Steam type crosslinking pool device for electric wires

Abstract

The invention provides a steam type crosslinking pool device for electric wires. The device comprises a pool body and a cover body, wherein the pool body adopts a buried sunken structure. The device further comprises an electric heating steam boiler and a cover body control unit. The pool body comprises an outer layer, an inner layer and a bottom, wherein the inner layer and the outer layer form a structure which is shaped like a Chinese character Hui; a plurality of vertical walls are arranged between the inner layer and the outer layer, so that grids are formed between the inner layer and the outer layer; the grids are filled with insulating materials; a bottom plate adopts a grid structure, and the grids are filled with insulating materials too; the upper surface of the outer layer is aligned with the ground and the upper surface of the inner layer is higher than the ground; the bottom plate is provided with a sunken structure for collecting condensate water; a filter screen is arranged on the sunken structure which is internally provided with an immersible pump and a water suction pipe; a wire coil fixing baffle and a steam discharge pipe are arranged in the pool body; the steam discharge pipe is connected with the electric heating steam boiler through a steam pipeline. The steam type crosslinking pool device provided by the invention has the benefits that the energy consumption is low and the equipment is good in durability.

Description

technical field [0001] The utility model relates to a wire and cable steam type cross-linking pool device. Background technique [0002] The wire and cable industry generally requires the use of warm water cross-linking process to process insulated cores. Warm water cross-linking equipment generally has two types of steam room, warm water pool or steam pool. [0003] Among them, the steam room is built on the ground. In view of its construction cost and heat preservation treatment, the general capacity is relatively small, and many products cannot be processed at one time, so its production efficiency is relatively low. [0004] The warm water pool adopts a sunken structure, and part or all of the structure is sunk underground. Since the wire reels (cables that need to be cross-linked) need to be submerged in warm water when the warm water pool is cross-linked, and the heating device can only be fixed in the lower part of the warm water pool, the poor temperature distribut...

AI Technical Summary

Problems solved by technology

[0007] From the information disclosed in CN201838389U, it can be known that: 1. The interior of the crosslinking pool is welded with thick steel plates, but the steel plate is prone to rust under the long-term action of steam above 90 ° C and the repeated high and low temperature action during production and production intervals , reduce the service life of the cross-linked pool and increase the cost

2. The cover of the cross-linking pool is partly open. When in use, the pool cover needs to be lifted away from the cross-linking pool and placed in other places, thus increasing the footprint of the equipment.

Its partial opening can be understood in two aspects, one is that part can be opened, and some cannot be opened. If so, it is inconvenient when loading the reel into the cross-linking pool because some positions are covered by the pool cover; The second is that the pool cover is opened in several parts, which will not only increase the workload when opening the pool cover, but also bring unnecessary difficulties in the sealing of the cross-linked pool

3. If the steam source is an oil-fired boiler, the production site needs to have an oil storage device or install an oil storage device in other places to transport the fuel to the oil-fired boiler through pipelines. At the same time, there will be waste gas generated on the production site, and part of the fuel energy is taken away by the waste gas. Its waste of energy is obvious

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