Clause 510a(vi) states: "Lock the control rod head firmly with nut and tooth lock washer. Secure pin with split pin."

Clause 508 states: "After receiving the overhauled brake system components, these should be fitted on the coach in proper order and in their respective locations. Then lower the coach on overhauled bogies..."

Table 5.5, Sr. No. 5(a) states: "Create the vacuum 460 to 510 mm and destroy it. Now observe closely the extent of piston travels of all coaches. The travel of the piston would be greater on coaches between the locked portion and the engine..."

Table 5.4 lists "D.A. Valve test rig" specifically under the Vacuum brake shop column, while BVT test equipment is also listed there, and spring testing rig is under Slack adjuster.

Table 5.4 shows "Ball peen hammer" listed under all three shop columns.

Table 5.5, Sr. No. ii(g) states: "Measure 'A' dimension" and "Adjust as specified for the type of coach."

Table 5.5, Sr. No. i(d) lists this symptom and recommends to "Ease the brake shaft & replace the strong release spring with that having proper tension."

Table 5.5, Sr. No. i(a) states: "Adjust brake gear. If even then the brake power is weak, change the brake blocks."

Clause 510b states: "The dimension 'e'... represents the capacity available for adjustment and will decrease as wear takes place... The maximum value of dimension 'e' should be within the permissible limits... when: i) All brake shoes are new. ii) All pin joints have new pins and bushes. iii) All wheels are new."

Clause 510a(i) states: "Make sure that the hand brake and the vacuum brake are fully released and the whole rigging is in proper order."

Clause 510a(iv) specifies: "22 +4/-0 mm for ICF coaches with 13t and 16.25t bogies respectively" (Note: The text says "13t and 16.25t" but the values are 16 and 22 respectively).

Clause 509b(iv) mirrors the test bed procedure: "20 minutes after destroying, create the balancing vacuum of 356 mm."

Clause 509a specifies two clearances: a minimum of 13 mm between piston cotter and fork end arm, and a minimum of 25 mm between the fork end arm top and cylinder stuffing box.

Table 5.3 lists "Compression spring 4A 30485 / 8" as an item to be changed on a condition basis. Items in Table 5.2 (like diaphragm, seal, guide bush) are to be changed invariably.

Clause 506d(iii) states: "It will be observed the gauge B follows gauge A very closely both during creation of vacuum and brake application."

Clause 506d(i) specifies: "Record the drop of vacuum in both the gauges A & B, which should not be more than 12.5 mm in 10 minutes."

Clause 506c specifies: "During the final assembly of upper and lower housing, tightening of hexagonal nuts should start from the O-ring end and the 4 nuts must be tightened evenly."

Clause 505b(v) states: "Increase vacuum to 460 mm... when piston should completely descend. That which does not descend completely is faulty and should be dismantled and repaired again."

Clause 505b(iv) states: "20 minutes after destroying, create the balancing vacuum of 356 mm."

Clause 504n(B) states: "On re-creation of not more than 205 mm of vacuum, the valve shall re-set itself."

Clause 504n(i) states: "It should also be ensured that all the sharp edges on the seat of the spindle washer are rounded off."

Clause 504m(iii) states: "If on release, the ring does not come back to within 5% of its original length within an hour, it should be rejected as defective."

Clause 504m(iii) specifies: "On release, if its diameter does not come back within 2% of its original diameter within an hour, it should be rejected as defective."

Clause 504m(ii) states: "A good ring should hang straight and should not make a figure of 8 and show a twist."

Clause 504k states: "The barrel should be replaced if the number of original lugs (i.e., those which have not been repaired at all) goes down below 50%."

Clause 504k states: "Measure the inside diameter with micrometer of range 600-625 mm."

Clause 504h specifies: "Measure the out side diameter with micrometer of range 575-600 mm & record the dimensions."

Clause 504h states: "The blind holes for the piston rod cover bolts should be tapped and eased."

Clause 504b(iv) part 3 specifies: "With vacuum throughout the assembly, the guard van valve should automatically lift on a rapid destruction in the train pipe of approximately 225 mm of vacuum."

Clause 504b(iv) part 1 states: "On release of operating handle, the valve should, with atmospheric pressure throughout the assembly, re-set itself by its own weight."

Clause 504b(i) clearly states: "If the passage hole diameter exceeds 6 mm, the valve should be replaced."

Clause 504a(iii) specifies: "a pneumatic pressure of 2.0 kg/cm² by gauge should be applied in it for the purpose of ensuring sound fabrication and finish."

Clause 504a(i) states: "If the extent of corrosion, etc., are only about 5% of total area, it should be cut off and replaced with another plate by welding. Otherwise the whole barrel should be replaced."

Clause 503j(iv) states: "After restoration of 460 mm to 510 mm of vacuum, the exhauster should be isolated and the drop in vacuum noted. The drop in vacuum should not be more than 25 mm in one minute."

Clause 503j(iii) explains: "If the drop in vacuum is less than 130mm and still the brakes are applied, it shows an obstruction in the vertical pipe."

Clause 503i(iii) specifies: "Replace the rubber washer. The clapet valve cover should be checked and repaired or replaced as necessary."

Clause 503f states: "The brake shaft mounted in its brackets under a coach should be parallel to the trunnions on which the cylinder swings to avoid setting up of side or crosses stresses and hence damage to the arm."

Clause 503e states: "If there are no bushes, the trunnions should be bored and bushes of correct size fitted to get the required clearance."

Clause 503d specifies: "The reservoir straps should be double secured with spring washer and check nuts."

Clause 503d states: "If the securing holes in the under frame are worn more than 3mm build up by welding and redrill the holes."

Clause 503c(iii) provides comprehensive rejection criteria: "Cracked, torn, porous, or collapsed hose pipes or hose pipes with coiled wire loose or missing, or length reduced below 50 cms. should be rejected."

Clause 503c(iii) states: "Thereafter, in the stretched position, its surface should be examined to detect the defects, if any."

Clause 503c(ii) states: "The hose should also be bent around a mandrel of 228 mm diameter till the ends of the hose are parallel."

Clause 503c(ii) specifies: "connected by means of a cylindrical nozzle... to a chamber of 1640 cu cm. volume... the drop of vacuum should not be more than 75 mm Hg in one hour."

Clause 503b(ii) specifically warns: "While renewing the pipe, it should be ensured that bending do not decrease the cross sectional area of pipe passage at the bends."

Clause 503b(ii) states: "Spiked hammer should be used to check thin wall, corrosion, etc." This is a specific non-destructive testing method mentioned in the document.

Clause 503b outlines a logical sequence: initial leak test (i), inspection and replacement of damaged parts (ii, iii), cleaning threads and applying white lead (iv), final leak test (v), and finally painting (vi).

Clause 502b(ii) provides a comprehensive list: "Vacuum cylinders and their trunnion brackets, vacuum reservoirs and train pipes, rubber hose & syphon pipes, alarm chain apparatus including the chain, disc and locking arrangement, brake beams, hangers, and brake blocks shall be secured as prescribed."

Clause 502a states: "The pins and bushes shall be examined for wear and replaced if the radial clearance exceeds 0.75 mm." This indicates a mandatory replacement, not a repair.

Clause 501a explicitly lists: "increasing the brake rigging ratio, effecting modifications to the vacuum brake cylinders, hose pipe cages and adopting direct admission valves and slack adjusters."