JSY
JSY série est une soupape de commande directionnelle 5 du port cible pour les bras robotiques et fin d'outils de bras. & Nbsp; Il a un design compact et léger, tout en améliorant ses caractéristiques de flux. & Nbsp; JSY série est disponible sous forme de plug-in et plug-in non types. & nbsp; Il y a 3 tailles de corps de vanne disponibles pour la série JSY, JSY1000 (6,4mm), JSY3000 (10 mm) et JSY5000 (15mm). & Nbsp; JSY1000 est la plus petite largeur 5 vanne de port du monde avec la largeur du corps de 6,4mm. & Nbsp; plug-in de type JSY est compatible avec le module de communication de bus de terrain et Ethernet comme EX600 et EX260.
Plug-in JSY
Plug-in type for JSY series is available in 3 valve body sizes, JSY1000 (6.4mm), JSY3000 (10mm) and JSY5000 (15mm). JSY plug-in type is compatible with fieldbus, ethernet and wireless communication module such as EX600 and EX260.
JSY sans plug-in
Non plug-in type for JSY series is available in 3 valve body sizes, JSY1000 (6.4mm), JSY3000 (10mm) and JSY5000 (15mm). It is available in side porting and bottom porting. Non plug-in JSY is also available in dual 3-port configuration.
JSY3000-S Panel Mount Valve
JSY3000-S is a bottom ported valve manifold for panel mount. JSY3000-S provides watertight seal with the panel with its EPDM gasket and protection against corrosion with standard stainless steel plate. JSY3000-S is available with serial communicaiton such as EtherNet/IP™, IO-Link, PROFINET, and EtherCAT, along wit D-SUB and terminal block connection.
JSY1000-E Valve and Ejector System
JSY1000-E ejector and valve combination manifold has the ability to mount ejectors alongside valves. The devices have been integrated into one for applications which have a need for positive pressure and vacuum suction being used together. Stations can be ordered with built-in pressure sensors.
JSY + ZK2 Vacuum Unit Combination Manifold
Manifold combination of JSY3000 5 port solenoid valve and ZK2 vacuum generators into a single manifold. Reduced wiring and space saving for installation on robots. The combination manifold would also allow fieldbus communication to control ZK2 vacuum generators. Valves and vacuum generators have independent supply and exhaust to avoid effects of pressure fluctuations.
