L&T Water & Effluent Treatment Mechanical Supervisor Interview Questions and Answers

Operation and maintenance plan election all equipment repairing and maintenance

Q1. Machinery department
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Q2. Technical machinery department
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Q3. Plant and machinery department
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Q1. Plant machinery department
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Q1. According to machinery hem
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Q2. Hydraulic
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Q1. Heavy Arth movers equipment
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Q2. Engine, transmission
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Q1. What means of tyre size
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Tyre size refers to the dimensions of a tire, including width, aspect ratio, and diameter.
• Tyre size is typically expressed as a series of numbers and letters on the sidewall of the tire.

• The first number represents the width of the tire in millimeters.

• The second number is the aspect ratio, which is the height of the tire's cross-section as a percentage of the width.

• The final number is the diameter of the wheel that the ...read more
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Q2. Diffrence between pan mixer and twin shaft mixer
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Pan mixer is a stationary mixer with a single shaft while twin shaft mixer has two horizontal shafts rotating in opposite directions.
• Pan mixer has a single shaft while twin shaft mixer has two horizontal shafts

• Twin shaft mixer provides better mixing efficiency and homogeneity compared to pan mixer

• Pan mixer is suitable for smaller batches while twin shaft mixer is used for larger production volumes
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Technical round and one by one person having questing and forward to answers

Q1. Regarding piping
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Q2. I have done piping also do then
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Q1. What about power plant
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Q1. What is formula to calculate module in gears
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The formula to calculate module in gears is the ratio of pitch diameter to the number of teeth.
• Module = Pitch Diameter / Number of Teeth

• Module is a measure of the size of the teeth on a gear.

• It is commonly used in gear design and manufacturing to ensure proper meshing of gears.

• For example, if a gear has a pitch diameter of 40 mm and 20 teeth, the module would be 40 mm / 20 = 2 mm.
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Q2. Module=pitch circle dia M=D/T
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Module is the ratio of pitch circle diameter to the number of teeth in a gear.
• Module is a gear parameter that defines the size of the gear teeth.

• Pitch circle diameter is the diameter of the imaginary circle on which the gear teeth are located.

• The formula M=D/T calculates the module where D is the pitch circle diameter and T is the number of teeth.

• For example, if the pitch circle diameter is 100 mm and the number of tee
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Q3. What is module in gears
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Module in gears refers to the size of the gear teeth and is used to determine the gear ratio and dimensions of the gear.
• Module is the ratio of the pitch diameter to the number of teeth in the gear.

• It is used to calculate the dimensions of the gear teeth, such as tooth thickness and depth.

• Different gear modules are used for different applications, with larger modules for heavier loads and smaller modules for higher spee...read more
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Q4. What is the pitch circle in gears
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The pitch circle in gears is an imaginary circle that passes through the point where the teeth of two gears mesh together.
• The pitch circle is used to determine the gear ratio between two gears.

• It is the circle on which the pitch diameter of the gear is measured.

• The pitch circle diameter is used in calculations for gear design and analysis.

• The pitch circle is important for ensuring proper meshing of gears and smooth ope...read more
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Q1. About strl erection
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Q2. About manpower handeling
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Q3. About codes and standards
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Q4. About raw material
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Q5. About contractor handling
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Q6. About hot work and height job executing
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Q7. About erection procedures of structure
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Q8. About safety precautions during hot job
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Q1. Previous experience
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Q2. Heavy construction deep explanation
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Heavy construction involves the use of large machinery and equipment to build structures such as bridges, roads, and buildings.
• Heavy construction projects typically require specialized equipment such as cranes, bulldozers, and excavators.

• These projects often involve working with large quantities of materials such as concrete, steel, and asphalt.

• Safety is a major concern in heavy construction due to the size and weight ...read more
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Q1. Previous experience
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