An Electrical motor (heavy start) that delivers 53,57 kW at 1440 r/min must be connected to arotary compressor with a wedge belt drive. The compressor must operate 24 hours per day witha shaft speed of approximately 966 r/min. The center distance must be closest to 1000 mm. Briefly state the problem.State one delimitation relating to the belt drive.Use the Fenner catalogue to specify the type and number of wedge belts requiredfor the drive. Also, Select suitable input and output pulleys from the Fennercatalogue.State the specification of the wedge-belt drive selected above.

Answered: Image /qna-images/answer/03bfcdf8-185a-4ad9-83ba-56ff7ff756ca.jpg

n Electrical motor (heavy start) that delivers 53,57 kW at 1440 r/min must be connected to a tary compressor with a wedge belt drive. The compressor must operate 24 hours per day with shaft sneed of annroximately 966 r/min. The center distance must be closest to 1000 mm.

n Electrical motor (heavy start) that delivers 53,57 kW at 1440 r/min must be connected to a tary compressor with a wedge belt drive. The compressor must operate 24 hours per day with shaft sneed of annroximately 966 r/min. The center distance must be closest to 1000 mm.

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

See similar textbooks

Related questions

Q: Current gas turbines have fan in front of the engine, can we place fan after the turbine (back of…

Q: I, Give the FBD for OA and whole system. A В M

A: Free body diagram of the member OA is ROH and ROV are the horizontal and vertical reaction forces…

Q: Give example of a problem solved using reheat rankine cycle method and compare to rankine cycle…

A: The calculation process is given below:

Q: net heat rejected to reservoir C by CE-2

A: Given data; Carnot engine (CE-1) works between two temperature reserviors A and B;TA=900…

Q: The actual power output of a wind turbine with an efficiency of 59% is 1250kW. The predicted output…

Q: Find the efficiency of engine input power is 800 J and ouput powe 400 J

A: Given data : Input power=800 J Output power=400 J Find : Efficiency of engine

Q: Please read the problem and solve what is asked. Thanks! A two-stage compressor with an ideal…

A: Givenhellium gasv1=0.5m3/sP1=150kPaT1=300KP2=7500kPa

Q: Find the effectiveness of the regenerator with following working conditions: The hot fluid entry…

Q: The following particulars refer to a two- Yow velacity-compounded impule wheel which fommu Q. the…

A: "Since you have posted a question with multiple sub parts we will solve first three subpart for you…

Q: Question 2 A refrigeration cycle operates with R-134a. Saturated liquid QH 4 li Saturated vapor…

A: INTRODUCTION: Refrigeration is the process of maintaining low temperatures as compared to the…

Q: A pump operates at 600 W, the mass flow rate of the liquid is 1 kg/s, at the inlet the fluid is…

A: Given data pump operates at 600 W, the mass flow rate of the liquid is 1 kg/s, at the inlet the…

Q: - Name two things in the design of a reciprocating com pressor that control the efficiency of the…

A: The performance of the reciprocating compressor majorly depends on the two design factors.

Q: Saturation: Pressures Specifie Volume Sa Internal Energy Sal Ligule Entropy Set. Ligurd Enthalpy Pr…

Q: find Q ? and Pressure

Q: Design a power plant for CCGT frame 9 H model

A: A combined cycle power plant (CCPT) is an assembly of heat engines that work in tandom from the same…

Q: The Reversed Carnot Cycle is used to run a food production company's refrigeration system. The…

A: Given Data Tc= -14°C TH= 52°C Qc= 24 Ton

Q: Compute the power in KW generated by Agusan Hydro Blectric power plant with water flOw rate of 1,552…

A: Given: Water flow rate of the power plant→Q=1552 liters/sec…

Q: Please solve it correctly,Urgent. Question: The discharge pressure of a water pump is 9, 000 kPa.…

Q: - The maximum thermal efficiency possible for a power cycle operatng botween poF amd eer°F IS !

Q: A two-stage compressor with an ideal intercooler receives 0.4 m°/s of air at 100 kPa and 310°K. If…

A: Given Pressure, P1 = 100 kPa P2 = 707.1 kPa Temperature, T1 = 310 K Find…

Q: Mr. Mohammed is working in CNC machine of a shaft manufacturing company. This machine ram is moved…

A: Accumulators: The hydraulic accumulators are used to store the energy just like batteries. They used…

Q: 6. Find the motor HP and the displaced Delivered discharge =50.65 L-min1, p = 13.7 MPa, N =2000 rpm,…

Q: derive the general formula for the intercooling related to the number of stage of compressor

A: Intercooling, which is used in most multi-stage compressors, increases the moisture in the air.…

Q: 6 Cond 6 Pc Wk Pi 3 7 3. Pe Evap Wk

A: Two stage compression with dry type shell coil cooler concept :- In case of refrigerant plant is…

Q: Homework-2 Compute the themal e fficiency of an ideal Ran kine cycle for which the steam leaved the…

A: Answer: (a) The thermal efficiency of ideal Rankine cycle is 35.60 %. (b) The mass flow rate of the…

Q: Consider a steam turbine power plant as shown with the given properties below. Enter state of pump…

A: To find: The thermal efficiency of the cycle. Given: The higher pressure is P1=P4=20 MPa. The lower…

Q: A steam turbine receives a steam flow rate of 2kg/s and the power output is. 700 kW. The heat loss…

A: For solution refer below images. NOTE:- For specific enthalpy unit should be in KJ/kg.

Q: 9.9 Select a belt-drive fan and motor to provide 2000 cfm at a TSP of 1.2 in. of water. Specify the…

A: Given:The air flow provide by belt drive is .Total static pressure is .The speed of motor is .The…

Q: Kubuta geothermal power plank has 83.7 % efficiency, What is its actual pOMer capacity if the…

Q: e has a trs). Th

A: given:displacement volumevs=0.0259m3work output W=950KW

Q: explian the TS digram Rankine Cycle

A: A boiler, turbine, condenser, and pump make up the Rankine cycle. The fuel in the boiler warms…

Q: A 4-stage centrifugal pump discharges 1000 gpm of water at 1750 1pm with a total heat head of 1000…

Q: premme fu mega pascel

A: Pm=2 mpa

Q: IVOS cooler mixer H2SO4 SEPARATOR cooler 23 condenser STEAM reactor evaporater condenser 19…

A: Given: There are various components shown in the figure above in which all incoming and outgoing…

Q: A motor delivers 2hp and receives 1.8kilowatts of energy. find the efficiency

A: Mechanical efficiency is a ratio of the brake power and indicated power. This shows the…

Q: A pump has a displacement of 90 cm3 . It delivers 75 Lpm at 1300 rpm and 75 bar .If the prime mover…

A: Given Data Dispacement volume is: Vs=90 cm3 Flow rate is: Q=75 LPm=0.00125 m3/sec Speed is : N=1300…

Q: 2- 4 steam power plant operates producing a net of the Steam inifially enters the turbine a Drow the…

Q: A process in a plant is to he revised such that the airflow rate through Si system will increase…

Q: The heat rejected per cycle?

A: Given; A cycle heat engine does ,W=50kJIf the efficiency of the heat engine, η=75%=0.75 Heat…

Q: A) A large Francis turbine having the following specification: diameter of runner outside (1.5m) and…

A: d0=1.5 m , b=.135 mP=16 Mw ,H=260 mN=600 rpm .Q=7m3secvf2=16 msec and vw2=0 width to diameter ratio…

Q: An Otto engine has a clearance volume of 7%, it produces 300 kW of power in a minute. Find:…

Concept explainers

Hydronics

Question

100%

An Electrical motor (heavy start) that delivers 53,57 kW at 1440 r/min must be connected to a
rotary compressor with a wedge belt drive. The compressor must operate 24 hours per day with
a shaft speed of approximately 966 r/min. The center distance must be closest to 1000 mm.

Briefly state the problem.
State one delimitation relating to the belt drive.
Use the Fenner catalogue to specify the type and number of wedge belts required
for the drive. Also, Select suitable input and output pulleys from the Fenner
catalogue.
State the specification of the wedge-belt drive selected above.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

What are the advantages of 1-reheater 2-economizer 3-fixed row of steam turbine.
A pump operates at 600 W, the mass flow rate of the liquid is 1 kg/s, at the inlet the fluid is stagnate, and velocity at exit is 12 m/s, the mechanical efficiency of the pump is: Select one: a. 0.90 O b. 0.91 O c. 0.92 O d. 0.89 e. none of the mentioned
Is the suction process is different in actual working of IC engine? If yes then explain?
In the following figure, If Q=0.00594 m/s, what is the output power delivered by the 100% efficient motor. 14000 AP 12000 P 2000 AP O 34.66 HP PUMP MOTOR • None of them O 59400.00 HP O 43.52 HP O 79.62 HP O 108.79 HP Clear my choice
Q3// Answer A or B All The plant capacity factor of power plant 50%, the peak load is 30MW, the load factor is 60% and plant use factor 80%. Find: the daily output power and the plant reserve capacity. B// What are the methods of draught in cooling towers. Demonstrate them with drawings. What is the relationship between the cooling tower and condenser.
By using equations,show and explain why power required by compressor is higher when temperature at induction is higher than the ambient.
3. A CARNOT ENGINE PRODUCES 30 kW WHILE OPERAING BEWCAN TEMPERATURE LIMITS OF T50°C AND 200 °C PETER MINU A) THE SRNTROPIC XPANSION RATIO 8) THE HEATSUPPIED PER SE COND C:) THe HEAT FEJELION PER SECOND D.) THE THEAMAL EFFICIUNCY OF THE CYCLE
i need the answer quickly
Draw Schematic diagram of Hydro Power Plant indicating all the parts and explain the working of the same. (Any four important points).
Decsribe why variable-speed compressor motors are more efficient then single-speed motors im heat pumps systems.
An R22 system has compression raito of 4:9:1 NRE of 72 btu/pd , heat compression of 18 btu/ pd and constant volume of 1.4 cfm at inlet to the compressor . what's the displacement of compressor for 1 ton of refrigerant.
A fan running at 2000 rpm delivers 16,000 cfm against 3 in. static pressure, thereby consuming 15BHp. If the rpm is increased to 2300 rpm so that the rpm ratio is 1.5:1. What is the new cfm?