure, low price, convenient operation and maintenance, small contact capacity (generally below SA), large number of contacts and no main and auxiliary points, no arc extinguishing device, small size, rapid and accurate action, sensitive control, reliable, and so on. Est late in humilis-voltage imperium ratio. Communiter usi electro Relas includit current relationes, intentione relationes, medium searchys et variis parvis generali references. [VIII] Electromagnetic et opus principium est similis contactus, maxime composito ex electro mechanism et contactus. Electromagnetic Relas habere utrumque DC et AC. A voltage aut current additur ad utrumque extremum de spiram generare electro vis. Cum electromagnettic vi maior quam vere reactionem vi, armature instructa ad Northmanni aperire et Northmanni clausa contactus moventur. Cum autem voltage vel current de coil guttae vel evanescit, armature est dimisit et contactus est reset. [VIII] scelerisque Nullam scelerisque Nullam est maxime propter electrica apparatu (maxime motor) ONERO praesidium. Thermal relay is a kind of work using the current heating principle of electric equipment, it is close to motor allow overload characteristics of inverse time characteristics, mainly used together with the contactor, used for three-phase asynchronous motor overload and phase failure protection of three-phase asynchronous motor in the actual operation, are often faced with caused by electrical or mechanical reasons such as over current, overload and phase failure). Si super current non gravis, durationem brevis, et quod windings non excedunt licita temperatus ortum, hoc super current licet; Si super-current est grave et durat diu, quod erit accelerare sursum in velit senescit motricium et etiam adolebitque motricium. Ergo motor praesidio fabrica debet extruxerat motor circuitu. Plures species motoris tutela cogitationes communem usum et maxime commune est metallum laminam scelerisque Nullam. Metal Plate Type Thermal Nullam est tres-phase, sunt duo genera cum et sine phase confractus praesidio. [VIII] Tempus Nullam tempus Nullam adhibetur ad tempus imperium in potestate circuitu. Eiusmodi est valde secundum actum principium potest esse dividitur in electro genus, aer unguentis genus, electrica type et electronic genus, secundum mora mora potest in potestate mora mora. Air damping tempus Nullam utitur principium aeris damping obtinere tempus moram, quae est compositum ex electro mechanism, mora mechanism et contactus ratio. Et electromagnetic mechanism est direct-agens duplici e-genus ferrum core, in contactu ratio utitur I-x5 micro switch et mora mechanism adoptat airbag damper. [VIII] reliability1. Influere elit in Nullam Reliability: Mediocris tempus inter defectis de relas operating in GB et SF est summum, pervenire 820,00h, cum in Nu environment, non solum 600,00h. [IX] II. Influence qualitas gradu Nullam Reliability, cum A1 qualitas gradu Relas electus, mediocris tempus inter defectus potest pervenire 36000000h, cum mediocris temporis inter defectis C-gradu Relas (Mediocris tempus inter defectis C-gradu Relas (Mediocris tempus inter defectis C-gradu Relas est (CXX) cum differentia XXXIII temporibus. Potest videri, quod qualis gradu de relas habet magna potentia in reliability perficientur. [9]3, the influence on the reliability of the relay contact form: relay contact form will also affect its reliability, single throw the reliability of the relay type were higher than the number of the same knife type double throw relay, reliability gradually reduce with the increase of the number of knife at the same time, is the average time between failures single-pole single-throw relay four knife double-throw relay of 5.5 times. [IX] IV. Influence of structuram type in Nullam Reliability: Sunt XXIV genera Nullam structuram, et quisque genus habet impulsum in suam reliability. [IX] V. Influence temperatus in reliability de Nullam, operating temperatus de Nullam inter -25 ℃ et LXX ℃. Cum incremento temperatus, in mediocris tempus inter defectis relatribus decrescit paulatim. [IX] VI. Influence of Operatio Rate in Nullam Reliability: cum augmentum operandi rate of Nullam, in mediocris tempus inter defectis basically munera exponentiales deorsum flecte. Itaque si disposito circuitus requirit Nullam operari ad a summo rate, necesse est diligenter deprehendere in Nullam in circuitu sustentacionem ut possit reponi tempore. [IX] VII. Influence of current Ratio in Reliability de Nullam: et sic dicitur current ratio est ratio de operantes onus current de Nullam ad rated onus current. The current ratio has a great influence on the reliability of relay, especially when the current ratio is greater than 0.1, the average time between failures decreases rapidly, while when the current ratio is less than 0.1, the average time between failures basically stays the same, so the load with higher rated current should be selected in circuit design to reduce the current ratio. Hoc modo reliability de Nullam et totam circuitu non redigi debetur fluctuation opus vena.
