SafetySystem.1The Safety system shall be designed in acordance with the EU Safety regulations and

shall use hardware compliant with the EU Safety regulationsN/A Compliance R,I

SafetySystem.2

The Safety system shall have I/O hardware digital signals to interlock the operation of

the LBTS with external signals from other systems like HPLS, ELI General Safety system,

etc.

min 12 Inputs, min 12 Outputs Compliance R,I

SafetySystem.3 The Safety system shall have password access to the Safety system application N/A Compliance R,T

SafetySystem.4 The LBTS Safety system shall protect the LBTS from accidental reconfiguration. N/A Compliance R

SafetySystem.5 The LBTS Safety system shall output the status of the system N/A Compliance R,T

SafetySystem.6 The LBTS Safety system shall be interfaced with the LBTS Control System N/A Compliance R,I

SafetySystem.7The LBTS Safety system shall use redundant safety limit switches placed on the mirror

motion stages.N/A Compliance R,I

ControlSystem.1 The Control System application shall be build using open source software

TANGO Control system,

Windows 7 based,

My SQL database,

C++ language

Compliance R, I

ControlSystem.2The computer system that stores the database shall have redundant hardware so that

a particular computer failure does not affect the LBTS operation.N/A Compliance R, T

ControlSystem.3 The Control System database shall be redundant. N/A Compliance R, T

ControlSystem.4 The Control System application shall have multiple modes of operation. minimum 3 modes of operation,

e.g. Alignment, Maintenance, Running modeCompliance R, T

ControlSystem.5 The Control System of the LBTS shall have multiple level access. N/A Compliance R, T

ControlSystem.6 The Control System of the LBTS shall have remote control of the parameters.remote control in experimental areas,

remote control in the control room of the HPLSCompliance R, T

ControlSystem.7The LBTS Control System shall provide independent monitoring and control of the

position of each mirror in the system.position feedback for translation stage, rotation stages and tip/tilt Compliance R,T

ControlSystem.8

The LBTS Control System shall provide automatic routing of the mirrors in the 7

predefined configurations correlated with the gate valves position in any of the 7

predefined output configurations (according to Annex E - Mirrors position matrix).

N/A Compliance R,T

ControlSystem.9The control System of LBTS shall control and monitor the vacuum level and gate valves

status and positions.N/A Compliance R,T

ControlSystem.10The Control System of LBTS shall monitor and control the alignment of the entire beam

transportN/A Compliance R,T

ControlSystem.11 The Control System of LBTS shall provide machine protection features for the LBTS Gate valve protection, mirrors motion protection, vacuum protection Compliance R, T

ControlSystem.12 The LBTS Control System shall have a Supervision application

Human Machine Interface,

Synoptic Display,

Alarm management,

history of configurations,

logging management,

User profile configurations,

dedicated HMI for each subsystem,

Compliance R,T

ControlSystem.13The LBTS control system shall provide visual feedback through triggered cameras

facing the mirrors reflective surface

triggerable cameras,

TANGO compatible, video network traffic not to burden Control

System network

Compliance R, T

ControlSystem.14

The Control System shall provide alarms, logging and history of the configurations,

cameras image storage, functioning time of the system/pumps/etc for a predefined

period

Able to record 100k HPLS shots Compliance R,T

ControlSystem.15The entire Control System and Safety System of LBTS shall be syncronized with a

dedicated NTP server with GPS unit to provide a unitary time of the systemNTP server with GPS unit Compliance R,T

ControlSystem.16The vacuum control system shall be developed using dedicated hardware and

interfaced with the Control System software applicationTANGO interface Compliance R,T

ControlSystem.17The vacuum control system shall provide automatic venting procedures for the LBTS

vacuum systemN/A Compliance R,T

ControlSystem.18The LBTS control system shall provide automatic alignment monitoring of the LBTS

during HPLS operationN/A Compliance R, T

Additional.1 Communication technologies shall be a widely used standard e.g. Modbus, RS232, RS485, GigE, Ethernet, USB Compliance R,I

Additional.2 Hardware signals shall follow applicable standards N/A Compliance R,I

Additional.3 In situ operation maintenance and service access space secured for all the HW N/A Compliance R,I

Additional.4Alignment and motion related HMI clients shall be able to be accessed from portable

devices, in the experimental areasN/A Compliance R,T

Commisioning.1 The supplier shall provide a certificate of conformance for the safety system N/A Compliance R,I

Commisioning.2The supplier shall provide operation manuals and mainteinance manuals with detailed

description of the devices used in the systemN/A Compliance R,I

Commisioning.3All drivers, programming applications and souce codes shall be made available to the

Purchaser.N/A Compliance R,I

Commisioning.4 The supplier shall provide detailed documentation for all software programs. N/A Compliance R,I

Requested Value

Verification method

R= Revision ,

I= Inspection,

T= Test

Requirements PropertiesNumber