Wire Scanners, Collimators and Beamline Motion

Table of Contents

Meeting Minutes

Physics Requirements Documents

LCLS : Physics Requirements Document 1.1-323 (PDF Format)

LCLS-II : Injector/Linac Wire Scanner System Requirements (LCLSII-2.4-PR-0099)

              LCLS-II General Motion and Fast Wire Scanner Controls requirements (LCLSII-2.7-PR-0808)

Engineering Design Documents

LCLS : Mechanical Engineering Specifications Document 1.3-105 (PDF Format)

         Controls Engineering Specification Document

LCLS-II : LCLS-II General Motion and Fast Wire Scanner Engineering Specifications (LCLSII-2.7-ES-0809)

How-To Documents 

Currently, only Wire Scanners in the injection area have an associated schedule. Schedules for Collimator Control, Beamline motion and others are forthcoming.

• How-to setup an Encoder TR Electronics Encode 
• TR Electronics LTS-140-N Encoder 
• NSD MRE-32SS062FAL Encoder with NCV-25-N Converter.
• How-to set up a Motor Driver
  • Parker Automoation Gemin GT-L8 Driver
  • LinMot B1100-VF-HC
    • Installation Guide
    • Quick Start Guide

Schedules

Currently, only Wire Scanners in the injection area have an associated schedule. Schedules for Collimator Control, Beamline motion and others are forthcoming.

• Wire Scanners
• Collimators
• Beamline Motion
• Laser Heater Undulator Gap

Software

Configuring Controls Hardware

Motion control hardware includes electronics, cabling, termination and transition panels and software. It also (typically) includes LVDT equipment for position readback. Wire scanner subsystems also require synchronisation with ADCs which determine the beam intensity when it interacts with the wire.

• Hardware Configuration
• XPS GPIO Configuration

Detectors for Wire Scanners

Notes on Wire Scanner Detector Positions and Requirements