p19-0 ring tubes down interactive map

Welcome to the interactive map of the first thermomechanical ring prototype at SLAC. You can visit the Cooling Tubes Up map here.

To explore the ring map in interactive mode, use the buttons within the Gliffy diagram macro in the table on the left. You may need to enter full screen. Hover your mouse over the image to get the full screen menu option. Please note that this interactive map only includes loading information. Please visit the Metrology section for the Metrology results.

p19-0 ring prototype interactive diagram

Screenshots from the Loading layers of the Interactive Map

Observations, properties, and measurements by Heater ID

Properties

Properties – Heater ID: Quad, batch	#11	#12	#13	#14	#X	#16	#17	#18	#19	#20	Uncertainty	Source
Length (cm)	4.108	4.107	4.100	4.102			4.110	4.100	4.101	4.107	±30 μm	Heaters.xlsx
Width (cm)	4.259	4.248	4.259	4.252			4.242	4.247	4.245	4.249	±30 μm	Heaters.xlsx
Thickness (μm)	312	312	315	315			303	303	303	303	±5 μm	Heaters.xlsx
Resistance when wires first bonded (Ω)	2.5	2.4	2.4	2.2			2.3	2.5	2.6	2.4	±0.1 Ω	Heaters.xlsx
Resistance: mounted on ring, before spray painting (Ω)												Heaters.xlsx
Mass (g)	1.521	1.545	1.568	1.577			1.564	1.549	1.553	1.556	± 0.001 g	Scale measurement on loading day
Module thickness at center, measured with micrometers (μm)	302	303	303	302			305	302	304	302		Micrometer measurement after cleaning on loading day
Wire thicknesses, measured with calipers (mm)	0.70, 0.69, 0.70, 0.72 (clockwise from top left in post-wash picture)	0.68, 0.73, 0.71, 0.69 (clockwise from top left in post-wash picture)	0.72, 0.70, 0.69, 0.72 (clockwise from top left in post-wash picture)	0.71, 0.69, 0.72, 0.69 (clockwise from top left in post-wash picture)			Top left = 0.70 mm Top right = 0.70 mm Bottom left = 0.72 mm (bent wire) Bottom right = 0.72 mm	Top left = 0.69 mm Top right = 0.69 mm Bottom left = 0.74 mm Bottom right = 0.72 mm (bent wire)	Top left = 0.70 mm (bent wire) Top right = 0.71 mm Bottom left = 0.72 mm Bottom right = 0.72 mm	Top left = 0.71 mm Top right = 0.69 mm (bent wire) Bottom left = 0.70 mm Bottom right = 0.68 mm
Visual Inspection before loading	#11	#12	#13	#14	#X	#16	#17	#18	#19	#20
Before IPA wash & dry rag polish
After IPA wash & dry rag polish
Retrieved from storage	06/22 11 AM	06/22 11 AM	06/22 11 AM	06/22 11 AM			06/21 10:30 AM	06/21 10:30 AM	06/21 10:30 AM	06/21 10:30 AM
Washing time	06/22 11:15 AM Nico	06/22 11:15 AM Nico	06/22 11:15 AM Nico	06/22 11:15 AM Nico			06/21 10:40 AM Nico	06/21 10:40 AM Nico	06/21 10:40 AM Nico	06/21 10:40 AM Nico
Comments	Fine	Fine	Best-looking of #11-14	Worst-looking of #11-14. Heat damage (discoloration) backside. Validated resistance measurement. Wires frayed near soldering. Long wires, crooked wrt side of sensor. Surface scratched on left side			No obvious issues with this heater	Has some scum/scuff on the upper face left side, which we’re unable to remove by cleaning with IPA	No obvious issues with this heater	Has a chip on the top edge, near the right side
Loading experience	#11	#12	#13	#14	#X	#16	#17	#18	#19	#20
Load date (mounting time)							06/24 4:10 PM	06/24 PM 4:10 PM	06/24 3:00 PM	06/24 3:00 PM
Load position							QD7	QD8	QD9	QD10
Shim testing results							#17	#18	#19	#20
Expected glue layer thickness (μm)	100-200	100-200	100-200	100-200			~200	100-200	100-200	100-200
100-μm shim	Enters	Enters	Enters	Enters			Enters with minimal resistance	Enters with minimal resistance	Enters with minimal resistance	Enters with minimal resistance
200-μm shim	Blocked	Blocked	Blocked	Blocked			Enters, with significant resistance	Does not enter	Does not enter	Does not enter
Glue batch			#13	#14			#17	#18	#19	#20
Syringe ID	2021-A-20	2021-A-20	2021-A-20	2021-A-20			2021-A-18	2021-A-18	2021-A-18	2021-A-18
Date dispensed			06/22 4:30 PM	06/22 4:30 PM			06/24 4:04 PM	06/24 4:04 PM	06/24 2:55 PM	06/24 2:55 PM
Dispensing	#11	#12	#13	#14			#17	#18	#19	#20
Estimated glue mass per star (mg)			76	76			73	73	75	75
Averaged mass tests			#7-9	#7-9			#25-27	#25-27	#2-4	#2-4
Time elapsed since syringe fully thawed (minutes)	102	102	56	56			108	108	39	39
Minutes module held under vacuum (Hold time)	Overnight	Overnight	30	30			Overnight	Overnight	30	30