LHC Beam Dump - Dry Run 2008

Individual systems

System	Test	Dry Run
Timing to LBDS	BD B1 event triggers dump BD B1 event triggers dump XPOC B1 XPOC B2 PM supression in inject and dump, circulate and dump	DR I
LBDS	Monitor: state, IPOC etc. Requested dump Emergency dump Inject & dump Circulate & dump	DR I
Dump line BPMs	trigger acquistion acquire store & display	DR I
Dump line BLMs	trigger acquistion acquire store & display	DR I
Dump line Screens	Acquisition, store & display. XPOC.	DR I
Ring BLM	Acquisition, store & display. XPOC.	DR I
Ring BPM	Acquisition, store & display. XPOC.	DR I
Ring FBCT	Acquisition, store & display. XPOC.	DR I
Interlocked BPM	Monitor

TCDQ/TCS	commissioning and tests of low-level controls; connection to interlock system and interlock tests; connection to control system and control tests; tests of setting-up procedures with beam; [centring; beam size; jaw tilt;] pilot -> intermediate Protect -> setting checks
Septa	FGC control, load ramp etc.	DR I
RF		?
BIS	Hw will be probably ready on time. With two issues: - the fibres should be installed - the FESA class shoud be written and tested. In order to allow a remote access by the Sequencer. - Beam permit loops closed with BICs in point 6; - Link between BIS and LBDS installed and operational; - Beam permit loops able to be opened by timing system (programmed dumps); - BIS remotely armed by sequencer; BIC separation PM supression
Abort Gap Monitor		DR III?
BEM		?


XPOC	Kickers IPOC Dump line: BLM, BPM, Screens Ring: BPM, BLM, BCT Logging, alarms	DR I
Sequencer	RECOVER	DR I
Sequencer	INJECT & DUMP CIRCULATE & DUMP	DR II
Mode	LSA & timing system
Software Interlocks	?
Post Mortem	Clear with HWC. Test PM of power converters, BPMs, BLMs...	DR I
MCS	?
Logging	Of everything, as usual.
Alarms

Requested dump at injection/ramp	Send BD1 event and check system response Send BD2 event and check system repsonse Separate BICs - repeat	DR I
Inject and dump	Sequence & check	DR II
Circulate and dump	Sequence & check	DR II
Recover	Sequence & check	DR I