OBJECTIVE QUESTION AND ANSWER REGARDING CONTAINER

CHAPTER 9

CONTAINER WAGON

9.01 Condemning restrict of BLC wheel set is –
(a) 900 mm (b) 800 mm (c) 670 mm (d) 780 mm

9.02 Maximum peak of facet body from Rail degree of container bogie sort LCCF 20 (C)
trolley is –
(a) 851 mm (b) 715 mm (c) 932 mm (d) 786 mm

9.03 In BLC wagon, width over sole bar at centre line wagon is –
(a) 2200 mm (b) 2100 mm (c) 2150 mm (d) 2180 mm

9.04 For lifting the container, drive required to elevate the container on computerized twist lock is-
(a) 1050 Kg (b) 1000 Kg (c) 1100 Kg (d) 11590 Kg

9.05 How many load facet bearers are fitted in BLC wagon?
(a) 4 (b) 6 (c) 5 (d) 2

9.06 What is the measurement of ‘A’ dimension of BFKI?
(a) 65±5 mm (b) 67±Three mm (c) 60+2 mm (d) 58+Three mm

9.07 In place of empty load field what machine is utilized in BLC wagon?
(a) BSD (b) LSD (c) SDF (d) SAB

9.08 As per RDSO commonplace what shall be the Max. Allowed velocity of BFKI?
(a) 75 Km/h (b) 80 Km/h (c) 100 Km/h (d) 110Km/h

9.09 What is the fabric specification of BLC wagon trolley?
(a) Cast metal (b) Low solid metal (c) Steel (d) Micro metal

9.10 At the time of load distribution what’s the share of load come on centre pivot?
(a) 10% (b) 15% (c) 20% (d) 25%

9.11 Length of over Slack much less draw bar for B-car of BLC wagon is –
(a) 14566 mm (b) 13156 mm (c) 12212 mm (d) 14763 mm

9.12 What shall be most size of container platform in BLC wagon?
(a) 30 toes (b) 28 toes (c) 299 toes (d) 32 toes

9.13 The commonplace peak of platform for BLC wagon from Rail degree is –
(a) 1010 mm (b) 1015 mm (c) 1009 mm (d) 1100 mm

9.14 The axle load capability of BLC wagon is –
(a) 20.10 ton. (b) 20.32 ton. (c) 21.10 ton. (d) 23.10 ton.

9.15 The tare weight of A-car of BLC wagon is –
(a) 21.20 ton. (b) 19.10 ton. (c) 19.80 ton. (d) 20.22 ton.

9.16 The tare weight of B- automobile of BLC wagon is –
(a) 18.10 ton. (b) 19.10 ton. (c) 19.80 ton. (d) 20.20 ton.

 

9.17 Length of over Headstock to Headstock for A-car of BLC wagon is –
(a) 13650 mm (b) 13625 mm (c) 13555 mm (d) 13365 mm

9.18 In BLC wagon, peak of slackness drowbar system from Rail degree is –
(a) 890 mm (b) 848 mm (c) 845 mm (d) 910 mm

9.19 Length of over coupler for A-car of BLC wagon is –
(a) 14566 mm (b) 14556 mm (c) 14655 mm (d) 14255 mm

9.20 How many computerized twist locks utilized in BLC wagon?
(a) 6 (b) 8 (c) 10 (d) 12

9.21 Distance between bogie facilities of BLC wagon is –
(a) 9678 mm (b) 9687 mm (c) 9765 mm (d) 9675 mm

9.22 Height of facet body backside from Rail degree of container bogie sort LCCF 20 (C) trolley
is –
(a) 149 mm (b) 156 mm (c) 178 mm (d) 123 mm

9.23 Rake carrying capability of the BLC wagon is –
(a) 40 wagons 90 TEUs (b) 45 wagons 90 TEUs
(c) 40 wagons 80 TEUs (d) 48 wagons 90 TEUs

9.24 Which sort of facet bearer association utilized in BLC trolley?
(a) Elestromatic (b) fixed contact sort
(c) Spring loaded facet bearer (d) None of the above

9.25 Which sort of trolley utilized in BLC wagon?
(a) UIC trolley (b) Cast metal bogie sort LCCF 20 (C)
(c) IRS trolley (d) Diamond body trolley

9.26 For computerized locking & for lifting of computerized twist lock how a lot drive is Kg
required, respectively?
(a) 600 & 1000 Kg (b) 800 & 1200 Kg
(c) 1000 & 500 Kg (d) 500 & 1350 Kg

9.27 What sort of curler bearing utilized in BLC wagon?
(a) Cartage sort (b) tapered two-row cartridge curler bearing
(c) Sparical sort (d) plan bearing

9.28 What is the loading capability of containers in BLC wagon?
(a) Two 20′ or one 40′ (b) Two 22′ or one 45′
(c) Three 15′ or two 20′ (d) Two 20′ or one 45′

9.29 Name the kind of coupling utilized in BLC wagon?
(a) CBC & SLD (b) HT CBC
(c) Screw coupling (d) Slackness drew bars

 

ANSWERS

9.01 – (d) 9.02 – (d) 9.03 – (b) 9.04 – (b) 9.05 – (a) 9.06 – (c)
9.07 – (b) 9.08 – (c) 9.09 – (a) 9.10 – (a) 9.11 – (c) 9.12 – (b)
9.13 – (c) 9.14 – (b) 9.15 – (b) 9.16 – (a) 9.17 – (b) 9.18 – (c)
9.19 – (a) 9.20 – (b) 9.21 – (d) 9.22 – (a) 9.23 – (b) 9.24 – (c)
9.25 – (b) 9.26 – (a) 9.27 – (b) 9.28 – (a) 9.29 – (a)

 

Source: pdf hyperlink

1. NAME :- “ Question Bank on Freight Stock”
2. Reference No.:- CAMTECH/2005/M/W/Q.B/1.0
3. Edition :- First version
4. Year of publication:- 2005
5. Target group :- Technicians & supervisors wagon
examination yard, ROH/Sick line,
STC’s & BTC’s of Indian Railways.
6. Revision element :- Revision as per requirement
7. Total variety of pages:- 100 Nos.
8. Compiled By :- Dharmendra Agrawal
STA (Mech), CAMTECH

 

please contact us for any errors: Click right here

 

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WAGON AIR BRAKE Q & A

WAGON AIR BRAKE

4.001 Standard dimension ‘e’ in SAB on Goods inventory is –
(a) 570 mm (b) 575 mm (c) 580 mm (d) 565 mm

4.002 In yard leaving, minimal Permissible dimension ‘e’ in SAB on Goods inventory is –
(a) 555 mm (b) 570 mm (c) 565 mm (d) 580 mm

4.003 The color coding of distributor valve of air brake items inventory is –
(a) Yellow (b) Black (c) Green (d) White

4.004 In air brake empty inventory end-to-end items rakes, The empty rake after unloading ought to
be provided for intensive examination before-
(a) Next station (b) Next Loading (c) Next Unloading (d) 36 Hours

4.005 In air brake end-to finish rakes, After intensive examination validity of BPC stay as much as
the –
(a) Next station (b) Loading level (c) Destination level (d) 72 Hours

4.006 Control rod diameter of air brake wagon is –
(a) 30 mm (b) 32 mm (c) 38 mm (d) 40 mm

4.007 Piston stroke of BOXN wagon in empty circumstances is –
(a) 85±10 mm (b) 70±15 mm (c) 75±5 mm (d) 80±10 mm

4.008 Piston stroke of BOXN wagon in loaded circumstances is –
(a) 140±15 mm (b) 130±10 mm (c) 120±15 mm (d) 125±15 mm

4.009 Piston stroke is empty circumstances of BOY wagon is –
(a) 90±10 mm (b) 90±5 mm (c) 90±15 mm (d) 90±10/5 mm

4.010 Piston stroke is loaded circumstances of BOY wagon is –
(a) 135±5 mm (b) 135±10 mm (c)135±20 mm (d) 120±10 mm

4.11 In air brake inventory, BPC turns into invalid, if the rake is stabled in any examination yard-
(a) 24 hours (b) 36 hours (c) 48 hours (d) 12 hours

4.012 Dirt collector ought to be cleaned within-
(a) At the time of ROH (b) 2 month (c) 6 month (d) Three month

4.013 What is the capability of management reservoir in items prepare?
(a) 4 Lit. (b) 6 Lit (c) 8 Lit. (d) 10 Lit.

4.014 How a lot air strain ought to be dropped in brake van/ final car for continuity check?
(a) 0.8 Kg/Cm2 (b) 1.0 Kg/Cm2 (c) 1.2 Kg/Cm2 (d) 1.5 Kg/Cm2

4.015 The Colour of Brake Pipe in Twin pipe brake system is –
(a) Black (b) Yellow (c) Green (d) White

4.016 The Colour of Feed Pipe in twin pipe wagon is –
(a) Black (b) Yellow (c) Green (d) White

4.017 What ought to be the brake pipe strain in engine?
(a) 4.8 Kg/Cm2 (b) 4.7 Kg/ Cm2 (c) 5.0 Kg/ Cm2 (d) 6.0 Kg/ Cm2

4.018 The BP strain in Brake Van of 56 -BOXN wagon load shouldn’t be lower than –
(a) 4.5kg/ Cm2 (b) 3.7 kg/ Cm2 (c) 4.Eight kg/ Cm2 (d) 5.8kg/ Cm2

4.019 What ought to be the efficient strain in brake cylinder throughout full service software?
(a) 3.6 Kg/ Cm2 (b) 3.2 Kg/ Cm2 (c) 3.8 Kg/ Cm2 (d) 4.1 Kg/ Cm2

4.020 When we launch manually KE kind DV, the air strain launch type –
(a) CR & AR (b) BC & AR (c) BC & CR (d) AR & DV

4.021 The diameter of department pipe of BP to DV for wagon is –
(a) 25 mm (b) 20 mm (c) 13 mm (d) 22 mm

4.022 If ELD deal with is stored on loaded place of empty wagon, the outcome will probably be –
(a) Air Brake Power (b) Brake binding (c) None of the above

4.023 In one BOXN wagon whole no. of brake block are –
(a) 4 (b) 8 (c) 12 (d) 16

4.024 ‘A’ dimension in Boxn wagon is –
(a) 70-0+2 mm (b) 172±Three mm (c) 175±Four mm (d) 175+1mm

4.025 For testing Air strain locomotive the check plate gap diameter is-
(a) 8.2 mm (b) 7.5 mm (c) 9.5 mm (d) 10 mm

4.026 D.V. is straight connected with-
(a) Brake cylinder (b) Brake pipe (c) AR (d) Common pipe bracket

4.027 The diameter of air brake cylinder BOXN wagon is-
(a) 300 mm (b) 355 mm (c) 360 mm (d) 315 mm

4.028 The diameter of air bake cylinder in BVZC (Wagon) is –
(a) 300 mm (b) 295 mm (c) 305 mm (d) 315 mm

4.029 The capability of Auxiliary Reservoir (wagon) in air brake besides Bk.Van is-
(a) 200 litre (b) 100 litre (c) 300 litre (d) 150 litre

4.030 In Single pipe system the time taken in releasing of the wagon brake is-
(a) 60 Sec. (b) 120 Sec. (c) 210 Sec. (d) 90 Sec.

4.031 Distance between the management rod head and the barrel of SAB is known as as –
(a) ‘E’ dimensions (b) ‘C’ dimension (c) ‘A’ dimension (d) “d” dimension

4.032 The capability of compressor machine for air brake testing of rake is –
(a) 12-15 Kg/ Cm2 (b) 8-10 Kg/ Cm2 (c) 7-12 Kg/ Cm2 (d) 7-8 Kg/ Cm2

4.033 In single pipe air brake system, BP is charged with –
(a) 60.2 Kg/Cm2 (b) 50.1 Kg/Cm2 (c) 5.00.2 Kg/Cm2 (d) 6.00.1 Kg/Cm2

4.034 At the originating level, minimal brake energy of premium end-to-end rake is –
(a) 85% (b) 95% (c) 90% (d) 98%

4.035 In twin pipe system the Auxiliary Reservoir strain ought to be –
(a) 6.Zero kg/ Cm2 (b) 4.8 Kg/ Cm2 (c) 5.0 Kg/ Cm2 (d) 6.5 Kg/ Cm2

4.036 With The assist of minimize of angle cock, the air strain in air hose is exhaust or closed –
(a) True (b) false (c) None of the above

4.37 The brake energy of CC rake from nodal level is –
(a) 90% (b) 100% (d) 85% (d) 75%

4.038 Brake energy licensed issued for such Premium end-to-end rakes will probably be legitimate for –
(a) 7±Four days (b) 10±2
Zero days (c) 15 ±Three days (d) one month

4.039 The quantity of air strain in management reservoir of dual pipe system is –
(a) 3.8 Kg/ Cm2 (b) 6.0 Kg/ Cm2 (c) 5.0 Kg/ Cm2 (d) 4.8 Kg/ Cm2

4.040 What is the perform of DC (Dirt collector)?
(a) Collect dust (b) Collect air (c) Clean air (d) Clean CR

4.041 How a lot strain ought to drop in a minute after placing a check plate in locomotive?
(a) 0.8 Kg/ Cm2 (b) 1.0 Kg/ Cm2 (c) 1.2 Kg/ Cm2 (d) 1.5 Kg/ Cm2

4.042 Diameter of brake pipe and feed pipe is (In an excellent prepare)-
(a) 28 mm (b) 34 mm (c) 32 mm (d) 36 mm

4.043 The three department pipe connected to widespread pipe bracket, the place the center pipe lead to-
(a) CR (b) DV (c) BC (d) AR

4.044 How many minimize of angle cock are supplied in a car in twin pipe system-
(a) Two (b) Four (c) Six (d) None

4.045 While isolating DV, the place of the deal with in relation to rail line shall be
(a) Horizontal (b) vertical (c) None of the above

4.046 If brake block will not be releasing, pin is take away to launch the brake –
(a) Anchor hyperlink pin (b) management rod pin (c) Pull rod pin (d) equaliging pin

4.047 During Brake software, air circulation from –
(a) AR to BC (b) PB to BC (c) BP to BC (d) CR to BC

4.048 The place of deal with to shut angle cock is –
(a) Horizontal to pipe line (b) Perpendicular to pipe line (c) Center to pie line

4.049 The place of deal with to open angle cock is –
(a) Parallel to pipe line (b) Perpendicular to pipe line (c) Center to pie line

4.050 The leverage Ratio is obtained by –
(a) Brake cylinder (b) Tie Rod (c) Empty Rod (d) L/E Dives

4.051 BP strain in working prepare is –
(a) 6.0 Kg/ Cm2 (b) 5.5 Kg/ Cm2 (c) 5.0 Kg/ Cm2 (d) 15.2 Kg/ Cm2

4.052 The color for brake energy certificates for Premium end-to-end rake is-
(a) Green (b) White (c) Pink (d) Yellow

4.053 The en-route Brake energy proportion of products prepare ought to be –
(a) 85% (b) 75% (c) 95% (d) 90%

4.054 For testing DV the time required for brake cylinder draining from 3.Eight to .04 kg/cm2 is –
(a) 30-40 sec (b) 40-50 sec (c) 45-60 sec (d) 50-75 sec

4.055 What is the piston stroke of BVZC wagons?
(a) 50±10 mm (b) 70±10 mm (c) 85±10 mm (d) 90± 5 mm

4.056 What is the empty piston stroke of BOBR/BOBRN wagon is –
(a) 70±10 mm (b) 75±10 mm (c) 80±10 mm (d) 100±10 mm

4.057 The diameter of piston rod of 355-mm brake cylinder is –
(a) 40 mm (b) 38 mm (c) 30 mm (d) 25mm

4.058 The diameter of piston rod of 300-mm brake cylinder is –
(a) 40 mm (b) 36 mm (c) 32 mm (d) 30 mm

4.059 ‘A’ dimension of the BOBRN wagon is –
(a) 29+_ 2 Zero mm (b) 27+_ 2 Zero mm (c) 33± 2 mm (d) 25+_ 5 2 mm

4.060 What is the color of BPC of air brake system?
(a) Red (b) Pink (c) Green (d) Yellow

4.061 What is the color of BPC of air brake CC rake?
(a) Red (b) Pink (c) Green (d) Yellow

4.062 During brake launch, air from BC goes to –
(a) AR (b) CR (c) DV (d) Atmosphere

4.063 In twin pipe system, the FP is straight joined to department pipe of –
(a) CR (b) BC (c) DV (d) AR

4.064 The max. Air strain in BC after brake launch is –
(a) 4.8 Kg/ Cm2 (b5 Kg/ Cm2 (c) 0.0 Kg/ Cm2 (d) 2.5 Kg/ Cm2

4.065 The max. Air strain in BP throughout software is –
(a) 4.8±1 Kg/ Cm2 (b) 5.0 Kg/ Cm2 (c) 3.8 ± 0.1Kg/ Cm2 (d) 3.8 Kg/ Cm2

4.066 The capability of AR for wagon is-
(a) 200 lit. (b) 200 lit. (c) 100 lit. (d) 150 lit.

4.067 In typical air Brake system, the diameter of brake cylinder is-
(a) 255 mm (b) 155 mm (c) 355 mm (d) 455 mm

4.068 The air strain throughout charging in single pipe system is –
i In AR- (a) 5 kg/ cm2 (b) 5.2 kg/ cm

2 (c) 6.1 kg/ cm2 (d) 5.5 kg/ cm2
ii In CR- (a) 6 kg/ cm2 (b) 5 kg/ cm2 (c) 6.1 kg/ cm2 (d) 5.5 kg/ cm2
iii In BP- (a) 6 kg/ cm2 (b) 5 kg/ cm2 (c) 6.1 kg/ cm2 (d) 5.5 kg/ cm2

4.069 As per inhabitants of air brake inventory the share of distribution worth ought to be stored as
spares –
(a) 10% (b) 2% (c) 5% (d) 10%

4.070 The diameter of ball in inside ball valve of minimize of angle cock is –
(a) 15 mm (b) 13 mm (c) 17 mm (d) 10 mm

4.071 The diameter of air brake cylinder for BVZC is –
(a) 400 mm (b) 300 mm (c) 355 mm (d) 295 mm

4.072 The diameter of Std. Air brake Pressure gauge is-
(a) 60 mm (b) 70 mm (c) 90 mm (d) 100 mm

4.073 What kind of minimize of angle cock fitted in items inventory?
(a) Flat kind (b) Ball kind (c) Square kind (d) None of the above

4.074 Full type of BP is –
(a) Big pipe (b) Brake pipe (c) Bent pipe (d) None of the above

4.075 For testing DV the time required for filling BC in single pipe system from 0-36 kg/cm2 is

(a) 20-25 sec (b) 18-30 sec (c) 15-25 sec (d) 30-40 sec
4.076 What ought to be the strain in feed pipe?

(a) 3.8 Kg/cm2 (b) 5.0 Kg/Cm2 (c) 6.0 Kg/Cm2 (d) not one of the above

4.077 When DV is working situation the place of DV deal with is –
(a) Vertical (b) Horizontal (c) Inclined (d) Parallel

4.078 “e” dimension for SAB-600, in wagon is –
(a) 444 – 474 mm (b) 555-575 mm (c) 500- 575 mm (d) 440- 575 mm

4.079 Control rod of SAB when rotated for one spherical, management rod head strikes by a distance of –
(a) 6.Zero mm (b) 4.Zero mm (c) 2.Zero mm (d) 1.Zero mm

4.080 Piston stroke of the BVZC is –
(a) 60±10 mm (b) 70±10 mm (c) 65±10 mm (d) 75±10 mm

4.081 For testing DV the time required for charging CR from 0-48 kg/cm2 is –
(a) 290±20 sec (b) 150±20 sec (c) 185±25 sec (d) 200±20 sec

4.082 In air brake system department pipe of DV to AR is related through widespread pipe bracket is –
(a) At the underside (b) In Middle (c) At Top (d) To AR

4.083 The kind of joint for FP& BP is –
(a) Grip seal (b) Flange (c) Thread coupling (d) knuckle

4.084 In air brake system department pipe of DV to BC is related through widespread pipe bracket is –
(a) At the underside (b) In Middle (c) At the Top (d) To AR

4.085 FP fees –
(a) AR (b) CR (c) DV (d) BP

4.086 Which equipments are usually not charged, when C3W DV is remoted in twin pipe system?
(a) Brake cylinder solely (b) Control reservoir and brake cylinder
(c) Control reservoir and auxiliary reservoir (d) Auxiliary reservoir and Brake cylinder

4.087 The leakage price in BP or FP in air brake system is –
(a) 04 kg/ cm2 /Min (b) 0.25 kg/ cm2
/Min
(c) 0.Three kg/ cm2
/Min (d) 0.1 kg/ cm2
/Min

4.088 The strain of Auxiliary reservoir makes to work –
(a) Common pipe bracket (b) Brake cylinder
(c) Control Reservoir (d) DV

4.089 With what strain of AR twin pipe system works –
(a) BP Pressure solely (b) FP Pressure solely
(c) BP&FP Pressure (d) BC Pressure

4.090 In single pipe system works –
(a) BP Pressure (b) FP Pressure
(c) BP& FP Pressure (d) not one of the above

4.091 In wagon, hand brake is used when –
(a) Standing in yard (b) Running in down gradient
(c) Running in up gradient (d) None of the above

4.092 SAB regulate clearance between –
(a) Wheel and brake block (b) Tie Rod and Brake block
(c) Anchor pin to manage rod (d) None of the above

4.093 The M.R. strain of engine ought to be-
(a) 6.Zero to eight.0 Kg/ Cm2 (b) 8.Zero to 10.0 Kg/ Cm2
(c) 10.Zero to 12.0 Kg/ Cm2 (d) 12.Zero to 15.0 Kg/ Cm2

4.094 What do you imply of SWTR?
(a) Single wagon check rubber (b) Single wagon check rig
(c) Sliding wagon check ring (d) None of the above

4.095 In an air brake items wagon in empty situation the deal with of E/L field if stored in loaded
situation, it resettled in –
(a) Brake winding (b) Brake energy
(c) Poor brake energy (d) None of the above

4.96 SAB fitted in-
(a) End pull rod (b) Main pull rod
(c) Control rod (d) Dead equaliging lever

4.97 Dropping BP strain to do full service software is –
(a) 2.Zero to three.Zero kg/ cm2 (b) 3.Zero to three.2 kg/ cm2
(c) 1.Three to 1.6 kg/ cm2 (d) 1.5 kg/ cm2

4.98 The perform of dust collector is to segregate dust portion from the air –
(a) After coming DV (b) Before coming to DV (c) None of the above

4.99 What is the perform of Control reservoir in air Brake system?
(a) To management the air strain (b) To management the DV principal valve
(c) To management the brake system (d) To management the AR
4.100 Auxiliary reservoir is helping in –
(a) Charging of DV (b) Charging of BP
(c) Sanding air to BC (d) Charging of CR
CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
35
4.101 When isolating deal with of C3W kind DV is stored in horizontal at charging place –
(a) Piston rods of BC come out (b) Piston rod of BC shut not come out
(c) Brake applies and releases (d) Nothing occurs
4.102 the management reservoir is mounted on the opposite face of –
(a) Distributor valve (b) Brake cylinder
(c) Common pipe bracket (d) Axially reservoir
4.103 Cut of angle cock might be fitted with –
(a) Feed pipe solely (b) Brake pipe solely
(c) Feed pipe & brake pipe each (d) None of the above
4.104 BP & FP Air hose pipe might be fitted to chop off angle cock by-
(a) Socket (b) Coupling
(c) Flange (d) Nut
4.105 The principal BP strain in brake van of working prepare with 56 wagon is –
(a) 4.80.1kg/cm2 (b) 4.50.1kg/ cm2 (c) 6.00.1kg/ cm2 (d) None of the above
4.106 While some defect is discover in brake pipe in twin pipe system, the prepare might be labored as
single pipe system –
(a) By passing BP (b) Not labored
(c) Work, any change (d) None of the above
4.107 If C3W kind DV is manually launched, strain is launched from –
(a) AR (b) Control reservoir
(c) Brake cylinder (d) All above
36 CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
4.108 Full type of AR is –
(a) Accident of reservoir (b) Axle ring
(c) Auxiliary reservoir (d) None of the above
4.109 Full type of BC is –
(a) Brake management (b) Beside coach
(c) Brake cylinder (d) None of the above
4.110 The positions of Cut of angle cock deal with whereas open is –
(a) Parallel to pipe (b) Perpendicular to pipe
(c) None of the above (d) Parallel to pipe & Perpendicular to pipe
4.111 The full type of CR is –
(a) Central Reservoir (b) Cylindrical Reservoir
(c) Control reservoir (d) None of the above
4.112 During twin pipe charging place, air strain in Auxiliary Reservoir is –
(a) 6.5kg/ cm2 (b) 5.Eight kg/ cm2 (c) 6.Zero kg/ cm2 (d) None of the above
4.113 What shall be the perform of examine valve of C3W kind distributor valve?
(a) Charging the AR (b) Charging the CR
(c) Charging the BC (d) None of the above
4.114 For by go the particular machine important is –
(a) FP &BP exhauster (b) FP&BP reactor
(c) By go coupler (d) BP FP jointer
CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
37
4.115 In twin pipe system, the BP is straight jointed to department pipe of –
(a) AR (b) BC
(c) DV (d) Common pipe bracket.
4.116 BC vent plug is used for-
(a) Brake software (b) Brake launch
(c) Air leakage to cease (d) Air strain upkeep
4.117 Brake system might be faulty due to-
(a) Train motion (b) Airflow
(c) Bk. software & launch (d) Cattle run over
4.118 The size of air hose is –
(a) 796 +-6 mm (b) 784+-6 mm
(c) 790+-6.1 mm (d) 660+-6 mm
4.119 In air brake system, throughout sensitivity check Brake ought to apply when the speed of drop of air
pr in BP is –
(a) 0.Three kg/ cm2
in3 sec (b) 0.Four kg/ cm2 in4 sec
(c) 0.5 kg/ cm2 in5 sec (d) 0.6 kg/ cm2 in 6 sec
4.120 In air brake system, throughout insensitivity check Brake shouldn’t apply when the speed of drop
of air pr in BP is –
(a) 0.Eight kg/ cm2
in Eight sec (b) 0.Four kg/ cm2 in Four sec
(c) 0.5 kg/ cm2 in 5 sec (d) 0.Three kg/ cm2 in 60 sec
38 CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
4.121 the permissible leakage price in air brake system in centrifugal dust collector is –
(a) 02 kg/ cm2
/min (b) 0.2 kg/ cm2
/min
(c) 0.20 kg/ cm2
/min (d) No leakage
4.122 To uncouple BP or FP air hose it’s important to
(a) Open adjoining angle cock (b) Close adjoining angle cocks
(c) Close provide of air from loco (d) None of the above
4.123 In air Bk. system the speed of leakage shouldn’t be extra then –
(a) 0.025 kg/ cm2 /min (b) 0. 25 kg/ cm2
/min
(c) 0.0025 kg/cm2
/min (d) 0.255 kg/ cm2
/min
4.124 For operating 1200mt lengthy prepare, it’s important to have –
(a) Single pipe graduated launch air bk. System
(b) Twin pipe graduated launch air bk. System
(c) Single & double pipe-graduated launch air bk. System
(d) None of the above
4.125 In working prepare having 56 wagon, the air strain in Bk. van is –
(a) 0.25 kg/ cm2 much less then 5kg/ cm2 (b) 0. 2 kg/ cm2
/min much less then 5kg/ cm2
(c) 4.Eight kg/ cm2 (d) None of the above
4.126 For releasing Brakes, SAB is rotated –
(a) Toward finish panel clockwise (b) Toward trolley in clockwise
(c) Toward trolley in anticlockwise (d) Toward finish panel Anti clockwise
CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
39
4.127 The std. free heights and exert drive of BC return spring is –
(a) 600 mm- 200 kg/cm2 (b) 700 mm- 250 kg/cm2
(c) 730 mm- 125 kg/cm2 (d) 800 mm- 100 kg/cm2
4.128 The ELB machine indicator plate exhibits –
(a) Yellow empty, black loaded (b) Blue empty, black loaded
(c) White empty, black loaded (d) black empty, blue loaded
4.129 When isolating deal with of KE kind DV is stored in horizontal at charging place –
(a) Piston rods of BC come out (b) Piston rod of BC shut not come out
(c) Brake applies and releases (d) Nothing occurs
4.130 The bother capturing for department pipe damaged of DV to BC is –
(a) Pipe to be tightened by wire and DV,AR to be remoted adopted by guide
releasing
(b) Pipe to be tightened by wire,launch brake by rotating SAB and run prepare
(c) Non of the above
4.131 The first step of releasing brake binding in typical A/B system is to –
(a) Open vent plug of BC (b) Rotate SAB
(c) Take out pin of SAB (d) Isolate DV & launch manually.
4.132 The whole no. of MU washer in a twin pipe wagon is –
(a) 4 (b) Four palm & rubber sealing ring
(c) Four coupling head no washer (d) 6
40 CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
4.133 The Type of dust collector, utilized in wagon is –
(a) 2-way (b) 3-way
(c) Branch pipe of BP to DV (d) In BP
4.134 The bother capturing for twin pipe system, AR damaged is –
(a) Isolate DV and launch brake (b) Isolate DV, AR & launch brake
(c) Release BC & open vent plug BC (d) By-pass AR
4.135 After isolating DV, deal with ought to be –
(a) Tightened with thread (b) Keep horizontal and tightened with wire
(c) Tightened with wire (d) Open the deal with
4.136 The perform of double launch valve of the DV is –
(a) To launch the brake robotically
(b) To launch the BC strain
(c) To launch the brake manually when a spring transient pull is given to the lever
(d) To launch brake pipe strain on AR chamber
4.137 The perform of Non return valve utilized in air brake system is –
(a) To forestall circulation of BP (b) To forestall circulation of air from AR to FP
(c) To forestall circulation of Air from CR to BP (d) To forestall CR to be charged
4.138 The perform of principal valve is to provide requisite quantity of strain into the brake
cylinder when-
(a) BP strain is lowered (b) FP strain is lowered
(c) BP &FP can also be lowered (d) BP strain is lowered
CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
41
4.139 The principal valve in DV exhausts strain from brake cylinder to environment, when
(a) BP strain is lowered (b) BP strain is raised
(c) FP is lowered (d) FP strain is raised
4.140 What kind of grease for use after cleansing and inspection all elements of slack adjuster?
(a) Graphite grease (b) Servogan – 2
(c) Servo- germ 4 (d) None of the above
4.141 The perform of Return spring supplied in air brake cylinder is –
(a) To push the spring out facet the piston
(b) To push the piston contained in the cylinder
(c) To push the deed lever
(d) To push the management rod
4.142 Air Hoses are related to-
(a) Feed pipe minimize of angle cocks solely
(b) Brake pipe minimize of angle cocks solely
(c) Brake pipe & Feed pipe minimize of angle cocks each
(d) None of the above
4.143 If DV is having leakage –
(a) Isolate DV
(b) Close the isolating cock of the AR
(c) Close the isolating cock of the BP/FP department pipe
(d) None of the above
42 CAMTECH/2005/M/W/Q.B./1.0
Question Bank on Freight Stock ready by CAMTECH. Gwalior
4.144 ‘A’ dimension is measured between-
(a) SAB barrel & management rod head
(b) SAB nut & management highway nut
(c) Anchor pin & Control Rod head
(d) None of the above
4.145 POH periodicity DV is completed –
(a) 6 12 months or 5 Lakh km which ever is earlier
(b) 5 12 months or 5 Lakh km which ever is earlier
(c) Four 12 months
(d) Four 12 months or 4 Lakh km which ever is earlier
4.146 The vent gap, supplied within the minimize of angle cock to exhaust (when angle cock is closed)-
(a) Air hose facet air strain into environment
(b) Twin pipe facet air strain to environment
(c) None of the above
4.147 In case air brake CC rake are used as mini rakes, Close circuit sample will probably be adopted
with BPC being legitimate for –
(a) 2000 Km or 20 days Whichever is earlier
(b) 4500 Km or 20 days Whichever is earlier
(c) 6000 Km or 30 days Whichever is earlier
(d) 3000 Km or 10 days Whichever is earlier

 

 

FOR ANS SCROLL DOWN

 

 

 

 

 

 

 

4.001 – (b) 4.002 – (a) 4.003 – (a) 4.004 – (b) 4.005 – (c) 4.006 – (b)
4.007 – (a) 4.008 – (b) 4.009 – (a) 4.010 – (b) 4.011 – (a) 4.012 – (a)
4.013 – (b) 4.014 – (b) 4.015 – (c) 4.016 – (d) 4.017 – (c) 4.018 – (c)
4.019 – (c) 4.020 – (c) 4.021 – (b) 4.022 – (b) 4.023 – (b) 4.024 – (a)
4.025 – (b) 4.026 – (d) 4.027 – (b) 4.028 – (c) 4.029 – (b) 4.030 – (a)
4.031 – (c) 4.032 – (b) 4.033 – (b) 4.034 – (b) 4.035 – (a) 4.036 – (a)
4.037 – (b) 4.038 – (b) 4.039 – (c) 4.040 – (c) 4.041 – (b) 4.042 – (c)
4.043 – (d) 4.044 – (b) 4.045 – (a) 4.046 – (c) 4.047 – (a) 4.048 – (b)
4.049 – (a) 4.050 – (d) 4.051 – (c) 4.052 – (a) 4.053 – (d) 4.054 – (c)
4.055 – (b) 4.056 – (d) 4.057 – (a) 4.058 – (d) 4.059 – (b) 4.060 – (c)
4.061 – (d) 4.062 – (d) 4.063 – (d) 4.064 – (c) 4.065 – (c) 4.066 – (c)
4.067 – (c) 4.068 i – (a) 4.068 ii–(b) 4.068 iii–(b) 4.069 – (c) 4.070 – (d)
4.071 – (b) 4.072 – (d) 4.073 – (b) 4.074 – (b) 4.075 – (b) 4.076 – (c)
4.077 – (a) 4.078 – (b) 4.079 – (c) 4.080 – (b) 4.081 – (c) 4.082 – (b)
4.083 – (b) 4.084 – (a) 4.085 – (a) 4.086 – (b) 4.087 – (b) 4.088 – (b)
4.089 – (b) 4.090 – (a) 4.091 – (a) 4.092 – (a) 4.093 – (b) 4.094 – (b)
4.095 – (a) 4.096 – (b) 4.097 – (c) 4.098 – (b) 4.099 – (b) 4.100 – (c)
4.101 – (a) 4.102 – (c) 4.103 – (c) 4.104 – (d) 4.105 – (a) 4.106 – (a)
4.107 – (d) 4.108 – (c) 4.109 – (c) 4.110 – (a) 4.111 – (c) 4.112 – (c)
4.113 – (a) 4.114 – (c) 4.115 – (d) 4.116 – (b) 4.117 – (d) 4.118 – (d)
4.119 – (d) 4.120 – (d) 4.121 – (d) 4.122 – (b) 4.123 – (b) 4.124 – (b)
4.125 – (c) 4.126 – (c) 4.127 – (b) 4.128 – (a) 4.129 – (c) 4.130 – (a)
4.131 – (d) 4.132 – (a) 4.133 – (b) 4.134 – (b) 4.135 – (c) 4.136 – (c)
4.137 – (b) 4.138 – (a) 4.139 – (b) 4.140 – (b) 4.141 – (b) 4.142 – (c)
4.143 – (a) 4.144 – (a) 4.145 – (a) 4.146 – (a) 4.147 – (b)

WAGON WHEEL & AXLE -OBJECTIVE Q & A

WAGON WHEEL & AXLE -OBJECTIVE QUESTIONS AND ANSWER:

 

3.01 Standard diameters of wheel on tread on BOXN Wagon is –
(a) 1010 mm (b) 1000 mm (c) 950 mm (d) 906 mm

3.02 Minimum diameters of wheel on tread on BOXN Wagon throughout service is –
(a) 1000 mm (b) 960 mm (c) 906 mm (d) 915 mm

3.03 Standard diameter of wheel on treads on BOX Wagon is –
(a) 960 mm (b) 1000 mm (c) 906 mm (d) 860 mm

3.04 Minimum diameter of wheel on treads on BOX Wagon throughout service is –
(a) 860 mm (b) 960 mm (c) 906 mm (d) 990 mm

3.05 The axle load of BOXN, BCN, BRN, BOBR, BTPN wagon is –
(a) 22.9 t (b) 20.32 t (c) 16.6 t (d) 12.2 t

3.06 The axle load of BOX, BCX, BRH wagon is –
(a) 22.9 t (b) 20.32 t (c) 16.Three t (d) 12.2 t

3.07 The axle capability of BVZC, CRT, BTAL, BTAG, BTPGL wagon is –
(a) 22.9 t (b) 20.Three t (c) 16.Three t (d) 12.2 t

3.08 The axle capability of TPR, TORS, and TCL wagon is –
(a) 22.9 t (b) 20.Three t (c) 16.Three t (d) 12.2 t

Question Bank on Freight Stock ready by CAMTECH. Gwalior
3.09 The wheel gauge must be measured on –
(a) Off load situation (b) Loaded wagon (c) Both situation (d) Empty wagon

3.10 The lowest wheel dia permitted by workshop for BOXN wagon is –
(a) 919 mm (b) 906 mm (c) 925 mm (d) 860 mm

3.11 In CTRB the grease use per Axle field is –
(a) 455 ±30 gms (b) 490±15 gms (c) 500±35 gms (d) 550±20 gms

3.12 Maximums permissible put on on outer collar dimension of journals 255*127, 254*127, 229*114
are –
(a) 6.Zero mm (b) 11 mm (c) 8.Zero mm (d) 5.Zero mm

3.13 RDSO has stipulated three intermediate profile BOXN/BCN wagon with flange thickness
as 20,22 and –
(a) 28 mm (b) 25 mm (c) 24 mm (d) 23 mm

3.14 The condemning wheel diameter of BVG is –
(a) 919 mm (b) 906 mm (c) 925 mm (d) 990 mm

3.15 The condemning diameter of wheel of B0I wagon is –
(a) 990 mm (b) 906 mm (c) 813 mm (d) 860 mm

3.16 The new diameter of wheel for BOY wagon is –
(a) 990 mm (b) 1090 mm (c) 1000 mm (d) 915 mm

3.17 The condemning diameter of BOBR wheel is –
(a) 815 mm (b) 906 mm (c) 990 mm (d) 860 mm

3.18 The condemning diameter of BTPN wheel is –
(a) 813 mm (b) 990 mm (c) 906 mm (d) 860 mm

3.19 The condemning diameter of BWL wheel is –
(a) 813 mm (b) 906 mm (c) 915 mm (d) 860 mm

3.20 The radius on the root of the flange of latest worn wheel profile is –
(a) 14 mm (b) 16mm (c) 18mm (d) 120 mm

3.21 Permissible most flat floor on tread on different BG wagon are –
(a) 75 mm (b) 60 mm (c) 75 mm (d) 70 mm

3.22 What must be permissible restrict of ovality and taper on the journal?
(a) 0.5 mm (b) 0.05 mm (c) 0.1 mm (d) 0.15mm

3.23 Permissible most flat floor on tread on IRS BG wagon is –
(a) 75 mm (b) 50 mm (c) 60 mm (d) 70 mm

3.24 What is the minimal lateral play between axle field lug and horn examine for UIC kind
trolleys?
(a) 20 mm (b) 22 mm (c) 18 mm (d) 12 mm

3.25 What is the utmost lateral play between axle field lug and horn examine for UIC kind
trolleys?
(a) 20 mm (b) 22 mm (c) 25 mm (d) 28 mm

3.26 Minimum longitudinal clearance between axle field lug and horn examine for UIC kind
trolleys are –
(a) 10 mm (b) 12 mm (c) 14 mm (d) 16 mm

3.27 Maximum longitudinal clearance between axle field lug and horn examine for UIC kind
trolleys are –
(a) 12 mm (b) 14 mm (c) 16 mm (d) 18 mm

3.28 Maximum permissible put on on size of journal dimension of 255*127, 254*127,229*144 are-
(a) 6.Zero mm (b) 11 mm (c) 5.Zero mm (d) 8.Zero mm

3.29 Maximum permissible put on on inside collar dimension of journal 255*127,254*127,229*144
are-
(a) 6.Zero mm (b) 11 mm (c) 5.Zero mm (d) 8.Zero mm

3.30 The wheel gauge measures –
(a) The distance between flanges of two wheels on identical axle.
(b) The distance between dia and axle.
(c) The distance between journal and bearing.
(d) The distance between two wheel.

3.31 What is an built-in portion of the axle?
(a) Cap (b) Roller bearing
(c) Journal (d) None of the above
3.32 For measuring the diameter of ovality & taper of the journal, what number of areas are
wanted?
(a) Two Location each the vertical and horizontal axis
(b) Three areas each the vertical and horizontal axis
(c) Three location solely vertical axis
(d) None of the above

 

FOR ANSWERS SCROLL DOWN

 

 

 

 

 

 

 

 

 

3.01 – (b) 3.02 – (c) 3.03 – (b) 3.04 – (a) 3.05 – (b) 3.06 – (b)
3.07 – (b) 3.08 – (c) 3.09 – (a) 3.10 – (a) 3.11 – (a) 3.12 – (d)
3.13 – (b) 3.14 – (d) 3.15 – (b) 3.16 – (c) 3.17 – (b) 3.18 – (c)
3.19 – (d) 3.20 – (a) 3.21 – (b) 3.22 – (c) 3.23 – (a) 3.24 – (a)
3.25 – (c) 3.26 – (b) 3.27 – (d) 3.28 – (b) 3.29 – (a) 3.30 – (a)
3.31 – (c) 3.32 – (b)

TANK WAGON QUIZ( OBJECTIVE Q&A)

38
Created on By admin

TANK WAGONS QUIZ

1 / 20

What is the location of safety valves fitted in liquefied petroleum gas tank wagon?

2 / 20

What is the type of coupler used in BTPGL tank wagon?

3 / 20

Air tightens test pressure of master valve is –

4 / 20

What is the density of LPG at 55º C?

5 / 20

The diameter of master valve of BTPN tank wagon is –

6 / 20

In the tank wagon, close the vapour extractor cock after –

7 / 20

In the tank wagon, close the master valve after –

8 / 20

What is the hydraulic test pressures in a barrel of LPG tanks wagon?

9 / 20

No. of safety valve fitted in liquefied petroleum gas tank is –

10 / 20

Codal life of Tank wagon is

11 / 20

No of safety valves fitted in sulphuric acid tank is

12 / 20

The mechanical code of bogie Liquefied anhydrous ammonia gas tank wagon is –

13 / 20

During Hydraulic testing of master valve of tank wagon, the water to be filled up to be –

14 / 20

Inspection of thickness of H2SO4 barrel carried out with –

15 / 20

Cleaning of bitumen barrel is carried out with –

16 / 20

Pay load of BTPN tank wagon is –

17 / 20

In the tank wagon, close the vapour extractor cock after –

18 / 20

Interval of ROH in BTPN tank wagon is –

19 / 20

What is the location of safety valve fitted in sulphuric acid tank wagon?

20 / 20

What is the location of safety valve fitted in caustic soda tank wagon?

Your score is

The average score is 36%

0%

WAGON BOGIE SECTION QUIZ

46

Created on By admin

Wagon Bogie section Quiz

1 / 18

What is the nominal leteral clearance between side frame & bolster in CASNUB 22W,
22WM, 22NL, 22NLB?

2 / 18

What is the nominal leteral clearance between side frame & bolster in CASNUB 22W,
22WM, 22NL, 22NLB?

3 / 18

What is the nominal leteral clearance between side frame & bolster in CASNUB 22HS?

4 / 18

What is the wear limit of wide/narrow jaw adopter side lugs?

5 / 18

Condemning dimension of side frame anti-Rotation lug for all Casnub bogies is –

6 / 18

Which types of steel are used in side frame column friction plates of Casnub bogie?

7 / 18

What type of side bearers fitted in CASNUB 22HS trolley?

8 / 18

Nominal free height of sunbber spring of Casnub 22 HS bogie is –

9 / 18

Nominal free height of inner spring of Casnub 22 HS bogie is –

10 / 18

Nominal free height of snubber spring of Casnub bogie except 22 HS is –

11 / 18

Maintenance manual of Casnub bogie is –

12 / 18

Nominal free height of inner spring of Casnub bogie except 2HS is –

13 / 18

How many type of adopters used in CASNUB trolley?

14 / 18

What is the condemning wheel diameter in all CASNUB versions?

15 / 18

Permissible variation in new wheel tread diameter for four-wheeled trolley on the same
axle on BG bogie wagon is –

16 / 18

The maximum wheel gauge of Goods wagon is-

17 / 18

Permissible thickness of UIC/CASNUB bogies composite brake block is –

18 / 18

Standard thickness of UIC/CASNUB bogies composite brake block is-

Your score is

The average score is 63%

0%

Wagons Air Brake Set-2

21

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Wagons Air Brake Set-2

1 / 25

What should be the brake pipe pressure in engine?

2 / 25

Control rod diameter of air brake wagon is –

3 / 25

The diameter of air brake cylinder BOXN wagon is-

4 / 25

Piston stroke of BOXN wagon in empty conditions is –

5 / 25

Piston stroke of BOXN wagon in loaded conditions is –

6 / 25

How much air pressure should be dropped in brake van/ last vehicle for continuity test?

7 / 25

The colour coding of distributor valve of air brake goods stock is –

8 / 25

The Colour of Feed Pipe in twin pipe wagon is –

9 / 25

When we release manually KE type DV, the air pressure release form –

10 / 25

The diameter of branch pipe of BP to DV for wagon is –

11 / 25

If ELD handle is kept on loaded position of empty wagon, the result will be –

12 / 25

For testing Air pressure locomotive the test plate hole diameter is-

13 / 25

D.V. is directly attached with-

14 / 25

Control rod of SAB when rotated for one round, control rod head moves by a distance of –

15 / 25

Piston stroke of the BVZC is –

16 / 25

For testing DV the time required for charging CR from 0-48 kg/cm2 is

17 / 25

The type of joint for FP& BP is –

18 / 25

Which equipments are not charged, when C3W DV is isolated in twin pipe system?

19 / 25

The pressure of Auxiliary reservoir makes to work

20 / 25

In wagon, hand brake is used when

21 / 25

As per population of air brake stock the percentage of distribution value should be kept as spares –

22 / 25

SAB adjust clearance between –

23 / 25

In air brake end-to end rakes, After intensive examination validity of BPC remain up to
the –

24 / 25

What do you mean of SWTR?

25 / 25

SAB fitted in-

Your score is

The average score is 56%

0%

Wagons Air Brake Set-1

20
Created on By admin

Wagons Air Brake Set-1

1 / 25

The function of Return spring provided in air brake cylinder is -

2 / 25

The function of main valve is to supply requisite amount of pressure into the brake cylinder when-

3 / 25

The function of double release valve of the DV is -

4 / 25

The Type of dirt collector, used in wagon is -

5 / 25

The first step of releasing brake binding in conventional A/B system is to -

6 / 25

The trouble shooting for branch pipe broken of DV to BC is -

7 / 25

What type of grease to be used after cleaning and inspection all parts of slack adjuster?

8 / 25

‘A’ dimension is measured between-

9 / 25

POH periodicity DV is done

10 / 25

In air brake system, during insensitivity test Brake should not apply when the rate of drop of air pr in BP is -

11 / 25

In air brake system, during sensitivity test Brake should apply when the rate of drop of air pr in BP is -

12 / 25

The length of air hose is -

13 / 25

BC vent plug is used for-

14 / 25

The function of double release valve of the DV is

15 / 25

In air brake system, during insensitivity test Brake should not apply when the rate of drop of air pr in BP is -

16 / 25

The positions of Cut of angle cock handle while open is -

17 / 25

The function of dirt collector is to segregate dirt portion from the air

18 / 25

SAB fitted in-

19 / 25

What do you mean of SWTR?

20 / 25

SAB adjust clearance between -

21 / 25

As per population of air brake stock the percentage of distribution value should be kept as spares -

22 / 25

In wagon, hand brake is used when

23 / 25

The pressure of Auxiliary reservoir makes to work

24 / 25

Which equipments are not charged, when C3W DV is isolated in twin pipe system?

25 / 25

The type of joint for FP& BP is -

Your score is

The average score is 54%

0%

WAGON SET 5

10
Created on By admin

Wagons Set 5

1 / 25

Rate of variation in cross level per meter is called

2 / 25

The Maintenance manual of BOXN wagon fitted with Casnub bogie………… (

3 / 25

Slackless drawbar is used in………….wagon

4 / 25

. CBC control gauge No. 3 is used to detect the diffect of………..

5 / 25

Position of CBC knuckle broken from knuckle pivot pin hole is called………..

6 / 25

What should be the brake pipe pressure in engine?

7 / 25

Piston stroke of BOXN wagon in loaded conditions is –

8 / 25

How much air pressure should be dropped in brake van/ last vehicle for continuity test?

9 / 25

D.V. is directly attached with-

10 / 25

The diameter of air brake cylinder BOXN wagon is-

11 / 25

Piston stroke of the BVZC is –

12 / 25

For testing DV the time required for charging CR from 0-48 kg/cm2 is

13 / 25

SAB adjust clearance between –

14 / 25

SAB fitted in-

15 / 25

The function of double release valve of the DV is

16 / 25

BC vent plug is used for-

17 / 25

The colour coding of distributor valve of air brake goods stock is –

18 / 25

———— is checked with tyre defect gauge.

19 / 25

Standard dimension of distance between the nose of Knuckle and guard arm is

20 / 25

standard diameter of knuckle pivot pin is

21 / 25

What do you mean by PME?

22 / 25

Instructions for inspection and maintenance of BOXN wagon fitted with CASNUB bogies and air brake system, What RDSO’s technical pamphlet is used?

23 / 25

In air brake system, the thread joints are tightened with which type of tape?

24 / 25

POH of BG brake van is –

25 / 25

What is the length over Headstock of the BOXN wagon?

Your score is

The average score is 79%

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