Introductio exemplaris
| Introductio exemplaris | ||||||||
| ProductumTypus | PEW/130 | PEW/155 | UEW/130 | UEW/155 | UEW/180 | EIW/180 | EI/AIW/200 | EI/AIW/220 |
| Descriptio Generalis | Gradus 130 Polyester | Polyester Modificatus Gradus 155 | Gradus 155SsenectutisPolyurethanum | Gradus 155SsenectutisPolyurethanum | 180 GradusSrectusWsenexPolyurethanum | 180 GradusPolesterImeus | Gradus 200Polyamidimidum compositum polyesterimidum | 220GradusPolyamidimidum compositum polyesterimidum |
| IECRegula | IEC60317-3 | IEC60317-3 | IEC 60317-20, IEC 60317-4 | IEC 60317-20, IEC 60317-4 | IEC 60317-51, IEC 60317-20 | IEC 60317-23, IEC 60317-3, IEC 60317-8 | IEC60317-13 | IEC60317-26 |
| NEMA Lineamenta | NEMA MW 5-C | NEMA MW 5-C | MW 75C | MW 79, MW 2, MW 75 | MW 82, MW79, MW75 | MW 77, MW 5, MW 26 | NEMA MW 35-C | NEMA MW 81-C |
| Approbatio UL | / | ITA | ITA | ITA | ITA | ITA | ITA | ITA |
| DiameterDisponibiles | 0.03mm-4.00mm | 0.03mm-4.00mm | 0.03mm-4.00mm | 0.03mm-4.00mm | 0.03mm-4.00mm | 0.03mm-4.00mm | 0.03mm-4.00mm | 0.03mm-4.00mm |
| Index Temperaturae (°C) | 130 | CLV | CLV | CLV | CLXXX | CLXXX | ducenti | 220 |
| Temperatura Dissolutionis Molliendi (°C) | 240 | 270 | ducenti | ducenti | 230 | trecenti | CCCXX | 350 |
| Temperatura Impetus Thermalis (°C) | CLV | CLXXV | CLXXV | CLXXV | ducenti | ducenti | 220 | 240 |
| Soldabilitas | Non sudabilis | Non sudabilis | 380℃/2s Solderabilis | 380℃/2s Solderabilis | 390℃/3s Solderabilis | Non sudabilis | Non sudabilis | Non sudabilis |
| Characteres | Bona resistentia caloris et robur mechanicum. | Excellens resistentia chemica; bona resistentia scalpendi; pauper resistentia hydrolysi | Temperatura mollitionis dissolutionis altior quam UEW/130; facile tingitur; iactura dielectrica humilis alta frequentia; nullus foramen acutum salsae. | Temperatura mollitionis dissolutionis altior quam UEW/130; facile tingitur; iactura dielectrica humilis alta frequentia; nullus foramen acutum salsae. | Temperatura mollitionis dissolutionis altior quam UEW/155; temperatura soldadurae directae 390°C est; facile tingitur; iactura dielectrica humilis alta frequentia; nullus foramen acutum salsae. | Alta resistentia caloris; excellens resistentia chemica, magnus ictus caloris, magna mollitiem dissolutionis | Alta resistentia caloris; stabilitas thermalis; refrigerans frigori resistens; alta dissolutio emollitionis; magnus ictus thermalis | Alta resistentia caloris; stabilitas thermalis; refrigerans frigori resistens; alta dissolutio emollitionis; magnus impetus caloris |
| Applicatio | Motor ordinarius, transformator medius | Motor ordinarius, transformator medius | Relay, micromotores, transformatores parvi, spirae ignitionis, valvae aquae obturatrices, capita magnetica, spirae pro apparatu communicationis. | Relay, micromotores, transformatores parvi, spirae ignitionis, valvae aquae obturatrices, capita magnetica, spirae pro apparatu communicationis. | Relay, micromotores, transformatores parvi, spirae ignitionis, valvae aquae obturatrices, capita magnetica, spirae pro apparatu communicationis. | Transformator oleo immersus, motor parvus, motor magnae potentiae, transformator altae temperaturae, pars calori resistens | Transformator oleo immersus, motor magnae potentiae, transformator altae temperaturae, pars calori resistens, motor obsignatus | Transformator oleo immersus, motor magnae potentiae, transformator altae temperaturae, pars calori resistens, motor obsignatus |
IEC 60317 (GB/T6109)
Cautiones usus NOTITIA USUS
