. American stationary engineering; a practical work which begins at the boiler room and takes in the whole power plant. Fig. 113,. 2^6 Maxims and Instructions. SURFACES AND CAPACITIES OF PiPES. Sizes ofPipes. in. y. .1 in. in. VA V^\% 2^ .8in, 1 lu. in, 1 in. in. iu. 4 in. in. 6 in. !. Oltside cir-cumferences ofpipes in ; 10 99 17 43 2. Length ofP^pe 111 feet togive a squarefoot of outsidesurface , ,95i 849 .686 3. Number ofsquare feet ofoutside surfacein ten lineal feetof Pipe 2.
. American stationary engineering; a practical work which begins at the boiler room and takes in the whole power plant. Fig. 113,. 2^6 Maxims and Instructions. SURFACES AND CAPACITIES OF PiPES. Sizes ofPipes. in. y. .1 in. in. VA V^\% 2^ .8in, 1 lu. in, 1 in. in. iu. 4 in. in. 6 in. !. Oltside cir-cumferences ofpipes in ; 10 99 17 43 2. Length ofP^pe 111 feet togive a squarefoot of outsidesurface , ,95i 849 .686 3. Number ofsquare feet ofoutside surfacein ten lineal feetof Pipe 4. Cubic In. ofInterunl capaci-ty in ten linealfeet of pipe 36 5 5. Wpight Inlbs. of water inten lineal feetufpipe 1 32 1 693 86 9 Pipe manufactured from double thick is called X-strongpipe, and pipe made double tlie thickness of X-strong is knownas XX-strong pipe. Both X-strong and XX-strong pipe arefurnished plain ends—no threads, unless speciall
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectsteamen, bookyear1917
