CN2769806Y

CN2769806Y - Warm-air radiator

Info

Publication number: CN2769806Y
Application number: CN 200520007513
Authority: CN
Inventors: 韩国春
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-02-19
Filing date: 2005-02-19
Publication date: 2006-04-05
Anticipated expiration: 2015-02-19

Abstract

The utility model discloses a warm-air radiator which comprises a radiator shell, a water inflow pipe, a water return pipe, a water pump, a blower fan and a radiating component, wherein the blower fan and the radiating component with a plurality of pipes in a sheet-string mode are installed in the radiator shell; the radiating component with a plurality of pipes in a sheet-string mode is formed in the way that a plurality of radiating water pipes which are communicated are installed between a water inflow chamber and a water return chamber, and a plurality of radiating fins are uniformly arranged on the radiating water pipes; the water inflow pipe is communicated with the water inflow chamber; the return pipe is communicated with the water return chamber, and the water pump is installed on the water inflow pipe or the water return pipe. The utility model has the advantages of small indoor space occupation, large radiating capacity, fast temperature rise, material and labor saving, simple installation and easy use. The utility model can be matched with a coal-fired hot water boiler, a solar energy water heater, an electric water heater, etc.

Description

Warm air radiator

Technical field

The utility model relates to a kind of heating heat dissipation equipment, is specifically related to a kind of warm air radiator.

Background technology

If the radiator radiator of urban and rural residents heatings usefulness, it is general all under indoor window on the wall in the altitude range, have the trouble of installation, take up room big, radiating effect is poor, waste energy and many shortcomings such as Master Cost height.Except large-scale central air-conditioning, the warm-air drier of prior art all is directly to add the hot-air mode to warm oneself, as various coal-fired hot-blast stoves and electric warm braw etc.This warm braw high temperature drying feels under the weather the people, also exists shortcomings such as the thermal efficiency is low, cost height in addition.

Summary of the invention

The purpose of this utility model provide a kind of simple in structure, warm air radiator easy, energy-efficient, good heat dissipation effect is installed.

The utility model is achieved in that

A kind of warm air radiator, comprise casing, water inlet pipe, return pipe, water pump, blower fan and thermal component, it is characterized in that: multitube sheet string type thermal component and blower fan are installed in casing, said multitube sheet string type thermal component is by the heat dissipation pipe that some connections are installed between intake chamber and the backwater room, some evenly distributed fin are installed on the heat dissipation pipe to be formed, water inlet pipe is communicated with intake chamber, and return pipe is communicated with backwater room, on water inlet pipe or return pipe water pump is installed.

As a kind of improvement, the utility model also comprises temperature controller, and temperature controller is equipped with temperature sensor and cooling-water temperature sensor, and blower fan is connected with power supply by temperature controller with water pump.The effect of cooling-water temperature sensor is to detect water temperature, when water temperature is able to the degree of distribute heat, could connect blower fan and pump power, and at this moment starting blower fan and water pump could distribute heat.The effect of temperature sensor is temperature in the sensing chamber, and when indoor temperature is low, and water temperature also reaches the heat radiation requirement, just can connect blower fan and pump power automatically, and warm air radiator is started working; When indoor temperature reach a certain height, when not needing to continue heating, disconnect blower fan and pump power, warm air radiator quits work.

The intake chamber of described multitube sheet string type thermal component and backwater room are in a side, and radiating tube can be " U " font, and the radiating tube two ends of " U " font are connected intake chamber and backwater room respectively.Radiating tube also can be a straight tube, and 1/2 radiating tube one end is communicated with intake chamber, and 1/2 radiating tube one end is communicated with backwater room, and all the other end of radiating tube is communicated with the opposite side hydroecium.

The intake chamber and the backwater room of described multitube sheet string type thermal component can also be in both sides, and radiating tube is a straight tube, and its two ends are communicated with intake chamber and backwater room respectively.

In order to improve radiating efficiency, the internal diameter of radiating tube is the 3-10 millimeter preferably, and the spacing of radiating tube is the 10-40 millimeter preferably, and the spacing of fin is the 1-4 millimeter preferably.

Radiating tube internal diameter total sectional area should can reduce the flowing velocity of hot water in thermal component like this greater than water inlet pipe or return pipe internal diameter sectional area, increases holdup time and area of dissipation, distribute heat fully.Radiating tube internal diameter total sectional area is that the 3-5 of water inlet pipe or return pipe internal diameter sectional area is doubly best.

Advantage of the present utility model is: owing to adopt multitube sheet string type thermal component, when flow of hot water is crossed thermal component, make on its radiating tube and the fin temperature more even, radiating effect obviously increases, and under the state that blower fan blows or inhales, forms the forced convertion heat radiation, its heat dissipation capacity is multiplied than the heat dissipation capacity of common radiator, both can equally be installed under the windowsill, also can hang on the wall, and can also stand and be loaded on the place, corner as warm-air drier as radiator.The utility model also has multiple advantages such as water consumption is few, heat dissipation capacity big, quick heating, province's material is laborsaving, installation is simple and easy to use.Can be made into the series of products of all size easily, be suitable for the needs of different heating rooms.Can with the supporting use of coal-fired hot-water boiler, can also and supporting uses such as solar water heater or electric heater.

Description of drawings

Fig. 1 is a kind of embodiment structural representation of the utility model.

Fig. 2 is the AA cross-sectional view of Fig. 1.

The specific embodiment

Fig. 1 and Fig. 2 illustrate a kind of coal-fired hot water space heating boiler 10 matching used specific embodiment of the utility model, this warm air radiator, it is by casing 4, water inlet pipe 12, return pipe 13, water pump 11, blower fan 5, thermal component and temperature controller 7 are formed, multitube sheet string type thermal component and blower fan 5 are installed in casing 4, the intake chamber 14 of multitube sheet string type thermal component and backwater room 15 are in a side, opposite side also has a hydroecium 2,16 radiating tubes 3 are communicated with intake chamber 14 and opposite side hydroecium 2,16 radiating tubes 3 are communicated with backwater room 15 and opposite side hydroecium 2, some evenly distributed fin 1 are installed on these 32 radiating tubes 3 that are arranged in parallel, radiating tube 3 is outer copper pipes through 8 millimeters of 10 millimeters internal diameters, and the spacing distance of fin 1 is 2 millimeters.Blower fan 5 is noiselessness air-conditioning draught fans of 10W, adopts the heat radiation of heat absorption wind forced convertion radiating mode.60W noiselessness water pump 11 is installed on the return pipe 13.Temperature controller 7 is equipped with temperature sensor 6 and cooling-water temperature sensor 9, and blower fan 5 is connected with power supply 8 by temperature controller 7 with water pump 11.

This warm air radiator will set up the temperature control parameter of temperature controller 7 earlier on their own in use, if set water temperature starts warm air radiator when 40 ℃ and room temperature are lower than 18 ℃, room temperature is higher than 19 ℃ and closes warm air radiator.After lighting coal-fired hot water space heating boiler 10, when boiler water temperature reaches 40 ℃ and room temperature and is lower than 18 ℃, the cooling-water temperature sensor 9 of temperature controller 7 detect this water temperature can distribute heat and also temperature sensor 6 detect indoor needs and heated, so temperature controller 7 is connected water pump 11 and blower fan 5 power supplys automatically, warm air radiator is started working; When indoor temperature is higher than 19 ℃, temperature sensor 6 detects room temperature not to be needed to have heated, so temperature controller 7 switches off the pump 11 and blower fan 5 power supplys, warm air radiator quits work.

Claims

1, a kind of warm air radiator, comprise casing (4), water inlet pipe (12), return pipe (13), water pump (11), blower fan (5) and thermal component, it is characterized in that: multitube sheet string type thermal component and blower fan (5) are installed in casing (4), said multitube sheet string type thermal component is by the heat dissipation pipe (3) that some connections are installed between intake chamber (14) and the backwater room (15), going up the some evenly distributed fin of installation (1) heat dissipation pipe (3) forms, water inlet pipe (12) is communicated with intake chamber (14), return pipe (13) is communicated with backwater room (15), goes up installation water pump (11) at water inlet pipe (12) or return pipe (13).

2, according to the said warm air radiator of claim 1, it is characterized in that: this warm air radiator also comprises temperature controller (7), temperature controller (7) is equipped with temperature sensor (6) and cooling-water temperature sensor (9), and blower fan (5) is connected with power supply (8) by temperature controller (7) with water pump (11).

3, according to claim 1 or 2 said warm air radiators, it is characterized in that: the intake chamber (14) of multitube sheet string type thermal component and backwater room (15) are in a side, radiating tube (3) is " U " font, and radiating tube (3) two ends of " U " font are connected intake chamber (14) and backwater room (15) respectively.

4, according to claim 1 or 2 said warm air radiators, it is characterized in that: the intake chamber (14) of multitube sheet string type thermal component and backwater room (15) are in a side, radiating tube (3) is a straight tube, 1/2 radiating tube (3) one end is communicated with intake chamber (14), 1/2 radiating tube (3) one end is communicated with backwater room (15), and all the other end of radiating tube (3) is communicated with opposite side hydroecium (2).

5, according to claim 1 or 2 said warm air radiators, it is characterized in that: the intake chamber (14) of multitube sheet string type thermal component and backwater room (15) are in both sides, radiating tube (3) is a straight tube, and radiating tube (3) two ends are communicated with intake chamber (14) and backwater room (15) respectively.

6, according to claim 1 or 2 said warm air radiators, it is characterized in that: the internal diameter of radiating tube (3) is the 3-10 millimeter, and the spacing of radiating tube (3) is the 10-40 millimeter, and the spacing of fin (1) is the 1-4 millimeter.

7, according to the said warm air radiator of claim 4, it is characterized in that: the internal diameter of radiating tube (3) is the 3-10 millimeter, and the spacing of radiating tube (3) is the 10-40 millimeter, and the spacing of fin (1) is the 1-4 millimeter.

8, according to claim 1 or 2 said warm air radiators, it is characterized in that: radiating tube (3) internal diameter total sectional area is greater than water inlet pipe (12) or return pipe (13) internal diameter sectional area.

9, said according to Claim 8 dim wind radiator is characterized in that: radiating tube (3) internal diameter total sectional area is water inlet pipe (12) or return pipe (13) internal diameter sectional area 3-5 a times.