Difference between revisions of "UITF Meeting - May 10, 2016"
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| Line 5: | Line 5: | ||
Gun System: | Gun System: | ||
# High Voltage (350 KV) | # High Voltage (350 KV) | ||
| − | # Pressure Vessel containing SF6 ( | + | # Pressure Vessel containing SF6 (60 PSI) |
# SF6 | # SF6 | ||
| Line 12: | Line 12: | ||
Vacuum Systems: | Vacuum Systems: | ||
| − | # Pumps (Is there a need for hearing protection) | + | # Pumps (Is there a need for hearing protection?) |
# Beam line terminations (flanges capped off?) | # Beam line terminations (flanges capped off?) | ||
| Line 22: | Line 22: | ||
Cryogenic fluids | Cryogenic fluids | ||
# Liquid Helium to ¼ cryomodule | # Liquid Helium to ¼ cryomodule | ||
| − | # 500 L and 1000 L liquid Helium for | + | # 500 L and 1000 L liquid Helium for HDIce |
# Nitrogen gas line | # Nitrogen gas line | ||
| Line 30: | Line 30: | ||
Define operational modes | Define operational modes | ||
| − | # Low energy operations (restricted to Cave 1, beam current | + | # Low energy operations (restricted to Cave 1, beam current 32 mA, beam energy <250KV, or 3mA at <400kV) |
| − | # High energy operations (for HD-Ice, beam current , < | + | # High energy operations (for HD-Ice, beam current , < 100nA, PSS BCMs) |
# Maintenance, no beam | # Maintenance, no beam | ||
Ionizing Radiation | Ionizing Radiation | ||
| − | # Due to beam during UITF operation | + | # Due to beam during UITF operation, or field emission from ¼ CM and gun |
# Residual radiation after turning off the beam | # Residual radiation after turning off the beam | ||
| Line 43: | Line 43: | ||
# Access control procedures post-beam operations | # Access control procedures post-beam operations | ||
# CARMs | # CARMs | ||
| − | # BCMs (< | + | # BCMs (<100 nA into Cave 2) |
Signage | Signage | ||
| Line 49: | Line 49: | ||
# HV | # HV | ||
# Laser | # Laser | ||
| − | # Magnetic fields (if higher than 5 | + | # Magnetic fields (if higher than 5 G, about 1 ft from the magnet) |
| − | # Beacons, if needed ( | + | # Beacons, if needed (maybe at the gate when beam in UITF) |
# Beacons above the cave (restrict access when RF/Beam on) | # Beacons above the cave (restrict access when RF/Beam on) | ||
| + | |||
| + | Matt Poelker UITF introduction [[media:UITF overview_Poelker.pptx]] | ||
Henry Robertson PSS and ODH system [[media: Safety System Group Overview_v2.pptx]] | Henry Robertson PSS and ODH system [[media: Safety System Group Overview_v2.pptx]] | ||
Revision as of 11:19, 9 May 2016
UITF Internal Safety Review – Personnel Safety
List of Hazards
Gun System:
- High Voltage (350 KV)
- Pressure Vessel containing SF6 (60 PSI)
- SF6
Laser System:
- Class 4 laser at 780 and 1560 nm
Vacuum Systems:
- Pumps (Is there a need for hearing protection?)
- Beam line terminations (flanges capped off?)
Electrical and Magnets Systems
- Ion pumps
- Magnet terminals
- Magnetic fields
Cryogenic fluids
- Liquid Helium to ¼ cryomodule
- 500 L and 1000 L liquid Helium for HDIce
- Nitrogen gas line
Non-ionizing Radiation
- Warm RF (Buncher and Chopper systems)
- High Power RF to ¼ cryomodule
Define operational modes
- Low energy operations (restricted to Cave 1, beam current 32 mA, beam energy <250KV, or 3mA at <400kV)
- High energy operations (for HD-Ice, beam current , < 100nA, PSS BCMs)
- Maintenance, no beam
Ionizing Radiation
- Due to beam during UITF operation, or field emission from ¼ CM and gun
- Residual radiation after turning off the beam
Access Controls
- Levels of Access (Restricted/Beam Permit)
- Sweep procedures (prior to beam operations)
- Access control procedures post-beam operations
- CARMs
- BCMs (<100 nA into Cave 2)
Signage
- ODH posting
- HV
- Laser
- Magnetic fields (if higher than 5 G, about 1 ft from the magnet)
- Beacons, if needed (maybe at the gate when beam in UITF)
- Beacons above the cave (restrict access when RF/Beam on)
Matt Poelker UITF introduction media:UITF overview_Poelker.pptx
Henry Robertson PSS and ODH system media: Safety System Group Overview_v2.pptx
Vashek Vylet: Radiation Shielding media:UITF shielding assessment.pptx
Hari Areti ODH summary media:ODH_Areti presentation.pptx, media:draft ODH assessment.docx
John Hansknecht Laser Safety media:UITF Laser Safety.pptx
DILO SF6 cart manual media:DILO manual.pdf
SF6 information media:SF6 info.pdf