Refer to print PR 23-2. The sequence of operations for this print is given below. Answer the questions following the sequence of operations Sequence of operations Description: This is a system to control a 90-ton hydraulic, explosive-compaction press. The press ram descends at a controlled rate, slowly compacting the explosive charge to avoid detonation due to a sudden shock. 1. The cycle is started by energizing solenoid A, which shifts control valve (3) and supplies pressure to the head end of the hydraulic cylinder (7). This operates the ram. 2. The cylinder (7) extends at a slow rate controlled by the fluid in the rod end of the cylinder, which is vented through the flow control valve (5). 3. When the cylinder is fully extended and the pressing pressure is reached, the press ure switch (6) de-energizes solenoid A and energizes solenoid B. This shifts control valve (3) to retract the cylinder (7). Control valve (5) has an integral check valve that permits the free flow of fluid in the opposite direction, causing cylinder (7) to rapidly retract. A The retraction of cylinder (7) actuates the limit switch (8), which de-energizes solenoid B. Control valve (3) returns to the neutral position. This completes the cycle. This circuit has safety features. On power outage, both solenoid A and B are de-energized. This allows valve (3) to return to electrical the center position, thus stopping ram travel. Also, valve (4) provides low pressure relief on the ram upstroke and valve (2) provides high pressure relief on ram downstroke. Questions 8. What completes the cycle? 9. What happens in the event of electrical power outage? 10. Give the function of valves (2) and (4). SNIPIISIN APPROVED DATE DESCRIPTION PLAS COMPONENT LIST 1) UNIDIRECTIONAL, FIXED- DISPLACEMENT HYDRAULIC PUMP AND MOTOR. 2) HIGH-PRESSURE RELIEF VALVE 3) 4-WAY, 3-POSITION, BLOCKED- CENTER, DOUBLE SOLENOID-ACTUATED, MAINTAINED- CONTACT, SPRING-CENTERED VALVE. 4) LOW-PRESSURE RELIEF VALVE. 5) FLOW CONTROL VALVE, ADJUSTABLE AND PRESSURE COMPENSATED WITH BYPASS. Sol. A Sol. B 6) PRESSURE SWITCH УХI 7 DOUBLE-ACTING HYDRAULIC CYLINDER. 8) LIMIT SWITCH TEM M HEAT TREAT FINISH MATERIAL STOCK SIZE ON NO. TALLEY INDUSTRIES MESA, ARIZONA MANUFACTURING ENGRG DEPT ENGRG CHANGE TOOL NAME 90 TON HYDRAULIC PRESS SCHEMATIC ENGRG PART NAME 90 TON COMPACTION PRESS UNLESS OTHERWISE NOTED R.K. WALKER 8/28 G.A.Schneider 8/28 NMRA TOLERANCES ON: ANGLES 1 CHECKED MACHINED DIA ON A COMMON CENTERLINE CONCENTRIC WITHIN 005 T.I.R NORMALITY AND PARALLELISM OF MACHINED SURFACES .002 PER INCH TO A MAX. OF .010 FOR A SINGLE SURFACE REMOVE BURRS AND SHARP EDGES .030 MAX ZONE APPROVED OF 1 SCCALE SHEET ENGRG PART NO. SIZE CODE IDENT, NO TOOL DRAWING N0 8568321 ZNE A 12116 449 Unit 23 Instrumentation and Control Drawings 00 669 TO CN DU CH Print supplied by Talley Industrie PR 23-2. 90 Ton Hydraulic Press Schematic Copyright Goodheart-Willcox Co., Inc.

Refer to drawing 21A033, What is the wall thickness of the hub?   All abbreviations are standard

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.

A NC lathe cuts two passes across a cylindrical workpiece under automatic cycle. The operator loads and unloads the machine. The starting diameter of the work is 3.00 in and its length = 10 in. The work cycle consists of the following steps (with element times given in parentheses where applicable): 1 - Operator loads part into machine, starts cycle (1.00 min); 2 - NC lathe positions tool for first pass (0.10 min); 3 - NC lathe turns first pass (time depends on cutting speed); 4 - NC lathe repositions tool for second pass (0.4 min); 5 - NC lathe turns second pass (time depends on cutting speed); and 6 - Operator unloads part and places in tote pan (1.00 min).   In addition, the cutting tool must be periodically changed. This tool change time takes 1.00 min. The feed rate = 0.007 in/rev and the depth of cut for each pass = 0.100 in. The cost of the operator and machine = $39/hr and the tool cost = $2.00/cutting edge. The applicable Taylor tool life equation has parameters: n = 0.26 and…

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What are the TPI and TPF of a part with end diameters of 3/4" and 1/2" and a taper length of 4.25"?