Beam instrumentation for the RFQ injector at CRYRING

In 2015 the CRYRING storage ring will resume operation after its installation in Cave B [1]. Commissioning begins with the compact injector, consisting of ion source branch and radio-frequency quadupole (RFQ) linac. It will provide beams of light charged particles for commissioning of the experimental storage ring. The beam instrumentation of the injector consists of Faraday cups, scintillating screens, and capacitive pickups. A ll detector systems are compliant to the new FAIR standards and provide a front-end software architecture (FESA) inter face to the accelerator control system. CRYRING will be the first machine to be equipped with the new White-Rabbit timing system.