1.How many assemblies are described by this one assembly drawing? 2. Each assembly described by this drawing uses this one part. What is its part number? 3.Which BODY is used for ASSEMBLY PRV9433T-E? 4. How many BODY options are there on this drawing?
1.How many assemblies are described by this one assembly drawing? 2. Each assembly described by this drawing uses this one part. What is its part number? 3.Which BODY is used for ASSEMBLY PRV9433T-E? 4. How many BODY options are there on this drawing?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
Related questions
Question
1.How many assemblies are described by this one assembly drawing?
2. Each assembly described by this drawing uses this one part. What is its part number?
3.Which BODY is used for ASSEMBLY PRV9433T-E?
4. How many BODY options are there on this drawing?
5. How will the date code be applied to the assembly?
6. What paper size is the original version of the print?
7. Who checked the drawing? Exactly how it is on the print.
8. What is the scale of the original drawing?
9.Are there any reference measurements on the drawing?
10. Are there any cutting planes on this drawing?
Thank you, please help.
Transcribed Image Text:NOTES:
1. CAUTION: SPRING MATERIAL MUST BE
STAINLESS STEEL.
2. DRAWING SHOWS SPRING GUIDE ASSEMBLY
PRV250-4.
3. THIS DISTANCE IS REQUIRED FOR SPRING
COMPRESSION, AND SEAT'S COMPRESSION
COL 1
COL 2
COL 3
COL 4
COL 5
RANGE
(PSIG)
SPRING GUIDE
ASSEMBLY
ASSEMBLY
SPRING
BODY
SET REMOVAL.
4. DRAWING SHOWS BODY PRV375-1,
WITH WEEP HOLE.
5. CLEAN ITEMS 1-4 PER B-11550-400
JUST PRIOR TO ASSEMBLY.
6. STORE CLEANED ITEMS IN CLEAN, SEALED
PRV9433F-A
10-39
BX250-025
PRV250-10
PRV375-1
40-89
BX250-065
BX250-115
PRV250-10
PRV250-10
PRV375-1
(.875 HEX) PRV9433F-B
PRV9433F-C
PRV9433T-D
PRV9433T-E
PRV9433T-F
PRV9433T-G
PRV9433T-H
PRV9433FP-A
PRV9433FP-B
PRV9433FP-C
PRV9433TP-D
PRV9433TP-E
PRV9433TP-F
PRV9433TP-G
PRV9433TP-H
90-139
140-199
200-299
300-379
PRV375-1
BX250-180
BX250-260
BX250-340
PRV250-4
PRV375-1
PRV375-
PRV375-1
PRV375-1
PRV375-1
PRV250-4
PRV250-4
CONTAINERS IN THE CLEAN ROOM.
380-459
460-550
10-39
BX250-420
PRV250-4
PRV250-4
BX250-500
BX250-025
BX250-065
BX250-115
BX250-180
BX250-260
BX250-340
BX250-420
BX250-500 PRV250-4
PRV250-10
PRV375P-1
PRV375P-1
40-89
90-139
PRV250-10
PRV250-10
PRV375P-1
PRV375P-1
PRV375P-1
PRV375P-1
PRV375P-1
PRV375P-1
.50
140-199
PRV250-4
STAMPING INFORMATION
(SEE NOTE 3)
200-299
PRV250-4
PRV250-4
PRV250-4
PRESSURE
300-379
(F, T, FP, OR TP) SETTING IN PSI
REGO PRV9433CJPSI
25 BAR CJ
(4
380-459
460-550
DATE CODE
EQUIVALENT PRESSURE
SETTING IN BAR
4 1 ADJUSTING SCREW
3 1 SPRING
2 1 SPRING GUIDE ASSEMBLY
1 1 BODY
ITEM QTY.
PRV250-3
SEE COL 3
SEE COL 4
(2.625)
SEE COL 5
NUMBER
DESCRIPTION
DRANN
ENGINEER
T. TICKLE
J. OLSEN
CHECKED
GR
D. WILLIAMS
REGO, CRYO-FLOW PRODUCTS
BURLINGTON, N.C. 27215
APPROVED
J. OLSEN
ORIGINAL DATE
05/25
PLOT GENERATEDT
08/02
THIS DRAWING IS ECI PROPRIETARY INFORMATION
ALL RIGHTS OF DESIGN OR INVENION ARE RESERVED
UNLESS
OTHERWISE SPECIFIED:
* 015
* 02
*005
+ 0005
REVISIONS
TTLE
A206, 05/25
AlsSUED
2 PL DEC.
3 PL DEC.
i PL DEC.
ANGLES
PRV BLANK
CONCENTRICITY 010 FIM
FINISH 125 MAX
REMOVE BURRS, BREAK
SHARP EDGES R015 MAX
INTERPRET DIMENSIONS & DRAWING NO.
TOLERANCES AW
ASME YI4.SM-1994
DWG SIZE
SOLE (2:1)
PRVO09433XX-XB
A-CHANGES
0-GAGES
Unit 16 Assembly Drawings 335
Print supplied by Rego Cryo-Flow Produe
PR 16-1. PRV Blank.
Copyright Goodheart-Willcox Co., Inc
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