Standard cost finding practice for steel foundries

Bibliographic data

Monograph

Identifikator:: 176071013X

URN:: urn:nbn:de:zbw-retromon-140159

Document type:: Monograph

Title:: Standard cost finding practice for steel foundries

Place of publication:: [Pittsburgh]

Publisher:: Steel Founders' Society of America

Year of publication:: 1927

Scope:: 26 Seiten

Digitisation:: 2021

Collection:: Economics Books

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Chapter

Document type:: Monograph

Structure type:: Chapter

Title:: Average or normal costs

Collection:: Economics Books

The expense which is logically chargeable to a casting is that required for its manufacture when the slant is operated under average conditions, because the actual effort and use of the foundry’s facilities re- juired for making a casting are no less when the plant is operating at maximum capacity than when it is operating at a reduced rate. The total cost for the entire foundry per ton of castings produced is lower than ‘he average cost during abnormal business conditions, and is higher than the average cost during subnormal business conditions. However, this does not mean that the cost of making an individual casting varies in :he same manner as the actual total cost for the entire output, that is, it is not affected by general business conditions in the same manner as the latter. Therefore, the overhead or burden rates for use in obtaining costs of individual castings must be computed from a summary of costs representing average business condi- tions, meaning good, fair, and bad conditions, or, in other words, high, medium, and low rates of operation of the foundry. This summary of costs to be used might be an average of the costs for three years constituting 1 good year, a fair year, and a poor year, with respect to general business and foundry operations. It is very assential that this principle of using average costs covering average business conditions be used in practice, par ticularly for determining the costs upon which selling prices are based. MONTHLY SUMMARY OF COST OF PRODUCTION A summary of the cost of production should be prepared each month. This summary should be com- siled and arranged in accordance with the standard classification of accounts on page 7, although it is not nec- :ssary that each account be listed in the summary. The accounts may be condensed in a manner similar to hat illustrated on the sample Monthly Summary of Cost of Production of Good Castings shown on the pages following. Many foundries supplement the Monthly Summary of Cost of Production of Good Castings with 1dditional records giving in greater detail the items of cost used for compiling the summary, or they expand ‘he Monthly Summary of Cost of Production to have it include more items than are shown on the sample Illustrated here. Additional columns may also be added to it to provide for the inclusion of data for compari- son purposes such as the costs per ton for the previous month, standard costs, best performance, etc. The Monthly Summary of Cost of Production of Good Castings given on the pages following is in- serted merely to illustrate the application of the cost finding principles advocated. All the figures on it are as: sumed, and each foundry must use its own cost data by following the procedure illustrated by the use of the 1ssumed data. COST OF STEEL AND OVERHEAD RATES FOR INDIVIDUAL CASTINGS (a) Cost of Steel The cost of steel per net ton of good castings is not the same for every casting, but it varies with the vield of good castings in percentage of metal charged into the furnace. Therefore, it is necessary to deter- mine the vield for the casting whose cost is to be determined. This is a very important point. THE YIELD IS THE PERCENTAGE OF TOTAL METAL CHARGED INTO THE FUR- NACE THAT RESULTS IN GOOD CASTINGS. To obtain the yield for a specific casting, the following lata must be known: shipping weight of the casting, the weight of the heads and gates used on the casting, ind the number or weight of the defective castings including the heads and gates on them. The yield for the ‘asting can then be calculated very quickly by using the following formula: Per cent. yield _GxDoo—(S+L+B)] in which G+L-DJ4+H G = shipping weight of castings in pounds. This is 3000 pounds for the sample casting whose cost calcula- tion is illustrated on page 25. 3 = metal losses in percentage of the total metal charged. This percentage is obtained from the average cost summary and it is item 39 on the sample copy given for illustrative purposes on page 19. S is 3.00% in this summary.

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