  The stellarator-type storage ring for accumulation of multi- Ampere proton
and ion beams with energies in the range of $100~AkeV$ to $1~AMeV$ is designed
at Frankfurt university. The main idea for beam confinement with high
transversal momentum acceptance was presented in EPAC2006. This ring is
typically suited for experiments in plasma physics and nuclear astrophysics.
The accumulator ring with a closed longitudinal magnetic field is foreseen with
a strength up to $6-8~T$. The experiments with two room temperature 30 degree
toroids are needed. The beam transport experiments in toroidal magnetic fields
were first described in EPAC2008 within the framework of a proposed low energy
ion storage ring. The test setup aims on developing a ring injection system
with two beam lines representing the main beam line and the injection line. The
primary beam line for the experiments was installed and successfully
commissioned in 2009. A special diagnostics probe for \textit{"in situ"} ion
beam detection was installed.This modular technique allows online diagnostics
of the ion beam along the beam path. In this paper, we present new results on
beam transport experiments and discuss transport and transverse beam injection
properties of that system.
