GE WEA13-13 2508-21001

GE WEA13-13 2508-21001 offers the SS750 series in 9 standard ranges from 0.100 inches (2.5 mm) to 20.00 inches (500 mm). The maximum linearity error of the sensor is less than or equal to ~0.25% of FSO and is selected at 10% of FSO. Operating temperature range is 0 to 160°C (-20°C to +70°C). Units operate from 24V DC nominal, 15-24V DC +10% or 30 Horse nominal inputs, and provide a full range of outputs from 0 to 10V DC over the sensing range. The full bore design allows for better mechanical support and core guidance of the sensor’s core from both ends, as well as easy bore cleaning. The stainless steel housing acts as a magnetic shield to minimize the effects of external AC magnetic fields. The seals conform to IEC standard IP-62. For added environmental protection, the SS750Lvdts are optionally available with Teflon bore liners and metric threaded cores. In addition, the macro sensors can be supplied with a range of mounting accessories, core extension bars and DC power supplies.

GE WEA13-13 2508-21001 will create more automation opportunities for new applications and new industries by providing users with high performance robotics at a high value price. At the heart of the miniature electric drive is the new Epson Electric Drive servo technology, which provides superior path control, incredibly fast Arkel/Decker times, and tremendous overall motion capability, all in an ultra-compact form factor. As the industry’s smallest 6-axis robot controller, the Micro Power Driver is 1/4 the size of previous Epson controllers and can even be mounted in a standard cabinet panel (next to a PLC) to save valuable factory floor space. The miniature power driver can be used with all EPSOSONE2 and PRO6-AXIS robots, including an enhanced version of the popular EPSONRC+ development environment. With powerful features such as 16-task multi-tasking, the fully functional SPYL+ programming language, project management, source-level debugging using EPSOSONSMARRC technology, and more, the EPSONRR+ microdriver helps to reduce development time, thus enabling developers to build automation systems faster and easier.