Per labi per annulos

A per tulit labi anulum concedit CCCLX ° liberum tradenda virtutis, signum / data a stationarius fabrica ad gyratorem fabrica dum praebet fusis spatium in centro ad Hydraulicarum. In centralis per spatio etiam potest integrated cum forj vel coaxial gyratorius iuncturam providere integrated solutio ad system. AOOD provide 3mm to 190mm standard through bore design to meet the need of different applications, including 3mm, 7mm and 12mm bore miniature through bore slip rings to satisfy some systems' mounting and low current or signal / data transfer requirement. Larger diametro vel princeps praesidium solutions potest nativus. Robust configuratione et humilis strepitu humilis gerunt multi-puncta contactus fibra penicillo technology concedit eam esse specimen lapsus circulum solution in utroque industrialis et militarem agros.
Features
■ 3mm ad 190mm per beram libitum
■ usque ad DCCC circuits
■ compatible cum variis notitia protocols
■ capax de High current aut princeps potentia circuits
■ Flexible compositum de potentia et signum translatio
■ Vexillum torquem adscendens aut consuetudine lentge ad libitum
Commoda
■ potest transmit multiplex annuit / notitia et altum excursus simul
■ modularis consilio in occursum specifica requisitis
■ asperamque et stabilis densissima
■ sustentationem-liberum et longum vita
Typical applications
■ packaging et involuti machinery
■Semiconductor tractantem systems
■Robotics
■Gravis Equipment Turretos
■Cable reo
■Palletizing machinis
Exemplar | Annulos | Current Rated | Rated voltage | Magnitudo | Pepigor | Celeritate | |||||
2A | 5A | 10a | 120v | 240v | 380V | Od (mm) | L (mm) | Id (mm) | Rpm | ||
ADSR, F3-24 | 24 | × | × | 22 | 51.6 | 3 | CCC | ||||
ADSR, F7-12 | 12 | × | × | 24.8 | 26.6 | 7 | CCC | ||||
ADSR, F15-12 | 12 | × | × | 32,8 | 41.7 | 15 | CCC | ||||
ADSR, F15-24 | 24 | × | × | 32,8 | 41.7 | 15 | CCC | ||||
ADSR T12 | 6 | × | × | 55 | 33.8 | 12,7 | CCC | ||||
12 | × | × | 47.6 | CCC | |||||||
18 | × | × | 61.4 | CCC | |||||||
24 | × | × | 75,2 | CCC | |||||||
ADSR-T5A | 6 | × | × | 78 | 48 | 25.4 | CCC | ||||
12 | × | × | 72 | CCC | |||||||
18 | × | × | 96 | CCC | |||||||
24 | × | × | CXX | CCC | |||||||
ADSR, T255B | 6 | × | × | 78 | 36 | CCC | |||||
12 | × | × | 48 | CCC | |||||||
18 | × | × | 60 | CCC | |||||||
24 | × | × | 72 | CCC | |||||||
36 | × | × | 84 | CCC | |||||||
ADSR, T38A | 6 | × | × | 99 | 48 | 38,1 | CCC | ||||
12 | × | × | 72 | CCC | |||||||
18 | × | × | 96 | CCC | |||||||
24 | × | × | CXX | CCC | |||||||
ADSR, T38B | 6 | × | × | 99 | 36 | CCC | |||||
12 | × | × | 48 | CCC | |||||||
18 | × | × | 60 | CCC | |||||||
24 | × | × | 72 | CCC | |||||||
36 | × | × | 84 | CCC | |||||||
ADSR, T50A | 6 | × | × | CXIX | 54 | 50 | CCC | ||||
12 | × | × | 78 | CCC | |||||||
18 | × | × | CII | CCC | |||||||
24 | × | × | CXXVI | CCC | |||||||
ADSR, T50B | 6 | × | × | CXIX | 42 | CCC | |||||
12 | × | × | 54 | CCC | |||||||
18 | × | × | 66 | CCC | |||||||
24 | × | × | 78 | CCC | |||||||
36 | × | × | 90 | CCC | |||||||
ADSR-T70 | 6 | × | × | × | CXXXVIII | 53 | 70 | CCC | |||
12 | × | × | × | 71 | CCC | ||||||
18 | × | × | × | 89 | CCC | ||||||
24 | × | × | × | CVII | CCC | ||||||
Adsr-T80 | 6 | × | × | × | CXLVIII | 80 | CCC | ||||
12 | × | × | × | CCC | |||||||
18 | × | × | × | CCC | |||||||
24 | × | × | × | CCC | |||||||
ADSR T100 | 6 | × | × | CLXXXVI | 133.2 | 101.6 | CCC | ||||
12 | × | × | 217,2 | CCC | |||||||
18 | × | × | 301.2 | CCC | |||||||
24 | × | × | 385,2 | CCC | |||||||
Narratud: Magis Circuitus, celeritate, superius current / voltage et altius praesidium potest esse amet. Forj et coaxial gyratorius iuncturam potest integrated. |