1) Computation at annual usage of 1000 hours
Ownership Rate | ||
Purchase Price | 2,40,000 | |
Salvage Value | 48,000 | |
Net Value | 1,92,000 | |
Economic Life | 10,000 | Hours |
Annual Usage | 1,000 | Hours |
Effective Life | 10 | Years |
Depreciation | 19,200 | |
License & Insurance | 384 | |
Delivery cost each year | 1,800 | |
Cost of Money | 12,000 | |
Total Yearly Ownership Cost | 33,384 | |
Ownership per hour rate ($) | 33.4 | |
Operating Rate | ||
Annual Repair Cost | 40,000 | |
Annual Parts | 18,000 | |
Annual Supllies | 1,200 | |
Annual servicing | 4,400 | |
Filter, Oil and Grease | 750 | |
Annual Fuel | 18,700 | |
Ground Engaging Components | 1,680 | |
Total Yearly Operating Cost | 84,730 | |
Operating per hour rate ($) | 84.7 | |
Total Hourly rate ($) | 118.1 |
2) Computation at annual usage of 800 hours
Ownership Rate | ||
Purchase Price | 2,40,000 | |
Salvage Value | 48,000 | |
Net Value | 1,92,000 | |
Economic Life | 10,000 | Hours |
Annual Usage | 800 | Hours |
Effective Life | 13 | Years |
Depreciation | 15,360 | |
License & Insurance | 307 | |
Delivery cost each year | 1,440 | |
Cost of Money | 12,000 | |
Total Yearly Ownership Cost | 29,107 | |
Ownership per hour rate ($) | 36.4 | |
Operating Rate | ||
Annual Repair Cost | 40,000 | |
Annual Parts | 18,000 | |
Annual Supllies | 1,200 | |
Annual servicing | 3,520 | |
Filter, Oil and Grease | 750 | |
Annual Fuel | 14,960 | |
Ground Engaging Components | 1,344 | |
Total Yearly Operating Cost | 79,774 | |
Operating per hour rate ($) | 99.7 | |
Total Hourly rate ($) | 136.1 |
Homework #2: Equipment Rate Development Develop familiarity with the cost components of Equipment and how to...
(50 points) Calculate the hourly ownership and operating cost of a wheel-type scraper that has the following characteristics: Total initial cost = $550,000 (including tires) Useful life of the scraper = 6 years Salvage value of the scraper = $75,000 Hours scraper used/year = 1,500 hours Cost of tires = $20,000 Useful life of tires = 4,500 hours Annual tire repair cost = 15% of tire depreciation (assume straight line depreciation) Annual interest, insurance, and tax costs = 12% ofAverage...
ANS Question 5: Calculate the ownership cost per hour for an excavator powered by a 250-hp engine tef based on the following data: Purchase price (P) $420,000 Salvage value (F) -$250,000 Operation factor 50% Useful life (N)-6 years Working hours per year 2000 Maintenance and repair costs: 1 10% of annual depreciation Diesel fuel price 3.8/galion Fuel consumption = 0.04 gallon/hp/hr Lube oil coste 10% of fuel Interest rate (»-10% ANS.
Operating Cost (per hour): Tire depreciation = ($4,500/4,000 hours) = $1.13 per equip. work hour Tire repair = 0.12 x $1.13 per work hour = $0.14 per equip. work hour Fuel cost = 150 hp < 0.06 gal per hp her hour X 0.62 X 0.7 x $1.10 per gal Fuel cost = $4.30 per equip. work hour Lubrication cost = 4 qts. of oil < $1.50 per qt. = $6.00 Lubrication labor = 2 work hours X $16.50 per...
A contractor has purchased a wheel loader for $115,000 and plans to use it 2,000 hours per year. The cost of one set of tires is $25,000. At this usage rate, the contractor anticipates disposing of the loader after using it for 10 years and realizing a salvage value of $35,000. The flywheel horsepower rating of the loader’s diesel engine is 105 horsepower. The interest rate is 10%. The loader operator will earn $34.00 per hour including fringe benefits, and...
1. Determine the probable average cost per hour over the life of the equipment for owning & operating a wheel loader under the conditions listed below. Use the straight-line method of depreciation. Operator cost: $20/hr. • Operating conditions: Average • Delivered price: $70,000 • Cost of a set of tires: $4,000 • Expected life: 5 years • Hours operated: 2,000 hrs./year • salvage value: 32,000 • Fuel cost $3.00/gal • horsepower: 120 hp • Rate for interest, tax, insurance, &...
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