CN203319045U - Novel energy-saving heater - Google Patents

Abstract

The utility model relates to a novel energy-saving heater which comprises a stamping bend, a box body, in-box heat exchange pipes, a header pipe A, a header pipe B, a downward welding flange A, a support, an out-box heat exchange pipe, a sealing head, a gate valve A, a trap, a downward welding flange B, a gate valve B, a downward welding flange C and an asphalt oil pumping and filling pipe, and is characterized in that the stamping bend is arranged at one end of the box body, and two rows of in-box heat exchange pipes are arranged at the other end of the box body; the header pipe A and the header pipe B are arranged on the in-box heat exchange pipes; the downward welding flange A is arranged outside the header pipe A; the trap is arranged outside the header pipe B; the sealing head is arranged below the trap; the downward welding flange B is arranged at the outer end of the trap; the gate valve A is arranged at the outer end of the downward welding flange B; the gate valve B is arranged at the outer end of the gate valve A; the downward welding flange C is arranged at the outer end of the gate valve B; the out-box heat exchange pipe is arranged outside the box body; the support is arranged on the box body; the asphalt oil pumping and filling pipe is further arranged on the out-box heat exchange pipe and communicated with the inner chamber of the box body. The novel energy-saving heater has the benefits as follows: the structure is simple, the use is convenient, and energy conservation and environmental protection are realized.

Description

The novel energy-conserving temperature booster

Technical field

The utility model relates to the storage tank heat industry, specifically a kind of novel energy-conserving temperature booster.

Background technology

The equipment of heat conduction heated asphalt in prior art, be in asphalt storage, and heat conducting oil pipe is set, and when using pitch, must all heat the pitch that solidifies in asphalt storage, could obtain needed hot pitch, and so not only contaminated environment is gone back in power consumption.

Summary of the invention

Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art, and a kind of novel energy-conserving temperature booster is provided, and the utility model solves the technical scheme that its technical matters adopts and is: structure of the present utility model comprises punched bend, casing, Tube Sheet of Heat Exchanger in case, header A, header B, slip-on welding flange A, support, the outer heat exchanger tube of case, end socket, gate valve A, vapor and water separator, slip-on welding flange B, gate valve B, slip-on welding flange C, pitch is taken out oiling tube, an end that it is characterized in that casing is provided with punched bend, the other end of casing is provided with Tube Sheet of Heat Exchanger in two row's casees, be provided with header A and header B on Tube Sheet of Heat Exchanger in case, header A is outside equipped with slip-on welding flange A, header B is outside equipped with vapor and water separator, be provided with end socket below vapor and water separator, the vapor and water separator outer end is provided with slip-on welding flange B, and slip-on welding flange B outer end arranges gate valve A, gate valve A outer end arranges gate valve B, gate valve B outer end is provided with slip-on welding flange C, and casing is outside equipped with the outer heat exchanger tube of case, and casing is arranged on support, also be provided with pitch on the outer heat exchanger tube of case and take out oiling tube, pitch is taken out oiling tube and is connected with cabinets cavity.

The beneficial effects of the utility model are that the utility model is simple in structure, easy to use, energy-conserving and environment-protective.

The accompanying drawing explanation

Fig. 1: the utility model example structure schematic diagram.

Fig. 2: the utility model embodiment plan structure schematic diagram.

In figure: in punched bend 1, casing 2, case, Tube Sheet of Heat Exchanger 3, header A4, header B4.1, slip-on welding flange A5, support 6, the outer heat exchanger tube 7 of case, end socket 8, gate valve A9, vapor and water separator 10, slip-on welding flange B11, gate valve B12, slip-on welding flange C13, pitch are taken out oiling tube 14.

The specific embodiment

Illustrate referring to the drawings the utility model is done to following concrete detailed description.As shown in drawings, structure of the present utility model comprises punched bend 1, casing 2, Tube Sheet of Heat Exchanger 3 in case, header A4, header B4.1, slip-on welding flange A5, support 6, the outer heat exchanger tube 7 of case, end socket 8, gate valve A9, vapor and water separator 10, slip-on welding flange B11, gate valve B12, slip-on welding flange C13, pitch is taken out oiling tube 14, an end that it is characterized in that casing 2 is provided with punched bend 1, the other end of casing 2 is provided with Tube Sheet of Heat Exchanger 3 in two row's casees, be provided with header A4 and header B4.1 on Tube Sheet of Heat Exchanger 3 in case, header A4 is outside equipped with slip-on welding flange A5, header B4.1 is outside equipped with vapor and water separator 10, be provided with end socket 8 below vapor and water separator 10, vapor and water separator 10 outer ends are provided with slip-on welding flange B11, slip-on welding flange B11 outer end arranges gate valve A9, gate valve A9 outer end arranges gate valve B12, gate valve B12 outer end is provided with slip-on welding flange C13, casing 2 is outside equipped with the outer heat exchanger tube 7 of case, casing 2 is arranged on support 6, also be provided with pitch on the outer heat exchanger tube 7 of case and take out oiling tube 14, pitch is taken out oiling tube 14 and casing 2 intracavity inter-connections.

Embodiment recited above is described preferred implementation of the present utility model; not design of the present utility model and scope are limited; under the prerequisite that does not break away from the utility model design concept; various modification and improvement that in this area, common engineering staff make the technical solution of the utility model; all should fall into protection domain of the present utility model; the technology contents that the utility model is asked for protection, all be documented in claims.

Claims (1)

1. the novel energy-conserving temperature booster, comprise punched bend (1), casing (2), Tube Sheet of Heat Exchanger (3) in case, header A (4), header B (4.1), slip-on welding flange A (5), support (6), the outer heat exchanger tube (7) of case, end socket (8), gate valve A (9), vapor and water separator (10), slip-on welding flange B (11), gate valve B (12), slip-on welding flange C (13), pitch is taken out oiling tube (14), an end that it is characterized in that casing (2) is provided with punched bend (1), the other end of casing (2) is provided with Tube Sheet of Heat Exchanger (3) in two row's casees, be provided with header A (4) and header B (4.1) on Tube Sheet of Heat Exchanger (3) in case, header A (4) is outside equipped with slip-on welding flange A (5), header B (4.1) is outside equipped with vapor and water separator (10), be provided with end socket (8) below vapor and water separator (10), vapor and water separator (10) outer end is provided with slip-on welding flange B (11), slip-on welding flange B (11) outer end arranges gate valve A (9), gate valve A (9) outer end arranges gate valve B (12), gate valve B (12) outer end is provided with slip-on welding flange C (13), casing (2) is outside equipped with the outer heat exchanger tube (7) of case, casing (2) is arranged on support (6), also be provided with pitch on the outer heat exchanger tube (7) of case and take out oiling tube (14), pitch is taken out oiling tube (14) and casing (2) intracavity inter-connection.

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