Morgan's first overhead traveling ladle handling crane. Patent dates listed on plaque: March 3, 1874; January 16, 1877; October 17, 1882; December 18, 1883;
Want to be the first to know? Overhead cranes designed to handle hot metal ladles are specially designed to be rope hoists and electric overhead traveling cranes to provide heavy equipment capable of lifting in excess of 1000 tons. safety, reliability, and longevity while operating in harsh metallurgical applications.
Overhead crane for metallurgy is applied in steel plant for handling of steel pipes, ladle, It is mainly used for lifting ladles, steel pipes, steel plates, coils, beam steel, steel craps, etc. Crane Traveling Speed, m/min, 38, 32.5/37.4, 38, 38/37.4.
It can also be used for teeming and casting. As with the charging crane, safety and reliability come first with this crane since it is used to transport molten steel.
The metallurgical overhead cranes (metallurgical bridge cranes) are intended for operations with molten Smooth travelling over the entire range of loads The pouring bridge cranes are the main handling equipment, which is used at furnace, as well as for transporting a ladle with molten steel onto a receiving device or
An overhead travelling crane incorporated into a power gas turbine bay, consisting of a first main load-bearing trolley of length equal to the bay width, which is
This saves the cost of an overhead crane , and avoids the risk of chilling the metal In the first place , it necessitates adding the Ferro - Manganese in the furnace between them being covered by two groups of overhead travelling cranes . The casting ladles for each line of five furnaces are handled by a 75 - ton Morgan
The reeving system for an overhead travelling crane, converting it from a two strand to a four strand type, uses two swinging arms (23, 24) on the overhead
In a metallurgical furnace , the combination of a heating - furnace , a pair of longitudinally WILLIAM H. MORGAN , Alliance , Ohio . In an overhead traveling crane , the combination with a bridge and a traveling trolley thereon of tion - rollers mounted on the ladle bail or frame and adapted to engage the first mentioned
The reeving system for an overhead travelling crane, converting it from a two strand to a four strand type, uses two swinging arms (23, 24) on the overhead
The metallurgical overhead cranes (metallurgical bridge cranes) are intended for operations with molten Smooth travelling over the entire range of loads The pouring bridge cranes are the main handling equipment, which is used at furnace, as well as for transporting a ladle with molten steel onto a receiving device or
cient handling of ladles to serve continuous casting lines and for ingot-casting applications. Four-girder overhead travelling crane for Mopani Copper.
Nov 10, 2014 — AIST provides letters of invitation to registered international attendees and exhibitors. Visit the Housing & Travel page at. AISTech.org to request a
Jun 9, 2015 — Now we follow up with a report about the first EAF Quantum that has been Morgan Vee NoTwist mill, a Morgan intelligent pinch roll, laying head and water boxes. at the same blast furnace and the installation of a new indoor crane in the hot rolling mill. A further field of application is ladle metallurgy.
143-4, 153, 187), Morgan Engineering Co. (Figs. 127, 147 be used, the first step in the operation is smelting iron orein a This is not the only means of handling the raw material for the 15 to 30 ft. and pours into an iron ladle on a standard-gage railroad by one or more electric traveling cranes of large capacity, which.
The overhead crane is used in metallurgy factory or outdoor place to load and European underslung crane is one of the most economical material handling The crane is composed with Girder frame, Crane travel device, and the trolley with in the process of smelting, and the lifting capacity of the ladle overhead crane
thr(;ughout the mills, and traveling cranes overhead, as destroyers of life, are much more to be feared than blast furnaces, converters, and rolling mills." TABLE I.
Students first encountering Father Hogan in class were intrigued by the red-haired During the prior two decades, he had traveled to Korea every year to visit are called metallurgical coals to reflect their role in producing blast-furnace iron. producing iron and steel, and rolling and processing finished steel products.
