BRL Report 1961

BRL 1961, IBM 705 I II, start page 0448

IBM 705 I II

IBM 705 Model I and II Electronic Data Processing Machine MANUFACTURER International Business Machines Corporation Photo by International Business Machines Corporation APPLICATIONS Manufacturer For commercial applications with some scientific applications - engineering design, manufacturing and inventory control, cost and financial control, billing, actuarial work and sales reporting. U. S. Navy Construction Battalion Center Located at Port Hueneme, California, the system is used for Navy-wide facilities inventory (Class I and II Real Property, fiscal accounting, payroll and personnel accounting, shop stores inventory accounting, supply demand control point applications, and the BuDocks Functional Component Program. U. S. Navy Mare Island Shipyard Located in the Management Engineering Office at Mare Island, the system is used for funds control, production control, payroll, leave and bond accounting, cost accounting, equipment maintenance control, transportation maintenance control, radiac equipment maintenance scheduling and control, supply inventory control, shop store inventory control, direct purchase material control, material availability reporting, scientific and engineering problems, and commitment accounting. U. S. Army The Adjutant General's Office Located at BE 838 The Pentagon Building, Washington 25, D. C., the system is used for military personnel accounting, civilian personnel accounting, and organizational accounting. U. S. Army Ballistic Missile Agency Located at the Redstone Arsenal, Alabama, the system is used for commercial applications only viz., national supply management and stock control, program budget control, financial and inventory supply accounting, and engineering documentation. U. S. Army Engineer Maintenance Center Located at 52 Starling Street, Columbus, Ohio, the system is used for inventory control and document processing, financial inventory accounting, requirements forecasting, repair parts budget estimates, mobilization reserve materiel requirements, and annual

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Photo by U. S. Army Photo Agency, TAGO tabulations of demands and inventory groupings by dollar value. USAF Hq OCAMA, Tinker AFB Located at Tinker AFB, Oklahoma, the two systems are used for requirements computation for consumption type items - system develops wearout rate factors and computes consumption type item spare parts through application of projected AF programs to AF assets in order to provide a means for determining procurement actions and budget estimates, contract termination, disposal action, overhaul, etc. Air vehicle configuration - system provides a central point the necessary records for all of a specific type, model and series of air vehicle which permits the ready evaluation of each air vehicle's capability to perform specific missions and enables the logistic managers to project depot and contractual maintenance requirements; schedule air vehicles into modification and maintenance facilities; establish and evaluate future modernization maintenance funding requirements; and effect more economical procurement of kits and support parts. Provides rapid feedback of consolidated data to operating commands. Weapons system stock control and distribution - similar to the commodity class property accounting application expanded to automatic distribution functions which include direct processing of debit, credit and file maintenance actions without manual action determination. Other than this the basic difference is the fact that master item records are established for items related to the weapon, rather than for specific commodity classes. Propulsion Unit logistics system - system encompasses data for use in transportation management, material deficiency reporting and accounting, centralized inventory and distribution control, actuarial development, configuration accounting, consolidated requirements, etc. for AF engines. U. S. Air Force Aviation Supply Office Located at the Aviation Supply Office, Philadelphia, Pa., the system is used for inventory control. U. S. Air Force Headquarters Air Defense Command Located in Building S-3, Ent AFB, Colorado Springs, Colorado, the system is used for: Military Personnel Accounting System Application: Maintains the master military personnel file by editing, zero balancing, furnishes intracommand gain and loss information from changes submitted by sub-commands. Information maintained includes skill identification, grade, location, retainability or status, and similar data requirements necessary for the effective management of military personnel resources. Errors discovered through editing are coded and returned to the applicable subcommand. File maintenance is performed on a daily basis. Accomplishing these applications on EDPM increases accuracy, speed, and reduces workload at sub-command level. Uses: Furnishes this and higher headquarters with

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Photo Photo by U. S. Army Engineer Maintenance Center the most current personal data for all military per- sonnel assigned. Information stored also furnishes data for the preparation and submission of 26 RCS reports. Centralized Manpower Authorization System Application: Maintains the unit manning documents containing detail unit authorizations for 17 projected quarters by processing into the master field changes from each unit and editing change cards for accuracy. Uses: Information contained in the master file fur- nishes data for the preparation and submission of 9 RCS reports to higher headquarters. Various types of management reports are also prepared from this system. Information furnished is used for indicating authori- zations for manning purposes and analysis; future planning and programming actions; authorized military strength by unit; manning assistance. For this system authorization documents are prepared and forwarded to subordinate units. Unit Authorization List System Application: Maintains an accurate and timely unit authorization list from changes processed into the master file. Uses: Provides data at all echelons of command reflecting the status of UAL equipment for each or- ganization assigned. Preparation of unit and materiel readiness authorization lists, analysis of organiza- tional equipment, cost utilization as well as related management studies and reports. Motor Vehicle Reporting System Application: Maintains accurate and timely infor- mation on all vehicles assigned this command. Approx- imately 300 changes per week are applied to the mas- ter file. Uses: Provides data to this and higher headquarters reflecting the status and condition of motor vehicles assigned this command. This system controls world- wide Air Force assets of all registered vehicles as defined in current AF regulations. All registered vehicles which are carried on any type of property record are accounted for by all active and reserve Air Force organizations. This system provides man- agement with status, mileage, scheduled, and unsched- uled maintenance. Labor and materiel repair costs are provided to obtain labor utilization, job per- formance, and job standards. From this data budget estimates are provided for management purposes. Medical Stock Status Reporting System Application: Maintains medical stock status for each base in this command. Approximately 120,000 detail records are created from this reporting system. Uses: Provides a source for retail medical item requirement data, promote the maintenance of optimum base inventory levels, assist in the disposition and lateral distribution of long supply items. Inventory of Existing Facilities System Application: Maintains accurate and timely data for all existing real property facilities under con- trol of this command. 29,000 records are contained

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Photo by U. S. Navy Civil Engineering laboratory in the master file with approximately 10,000 changes per quarter processed. Uses: Provides data indicating all types of facilities, what they are, and approximate value of each. Civilian Personnel Services Cost Analysis System Application: Maintains information providing for an analysis of basic and total obligations, quarterly and accumulative for Object Class 01, with a breakdown by lump sum payments, deductions and other variables. Information covers all categories of employees reflecting overall and basic salaries, man years consumed and percentage breakdown of variables to basic obligations. Master summary file amounts to 6,000 records with approximately 5,000 changes applied quarterly. Uses: Furnish experience data to Hq USAF and this headquarters for the preparation of initial and revised financial plans and budget estimates. Provides information pertaining to skills, grade, salary, location, category and other similar data necessary for the effective management of civilian personnel resources. Prepares recurring or special reports relating to civilian personnel management. Leased Communications Systems Application: Maintains information furnishing detailed descriptions of services being ordered, i.e., interexchange channels, local channels and equipments with associated recurring non-recurring, minimum service and contingent termination changes. Uses: Information stored is used in the preparation of contracts, budgets, establishment of accounts payable, posting of accounting reports and preparation of special reports as desired by this or higher headquarters. Radar Evaluation Reporting System Application: Master file contains information reflecting down-time of radar sites determined by their length of time, frequency and type of cause. 4,000 records are maintained with approximately 1200 changes per month processed. Uses: Reflects equipment reliability and maintainability data, predictions of current month's unknown radar tracks. Raid Recognition System Application: By using the previous 6 months of unknown tracking information, data maintained reflects expected unknowns (by weight factor) for each 2 hour period of a day. Master file contains one record (273 characters in length) reflecting 6 months distribution of unknown tracks. Approximately 750 changes per month are summarized. Uses: Assists in raid recognition. Command Vehicle Management and Control System Application: By utilizing the UAL master file, motor vehicle master file, and family grouping file, a report is created reflecting, by family grouping, the ADC command status of the motor vehicle fleet. Master file contains 10,000 records. Uses: Provides the Vehicle Branch, D/Materiel, this Hq and AMC with Vehicle Management and Control Data. USAF San Bernardino Air Materiel Area, AMC Located at SBAMA, Norton AFB, California, the system is used for: Advanced Weapons Support (IOCII) This application consists of a functionally integrated logistic data processing system embodying methodologies and procedures which facilitate the operation of a logistical "pressure" system as contrasted to the traditional logistical demand system. This system includes such procedural concepts as central accountable records of all stock available to the weapons system, both wholesale and retail automatic

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Photo by U. S. Navy Mare Island Naval Shipyard resupply of material, central computation of net weapons systems requirements, etc. It includes inventory control, due-in assets, inventory accounting monetary, stock level computation, voucher computation, transportation scheduling, configuration accounting, program preparation and file maintenance of all records in the various segments of the system. Requirements Computation This system is designed to compute consumption type items spare parts requirements through the application of projected Air Force programs to Air Force assets. Replacement and wear-out factors are computed from consumption experience. This project encompasses all phases of the Air Force world-wide supply requirements system. In addition, it produces products which are analytical of supply effectiveness. Due-in Assets This project covers management and control of the Due-in Assets Procurement Records functions. It encompasses items due in through Procurement from contractors. Product Improvement Program (PIP) This program is a series of runs designed to accumulate the number of failures by work unit code (work unit code identifies a functional unit, not a specific part number.) When the number of failures exceeds tolerable limits, a report is prepared. At the end of the month any records which are below tolerable limits are also included in the report. An additional monthly product is a special report on the 10 systems with the highest number of failures and the 5 highest sub- systems within each system. USAF Hq MAAMA Olmsted Air Force Base, Penna. Located in Building 33, Bay A, the system is used for: Requirements Computation for Consumption Type Items All phases of the AF world-wide supply requirements system are encompassed in this application. Procurement actions, budget estimates, contract terminations, disposal action, overhaul, etc., are some of the programs that are determined. AF assets related to AF programs are computed thru development of wear-out rate factors. Management is provided the tools to establish standards and to measure the supply accomplishments. Due-In Assets This application encompasses records that are maintained to control materiel assets due in from contractual sources, intra-AF Depot transactions, acquisition from other federal departments and agencies, and contract termination inventories. Data are provided in the by-products to reflect quantity status of items in pre-contract and post-contract stages, delivery schedules, current status of deliveries, intransit balances (i.e., depot, Hi-Valu, GSSF depot base), dollar value of both deliveries made and undelivered balances, and item data related to budget projects. Requirements Computation for Replacement Type Items The purpose of this application is to design, develop and implement a data flow and data processing system by which various types of replacement type item data products may be periodically computed on an AF world-wide basis. Data by-products from this system are projection of gross and net item requirements, procurement and budget estimate item and/or dollar summaries of the above mentioned requirements, contract termination and retention disposal level data, consolidated asset and item information data summary products, item-dollar inventory segmentation, and requirements support effectiveness data. This system is designed to promptly react to the elements which effect AF item requirements i.e., program

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Photo by U. S. Air Force Mobile Air Materiel Area changes, authorization changes, support policy changes, funding limitations, in order to be compatible with the latest data handling and processing technological improvements. National Security Agency Located at Ft. George G. Meade, Maryland, the system is used for data processing. Amer. Tel. & Tel. Co., Long Lines Dept. Located at Mt. Kisco, N. Y., the system is used for circuit provision, traffic load studies, accounting for operating and construction activities, message analyses (by mid 1960), pricing and billing private line customers (by late 1960), and plant trouble results - message circuits. American Telephone & Telegraph Co., Treasury Dept. Located at 50 Varick Street, New York, N. Y., the system is used for the processing of all records coincident with AT&T shareowners, such as maintaining the stock book, preparation of dividend payments, proxies, mailings, etc., shareowner statistics, reconciliation of dividend's and tallying of proxies, preparation of Federal and State Information Returns, and handling financing such as bond and stock issues. Consolidated Edison Co. of N. Y., Inc. Located at 4 Irving Place, New York 3, N. Y., the system is used for customer accounting, payroll, inventory control, stores accounting, preferred stock dividend accounting, and minor engineering studies. Convair - A Division of General Dynamics Corp. Located in the Industrial Accounting Department, Electronic Data Processing Section, at Fort Worth, Tex., the system is used for payroll and personnel, detail labor proration and parts cost, engineering parts list, planning parts list, fabrication work-in-process, production ordering and inventory control, spares inventory control, spares delivery surveillance. It will also be used for material inventory control, fabrication budget and status control, fabrication forecasts, fabrication machine utilization and quality control, engineering and planning configuration control, cost ledger, tool control, and summary production status. Esso Standard, Div. of Humble 011 & Refining Co. Located at the Refinery Main Office, Baton Rouge, La., the system is used for payroll, manpower scheduling, personnel statistics, sales scheduling, sales invoicing, sales statistics, storehouse stock control, purchase ordering, accounts payable, fixed asset accounting, financial accounting, financial reporting, cost accounting and reporting, crude oil and product inventories, refinery unit operating reports, equipment history records, technical and scientific computing, refinery simulation, and economic studies. In addition to the 705 we lease an IBM 650 Basic Card Computer, which is used entirely on technical and scientific computing. This work is being transferred to the 705, and we plan to release the 650 this year.

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Photo by U. S. Air Force Aviation Supply Office We also have two Royal-McBee LGP 30 Computers, which are used exclusively for calculation of optimum blending of gasolines and other fuel products. Farmers Insurance Group Located at 4680 Wilshire Blvd., Los Angeles, Calif., the system is used for premiums-in-force file maint., premium billing, commission statements to agent, sales analysis, payroll, loss reserves, statistical analysis, and accounting data. The Firestone Tire & Rubber Company Located in Akron, Ohio, the system is used for sales analysis, payroll, inventory control, retail accounting, scientific computing, multiple correlations and simultaneous equations. Ford Motor Company, Computer Services Dept., Manufacturing Services Located in Room 1109, Rouge Office Building, Dearborn, Michigan, the system is used for 6,500 hourly payroll weekly, 30,000 salary payroll semi-monthly, 250,000 stockholders record accounting, general stores non- productive inventory control, Ford Motor Credit Com- pany, salary stock investment program, and pre-pro- duction control, including bill of material, parts specification files, and engineering progress changes. Ford Division of Ford Motor Company Located at Ford Division General Office, Rotunda & Southfield, Dearborn, Michigan, the system is used for inventory control of service parts for 24 parts depots, production schedule, parts requirements and preparation of purchase orders to suppliers. Hughes Aircraft Company, Industrial Dynamics Located at Building 105, 5405 West 102nd Street, Los Angeles, California, the system is used for payroll and personnel reporting, company labor distribution, company material distribution, accounts payable distribution, purchase order distribution, material standard cost master, cost of sales reporting, company and government property accounting, expense and budget variance ledgers, analysis of engineering change costs, management engineering project status reporting, engineering costs detail ledger, cost plus fixed fees accounting and ledgers, fabrication work in progress ledgers, line flow work in progress ledgers, maintenance of manufactured parts list, maintenance of assembly parts list, provisioning maintenance parts list, and manufactured inventory control. Hughes Aircraft Company, Industrial Dynamics Located at IBM Service Bureau Corporation, 2706 Wilshire Blvd., Los Angeles, California, the system is used for the same applications as listed above. International Harvester Company Located at 1301 West 22nd Street, Broadview, Illinois, the system is used for processing weekly payrolls for 6 manufacturing plants, daily invoicing and stock status for 12 service parts depots, materials spreads for 7 manufacturing plants, cost and inventory account- ing work for 7 manufacturing plants, engineering and technical problems.

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Photo by U. S. Department of Health, Education and Welfare Illinois Central Railroad Company Located at 6327 South Dorchester Ave., Chicago 37, I11., the system is used for all phases of railroad accounting work, including disbursement accounting, freight accounting, car accounting, and passenger and station accounting. McDonnell Aircraft Corporation Located on the 1st level of Administration Building (Main Plant), St. Louis, Missouri, the system is used for payroll and labor distribution, inventory and material accounting, accounts payable, financial fore- casting, material requirements, parts list, work order release, manufacturing scheduling, parts control, shop load, spare parts processing, vacation schedules, rate reviews, personnel record keeping, and mainte- nance engineering and support. Minnesota Mining and Manufacturing Company Located at the Main Office, 900 Bush Avenue, St. Paul 6, Minnesota, the system is used for payroll, sales statistics, inventory control, billing, property accounting, distribution of expense, production, and applied mathematics. Sandia Corporation, Electronic Data Processing Dept. 3450 Located at the Sandia Corporation, Sandia Base, Albuquerque, New Mexico, the system is used for pay- roll (pay 7,000 employees. Prepare all necessary reports), stores control (12,000 item inventory. Pre- pares all stockkeeping records. Determines replenish- ment requirements from usage activities and prepares purchase orders), quality assurance (analyzes pro- duct inspection reports and prepares various anal- ytical reports), program planning (this is essentially a production scheduling job), and production con- trol (includes production inventory control, material requirements analyses, and production shop scheduling). The Data Center does generalized statistical analyses routines, e.g. X Bar R process control charts, histo- grams, normal and cumulative, simple regression, multiple regression, and curve fitting. The Standard Oil Company (Ohio) Located at 717 Republic Building, Cleveland 15, Ohio, the system is used for invoice audit, sales account- ing, sales statistics, wholesale accounts receivable, merchandise control, refinery stores accounting, refinery simulation, pipeline simulation, linear pro- gramming, and regression analysis. Texaco Incorporated Located in the Texaco Bldg., Houston, Texas, the sys- tem is used for accounting, technical and research applications. The accounting applications are inte- grated crude oil, integrated gas and gasoline, whole- sale marketing, payroll, supply, and distribution. The technical and research applications are produc- ing geophysical, petroleum engineering, civil engi- neering, refinery simulation, crude evaluations, plant process studies, pipe stress analysis, and determination of maximum allowable operating pressures. Calculations related to crude stills, fractionation, absorption and stripping are also performed.

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Photo by U. S. Department of Health, Education and Welfare United States Steel Corporation Tennessee Coal & Iron Division Located in the General Office, Tennessee Coal & Iron Division, Fairfield, Alabama, the system is used for wage payrolls, calculation of incentive production performances for wage payroll, standard cost accounting system, stores inventory and accounting, and engineering and scientific problems. Western Electric Co., Inc. Hawthorne Works Located at Hawthorne Station, Chicago, Illinois, the system is used for payrolls, production and inventory control systems, cable running lists, merchandise stock inventory control, accounting, preparation of equipment engineering specifications, quality control reports, sales analyses, and miscellaneous reports. Western Electric Co., Inc., Computer Methods Located at 100 Central Avenue, Kearny, N. J., the system is used for the hourly rated payroll (payroll computation and compilation, deduction accumulations, and remittances. Federal and state payroll tax computation, recording and reporting), monthly rated payroll, wage incentive reports, labor distribution, preparation of engineered equipment ,job specifications, distribution of engineering time charges, and standard cost bulletin preparation. PROGRAMMING AND NUMERICAL SYSTEM Internal number system Binary Coded Alphanumeric Binary coded alphanumeric char/word The 705 is not a fixed word length system. It is possible to have both variable field and variable record lengths. There are no words, each character of a record being individually addressable. Binary coded alphanumeric char/instruction 5 Instructions decoded 35 Arithmetic system Fixed point Floating point is programmable. Instruction type One address Number range plus or minus 256 decimal digits Instruction word format +-------------+------+------+------+------+ | X | X | X | X | X | +-------------+------+------+------+------+ | Operation | Address | +-------------+------+------+------+------+ Automatic built-in subroutines include store for print and transmit. Automatic coding Fortran (Automatic Formula Translation). This is a program which allows expression of scientific problems in terms of mathematical formulae, with the formulae completely acceptable to the system. There is flexibility in the program allowing for expansion of the language and provision for inclusion of a library of programs previously written.

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Photo by Convair Fort Worth Autocoder This program offers advantages of symbolic (stepby-step) coding and high level (multiple step) coding. Autocoder has macro-instructions by which means it is possible to generate many steps from one program instruction written in words close to english language. Print I This is an interpretive system which simulates floating decimal arithmetic circuitry as well as provide an internal library of mathematical functions. Registers and B-boxes include a one 256 character accumulator, fourteen 16 character auxiliary storage units, and one 32 character auxiliary storage unit. ARITHMETIC UNIT Incl Stor Access Microsec Add 17 per digit Multiply time = 17 |N_p (N_c+4) +2| microseconds N_p = No. of digits in multiplier N_c = No. of digits in multiplicand storage Divide time = 17|11+N_d+(N_d - N_r)(7.5 N_r+15)| microsec. N_d = No. of digits in dividend N_r = No. of digits in divisor Construction (Arithmetic unit only) Vacuum tubes 1,700 Transistors 0 Diodes 4,600 Magnetic cores 3,500 Figures are approximate. Arithmetic mode Serial Timing Synchronous Internal Asynchronous I/0 Area Operation Sequential Internal Concurrent I/0 Area Simultaneous reading and writing of magnetic tape units is possible. STORAGE Manufacturer Access Media No. of Char Microsec Magnetic Core Model 1 20,000 17 Model 2 40,000 Magnetic Drum 60,000 8,000 The drum is arranged in 300 bands of 200 char/band. Magnetic Tape 10,000 No. of units that can be connected 10 Units No. of char/linear inch of tape 200 Char/inch Channels or tracks on the tape 7 Tracks/tape Blank tape separating each record 0.75 Inches Tape speed 75 Inches/sec Transfer rate 15,000 Char/sec

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Photo by Convair Fort Worth Start time 10 Millisec Stop time 10 Millisec Average time for experienced operator to change reel Less than 60 Seconds Physical properties of tape Width 0.5 Inches Length of reel up to 2,400 Feet Composition Acetate or mylar Mylar is DuPont's trademark for its polyester film. Naval Construction Bn Ctr Magnetic Core memory 20,000 characters; Magnetic Tape An additional 512 positions of auxiliary storage are available. These serve as accumulators as well as storage positions. Mare Island Naval Shipyard Magnetic Core 40,000 characters; Magnetic Tape USA TACO MC 40,000; MT USA ABMA mc 40,000; MT USA EMC MC 40,000; MP USAF Tinker AFB MC 40,000; Magnetic Drum 60,000 char USAF ASO mc 4o,ooo; MD 60,000; ms USAF ADC MC 40,000; MT USAF SB AMA MC 40,000; MD 120,000; MT USAF Olmsted AFB mc 40,000; MD 60,000; MT NSA MC 20,000; MT AT and T, LLD mc 40,000; MD 60,000; ms AT and T, TD mc 40, 000; NET Boeing Wichita Each of two systems has MC 40,000; MD 60,000; and MT 13 stations. Con Edison mc 40,000 Convair Fort Worth mc 40,000; MT Es so Standard mc 40,000; mm 60,000; MT Farmers IG mc 40,000; MT Firestone MC 40,000; MT Ford Motor Man Ser mc 40,000; MT Ford Div MC 40,000; MT Hughes MC 20,000; MT Hughes MC 20,000; Mr

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Photo by Convair Fort Worth IH There is one core storage unit of 40,000 positions and 10 magnetic tape stations with each of two 705 computers. Illinois Central w 40,000; MT McDonnell Aircraft Media No. of Char Access Microsec Core Storage 40,000 34 + 17 for each char Magnetic Drum 60,000 8,000 + 40 for each char Magnetic Tape 10,000 + 67 for each char 3M MC 40, 000; MT Sandia Corp. MC 40, 000; Mr SOHIO MC 40, 000; MT Texaco me 40, 000; MC USS TC and I M 40,000; MT WE Hawthorne Media No. of Char Access Microsec Magnetic Core 40,000 17 Magnetic Drum 60,000 8,000 16 727 Magnetic Tape Units 10,000 The tape units are also used for input and output. WE Comp Methods Mc 4o,ooo; MD 6o,ooo; to MT INPUT OUTPUT Manufacturer Media Speed Magnetic Tape 15,000 char/sec Card Reader 250 cards/min Operators Console Manual Magnetic Drum 25,000 char/sec Card Punch 100 cards/min Printer 150; 500; 1,000 lines/min Console Typewriter 600 char/min Three different models of printers available. In addition to the above components, an IBM 1401 Data Processing System may be used for peripheral operations. The speeds of the 1401 components are: Card Reading - 800 cards/min, Card Punching - 250 cards/min, and Printer - 600 lines/min. The tapes from the 705 are completely compatible with the 1401 System. Naval Construction Bn Ctr Media Speed Type 714 Card Reader 250 cards/min (on-off line) Type 727 Magnetic Tape 15,000 char/sec Uses 2,400 ft Unit reels of 1/2 inch plastic tape Type 722 Card Punch 100 cards/min (on-off line) Type 717 Printer 150 lines/min Son-off line Type 774 Tape Data 150 lines/min (on-off line Selector 100 cards/min

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Photo by Hughes Aircraft Company Mare Island Naval Shipyard Media Speed Card Reader 250 cards/min Magnetic Tape 15,000 digit/sec Punch 100 cards/min Printer 500 lines/min Cards and printer are normally used off line. USA TACO Cards 250 cards/min Magnetic Tape 15,000 char/sec Keyboard Manual Printed Report 150 lines/min USA ABMA Cards, Tape, Printer 150 lines/min USA EMC Cards, Tape, Printer 150 lines/min USAF Tinker AFB Magnetic Tape 22 stations; Cards; Line Printers 150 and 500 lines/min. Hi speed printer and punch are not available on line. USAF ASO Cards; Type 727 Tape Drives (6 1/2 minutes/reel at 15,000 char/sec; Type 720A Printer 500 lines/min; Type 407 Accounting Machine 150 lines/min; Type 519 Doc. Orig. Machine output at 100 cards/min. Types 407 and 519 are used with IBM 774 (Tape Data Selector). USAF ADC Tape, Cards and Printer 500 lines/min USAF SB AMA Tape; Cards; Printer 500 lines/min; Typewriter; Console. USAF Olmsted AFB Tape; Cards; Printer 500 lines/min; Typewriter NSA Type 727 Mfr; Type 717 On Line Printer 150 lines/min AT and T, LLD Type 727 Tape Units; Type 714 Card Reader, 60 cards min on line; 250 cards/min off-line; Type 720A Printer max speed 500 lines/min (not used on line); Type 519 Tape Units 100 cards/min used with TDS off-line; Type 407 Printer used with TDS, max 150 lines/min; Typewriter 10 char/sec. AT and T, TD Tape, Cards, Type 717 Printer 150 lines/min Boeing Wichita Each of two systems has 13 Type 727 Tape and 1 Type 714 Card Reader on-line and 1 off- line; and a total of two 720A Printers off-line, one 720 Printer offline, and two 722 Card Punches off-line. Con Edison Model 720 Printers 500 lines/min Model 720A Printers 500 lines/min Model 722 Card Punch 100 cards/min Model 714 Card Reader 250 cards/min Convair Fort Worth Cards; Tape and Printers (600 and 150 lines/min); and Tape Data Selector. Most input/output to and from the computer stored on magnetic tape. On-line card reader used periodically for small programs or input. All printing and punching performed off-line.

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Photo by Hughes Aircraft Company Esso Standard Cards; Tape; Printer 150 and 500 lines/min Farmers IG Tape; Cards; Printer 150 lines/min; Typewriter Firestone Tape; Cards; 1-Printer 150 lines/min; 2 Printers 500 lines/min. Ford Motor Man Ser Tape; Cards; Printer 500 lines/min Ford Div Cards; Tape; Printer 500 lines/min Hughes (Both Systems) Card-to-tape; Tape-to-printer; Tape-to-card. These operations are all performed "off line" and never used for direct input-output. IH Card Readers (2), Tape Units (20), Printers (3) (500 lines/min). Tapes are 10 to each computer and are either used as input or as output units. Cards. Illinois Central Tape; Cards; Printer 500 lines/min McDonnell Aircraft Tape, Cards, Typewriter; Printer 500 lines/min 3M Card Reader 250 cards/min More speed needed Tape 15,000 char/sec New tape units faster w/the higher density. Printer 500 lines/min Never used as direct output Punch 100 cards/min Seldom used as direct output Typewriter 10 char/sec Used mainly for check points totals, etc., as to slow speed, it holds up computer process time. Sandia Corp Tape; Cards; Printer 150 lines/min not normally used, typewriter. SOHIO Cards 240 cards/min 1 card reader;on-off line Magnetic Tape 15,000 char/sec 10 drives on line Cards 100 cards/min off line Magnetic Tape 15,000 char/sec 10 on line; 3 off Low-speed 150 lines/min on-off line Printer High-speed 1,000 lines/min off line Printer Texaco Cards; Tape; Printer 150 lines/min; Typewriter (on- line) USS TC and I Magnetic Tape WE Hawthorne 16 Type 727 Tapes, 2 Type 714 Card Readers, Type 722 Card Punch, 1 Type 717 Printer 150 lines/min, 1 Typewriter WE Comp Methods One card reader normally operated "Off Line" and one "On Line". Both are arranged for "On Line" operation where required. (Not at same time). There are 10 Type 727 Tape Units + 10 M/S Start-Stop/Record; 2 Type 714 Card Readers; 1 Type 717 Printer 150 lines/min.

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Photo by McDonnell Aircraft Corporation 2 Type 720A Printers 500 lines/min; 1 Type 722 Card Punch. Printers and punch normally operated "Off Line". All are arranged for "On Line" operation where required. (But not two 720A printers at same time). CHECKING FEATURES Manufacturer Instruction validity, character coding of instruction on transfer of data, transmission of data from all input units to memory, all output data from memory to the drum tape unit, card punch storage, printer storage, and typewriter. Also, there is an overflow check, and a sign check. POWER, SPACE, WEIGHT, AND SITE PREPARATION Manufacturer Power, computer 69.57 Kw Room size, computer 2,000 - 3,000 sq ft Weight, computer 32,844 Physical planning manual is available. Naval Construction Bn Ctr Power, computer 103 Kw 121.0 KVA 0.92 pf Power, air cond 55 Kw 68.0 KVA 0.80 pf Volume, computer 2,260 cu ft Volume, air condition 4,200 cu ft Area, computer 421 sq ft Area, air condition 600 sq ft Room size, computer 40 ft x 80 ft Room size, air conditioner 20 ft x 45 ft Floor loading 200 lbs/sq ft 750 lbs concen mex Capacity, air conditioner 120 Tons Weight, computer 40,530 lbs A new building to house the entire data processing facility was constructed since the existing building could not have been economically modified. A rein- forced concrete structure of 20,000 sq ft was built to house the computer and related functions. Mare Island Naval Shipyard Power, computer 102 Kw 0.9 pf Power, air conditioner 39 Kw 0.9 pf Volume, computer 1,430 cu ft Volume, air conditioner 2,600 cu ft Area, computer 270 sq ft Area, air conditioner 360 sq ft Room size, computer 2,600 sq ft Room size, air conditioner 600 sq ft Floor loading 250 lbs/sq ft 600 lbs concen max Capacity, air conditioner 3 of 15 Ton units Weight, computer 34,120 lbs Weight, air conditioner 20,000 lbs Ceiling: Incombustible ceiling board on suspended aluminum grid, completely demountable. Plenum: Supply in suspended ceiling; return under raised floor system. Building type: Steel reinforced concrete. Building Modifications: Remove existing nonload bearing curtain wall partitions and construct new for air

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Photo by Sandia Corporation conditioned EDPM room. Power: New separate transformer and service system for computer. New lighting and power system from existing building service. Computer transformer capacity is 150 KVA. The air conditioner transformer capacity is 300 KVA. Power is from general building service. USA TACO Power, computer 119.7 KVA Volume, computer 2,335 cu ft Area, computer 3,575 sq ft Area, air conditioner 95.6 sq ft Room size, computer 55 ft x 65 ft approx. Room size, air conditioner 25 ft x 13 ft x 12 ft Floor loading 100 lbs/sq ft Capacity, air conditioner 40 Tons Weight, computer 42,290 lbs False ceiling 8 1/2 feet above floor. Raised floors. Power is 208 volt, 3 phase, 4 wire, 60 cycles/sec. USA ABMA Power, computer 119 Kw 85.5 KVA 0.71 Pf Volume, computer 19,072 cu ft Area, computer 1,192 sq ft Room size, computer 2,500 sq ft Floor loading 25.7 lbs/sq ft 1,000 lbs concen max Capacity, air conditioner 475 Tons Building was built for Computation Laboratory. Concrete slab construction. The computer room has plenum floor construction with porous false ceiling for return sir. Power distribution in building has its own power sub-station for isolation of the system with continuous 3 phase power distribution centers within the building. Air conditioner supports total build- ing of 60,000 sq ft. USA EMC Power, computer 87.6 Kw 135.0 KVA Power, air condi 225 Kw 225 KVA Volume, computer 2,412.5 cu ft Volume, air conditioner 504 cu ft Area, computer 451.7 sq ft Area, air conditioner 126 sq ft Room size, computer 3,000 sq ft Room size, air conditioner 3,000 sq ft Floor loading 100 lbs/sq ft 1,000 lbs concen max Capacity, air conditioner 150 Tons Weight, computer 44,770 lbs Weight, air conditioner 14,640 lbs The EMC building is of steel and concrete construction. One portion of the third floor of the building was modified for use as the computer room. The major modifications included installation of the following: air conditioning compressors, false ceiling to carry conditioned air, raised flooring to cover computer cables, observation room for visitors, and alternate underground sources of electric power with automatic switch over. A 208 volt, 3 phase, 4 wire, 60 cycle/sec system is used. The air conditioner is fed 430 volt, 400 amp continuous current. Photo by Sandia Corporation

BRL 1961, IBM 705 I II, start page 0464

USAF ASO Power, computer 126.8 KVA Power, air conditioner 135 KVA Volume, computer 25,760 cu ft Vole, air conditioner 4,200 cu ft Area, computer 2,800 sq ft Area, air conditioner 300 sq ft Room size, computer 40 ft x 70 ft Room size, air conditioner 120 ft x 70 ft (space) 60 ft x 70 ft (machine) Capacity, air conditioner 33.8 Tons (air handling) 32.2 Tons (units) Weight, computer 50,490 lbs Building was originally a warehouse. Required installation: raised "free access" flooring, overhead air-conditioning duct, false ceiling utilized as return air plenum, 600 amp. power panel and distribute power to required units, humidity and temperature controls, C02 system, electronic filter, add and lower lighting, room partitions, convenience outlets every 10 feet, water pumps, cooling tower, refrigerating units, sir handling units. USAF ADC Volume, computer 17,650 cu ft Volume, air conditioner 7,200 cu ft Area, computer 1,960 sq ft Area, air conditioner 600 sq ft Room size, computer 2,200 sq ft Room size, air conditioner 600 sq ft Floor loading 100 lbs/sq ft 1,000 lbs concen max Capacity, air conditioner 44 Tons Weight, computer 34,000 lbs Weight, air conditioner 15,000 lbs Built new building with false ceiling, plenum chamber (false floor), cement block, no modification. Power distribution (separate transformer) is 400 amp, 3 phase. USAF SB AMA Power, computer 1 88.8 Kw 158.4 KVA Power, computer 2 83.8 Kw 149.2 KVA Power, air cond 360 Kw 450 KVA 0.80 pf Vole, computer 1 3,179 cu ft Volume, computer 2 3,031 cu ft Volume, air conditioner 721.4 cu ft Area, computer 1 500 sq ft Area, computer 2 475 sq ft Area, air conditioner 144.4 sq ft Room size, computer 1 3,780 sq ft Room size, computer 2 3,780 sq ft Room size, air conditioner 1,600 sq ft Floor loading 200 lbs/sq ft 1,000 lbs concen max Capacity, air conditioner 315 TR Weight, computer 1 52,680 lbs Weight, computer 2 48,880 lbs Weight, air conditioner 59,250 lbs Weight, cubage, and space requirements for air con

BRL 1961, IBM 705 I II, start page 0465

Photo by Sandia Corporation ditioner are for chilled water equipment only. Air handling units, cooling towers, etc., are on roof of building. Site preparation included modification of approximately 25,850 sq ft of a permanent type warehouse. The modification consisted of installation of suspended acoustical ceiling, 15 inch raised floor (raised floor and suspended ceiling in 705 area only, partitions, 1500 KVA transformer station, main switch gear, distribution panels, insulating transformers, lighting, 315 TR chilled water system, air handling units on roof, and necessary duct work. Floor space, electrical power, and air conditioning tonnage not used by 705s is used by COMLOGNET and other electronic equipment. AT and T, LLD Power, computer 150 KVA Power, air conditioner 200 Kw 235 KVA 0.85 Pf Volume, air conditioner 16,000 cu ft Area, air conditioner 600 sq ft Room size, computer 4,000 sq ft Room size, air conditioner 1,400 sq ft Floor loading 100 lbs/sq ft 1,000 lbs concen max Capacity, air conditioner 170 Tons Weight, computer 48,000 lbs Weight, air conditioner 18,000 lbs Built new building with false floor, false ceiling, air conditioning and commercial power fed through separate transformers from 2 substations. Air conditioner is used for whole building. AT and T, TD Power, computer 201.8 Kw 212.5 KVA 0.949 pf Power, air cond 151.6 Kw 198.4 KVA 0.777 pf Volume, computer 70,831 cu ft Volume, air handling 6,240 cu ft Volume, refrig. mach. 3,240 cu ft Volume, cooling tower 3,000 cu ft Area, computer 6,589 sq ft Area, air handling 416 sq ft 2 floors Area, refrig. mach. 324 sq ft Basement Area, cooling tower 240 sq ft Roof Room size, computer 49 ft x 133 ft Room size, air handling 13 ft x 32 ft Room size, refrig. mach. 18 ft x 18 ft Room size, cooling tower 20 ft x 12 ft Floor loading 160 lbs/sq ft 4,860 lbs concen max Capacity, air conditioner 75 Tons Weight, computer 121,000 lbs Weight, air handling 16,000 lbs Weight, refrig. mach. 10,500 lbs Weight, cooling tower 10,300 lbs Weight, air conditioner 36,800 lbs, total Boeing Wichita Power, computer 293.0 KVA Power, air cond 215 Kw 239 KVA 0.90 pf Volume, computer 47,916 cu ft Volume, air conditioner 16,000 cu ft Area, computer 5,324 sq ft Area, air conditioner 800 sq ft

BRL 1961, IBM 705 I II, start page 0466

Photo by Standard Oil Company, Cleveland Room size, computer 121 ft x 44 ft x 9 ft Room size, air conditioner 50 ft x 16 ft x 20 ft Floor loading 2,400 lbs/sq ft 1,800 lbs concen max Capacity, air conditioner 120 Tons Weight, computer 96,050 lbs Weight, air conditioner 28,450 lbs All the above figures are for the two systems combined. The system is installed in a reinforced concrete building. A false ceiling covers the installation of supply ductwork, lights, and serves as a return air plenum. A raised floor was installed to provide for under floor cables and conduit. A separate transformer bank is used to supply each system. Con Edison Volume, computer 60,000 cu ft Area, computer 8,000 sq ft Floor loading 125 lbs/sq ft Installed air conditioning, false ceilings, improved lighting, additional power supply and troughs in floor for wiring between components. Air conditioner is for most of building. Convair Fort Worth Power, computer 105 Kw 126 KVA 0.8 pf Power, air condit 100 Kw 100 KVA 1.0 pf Volume, computer 39,680 cu ft Vole, air conditioner 2,900 cu ft Area, computer 3,968 sq ft Area, air conditioner 290 sq ft Room size, computer 62 ft x 64 ft Room size, air conditioner 29 ft x 10 ft Floor loading 100 lbs/sq ft max 1,000 lbs concen max Capacity, air conditioner Three 25-Ton compressors Weight, computer 52,770 lbs Weight, air conditioner 26,000 lbs Installed in existing building. Raised floor (16") with open plenum construction underneath. Utilized existing hanging ceilings approximately 10 ft high. New overhead lighting installed. Power sub-station installed - two transformers for air and computer: 1 transformer 150 KVA, 4160 volt/440 3 phase, 60 cycle 1 transformer 150 KVA, 4160 volt/208, 3 phase, 60 cycle Since computer is installed on a wooden mezz one special precaution was taken to isolate computer floor from mezz flooring to eliminate vibration. Thus, the frame work for computer floor is tied directly to beams rising from main plant floor. Farmers IG Power, computer 208 KVA Power, air conditioner 220 KVA

BRL 1961, IBM 705 I II, start page 0467

Photo by Western Electric Company, Inc., Hawthorne Works Firestone Power, computer 125 Kw 147 KVA 0.85 Pf Power, air cond 65 Kw 70 KVA 0.80 Pf Volume, computer 24,300 cu ft Volume, air conditioner 12,000 cu ft Area, computer 2,430 sq ft Area, air conditioner 1,200 sq ft Floor loading 125 lbs/sq ft 250 lbs concen max Capacity, air conditioner 50 Tons (alternate unit installed) Weight, computer 43,150 lbs Weight, air conditioner 12,500 lbs False floor, plenum chamber-ceiling, power distribution panel, air conditioning control panel, and air conditioning machinery room. Ford Motor Man Ser Power, computer 130.7 KVA Power, air cond 29.8 Kw 35 KVA 0.85 Pf Volume, computer 36,800 cu ft Volume, air coniditoner 1,000 cu ft Area, computer 3,680 sq ft Area, air conditioner 100 sq ft Floor loading Ground floor solid concrete Capacity, air conditioner 38 Tons Weight, computer 52,360 lbs Weight, air conditioner 4,000 lbs The Rouge Office Building was in the design stage at the time the computer was ordered. The only changes made were as follows: trenches were installed in the floor for cables, additional overhead air conditioners and humidifiers were installed, and since the installation of the 702 Computer a line filter has been installed to handle the peaks and valleys in the voltage to the machine. Ford Div Power, computer 150 KVA Volume, computer 6,279 cu ft Volume, air conditioner 9,255 cu ft Area, computer 2,046 sq ft Area, air conditioner 617 sq ft Room size, computer 34.8 x 59 ft Room size, air conditioner 17.75 x 34.75 ft Floor loading Unlimited Capacity 50 Tons (plus 10-Ton in adj. area) Weight, computer 34 000 lbs 3 foot false ceiling, 12 inch air plenum with outlets below ventral processing unit and power supply, concrete block building, and false floor of reinforced aluminum and vinyl tile. Hughes Power, computer 201 Kw 201 KVA Unity Synchronous Motor Generator Power, air cond 57 Kw 71 KVA approx. 0.80 pf Induction motor driven Volume, computer 30,365 cu ft Volume, air conditioner 4,620 cu ft Area, computer 2,977 sq ft Area, air conditioner 420 sq ft

BRL 1961, IBM 705 I II, start page 0468

Room size, computer 60 ft x 43 ft 20 ft x 22 ft Room size, air conditioner 15 ft x 2.8 ft Floor loading 100 lbs/sq ft 1,000 lbs concen max (per caster) Capacity, air conditioner 56.8 Tons Weight, computer 46,620 lbs Weight, air conditioner 1,500 lbs Building type: 3B-tilt-up concrete block wall with wood truss roof. Site preparation: Demolition of existing partitions; installation of raised floor, insulated with alum; "Dryfol" and mounted on 1/8 in. rubber; construction of separate but attached air conditioning, generator, and tape storage rooms; install two duct, two air conditioning systems; install 120208 volt-3 phase-4 wire-600 amp. power panel for IBM equipment, using existing 400 amp. panel for lighting, etc.; and install acoustical tile on existing ceiling. Hughes Power, computer 225 Kw 225 KVA Unity Area served by separate transformer Volume, computer 23,386 cu ft Volume, air conditioner 8,000 cu ft Area, computer 2,126 sq ft Area, air conditioner 1,000 sq ft Room size, computer 47 ft 6 in x 45 ft Room size, air conditioner 50 ft x 20 ft Capacity, air conditioner 11.6 Tons Weight, computer 29,110 lbs A portion of subject building is leased from the Service Bureau Corporation. Therefore, power, air conditioning systems, and site preparations were lessor installed. The following work was performed by lessee in occupying space: installed electrical runs from existing power panel to IBM units; installed electrical receptacles; and installed air deflection. registers in elevated steel plate floor. IH Power, computer & perip. 127 Kw 211.5 KVA 0.6 pf Power, air conditioner 71 Kw 83.5 KVA 0.85 pf Volume, computer & periph. 34,200 cu ft Volume, air conditioner 3,103 cu ft Area, computer & per. equip-3,420 sq ft Area, air conditioner 387 sq ft Room size, comp & perip. equip 76 ft x 45 ft Room size, air conditioner 18 ft x 31 ft x 6 in. 17 ft x 40 ft x 11,6" Capacity, air conditioner 82 1/2 Tons Weight, computer 69,720 lbs Weight, air conditioner 34,384 lbs Floor loading 20.5 lbs/sq ft 100 lbs concen max False wooden floor atop concrete, false ceilings with air conditioning ducts constructed therein, prefab steel constructed walls-glass windows all around. Air conditioning equipment for computer installation completely separate from rest of building. Illinois Central Power, comp. & components 98 Kw 156.8 KVA 0.62 pf Power, air conditioner 120 Kw 150.0 KVA 0.80 pf Volume, comp. & components 29,598 cu ft Volume, air conditioner 40,285 cu ft Area, comp. & components 503 sq ft Area, air conditioner 1,985 sq ft Room size, comp. & components 40 ft x 96 ft Room size, air conditioner 49 ft x 37 ft Capacity, air conditioner 91.8 Tons Weight, computer 507,900 lbs Weight, air conditioner 16,000 lbs False floor reinforced steel beam construction. False ceiling, acoustical with diffused air-condition ing and recessed light fixtures. Room of brick construction with inside wall of Johns Mansville construction. Power supplied by public utility company. McDonnell Aircraft Power, computer 162.5 KVA Floor loading 100 lbs/sq ft 100 lbs concen max Capacity, air conditioner 75 Tons Weight, computer 48,400 lbs 3M Power, computer 250 Kw 300 KVA 0.84 pf Power, air conditioner 40 Horsepower Volume, computer 25,780 cu ft Volume, air conditioner 13,000 cu ft Area, computer 3,870 sq ft Area, air conditioner 1,300 sq ft Room size, computer 34 ft 6 in x 81 ft 6 in 14 ft 6 in x 26 ft 6 in 14 ft 6 in x 12 ft 6 in 23 ft x 20 ft 6 in Room size, air conditioner 21 ft 6 in x 60 ft 6 in Floor loading 100 lbs/sq ft 500 lbs concen max Capacity, air conditioner 40 Tons Weight, computer (705 only) 5,300 lbs ea, 10,600 total Weight, air conditioner 41,000 lbs, total Raised floor for power and computer cables. Installed separate air conditioning unit and power transformer. Sandia Corp. Power, computer 121 Kw 70 KVA 1.732 pf Power, air cond 49 Hp 60 KVA 0.8 pf Volume, air conditioner 7,440 cu ft Area, air conditioner 744 sq ft Room size, computer 50 ft x 100 ft (25 ft x 25 ft vault) Room size, air conditioner 24 ft x 31 ft outside tower Floor loading 3,580 lbs concen max Capacity, air conditioner 60 Tons steam fired absorption unit Weight, computer 24,480 lbs Weight, air conditioner 20,000 lbs The following alterations were made to an existing building: raised floor (free access); false ceiling; eight (8) plenums; and installation of air conditioning and power. The air conditioning is a built-up system. SOHIO Power, computer 113.1 Kw 125.7 KVA 0.90-0.92 pf Power, air cond 153.2 Kw 170.0 KVA 0.90-0.92 pf Volume, computer 2,550 cu ft Area, computer 500 sq ft Area, air conditioner 2,500 sq ft (including space used in ceiling and floor) Room size, computer 2,850 sq ft 21,000 cu ft Room size, air conditioner 4,139 sq ft Floor loading 100 lbs/sq ft 1,000 lbs concen max Capacity, air conditioner 60 Tons Weight, computer 42,580 lbs Weight, air conditioner 53,650 lbs False ceilings; false floors; converted individual offices into one main room; installed separate air conditioning and humidity controls (with stand- by equipment); installed fire hose; installed separate power lines from transformer to computer room; and installed exhaust hoods for main frame and control units. Texaco Power, computer 129.4 KVA Volume, computer 31,860 cu ft

BRL 1961, IBM 705 I II, start page 0469

Volume, air conditioner 4,320 cu ft Area, computer 2,375 sq ft Area, air conditioner 540 sq ft Room size, computer 2,655 sq ft Room size, air conditioner 18 ft x 30 ft Floor loading 900 lbs concen max Capacity, air conditioner 80 Tons Weight, computer 31,870 lbs Building area was cleared of old partitions and new walls of tile and plastic were constructed. New false ceilings constructed of aluminum acoustical panels which also serve as input areas for air to machine room. Air returned to blower system via olenum construction. Air system protected by electrostatic and standard filters. Free access or pedestal type of floor constructed of 27 inch square metal plates. USS TC and I Power, computer 116.8 KVA Power, air conditioner 22.5 KVA 0.85 Pf Volume, computer 18,400 cu ft Volume, air conditioner 9,792 cu ft Area, computer 2,300 sq ft Area, air conditioner 1,152 sq ft Room size, computer 56 ft x 41 ft Room size, air conditioner 48 ft x 24 ft Floor loading 120 lbs/sq ft 200 lbs concen max Capacity, air conditioner 34.8 Tons Weight, computer 37,530 lbs Weight, air conditioner 10,600 lbs Ceiling lowered 18 inches for duct work, installed 26 plenums, added relays and separate power transformer servicing EDP equipment only. WE Hawthorne Power, computer 200 Kw Power, air conditioner 175 Kw Volume, computer 77,000 cu ft Volume, air conditioner 9,500 cu ft Area, computer 7,000 sq ft Area, air conditioner 866 sq ft Floor loading 85 lbs/sq ft Capacity, air conditioner 80 Tons Weight, computer 60,570 lbs Computer installed in top floor of existing office building. 10 inch raised steel floor, sectionalized 3 ft x 3 ft for running cables. Outside windows insulated. Entire area sprinkler protected. All airconditioning overhead except for special duct to main frame. WE Comp Methods Power, computer 253 Kw 281 KVA approx. 0.90 pf Only 55,% required for present equipment. Power, air conditioner 250 KVA 332 HP installed. Not more than 215 HP used at any one time. Balance standby. Volume, computer 47,000 cu ft Volume, air conditioner 15,300 cu ft Area, computer 5,200 sq ft Area, air conditioner 1,225 sq ft Room size, computer 5,200 sq ft Room size, air conditioner 1,225 sq ft Floor loading 200 lbs/sq ft 700 lbs concen max Capacity, air conditioner two 100 Ton Units one 50 Ton Unit Weight, computer 53,760 lbs Weight, air conditioner 22,850 lbs Building steel frame, brick walls. Equipment on 5th floor (top). False ceiling (Accustone) suspended from roof beams under original suspended ceiling. Raised (18") steel plate floor, vinyl tile covered. Original floor wood covered concrete over arched hollow tile ceiling. Wood covering removed and resurfaced with cement. Air inlet ducts above false ceiling and beneath raised floor. Common return ducts above false ceiling. Recessed trough lighting. Area enclosed with sheet steel partitions two 300 KVA transformers (one is standby) installed on roof and fed from 13,800 volt main circuits from own power house. Air conditioning and lighting power taken from existing 440 volt mains. PRODUCTION RECORD Manufacturer There is only limited production on this system at the present time. Delivery on availability basis only. COST, PRICE AND RENTAL RATES Manufacturer Monthly Purchase Charge Price 705 Central Processing Unit $14,150 $590,000 w/40,000 positions core memory 714 Card Reader 1,500 64,450 717 Printer (150 lines/min) 1,400 55,000 720 Printer (500 lines/min) 1,900 93,000 722 Card Punch 800 43,300 727 Magnetic Tape Unit 550 18,200 730 Printer (1,000 lines/min) 3,900 210,500 734 Magnetic Drum Storage 2,300 90,000 735 Printer Control (730 & 760) 600 32,500 744 Magnetic Drum Power Supply 500 21,500 745 Power Supply 1,200 62,400 754 Tape Control 1,500 78,000 757 Printer Control 650 44,000 758 Card Punch Control 600 36,000 759 Card Reader Control 900 45,000 760 Control & Storage 2,500 111,000 777 Tape Record Coordinator 3,400 156,000 782 Console and Typewriter 1,000 52,000 Monthly rental, average system: $33,500 & up Purchase, average system: $1,640,000 & up Maintenance contract is available. Naval Construction Bn Ctr Rental contracting and rates for basic system Type 705 CPU $11,650 Type 782 Console and Typewriter 1,000 Type 745 Power Supply 1,200 Type 754 Tape Control Unit 1,500 Type 727 Magnetic Tape Units (10) 5,500 Total $20,850 Rental rates for additional equipment Type 714 Card Reader $1,510 Type 759 Card Reader Control 935 Type 717 Printer 1,400 Type 757 Printer Control 650 Type 722 Card Punch 800 Type 758 Card Punch Control 650 Type 727 Magnetic Tape Units (4) 2,200 Type 747 TDS Power Supply 500 Type 774 Tape Data Selector 2 524 Total $111' Mare Island Naval Shipyard Basic system consisting of 705 II Computer, 782 Console, 10-727 Tape Units, 745 Power Supply, 754 Tape Control, rents at $23,350/month. Additional equipment consisting of 714 Card Reader, 720A Printer, 722 Punch, 2-727 Tape Units, 759 Con- trol, 7601 Control, 758 Control, rents at $9,350/mo.

BRL 1961, IBM 705 I II, start page 0470

USA TACO Basic System (Prime Shift) Type 705, 714, 717, 727 (12 units), 745, 747, 754, 757, 758, 759, 774, 782, 407, 519 - total rental $34,425. Additional Equipment (EAM) 11 tp 024, 6 tp 056, 4 tp 082, 2 tp 085, 4 tp 407, 1 tp 552, 2 tp 026, 1 tp 080, 3 tp 083, 1 tp 101, 2 tp 519, 1 tp 557 - total monthly rental $6,120. USA ABMA 705, 714, 14-727'x, 745, 2-75416, 759, 782 - $29,450 per month (includes maintenance). USA EMC Monthly Basic System Rental 1 705 Central Proc. Unit $14,150 1 745 Power Unit 1,200 1 782 Console 1,000 1 714 Card Reader 1,500 1 759 Control Unit 900 2 717 Printers 2,800 2 757 Control Units 1,300 1 722 Card Punch 80o 1 758 Control Unit 650 16 727 Tape Units 8,800 2 754 Tape Control 3,000 Total Basic Operational Use Monthly $3 ,100 Rental USAF Tinker AFB (2) Type Name Quantity 705 Central Processing Unit 1 714 Card Reader 2 717 Printer 1 720 Printer 1 722 Card Punch 1 727 Tape Unit 30 734 Drum Storage Unit 1 744 Drum Power Unit 1 745 Power Unit 1 754 Tape Control Unit 1 757 Printer Control Unit 1 758 Card Punch Control Unit 1 759 Card Reader Control unit 2 760 Control and Storage Unit 1 777 Tape Record Coordinator 2 782 Console and Typewriter 1 774 Tape Data Selector 1 747 TDS Power Supply 1 519 Document Machine 1 407 Accounting Machine 1 Total cost $61,910 prime shift/month. Each system configuration is the same. USAF ASO Basic System 2 705 II's with 4 TRC's, 2 drums and 30 tape drives$68,400/month. Additional Equipment 2 Card Readers, 2 high speed printers, 2 TDS units (with 407 and 519), and 6 tape drives - $24,342/month. USAF ADC Basic System $1,393,550 Basic System $32,650/month. Service contracting - $5,295.75/month. USAF SB AMA First System (Basic) Monthly Rental Qty Type Description Prime Shift 1 705-I Central Processing Unit $14,150 1 745 Power Supply 1,200 1 782 Console and Typewriter 1,020 1 714 Card Reader 1,615 1 759 Card Reader Control 900 26 727 Magnetic Tape Unit 14,300 2 734 Magnetic Drum Storage 4,600 2 744 Magnetic Drum Power 1,000 1 754 Tape Drive Control Unit 1,500 2 777 Tape Record Coordinator 6,800 38 Pieces, Total system $47,085 Second System (Basic) 1 705-2 Central Processing Unit $14,150 1 745 Power Supply 1,200 1 782 Console and Typewriter 1,020 1 714 Card Reader 1,615 1 759 Card Reader Control 900 22 727 Magnetic Tape Unit 12,100 2 734 Magnetic Drum Storage 4,600 2 744 Magnetic Drum Power 1,000 1 754 Tape Drive Control Unit 1,500 2 777 Tape Record Coordinator 6,800 34 Pieces, Total system $44,885 Additional Equipment 1 714 Card Reader $1,615 1 759 Card Reader Control 900 1 720A High Speed Printer 1,900 1 760 Control and Storage 2,500 1 722 Card Punch 800 1 758 Punch Control 650 4 724 Magnetic Tape unit 2,200 1 774 Tape Data Selector 2,500 1 747 Tape Data Selector Power Supply 500 1 717 Printer 1,400 1 754 Printer Control 700 1 727 Magnetic Tape Unit 550 15 Pieces, Total system $16,215 USAF Olmsted AFB Qty Component Rental 1 Central Processing Unit, Mil 2 $14,150 2 Card Reader, Mdl 1 3,000 2 Printer, Mdl 1 3,000 1 Card Punch, Mdl 1 800 25 Tape Unit, Mdl 1 13,750 1 Magnetic Drum Power, Mdl 1 500 1 Magnetic Drum Storage, Mdl 1 2,300 1 Power Supply, Mdl 1 1,200 1 Tape Cotl, Mdl 1 1,500 1 Card Punch Control, Mil 1 600 2 Card Reader, Control, Mdl 1 1,800 2 Control & Storage, Mdl 1 5,000 2 Tape Record Coordinator, Mdl 1 6,800 1 Console & Typewriter, Mil 1 1, 000 Total Basic Rental Cost $56,200

BRL 1961, IBM 705 I II, start page 0471

AT and T, LLD Rental for 176 hours per month - Overtime is at 40% of rate for first 176 hours. Present monthly rental including overtime is approximately $55,000. Equipment 176 hour rental IBM 705 II equipped w/console, drum, 15 727 tape units, 2 777 TRC's, power supply and special card reader (modified 026 Keypunch) $34,550 720A Printer equipped w/760 Con- trol Unit and a 727 tape unit 4,950 714 Card Reader equipped w/759 Control Unit and a 727 tape unit 2,995 774 TDS equipped w/407 Tabulator, 519 Reproducing Punch, 747 Power Unit, and 727 Tape Unit. 5,305 Total $47,800 AT and T, TD CPU $14,150; 2-714 3,000; 3-720A 5,700; 1-730 3,900; 1-782 1,000; 19-727 10,450; 2-777 6,800; 1-826 145; 1-717 1,400; miscellaneous power and control units $14,300. Boeing Wichita Basic System 705CPU, drum, card reader, 2 TCU's, 14 tape drives $32,260 per month (each of two systems). Additial Equipment 3-720A's, 1 card reader, 2 punches, 6 tape drives $22,310 per month. Con Edison 2-705 Model II with 40 K memory and TRCs and 16 tape stations each, 3-714 Card Readers, 3-722 Card Punches, 3-720 Printers, 3- 720A Printers $107,000/monthly Convair Fort Worth Rental Excise Qty Description Month Tax 1 705 Model II C.P.U. $14,150 1 745 Power Unit 1,200 1 782 Console 1,000 2 714 Card Readers 3,020 2 759 Card Reader Control Unit 1,800 14 727 Tape Units 7,700 1 717 Printer 1,400 1 757 Printer Control Unit 650 1 72oA High Speed Printer 1,900 1 760 Printer Control Unit 2,500 1 754 Tape Control Unit 1,500 1 774 Tape Data Selector Model I with file search feature 2,300 $230.00 1 747 Tape Data Selector Power Unit 500 50.00 1 407 Tab. Model A2 - Mod. for T. D. S. 910 91.00 1 519 Punch Model 1 - Mod. for T. D. S. 210 21.00 1 046 Tape to Card Punch 161 16.10 1 026 Printing Key Punch 60 6.00 Total $40,961 $4110 . Grand Total $41,375.10 Esso Standard Basic System CPU, drum, 2 card readers, 1 card punch, 2 printers, 14 tape drives, tape data selector, condole, power and control units - $47,000/month, prime shift. Additional Equipment Keypunches and verifiers, sorters, collators, tabula- tor, calculators, interpreters, summary punches, etc. in support of 705 - $13,000/month. Firestone Main frame, TCU, 11 tapes, card reader, console cost $1,093,500 and rents at $28,370/month. 4 tapes, 717 Printer, 2 720 Printers, card reader, card punch cost $699,150 and rents at $13,850/month Ford Motor Man Ser Monthly Machine Rental 705 Central Process Unit $14,425.92 712 Card Reader 790.11 712 Card Reader 774.82 717 Printer (2) 3,874.10 722 Card Punch (2) 1,631.20 727 Magnetic Tape Unit (15) 8,410.95 745 Power Supply 1,223.40 754 Tape Control Unit 1,529.25 756 Card Reader Control (2) 632.08 757 Printer Control Unit (2) 5,097.44 758 Punch Control Unit (2) 1,223.40 782 Console Typewriter 1,019.50 $40,632.17 Ford Div Rental $ 32,500 Approx. cost price $1,300,000. Hughes Monthly Machine Type Qty Rental 705 1 $11,650 714 1 1,500 720 2 2,800 722 1 800 727 15 8,250 745 1 1,200 754 1 1,500 758 1 650 759 1 goo 760 2 5,000 777 2 6,800 782 1 1,000 Total $42,050 Hughes Monthly Machine Type Qty Rental 705 1 $11,650 727 12 6,600 745 1 1,200 777 2 6,800 782 1 1,000 Total $27,250 IH Basic System 2 Central Processing Units 2 Power Supply Units 2 Console Typewriters 25 Tape Units 2 Tape Control Units 2 Card Readers 2 Card Header Central Units 3 Printers 3 Printer Control & Storage 1 Card Punch 1 Card Punch Central $69,826/month. Additional Equipment 1 407 Printer 1 514 Reproducer 1 077 Collator 2 026 Keypunches 1 552 Interpreter 1 082 Sorter 2 101 Statistical Machines $2,230/month. Illinois Central CPU with buffers $23,000/month. 13 tape drives 7,150/month. 2 720A Printers 8,800/month. 2 card readers 4,800/month. 1 card punch 1,400/month. 4 tape drives 2,200/month.

BRL 1961, IBM 705 I II, start page 0472

McDonnell Aircraft Basic System 705 II with magnetic drum, 10 tapes, reader, two 720 Printers, and punch cost $1,888,600 and rent at $44,180/month. Additional Equipment 024, 026, 056, key punch and verifiers; 077, 085, 087, 089 collators; 083 sorters; 101 sorters, 407 tabula- tors, 408 Bill Weed and tabulation, 519, 521, 528 punches; 604 calculators, 954 posting machine cost $1,227,345 and rent at $26,000/month. 3M Basic System 705 Model II, 745 Power supply, 782 Console, 754 Tape Control, 10 ea. 727 Magnetic Tape Drives cost $956,360 each (2 systems) and rents at $23,500/month each. Additional Equipment 714 Card Reader, 759 Card Reader Control, 720 Printer, 760 Control Storage, 720A Printer, 760 Control Stor- age, 722 Card Punch, 758 Card Punch Control, 2 ea. 727 Magnetic Tape Units cost $418,075 and rents at $13,330/month. Maintenance is $2,513.50 for prime shift for each basic system listed above. Sandia Corp. Basic System One 705 II CPU and power, printer, card reader, and ten 727 tape units rent at $32,000 monthly rental. Additional Equipment A 720 Printer and a TDS with 407 and 519 rent at $8,000/month. Maintenance and service are provided by vendor. SOHIO Monthly Basic System Cost Rental Central Processing Unit 705 $590,000 $14,150 Model II Power Unit (745) 62,400 1,200 Console (782) 52,000 1,000 10 Magnetic Tape Units (727) 182,000 5,500 Tape Control Unit (754) 78,000 1,500 Additional Equipment Card Reader (714) $64,450 $1,615 Reader Control (759) 45,000 900 Printer (717) 55,000 1,400 Printer Control (757) 44,000 650 4 Magnetic Ta a Units (727) 72,800 2,200 Printer (730A3210,500 3,900 Printer Control (735) 32,500 600 Storage Control (760) Model II 111,000 2,500 Card Punch (722) 43,300 800 Punch Control (758) 36,000 650 Texaco Basic System CPU, on line printer, reader, punch and 10 tapes. Peripheral equipment: 2-720A, 1-714 and 1-722. Rent - primary shift $44,000/month. USS TC and I 1 CPU; 1 card reader; 1 punch control; 1 console; 1 reader control; 2 printers; 1 power unit; 1 card punch; 2 printer controls; 11 tape drives; 1 tape control. Total cost $31,800/month. WE Hawthorne Monthly Qty Basic System Rental(') 1 705 CPU - 40K $14,150 1 745 CPU Power 1,200 1 782 Console 1,000 2 754 Tape Control Units 3,000 16 727 Tape Units 8,800 1 734 Drum 2,300 1 744 Drum Power 500 1 714 Card Reader 1,500 1 759 C. R. Control 900 Additional Equipment $33,350 1 (2) 717 Printer $1,400 1 (2) 757 Printer Control 650 2 720 Printer 2,800 2 760 Printer Control 5,000 1 (2) 714 Card Reader 1,500 1 (2 759 C. R. Control goo 1 (2) 722 Card Punch 800 1 (2) 758 Punch Control 650 5 727 Tape Units 2,75,0 $16,450 Notes: (1) Monthly charge covers the first 176 hours a month the system is in use. Each hour of use thereafter is billed at the rate of 1176th of 40% of the monthly charge. (2) May be operated "on-line". WE Comp Methods Basic System IBM 705 Mod. II; 10 Type 727 Tape Units; 1 Type 754 Tape Unit; control 1 Type 734 Drum; 1 Type 714 Card Reader; rental is $28,560/month. Additional Equipment 1 Type 714 Card Reader; 1 Type 717 Printer; 1 Type 722 Card Punch; 2 Type 720A Printers; controls; and 6 Type 727 Tape Units rent for $18,010/month. PERSONNEL REQUIREMENTS Manufacturer Operator, programming, and technical training is available as well as assistance at all levels. Naval Construction Bn Ctr One 8-Hour Two 8-Hour Shift Shifts U Rec U Rec Supervisors 9 Analysts 5 5 Programmers & Coders 18 22 18 22 Clerks 1 1 Librarians 1 2 Operators 1 2 In-Output Oper 3 4 Tape Handlers 2 4 Personnel includes Yards and Docks Supply Office. Engineers and technicians are furnished by contractor. Operation tends toward closed shop. Methods of training used includes formal classroom and on- the-job.

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Mare Island Naval Shipyard Three 8-Hour Shifts Used Recommended Supervisors 5 6 Programmers 11 15 Clerks 4 4 Operators 6 6 In-output Oper 10 10 Personnel supervisor requirements shown are for consolidated EDP-EAM operations, programming and administration. Supervisors shown are: Head, Data Processing Center Head, Programming (vacant) Head, Operations 3 Operations Shift Supervisors Programmer performs functions in Data Processing Center. Analysts are in various departments and may work on any project. Some clerical control and balancing operations performed by EAM Operators who also operate equipment. Equivalent effort of about two clerks relative to EDP portion. Clerical staff of two persons handle combined EAM- EDP administrative requirements; i.e., filing, letters, personnel actions, etc. Librarian and tape handling functions performed by peripheral equipment operators. Engineers and technicians furnished by manufacturer under rental contract. Operation tends toward closed shop. Methods of training used includes: programmers manufacturer's standard programming course (4 weeks plus on-the-job experience) and operators - on- the-job training. USA TACO One 8-Hour Two 8-Hour Shift Shifts Used Recom Used Recom Supervisors 2 2 2 2 Analysts 21 21 Programmers & Coders 32 32 Clerks 6 6 Librarians 2 2 Operators 4 4 In-Output Oper 4 4 Tape Handlers 2 2 Operation tends toward open shop. Methods of training used includes IBM conducted classes and on-the- job training. USA ABMA One 8-Hour Shift Supervisors 1 Analysts 11 Programmers 4 Clerks 1 Librarians 1 Operators 2 Engineers IBM 12 In-Output Oper 2 One additional supervisor is required for each additional 8-hour shift. Three additional input-output operators are required for a second 8-hour shift and two additional input-output operators are required for a third 8-hour shift. Operators are used on 704's, 705 and 709 in rotating shifts. The 12 IHM engineers rotate shifts on the 704's and 709. Operation tends toward open shop. Methods of training used includes on-the-job and formal schooling for programmers and operators. USA EMC The computer is operated three shifts a day five days a week. The actual operating hours are continuous from 7:30 A.M. each Monday through 7:30 A.M. the following Saturday. One console operator and two peripheral equipment operators man each shift. These peripheral operators assist the console operator by mounting and dismounting on tape drives which are involved in main frame operations. The operators also perform all "off-line" operations. The computer room supervisor is assigned to the basic shift (7:30 A.M. - 4:00 P. M.). A tape librarian is also assigned to the basic shift. Ten analysts are employed in the researching of new projects and the feasibility of utilizing new types of equipment. These analysts also write the basic logic for new operations. These nineteen people assigned to writing programs. This program writing consists of writing new programs, changing existing programs because of changes in criteria, changing programs so as to take advantage of new programming techniques. Operation tends toward closed shop. Programmers receive a basic course in programming from the IBM Corporation. This course runs from three to five weeks depending on the amount of detailed instruction given and practice allowed. At the end of the course the new programmers are assigned to work with more experienced programmers until they become self sufficient. The original group of console operators and peripheral equipment operators received the basic programming course from the IBM Corporation. The actual operation of the equipment was taught, on the job, by IBM personnel. The more recent additions to the force of peripheral operators have not received the programming course from IBM. They have learned the operation of the equipment, on the job, from our more experienced operators. USAF Tinker AFB (2) Supervisors 1 Clerks 0 Librarians 2 Operators 4 Tape Handlers 12 Above requirements is for each system. Machine operated three (3) shifts seven (7) days per week. Programmers and coders cannot be identified with individual system. USAF ASO Three 8-Hour Shifts Supervisors 25 Analysts 14 Programmers 35 Coders 6 Clerks 40 Librarians 3 Operators 40 Engineers 8 Technicians 3 In-Output Oper 8 Tape Handlers 2 Methods of training used includes IBM Educational Center and on-the- job training.

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USAF ADC Two 8-Hour Shifts Used Recommended Supervisors 5 5 Analysts 1 1 Programmers 22 24 Coders O 2 Clerks 3 3 Librarians 1 1 Operators 4 4 Engineers 2 2 Technicians 0 0 In-Output Oper 2 2 Tape Handlers 2 2 Operation tends toward closed shop. Programmers attend 705 Course conducted by IBM. On returning to this unit, but after completing practice problem where review of programming techniques are reviewed, programmers are assigned under the supervision of a senior programmer where on-the-job training continues until reaching the fully qualified level. Operators attend 705 Course conducted by IBM. Other training is obtained through on-the-job training. USAF SB AMA SBAMA EDP personnel requirements support the logistical mission. Additional personnel support the PCAM effort. PCAM is utilized in an integrated data processing system to provide extra off-line capability. Coders are included in the programmer category. Because of the varying quantitative effect and diverse character of the workload in the AMC logistical support, an inflexible recommendation of personnel was not attempted. Cross-trained personnel qualified to employ techniques in various computer configurations provide system flexibility. Engineers and technicians to service and maintain the EDP equipment are provided on a contractual basis by the manufacturer concerned. Extra shift time for analysts, programmers and clerks is not on a regularly scheduled basis. Whenever the workload occasion demands, personnel hours are specially scheduled. Systems Analysis, Development and Programming staff operate on one 8- hour daily shift, 5 days per week. Computer operations staff work on three 8-hour daily shifts, 7 days weekly. Operation tends toward closed shop. Methods of training used includes formal training by manufacturer and on- the-job training. USAF Olmsted AFB One 8-Hour Three 8-Hour Shift Shifts Used Recom Used Recom Supervisors 1 1 3 3 Analysts 5 5 Programmers 10 10 Librarians 2 2 Operators 5 5 In-Output Oper 5 5 Tape Handlers 6 6 Above staffing is sufficient to operate: 1 705 11 2 720A Hi Speed Printers 1 Card to Tape One operator and 2 tape handlers are used on the 705 at all times. Methods of training used includes formal IBM classroom training (4 1/2 weeks and approximately 2 years on-the-job training. NSA One 8-Hour Shift Supervisors 1 Librarians 1 Operators 1 Engineers 1 Technicians 1 Operation tends toward closed shop. Methods of training used includes formal class and on-the-job training. AT and T, LLD Two 8-Hour Shifts Used Recommended Supervisors 28 Analysts 7 Programmers 42 Clerks 5 10 Librarians 3 3 Operators 5 5 In-Output Oper 8 8 Operators and system analysts are supervisors. In-output operators and tape handlers are interchangeable. Operation tends toward closed shop. Methods of training used includes IBM schools and on-the-job training. AT and T, TD One 8-Hour Two 8-Hour Shift Shifts Supervisors 2 3 Analysts, Prog. & Coders 7 Librarians 1 1+ Engineers 16M 3 4 In-Output Oper & Tape Hand 4 6 Methods of training used includes IBM 705 Programmers School for a-b-c- d- above 1-i, plus console experience and programming. All others - on-the- job training. Our training section intends to have one of our own people train our 705 people on our premises. Boeing Wichita Three 8-Hour Shifts Supervisors 5 Programmers 26 Librarians 5 Operators 6 In-Output Oper 7 Operation tends toward closed shop. Methods of training used includes: Machine Operators - IBM schools and on-the-job training Programmers - IBM schools and special classes on programming and advanced languages conducted by company technicians. Con Edison Three 8-Hour Shifts Supervisors 10 Analysts, Programmers & Coders 22 Clerks 2 Librarians 2 In-Output Oper 19 Methods of training include IBM School and on-the-job training for programmers and on-the-job training for input-output operators. Convair Fort Worth Three 8-Hour Shifts Used Recommended Supervisors 4 4 Analysts 4 9 Programmers 14 18 Librarians 1 2 Operators 7 9 Operation tends toward closed shop.

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Esso Standard One 8-Hour Shift Supervisors 8 Analysts, Prog. & Coders 20 Clerks (Scheduler 1 Librarians (Tape 1 Operators - 705 Engineers (IBM In-Output Oper 25 Supervisors are for entire Data Processing and Programming Departments. There are 6 operators (705 and 6 IBM engineers for two 8-hour shifts. Tape handling is done by 705 operators. Operation tends toward closed shop. Programmers and 705 operators all given programming course by IBM. All other training done on-the-job. Farmers IG One 8-Hour Shift Supervisors 1 Analysts 2 Programmers 2 In-output Oper 1 Tape Handlers 1 Operation tends toward open shop. Firestone One 8-Hour Shift Programmers 14 Engineers 4 In-Output Oper 5 Methods of training used include IBM Schools, UCLA, and AMA Seminars. Ford Motor Man Ser One 8-Hour Shift Supervisors 2 Analysts 7 Programmers 15 Operators 2 Engineers 3 In-output Oper 4 Personnel requirements in our organization are based upon workload and the nature of the application. Two programmers, 2 operators, ? engineers and 3 inputoutput operators are required in addition to the first shift shown for running three 8-hour shifts. Operation tends toward open shop. Ford Div One 8-Hour Shift Used Recommended Supervisors 1 1 Programmers 5 Clerks 2 Librarians 1 1 Operators 2 2 In-Output Oper 1 1 One supervisor and 4 operators are used on the second and third 8-hour shift. Two additional inputoutput operators are recommended. Operation tends toward open shop. Hughes one 8-Hour shift Supervisors 6 Analysts 13 Programmers 18 Clerks 3 Operators 6 Eleven additional operators are required for two additional 8-hour shifts. A three shift total of 57 persons are used. Total figure includes clerical and staff. On-the-,job training used. Operation tends toward open shop. It is necessary that operating personnel be familiar with all technical procedures of machine operation. Therefore, all personnel are trained as console opera. tors, hence no figures are given for the in-output operator, tape handler, or technician classifications. IH Three 8-Hour Shifts Used Recommended Supervisors ( 6 Analysts 2 2 Clerks 3 3 Operators Console 6 6 Engineers 5 In-Output Operators 11 11 Tape Handlers 6 6 Operation tends toward open shop. Personnel are trained on the actual ,job. On-the,job training is supplemented by home study course on punched card equipment and by programming school for 705. This operation serves as a service center. All programming is performed at other locations. Certain of the above personnel are engaged in systems and programming work but only for the internal operation of the computer center. Illinois Central One 8-Hour Two 8-Hour Shift Shifts Supervisors 2 Analysts, Prog. Coders Operators 2 Engineers 3 In-Output Operators 2 Tape Handlers 2 Operation tends toward closed shop. McDonnell Aircraft One 8-Hour Shift Programmers 35 Clerks 0 Librarians 0 Operators 2 In-Output Operators 2 Tape Handlers 0 One librarian is recommended. The second and third shifts use a total of 5 additional operators. Six are recommended. 3M One 8-Hour Two 8-Hour Shift Shifts Supervisors 2 Programmers 16 Librarians 2 Operators 12 Operation tends toward open shop. Sandia Corp. First 8-Hour Second 8-Hour Third 8-Hour Shift Shift Shift Supervisors 9 1 Programmers 24 Librarians 1 1 Operators 2 1 2 In-Output Oper 5 2 Analysis, programming, and coding is performed by one person classified as a programmer. Operation tends toward open shop. SOHIO One 8-Hour Two 8-Hour Three 8-Hour Shift Shifts Shifts Supervisors 3 3 3 Anal, Prog. Cod. 22 22 22 Librarians 1 1 1 Operators 3 5 5 Engineers 5 5 5 In-Output Oper 1 1 1 One additional input-output operator is recommended. Operation tends toward closed shop.

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Texaco One 8-Hour Two 8-Hour Three 8-Hour Shift Shifts Shifts Supervisors 1 1 1 Anal. Prog. Cod. 45 Clerks 1 1 1 Librarians 1 1 1 Operators 4 7 8 Engineers 3 4 5 An additional clerk and a librarian are recommended. Operation tends toward open shop. Methods of training includes company operated com- puter schools, colleges, on job training. Personnel are normally selected from departments of the company. USS TC and I One 8-Hour Shift Used Recommended Supervisors 4 4 Programmers 21 21 Clerks 4 4 Operators 3 3 Technicians 3 3 Tape Handlers 2 2 Operation tends toward open shop. WE Hawthorne Two 8-Hour Shifts Supervisors 10 Analysts 14 Programmers 19 Clerks 2 Operators 4 Engineers 20 In-Output Oper 4 Operation tends toward open shop. Methods of training used consists of IBM 705 Programming School followed by on-the-job training under the guidance of experienced personnel. WE Comp Methods One 8-Hour Total for Two Shift 8-Hour Shifts Supervisors 7 7 Analysts 26 26 Librarians 1 1 Operators 2 4 In-Output Oper 3 3 One additional supervisor and 1 additional inputoutput operator is recommended. Development personnel perform all functions of analyzing, programming and coding. There are three levels (tentatively identified as analyst, specialist, and coordinator) through which these personnel progress. All computer employees are classified as management personnel. Methods of training used are IBM 5 week Programming School, and on-the-job training under IBM personnel and with our more experienced programming personnel and supervisors. RELIABILITY, OPERATING EXPERIENCE, AND TIME AVAILABILITY Naval Construction Bn Ctr Average error-free running period 211.6 Hours Good time 81.38 Hours/Week (Average) Attempted to run time 81.59 Hours/Week (Average) Operating ratio (Good/Attempted to run time) 0.9974 Above figures based on period 1 Dec 59 to 1 Jun 60 Passed Customer Acceptance Test 10 Mar 59 Time is available for rent to outside organizations. An average of five hours nightly would be available for rent under present workload conditions. Mare Island Naval Shipyard Good time 95 Hours/Week (Average) Attempted to run time 97 Hours/Week (Average) Operating ratio (Good/Attempted to run time) 0.98 Above figures based on period 1 Jul 60 to 31 Jul 60 Passed Customer Acceptance Test 3 Mar 58 Time is not available for rent to outside organizations. USA TAGO Good time 64.7 Hours/Week (Average) Attempted to run time 71.0 Hours/Week (Average) Operating ratio (Good/Attempted to run time) 0.91 Above figures based on period 1 Sep 59 to 29 Feb 60 Passed Customer Acceptance Test Mar 57 Time is not available for rent to outside organiza- tions. USA ABMA Good time 108.7 Hours/Week (Average) Attempted to run time 111.2 Hours/Week (Average) Operating ratio 0-978 Above figures based on period 1 Jan 60 to 31 Mar 60 Passed Customer Acceptance Test 13 Oct 58 Time is not available for rent to outside organiza- tions. USA EMC Passed Customer Acceptance Test 8 Jut 57 Time is available for rent to qualified outside organizations. Our 705 operation runs continuously from 7:30 A. M. each Monday through 7:30 A. M. the following Saturday. The 120 intervening hours are available for production runs with the following exceptions: Each Tuesday and Thursday from 7:30 A. M. until 1:30 P. M. the computer is used to "debug" and test programs. Each Tuesday and Thursday from 1:30 P. M. until 5:00 P-M. the computer is turned over to the IBM engineers for their preventive maintenance. During the period of July 1959 through June 1960 breakdown time averaged 16-13 hours per month. USAF Tinker AFB 534; 626; 0.85; 1 Apr 60 to 30 Apr 60; time is not available. Above computed on available time after maintenance down time. USAF Tinker AFB 548; 579; 0946; 1 Apr 60 to 30 Apr 60; time is not available. Above computed on available time after maintenance down time. USAF ASO 208; 240; 0.84; 21 Mar 60 to 25 Mar 60; Sep 57; time is not available. USAF ADC 74; 75; 0.988; 1 Jul 59 to 1 Jul 60; time is not available. USAF SB AMA The main frame acceptance dates for each of the IBM 705 systems were System No. 1 24 February 1958 and System No. 2 27 August 1959. Time is not available for rent to outside organizations. USAF Olmsted AFB 75.8; 78.4; 0.97; Feb 60 to Apr 60; Feb 60; time is not available. NSA 37.9; 38.2; 0.992; 1 Dec 59 to 31 Dec 59; time is not available. AT and T, LLD One hour; 55; 65; 0.85; Jan 60 to Mar 60; May 59; time is not available. AT and T, TD Passed Customer Acceptance Test Aug 58 Time is not available for rent to outside organizations. Average monthly down time 12-18 hrs. (one shift basis) Dec. 59 - Mar. 60. Preventive maintenance time during working hours 3 to 4 hours/week. 705 main frame checked out each morning 7:30 - 8:30 before working hours.

BRL 1961, IBM 705 I II, start page 0477

Boeing Wichita 200; 240; 0.833 (2 systems; Jan 60 to Apr 60; 1st 3 Sep 56, 2nd - 28 May 58; time is not available. Convair Fort Worth 20.6; 93.1; 103.6; 0.90; 21 Mar 60 to 17 Apr 60; 18 Aug 58; time is not available. Esso Standard 50; 59; 0.848; 1 Mar 60 to 31 Mar 60; Apr 56; time is not available. Firestone Good time 75 Hours/Week (Average Attempted to run time 75 Hours/Week (Average Operating ratio 0.994 Above figures based on period Jul 57 to Jul 60 Passed Customer Acceptance Test 17 Aug 57 Time is available for rent to qualified outside or- ganizations. Time is available only to other 70511 users under a Mutual Assistance Contract. Ford Motor Man Ser Average error-free running period 8 Hours Good time 67.7 Hours/Week (Average Attempted to run time 87.1 Hours/Week (Average Operating ratio 0.77 Above figures based on period Jan 59 to Dee 59 Passed Customer Acceptance Test Mar 56 Time is available for rent to qualified outside or- granizations. Ford Div 100; 50; 50.5; 0.993; Aug 59 to May 60; 31 Jut 59; time is not available. Hughes Building 105 System Good time 376.19 Hours/Month (Average Above figure based on period 1 Feb 60 to 29 Feb 60 Passed Customer Acceptance Test Dec 56 Time is not available for rent to outside organiza- tions. Service Bureau System Good time 242.25 Hours/Month (Average Above figure based on period 1 Feb 60 to 29 Feb 60 Passed Customer Acceptance Test Jun 59 A total of 149.1 hours of lost time was accumulated for both systems due to program failure, re-run time, operator error, and machine failure. An additional down time for preventive maintenance of 62.8 hours and 106 hours for the two systems, respectively, was accumulated in February 1960. IH Good time 206.7 Hours/Week (Average Attempted to run time 230.1 Hours/Week (Average Operating ratio 0.895 Above figures based on period 1 May 60 to 31 May 60 Passed Customer Acceptance Test 15 Aug 57 Some time is available for rent if the time requested falls at times not required in order to meet our schedule. This is primarily over weekends and sometimes on Monday nights. Illinois Central 7; 46; 53; 0.866; 1 Mar 60 to 31 Mar 60; 1 Oct 58; time is not available McDonnell Aircraft 106.3; 114.4; 0.929; 4 Apr 60 to 30 Apr 60; Aug 57; time is available. 3M 65; 73; 0.89; Oct 56 to date; Nov 56; time is available at some periods of the month. Sandia Corp. 141; 152; 0.93; Jan 60 to 31 May 60; 1 Aug 58; time is not available. Machine trouble for the past 3 months has been exceptionally high. Normally the operating ratio would be about 0.98. SOHIO 105; 110: 0.955; 1 Jan 60 to 31 Mar 60; Aug 56; outside rental is available, dependent upon our schedules and size of job. Texaco 15; 87; 93; 0.935; Jan 60 to Jun 60; Apr 57; time is not available. USS TC and I 15; 52.6; 56.0; 0.94; 1 Apr 60 to 15 May 60; 1 Dec 56; Time is available depending upon availability of scheduling to meet requirements of outside organization. WE Hawthorne 5; 61.8; 66.9; 0.93; 28 Mar 60 to 22 May 60; Sep 57; time is not available. WE Comp Methods 67.58; 73-16; 0.92; 28 Dee 59 to 26 Jun 60; 14 Jan 58; time is not available. Bilateral agreement with Esso Std. Oil, Bayway, N .J. Refinery, for reciprocal use of computer in case of machine breakdown. ADDITIONAL FEATURES AND REMARKS Manufacturer Special Representatives This group offers overall consulting service in connection with the study of possible uses. Educational Program One-week classes conducted for executives at IBM educational departments in Endicott and Poughkeepsie, New York. Comparable classes are available in several major cities across the country. These courses are designed to acquaint executives with the organization, operating characteristics, capacities, and applications of the 705. Customers who complete this course are better able to evaluate the advantages, economics and wide business applications of the 705. In addition to the executive class, courses are available to qualified methods personnel. These classes are of longer duration and provide knowledge of programming and necessary operating details. Programming Service Personnel are available for consultation with field representatives and customers. A library of programs common to many problems is available for adoption as sub-routines by customer. Automatic coding as listed under automatic coding are available. Symbolic coding methods and assembly programs are available. Sales Engineering Engineers are available to assist in preparing the site for physical installation. This assistance begins twelve months in advance of delivery. Many systems have been installed. Naval Construction Bn Ctr Outstanding features are variable word length. Alphanumeric. Modular memory and input/output read while write and high speed rewind. Unique system advantages include compatibility with other IBM systems. Generalized utility programs provided by manufacturer. Autocoder system for coding. Ability to have input/output devices on-line or off-line by merely flipping a switch. Adopted procedures for magnetic tape labelling, storage, shipping, and protection from humidity, temperature and physical, electrical, fire, or other damage are: all tapes have internal and external labels. The internal label is automatically checked at the start of any program run. This also prevents writing on a tape that is not old enough to erase. A fireproof tape vault is provided with a capacity of over 3,000 tapes.

BRL 1961, IBM 705 I II, start page 0478

Mare Island Naval Shipyard Outstanding feature is no special RPQ to equipment except on-line-off- line switch on card reader, as well as standard one on the control. Internal program tape label control. Tape control (libra.ry) is on insert cards on tape case. Labelon used for temporary special identification. Separate storage of grandfather tapes and transaction tapes for emergency recovery. Tapes not normally shipped. USA TAGO All magnetic tapes are labeled with "labelon" pressure sensative tape. Storage is accomplished in steel lock cabinets subject to the same temperature and humidity controls as the computer. Provisions for a tape vault are in the planning stage. Duplicate tapes are shipped to an alternate storage site packaged in the same manner as new tapes in order to permit file recovery in case of total site destruction. A Taylor temperature-humidity recorder linked to an automatic audio-visual alarm system insures operation in the safe ranges of 60-80 degrees Fahrenheit and 40-60% relative humidity. Employees are instructed in procedures designed to prevent damage to tapes and equipment in case of fire or other emergency. USA ABMA Outstanding features are read-while-write and variable length records. External labels - pressure adhesive. Tape cabinet storage. Shipping - General Humidity: kept in computer room - fireproof building. USA EMC Magnetic tapes are labeled at the time of production, with a heavy paper label which fits into the slot provided on the reel. The tapes are stored in metal racks in a partitioned area of the computer room thus they receive the same protection as the computer itself. USAF ASO 35 character identification record at beginning of each tape. "Labelori" tag on reel (written by operators). Tape library kept in humidity-temperature controlled room. USAF ADC Unique system advantage is that it provides efficient, effective and economical centralized control on command-wide applications. Tapes are stored in the Tape Library in the air conditioned computer room. A separate master file of tapes is stored in a vault in another location for fire prevention. All tapes are labeled when used and a master file is maintained by Run Number and Tape Number. USAF SB AMA Outstanding features are flexibility of on-line data processing operation to handle a maximum of 26 input/output magnetic tape files in one computer system and 22 files in the second system. Unique system advantages are that it permits the processing of data from source data to finished report on-line to conform to desired format and system is flexible to permit off-line simultaneous operations without committing the main frame. Adopted procedures for magnetic tape labelling, storage, shipping, and protection from humidity, temperature and physical, electrical, fire or other damage are: Adequate fire protection measures such as automatic sprinkling systems, fire extinguishers and other devices are provided in readily accessible locations. In addition, fire prevention precautionary measures such as "no smoking" are enforced in proximity to magnetic tape files. AM Standard Utility Package label and file identification procedures are used on other than Advanced Logistics Systems. A file and label identification system specially developed for the Advanced Logistics System and an integral part of A.L.S. is used. Contractor specifications are used as a guide for humidity and temperature controls in the operational phase of EDP. A combined librarian-scheduling unit for expediting and synchronizing data flow with operational schedules provides internal managerial control of EDP operations. AT and T, LLD A unique system advantage is the variable word length. Tape handling: Magnetic tape labels used, smoke detection devices used, operating areas isolated from each other by fire proof partitioning, remote storage of tapes, and alarms transmitted to remote 24 hour coverage for all important operating conditions. AT and T, TD Tape handling: Tape labeling - All tapes internally labeled before use, and external labels applied before each usage. Tapes in daily use stored in library in 705 room with humidity temperature and fire control systems. Tapes are rotated from permanent storage at a location away from New York on a quarterly basis. Shipping in metal fireproof boxes. Boeing Wichita Outstanding features are that the two 705 II systems are completely compatible and separated by a fire wall. This offers scheduling flexibility and partial backup in case of catastrophe. Tape handling: Magnetic tape labelling used. Previous cycle master files stored in remote area for reconstruction if necessary. Tapes sealed in plastic for shipping or warehousing. Working files stored in metal cabinets in hunidity and temperature controlled area. Smoke detectors installed. No sprinkler system. Con Edison Tape handling: Tapes kept in several storage rooms adjacent to but separated from the computers by suitable fire resistent walls. Mylar tape is used which does not require close humidity control. Convair Fort Worth Tapes stored in metal open racks in computer room under humidity and temperature control present in the room. Only fire protection available is that which is in stalled in computer room. Each reel of tape has a permanent number assigned and a temporary label for data stored on tape. Cross-reference Kardex ledger card kept for each reel of tape: 1 - by permanent reel number and 1 - job number (data stored on tape). Firestone No magnetic tape labelling. Humidity maintained at 40% - 60%, temperature at 70^o to 75^o. C02 fire protection in tape storage rooms. Ford Motor Man Ser All tapes are identified by number on the reel. Some applications use internal tape I.D. records. All tapes, with the exception of the master tapes, are filed in standard files in the computer room. The master tapes, 1050 reels, are stored in fireproof vaults (heat capacity of vault - 4 hours). Ford Div All input tapes and master tapes are stored in fire proof vault, excess are stored in computer room under humidity control. All tapes are given tape identification in the ,job program.

BRL 1961, IBM 705 I II, start page 0479

Hughes Outstanding feature is that tape drives have illuminated dial setting display. A unique system advantage is the variable word length type system. Tape containers stored in cement block fire-proof vault with constant humidity and temperature. External tape labelling system used. IH An outstanding feature is a switching device to switch on-line card header from one computer to the other. All tapes are magnetically labelled and checked at the start of each job. Guides for tape changes and console operators are prepared mechanically from a deck of input-output data cards. Computer room controlled closely from humidity and temperature controls--no sprinkler system. Fire extinguisher conveniently placed and all personnel trained in their usage. 3M Outstanding features are accuracy, speed, flexibility and variable length records. Separate room for tape storage. S.O.P. to pull rings when job completed on CPU and only librarian puts them back on. Tapes held until output tapes are used in following job and it is complete. and checked out. Sandia Corp A unique system advantage is the 705 Processor, with variable field length. Tapes are stored in a vault, primarily for security, also for fire. SOHIO Outstanding features are variable word length core memory, full character representation for each memory position, and read-while-write feature. We do not have any programmed tape labelling. Each tape used has an external label listing all necessary data (Input/Output of various programs, printing or punching, release dates, etc.). The entire computer room is controlled around the clock for both temperature and humidity. We have standby units in case of failure. We do very little shipping of tape, but if we do, they are packaged in the same container that they came in. For fire protection, we have very little burnable material in the computer room. Also we have a master key switch to turn off all power, and a fire hose. WE Hawthorne No magnetic tape labelling used. Tapes are stored in metal cabinets in an air-conditioned vault adjacent to the machine room. All areas are protected with a sprinkler system. WE Comp Methods Separate external reel labels for tape and data identification. Internal labeling for data identification and protection partially in use. Tape stored in open steel cabinets in separate library enclosed in 6 ft 6 in high steel and glass partitions, with fire resistant computer room. Tapes are not removed from computer room. Data on tape not sent out or received. Temperature and relative humidity consistently maintained at 750 and 50% respectively. Absolute limits: Temperature upper 800 lower 500. Relative humidity upper 60,% lower 40,%. Smoke alarm in return air duct terminating in IBM customers engineers room and Plant Fire Headquarters. Portable CO extinguishers installed ar frequent intervals Around perimeter of room. FUTURE PLANS Manufacturer There is growth upwards from the 705 with complete program compatibility to the 7080 Data Processing System. Naval Construction Bn Ctr In the proposal stage is a plan to install an IBM 1401 Data Processing System to replace the Type 774 Tape Data Selector and the Type 607 Electronic Calculator at a net savings to the government. This will provide more computing capacity and faster offline operations at reduced cost. Mare Island Naval Shipyard IBM 1401C with 1402, 1403 and one 729 on order to replace 720 Printer. IBM 1401C with 1402, 1403 and two 729 requested (now pending) to replace card reader, punch and EAM equipment and intended to divert from 705 some of smaller jobs. Preliminary review for replacement with solid state machine. Primary reason being increased capacity and speed at lower rentals on newer computers. No determination made as to replacement machine or date of replacement. USA TACO Add an IBM 1401 complex to replace peripheral output equipment. USA EMC EMC forwarded to higher authority a justification for acquiring IBM 1401 Data Processing Equipment. This equipment was justified promarily on the basis of its replacing certain IBM 700 series equipment used for card reading, punching, and printing. The requested equipment operates at much faster speeds than the presently used equipment, has 4000 positions of core memory, and rents for nearly $500 less per month. The IBM 1401 equipment requested consists of: 1 1401/C3 Processing Unit 1 14021 Card Read Punch 1 14032 Printer 4 729 II Tape Units The IBM 1401 Processing Unit will be equipped with four special devices which provide for high-low-equal compare, multiply-divide, print storage, and advance programming. In addition, we have requested the IBM 705 II Central Processing Unit be modified to provide for reading cards directly into memory. The present IBM 700 series equipment to be released when the IBM 1401 equipment becomes operational is as follows: 2 717 Printers 2 757 Printer Control Units 1 722 Card Punch 1 758 Card Punch Control Unit 1 714 Card Reader 1 759 Card Reader Control Unit 1 727 Tape Unit In our development of projects for ADDS applications we will determine whether they can best be performed on the IBM 1401 equipment or the IBM 705 II, and will program the application for the appropriate equipment. We are currently studying all large scale computers in regard to our projected workload requirements for EMC and the recently announced single manager mission for military construction supplies. It is anticipated that these studies will result in a justification for computer equipment of much greater capacity than we are presently using. These studies will probably be completed by the first of next year.

BRL 1961, IBM 705 I II, start page 0480

USAF ASO 2 IBM 705 Mod III Systems, each with 16-729 Mod III Tape Units and 3 IBM 1401 Mod C Systems each with 3-729 Mod IV Tape Units will replace the present equipment. USAF ADC The acquisition of a IBM 1401 is planned. This will replace the 720 Printer and Card Punch now in use. USAF SB AMA IBM 1401 Computer Systems are scheduled to be acquired at Norton AFB. These are to be used in conjunction with the IBM 705 Systems to relieve the large scale computers of the less involved processing, particularly in editing and sorting operations. In addition, this equipment will replace peripheral items such as tape data selectors and printers. Future developments involving EDPE in AMC activities are generated at Hq AMC, Wright-Patterson AF Base, Dayton, Ohio. USAF Olmsted AFB Following programs will be implemented: Weapon System Stock Control and Distribution, Prime Class Stock Control and Distribution Air Vehicle Configuration Status AT and T, LLD Magnetic tape to magnetic tape transmission. IBM 1401 to replace peripheral equipment. IBM 1401's to remote locations tied to central data processing center by magnetic tape-to-tape transmission. AT and T, TD Replace present 705 II with 705 III with 729 III high speed tape drives. Replace present 720A's (3) and 730 (1) printer with four (4) 1401 systems. Boeing Wichita Plan to replace two. 705 II Systems with one 705 III System, with drum, 80K memory, two DSU's and twenty tape drives. 705 auxiliary equipment will be replaced with 1401 Systems by early 1961. Hope to reduce to 14 tape drives on-line by file grouping output for processing on 1401 Systems. Considering a low speed, low priced RPQ "on-line" card input device for use with 705 III to replace Type 714 Card Reader. Con Edison Changing main frames from 705 Model II to 705 Model III in June and July 1960. IBM Model 1401 printer punches to replace most of present peripheral equipment. Convair Fort Worth New equipment plans Install 2 IBM 1401-C3 Systems to replace: 1 Card Punch 1 Card Reader and Control Unit 2 150 lines/min printers and control units 1 500 lines/min printer and control unit 1 Tape Data Selector and power unit Install 1 IBM 7080 Computer to replace 1 IBM 705 Computer. Esso Standard We have on order two IBM 1401 Tape Systems. These systems will be used for our smaller computer jobs, and for processing input and output in support of the 705 System. This will permit release of most of our 700 series peripheral equipment and some of our EAM (punched card) equipment. Firestone All peripheral off-line equipment to be replaced with 2 1401 complexes consisting of: 1 1401 1 1402 1 1403 2 729 11 Ford Motor Man Ser Our present plans call for exchange of all auxiliary equipment and replace it with 2 1401 Systems. Ford Div Planned replacement of present peripheral equipment with two IBM 1401 installations. Also, considering replacement of existing 705 when capacity utilization makes replacement necessary. As to prospective applications, new applications are being built principally in the sales and manufacturing area. These will include analysis of sales data, forecasting of vehicle options and accessories, maintenance of master bills of material, and related computer applications. Hughes Integrated systems study now being formalized. (A data processing system has not been chosen as yet). Consideration is being given for replacement of existing peripheral equipment (card punch, printer, and card reader) with IBM 1401 Tape System. RAMAC (305) will be installed at E1 Segundo Plant Site to handle manufacturing production requirements. (Scheduled for mid-summer). EAM projects, in corporate areas, are being converted to the 705 Data Processing System. Convert existing 705 Model I System to 705 Model II System. Hughes Installation, by lessor, of a 5,000 KVA transformer to stabilize line transients. IH We have proposed the replacement of the 2 705 Systems by one 7080 System. Also our three printers stations, one card-to-tape station, and one tape-to-card station are to be removed and replaced by 3 of the 1400 series systems. Anticipated applications to be added are: Credit and Collections Machine loads Monthly works costing and closing Illinois Central IBM Model 7080 to replace existing equipment. 3M Three (3) Type 1401 Systems are on order. Various projects underway to fill up available time on the computer. Sandia Corp. It is anticipated that the 705 II will be replaced with a 7090 and two (2) 1400's. New applications: Personnel, Tool Accountability, Budget, and Parts List SOHIO Equipment Replace Model II 705 with a Model III 705. Replace independent equipment, for 705 System, and tabulating EAM equipment with three 1401 Systems. Replace 705 Model III System with a 7080 System by end of 1961. This is to handle expected increase in load. Systems and Production Plans Purchasing, payroll and manpower statistics, retail billing, yield accounting, inventory control, stockholder accounting, property accounting, general accounting, refinery scheduling , pipeline scheduling, forecasting (various functions, and linear and nonlinear programming. Texaco Install IBM 7090 with 16 7P9 IV tapes on line. Install 5 IBM 1401 Systems in Houston, 1 in Los Angeles, 3 in New York, and 2 in Chicago. Release present 705 and peripheral equipment following checkout of above 7090 System.

BRL 1961, IBM 705 I II, start page 0481

WE Hawthorne The present IBM 705 II EDPM will be replaced with an IBM 705 III. Only the magnetic drum and the card reader along with their respective control units will be retained. In addition, the auxiliary equipment consisting of 3 printers, a card reader, a card punch, and several tape units will be replaced by two IBM 1401 C EDPM's and one IBM 1401 D EDPM. WE Comp Methods Orders were issued for replacement of present 705 Mod. II and drum with IBM 705 Mod. III with 80,000 core storage. Also to replace present peripheral equipment with three IBM 1401 Systems except one Type 714 Card Reader will be retained for "on-line" use - new system will use high speed - high density type 729 tape units. Other areas planned for future computer processing include: Inventory control, stock record keeping, equipment and component shop ordering, customer engineered order editing and entering, shop accounting, wage incentive crediting, and customer contract preparation and billing. INSTALLATIONS U. S. Naval Construction Battalion Center, Port Hueneme, California Mare Island Naval Shipyard, Mare Island, California U. S. Army, The Adjutant General's Office, The Pentagon Building, Washington 25, D. C. U. S. Army Ballistic Missile Agency, Bldg. 4663, Redstone Arsenal, Alabama U. S. Army Engineer Maintenance Center, 52 Starling Street, P. 0. Box 119, Columbus 15, Ohio U. S. Air Force Headquarters, OCAMA, Tinker Air Force Base, Oklahoma (2) U. S. Air Force Aviation Supply Office, 700 Robbins Avenue, Philadelphia 11, Pennsylvania U. S. Air Force Headquarters, Air Defense Command, Ent Air Force Base, Colorado Springs, Colorado U. S. Air Force San Bernardino Air Materiel Area, AMC, Norton Air Force Base, California U. S. Air Force Headquarters, MAAMA, Olmsted Air Force Base, Pennsylvania National Security Agency, Fort George G. Meade, Maryland American Telephone & Telegraph Company, Long Lines Department, Mt. Kisco, N. Y. American Telephone & Telegraph Company, Treasury Department, 50 Varick Street, New York, New York Boeing Airplane Company, Wichita Division, Wichita, Kansas Consolidated Edison Company of New York, Inc., 4 Irving Place, New York 3, New York Convair, A Division of General Dynamics Corporation, Fort Worth, Texas Esso Standard, Division of Humble Oil & Refining Company, Baton Rouge Refinery, P. 0. Box 551, Baton Rouge, Louisiana Farmers Insurance Group, 4680 Wilshire Blvd., Los Angeles, California The Firestone Tire & Rubber Company, Akron 17, Ohio Ford Motor Company, Computer Services Department, Room 1109, Rouge Office Building, Dearborn, Michigan Ford Division of Ford Motor Company, Rotunda & Southfield, Dearborn, Michigan Hughes Aircraft Company, Industrial Dynamics General Offices, Florence Avenue & Teale Street, Culver City, California (2) International Harvester Company, 180 North Michigan Avenue, Chicago 1, Illinois Illinois Central Railroad Company, 135 E. 11th Place, Chicago 5, Illinois McDonnell Aircraft Corporation, Box 516, St. Louis 66, Missouri Minnesota Mining and Manufacturing Company, 900 Bush Avenue, St. Paul 6, Minnesota Sandia Corporation, Electronic Data Processing Department 3450, Sandia Base, Albuquerque, New Mexico The Standard 011 Company (Ohio, Midland Building, Cleveland 15, Ohio Texaco, Inc., Data Processing Division, P. 0. Box 2332, Houston 1, Texas Tennessee Coal and Iron Division, United States Steel Corporation, P. 0. Box 599, Fairfield, Alabama Western Electric Company, Inc., Hawthorne Works, Hawthorne Station, Chicago 23, Illinois Western Electric Company, Inc., Computer Methods, 100 Central Avenue, Kearny, New Jersey U. S. Air Force, Headquarters Mobile Air Materiel Area, Brookley Air Force Base, Alabama, Harvard University, Littauer Statistical Laboratory, 94 Prescott Street, Cambridge 38, Massachusetts Prudential Insurance Company of America, Home Office, Newark, New Jersey U. S. Air Force Mobile Air Materiel Area, Brookley Air Force Base, Alabama

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