E34HCHA-LNK-NS-00 stepper servo motor

Description

E34HCHA-LNK-NS-00 stepper servo motor

E34HCHA-LNK-NS-00 stepper servo motor

POWERMAX II® proves that an economical step motor doesn’t have to limit your options. It’s just the opposite, thanks to flexible manufacturing. Whether you require a simple drive shaft flat or an integral lead screw, POWERMAX II motors are made to your order. To give us your specifications, just use the guide on page 6 – 9 of this catalog.

Pacific Scientific developed POWERMAX II® to be the best cost/performance value available in hybrid step motors. That’s why you’ll find so many standard POWERMAX II models in the universal NEMA 23 frame size. With POWERMAX II, you can tailor motor torque, acceleration and inertia to every axis of your design. And you can do this economically too, using a single mounting configuration and the driver of your choice. Does your application require that extra measure of performance? Then consider the POWERMAX II M Series, featuring the patented Sigmax® technology.* Samarium cobalt magnets in M Series motors concentrate magnetic flux at desired points between the rotor and stator. Sigmax technology optimizes flux paths to increase torque production and current utilization over conventional hybrid designs.

Our general purpose hybrid steppers allow you to tailor a motor to your in-plant or OEM application. Select from terminal board connections (via conduit), MS connectors or flying lead connections in waterproof or standard enclosures. Options include shaft keyways or flats, oversized drive shaft, rear shaft extensions and various encoder options. Bipolar or unipolar phase sequencing is also available.

DCS system has been developed for nearly 30 years and has been widely used in thermal power plants. Its design philosophy, configuration configuration, and functional matching have reached a very complete level (of course, there is also a need for further development of DCS, such as advanced software development to meet the requirements of information integration), which has penetrated into various fields of control systems in thermal power plants and is also reflected in the FCS system. From this perspective, it seems that the DCS system cannot be said to have disappeared. Furthermore, as mentioned in the previous chapters, DCS systems still have their place in areas where FCS systems cannot fully leverage their characteristics and advantages. We don’t seem to need to argue too much in words, we must emphasize who replaces who. Just like the current DCS and the new PLC, due to years of development and research, they both retain their original characteristics and complement each other to form a new system. The current DCS is no longer the original DCS, and similarly, the new PLC is not the initial PLC in development. We can say that DCS has replaced PLC or that PLC has replaced DCS, which is obviously not appropriate.

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