{"id":5863,"date":"2014-11-02T21:43:13","date_gmt":"2014-11-02T13:43:13","guid":{"rendered":"http:\/\/www.cncmachinings.com\/cool-wire-electrical-discharge-machining-pictures\/"},"modified":"2014-11-02T21:45:42","modified_gmt":"2014-11-02T13:45:42","slug":"cool-wire-electrical-discharge-machining-pictures","status":"publish","type":"post","link":"https:\/\/www.cncmachinings.com\/blog\/cool-wire-electrical-discharge-machining-pictures\/","title":{"rendered":"Cool Wire Electrical Discharge Machining pictures"},"content":{"rendered":"

Some cool wire electrical discharge machining pictures:<\/p>\n

Image from page 20 of “Electrical news and engineering” (1891)<\/strong>
\n\"\"
\nImage by Net Archive Book Pictures<\/a><\/i>
\nIdentifier<\/b>: electricalnewsen20donm
\nTitle<\/b>: Electrical news and engineering<\/a>
\nYear<\/b>: 1891<\/a> (1890s<\/a>)
\nAuthors<\/b>:
\nSubjects<\/b>: Electrical engineering<\/a>
\nPublisher<\/b>: Don Mills, Ont. [etc.] Southam-Maclean Publications<\/a><\/p>\n

View Book Page<\/b>: Book Viewer<\/a>
\nAbout This Book<\/b>: Catalog Entry<\/a>
\nView All Photos<\/b>: All Images From Book<\/a><\/p>\n

Click right here to view book on the web<\/b><\/a> to see this illustration in context in a browseable on the web version of this book.<\/p>\n

Text Appearing Before Image:<\/b>
\nturers merchandise, but this is the cliloride.So extended as a liattery can be charged at about this rate (in orderto compensate for the discharge), tlien it is tlie suitable batteryto choose. 1 might have stated, A battery capable of maintaining1,400 for 1 hour would preserve a steady generator load of GOOami)eres with a battery capable of becoming discharged at the aboverate and charged at 700 jimperes, becjuise 700 amjieres is a safecharging price for :i battery cnp:ibb of discharging J,400 for onehour. CANADIAN RLECTftlCAL NEWS five in tlie load above or under this fixed geuorator will thereforechange the stress on the carbon piles, resulting in wide varia-tion in their speak to resistance. Advantage is taken of this resistance variation in the carbonpiles to handle the field excitation of the booster via theintermediary of a small exciter, the field of which is the middlewire of a 3 wire program as shown in diagram in Fig. 2. Inexplanation of the diagram, if the pull exerted by the solenoid<\/i><\/p>\n

Text Appearing Right after Image:<\/b>
\ndesired amount by varying the tension of the spring at the endof the lever which regulates the stress on the carbon piles.This adjustment is created by a tiny haudwheel and may possibly bealtered from time to time to meet any considerable alterations inthe nature of the load, so that the battery can be either floating,providing continuous pealc discharge, or being charged according tothe adjustment, while constantly automatically taking the moment-ary fluctuations of the load. The output of the exciter is almost infinitesimally modest ascompared with the booster it controls. For a 500 k.w. booster itwould only be 2..five k.w., and it is naturally a quicker operationto reverse a machine for 2.five k.w. than one of 500 k.w. In orderto eliminarte any possibility oflag in reversing, the exciter isdesigned to give three times the excitation volts needed togive the essential increase across the booster armature, therefore ensur-ing instantaneous response, the carbon regulator automaticallythrottling the excess when the co<\/i><\/p>\n

Note About Pictures<\/b>
\nPlease note that these images are extracted from scanned page pictures that could have been digitally enhanced for readability – coloration and appearance of these illustrations may not perfectly resemble the original operate.<\/i><\/p>\n

Image from page 252 of “Journal of electrical energy” (1917)<\/strong>
\n\"\"
\nImage by Web Archive Book Images<\/a><\/i>
\nIdentifier<\/b>: journalofele381151917sanf
\nTitle<\/b>: Journal of electrical energy<\/a>
\nYear<\/b>: 1917<\/a> (1910s<\/a>)
\nAuthors<\/b>:
\nSubjects<\/b>: Electrical engineering<\/a> Electrical energy<\/a> Gas manufacture and operates<\/a>
\nPublisher<\/b>: San Francisco : Technical Pub. Co.<\/a><\/p>\n

View Book Page<\/b>: Book Viewer<\/a>
\nAbout This Book<\/b>: Catalog Entry<\/a>
\nView All Pictures<\/b>: All Pictures From Book<\/a><\/p>\n

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Text Appearing Just before Image:<\/b>
\nconstruction of an aluminum jacket castaround a copper tube has been abandoned in favor of asingle homogeneous casting. Coin Machine Manufacturing Conipany Date Tested\u2014January 21, 1916. Type\u2014Induction. Two heaters, No. 35B-109 S. C, No. 35A-55. Volts\u2014110. Amperes\u201411 and 8.5. 1000 and 750 watt nominal. Heat\u2014Single. General Dimensions\u20149 in. by 7.75 in. by 6.25 in. Weight\u201426 lb. Construction\u2014A structure consisting of a copper coil withhollow core of cast iron or steel and laminated iron yokes,arranged somewhat in the order of a shell type trans-former. When the coil is connected to the suitable alter-nating current supply, eddy currents are set up in thecore, which will heat water in get in touch with therewith. The coilis wound with asbestos insulated wire, and is protected byan external cast iron shell. Water comes in direct contactwith heating element. Heat flow is radially inward towater and outward to air along great conducting paths ofmetal. x.~coppn? p\/p\u00a3. H\u00a3AT\/\/\/S \u00a3LEI*EHT~<\/i><\/p>\n

Text Appearing Right after Image:<\/b>
\nInsulation\u2014None. Facilities for Cleaning\u2014None, unless piped with specific tees.Otherwise heater must be disconnected.TestConnections and Method\u2014Standard, % in. circulating pipe.Temperature Head\u201417\u00b0 C.Circulation\u201413 gal. per hr. Efficiency\u2014750 watt heater, 96% decreasing to SS% right after 12 hrs.1000 watt heater, 97% decreasing to, 90% after 12 hrs.Watts Input\u2014At 110 volts, 750 watt heater, 740 to 700 wattsafter 12 hrs. 1000 watt heater, 1050 to 900 watts Energy Factor\u2014At 110 volts, 750 watt heater, 77% to 74% after12 hrs. 100O watt heater, 79% to 80.5% after12 hrs. Surface Temperature\u201473\u00b0 C. with water discharging at 64\u00b0 C. Durability\u2014Heater stood dry test with 150 volts applied forover an hour with out injury. Remarks\u2014The induction heater is most likely the most durableof any created. Its efficiency can be improved by correct lag-ging. The low power element is undesirable. In service ithas been found to make an objectionable hum that istransmitted by the piping to which<\/i><\/p>\n

Note About Pictures<\/b>
\nPlease note that these images are extracted from scanned page images that might have been digitally enhanced for readability – coloration and appearance of these illustrations may possibly not completely resemble the original perform.<\/i><\/p>\n

Image from page 477 of “The street railway overview” (1891)<\/strong>
\n\"\"
\nImage by Web Archive Book Photos<\/a><\/i>
\nIdentifier<\/b>: streetrailwayrev07amer
\nTitle<\/b>: The street railway assessment<\/a>
\nYear<\/b>: 1891<\/a> (1890s<\/a>)
\nAuthors<\/b>: American Street Railway Association<\/a> Street Railway Accountants’ Association of America<\/a> American Railway, Mechanical, and Electrical Association<\/a>
\nSubjects<\/b>: Street-railroads<\/a>
\nPublisher<\/b>: Chicago : Street Railway Evaluation Pub. Co<\/a><\/p>\n

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\nAbout This Book<\/b>: Catalog Entry<\/a>
\nView All Images<\/b>: All Photos From Book<\/a><\/p>\n

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Text Appearing Just before Image:<\/b>
\ns,such as combinations of zinc andantimony. When a static dis-charge requires place the Hash is in-stantaneous and is not followedb an arc. Tlie lightning dis-charge passes across these airgaps in preference to enteringthe coils of the machine for thesepossess wonderful self-induction to ahighly oscillatory discharge oflightning. Acting on this prin-ciple choke-coils are introduc-ed into the line. These consistof a couple of circular turns in circuitwhich have small self-induction with the normal current andfrequency, but when a lightning discharge is passing overthe line the self-induction becomes quite excellent. Fig. 14represents a lightning arrester produced by the Siemens &ampHalske Firm for alternating currents of high potential.The distance amongst the wires at the nearest point is about.04 in. for each and every 1,000 volts on the line. When an arc isformed an ascending existing of warm air and the action ofthe current in the wire trigger the arc to rise and break onaccount of the separation of the wires.<\/i><\/p>\n

Text Appearing After Image:<\/b>
\nFIG. 15\u2014GARTONARRESTER. &lt^ticct5ail*Va^5^ylcW* 465<\/i><\/p>\n

Note About Images<\/b>
\nPlease note that these images are extracted from scanned page pictures that may have been digitally enhanced for readability – coloration and appearance of these illustrations may possibly not perfectly resemble the original perform.<\/i><\/p>\n","protected":false},"excerpt":{"rendered":"

Some cool wire electrical discharge machining pictures: Image from page 20 of “Electrical news and engineering” (1891) Image by Net Archive Book Pictures Identifier: electricalnewsen20donm Title: Electrical news and engineering Year: 1891 (1890s) Authors: Subjects: Electrical engineering Publisher: Don Mills, Ont. [etc.] Southam-Maclean Publications View Book Page: Book Viewer About This Book: Catalog Entry View […]<\/p>\n","protected":false},"author":1,"featured_media":5864,"comment_status":"closed","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[3],"tags":[208,11,10,4161,464,142],"class_list":["post-5863","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-machining","tag-cool","tag-discharge","tag-electrical","tag-machining","tag-pictures","tag-wire"],"yoast_head":"\nCool Wire Electrical Discharge Machining pictures<\/title>\n<meta name=\"description\" content=\"Cool Wire Electrical Discharge Machining pictures posted by CNC machining China services company and precision CNC machined parts Chinese manufacturer.\" \/>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" 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