1. Internal Cryomodule Instrumentation ERL Main Linac Cryomodule 10/10/2015 Peter Quigley, MLC Design Review

2. 10/10/2015Peter Quigley, MLC Design Review Input Couplers and 80K Shield not shown 300K ≤ 2K Cavity Helium Vessel Gate Valve HOM Load Support Post HGRP SC Magnet 2K 2-Phase Line BPM Gate Valve MLC Basic Thermal Map

3. HOM Load 40K Flange: Gas Input 10/10/2015 Peter Quigley, MLC Design Review Cavity, Helium Vessel, Input Coupler, HOM Load Unit Sensor Layout Cavity Helium Vessel Cavity Field Probe Port (2) Input Coupler Input Coupler 5K Intercept: Gas Input Input Coupler Cooling Gas Input/Output CERNOX 1050-SD CLTS PT1000 HOM Load Adjacent Cavity /Coupler 300K ≤ 2K

4. Sensor Layout For Cryogenics Piping 2K 2-Phase Line HGRP CERNOX 1050-SD CLTS PT1000 80K return 6.5K return 40K delivery 5K forward 5K local 40K forward 40K local Peter Quigley, MLC Design Review 10/10/2015 *Use of a pressure sensor for flow detection is being considered. Pressure Sensor * * 300K ≤ 2K

5. 10/10/2015Peter Quigley, MLC Design Review CERNOX 1050-SD RTD (300K to 1.6K). CLTS (Cryogenic Linear Temperature Sensor) (300K to 4K). PT1000 RTD (450K to 40K). Liquid Helium Level Sensor: 2K type, cold feedthrough. SC Quad: Lead wire feedthrough LHC type or similar. Piezo sense and actuator: Noliac, tested in HTC-I,II, and III. Tuner Motor: Cold, tested in HTC-I,II, and III. Heaters: One heater per helium vessel mounted on 2K 2Phase Line. Two heaters per HOM load, 200W each. Vacuum Monitoring and Control: Open for discussion. RF cable: Semi-rigid or Flexible coax. General Instrumentation Information

6. HOM Load 40K Flange: Gas Input 10/10/2015 Peter Quigley, MLC Design Review Cavity, Helium Vessel, Input Coupler, HOM Load Additional Sensor Layout For Prototype Cavity Helium Vessel Cavity Field Probe Port (2) Input Coupler Input Coupler 5K Intercept: Gas Input Input Coupler Cooling Gas Input/Output HOM Load Adjacent Cavity /Coupler CERNOX 1050-SD CLTS PT1000 300K ≤ 2K