Document RprdpYwLd3mvjJdm39ave97d7

I. ably underexcited with a la Westbury, L. I. Improves Other Pla Power Factor In MGW's problem, the go running as a synchronous ia r an overexcited field and -3 prime mover. If there are per phase and the phase-to-g age is 2100 then: 400 pf 2100 x 2000 x i.732 727J You'll be interested to tick off these reasons for trying B-H No. 1 Cement, to see whether you've been using something less desirable: 1. Mixes with cold water to form a plastic mass which can be readily troweled to the surface of the equipment to be insulated. 2. Trowels smoothly and sticks easily to brick or metal. 3. A special rust inhibitor prevents corrosion between the metal surface and the insulating cement, thus insuring a permanent bond of the insulation and no pitting of the metal surface. 5.5% lead Add the 2000 amp vectp determine plant ip. MGWj think that this motoring proves the plant pf. On llS if he will make a study of tH he will find that the other pla system are running with img at the expense of his plant.l not for this motoring unit, load would have to be divide ali tlie plants. La Crosse, If'is. Manley Thanks, Anyway The Editors wish to ackno| dilional answers received fron hue. New York, N. Y., andj mann, Schenectady, N. Y. m 4. Effective for temperatures up to 1800 F. If not Hog Fuel Combiti usecUabove 1200, it can be broken up, remixed, and used again. 5. Practically no shrinkage, so that it does not (Continued from pa8e$ crack or pull, and 100 lb. covers approximately .60 sq. ft., 1 inch thick. 6 Its base is B-H Black Rock-Wool which is fine, resilient, high-fusing, light-weight, and extremely permanent. Try B-H No. 1 Cement on a tough little job like this. Check its ease of application, adherence, rust prevention, and high insulat ing efficiency. 1940), tlie calculation yields shown in the 'table at the, page 101 Calorific value of redwooi has been reported as 9120 BBH AWS; determined in a bo: meter. When hog fuel is buro1 a boiler, heat available vari ing to moisture content and ca: excess air. Heat losses, W those arising from radiation a plete combustion, and of th# Write today for a free 5-lb. sample. YouTl en joy playing with it on a patch job--and we'll prove our case. ing from moisture content air. are developed as follow-' A US: ' i If : PLAINTIFF'S BALDWIN - H I L L 'ItttcdcrfiotM 5 7 5 KLAGG AVE. TRENTON, N. J. NEWYOBK CHICAGO KALAMAZOO I A:-/................. .. . r-rM 3. Heat to raise air ten'P from 30 to 212 F: 0.2f:c 162x6.16 .... M*! SOWER oSlQt n.