CN103423843A - Air duct type indoor unit and method for controlling capacity of air duct type indoor unit - Google Patents

Air duct type indoor unit and method for controlling capacity of air duct type indoor unit Download PDF

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Publication number
CN103423843A
CN103423843A CN2013103501290A CN201310350129A CN103423843A CN 103423843 A CN103423843 A CN 103423843A CN 2013103501290 A CN2013103501290 A CN 2013103501290A CN 201310350129 A CN201310350129 A CN 201310350129A CN 103423843 A CN103423843 A CN 103423843A
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load capacity
fan
rotation speed
control panel
capacity information
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CN103423843B (en
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刘坤
甘国瑞
顾晓宇
卢广宇
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Qingdao Hisense Hitachi Air Conditioning System Co Ltd
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Qingdao Hisense Hitachi Air Conditioning System Co Ltd
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Abstract

The invention discloses an air duct type indoor unit and a method for controlling the capacity of the air duct type indoor unit. The air duct type indoor unit comprises a blower, a motor, a first control panel, a second control panel, a throttling device and a controller, wherein the controller divides first load capacity information conveyed to the first control panel and second load capacity information conveyed to the second control panel based on the load capacity information from an external upper computer; the first control panel and the second control panel generate a first blower rotation speed control signal, a second blower rotation speed control signal, a first throttling control signal and a second throttling control signal respectively, which are expressed with dial digits of load capacity, according to the first load capacity information and the second load capacity information; the motor controls the rotation speed of the blower according to a third blower rotation speed control signal obtained by accumulating the first blower rotation speed control signal and the second blower rotation speed control signal; the throttling device sets the openness of an electronic expansion valve according to a third throttling control signal obtained by accumulating the first throttling control signal and the second throttling control signal. When the air duct type indoor unit and the method for controlling the capacity of the air duct type indoor unit are applied, the load carrying capacity of the air duct type indoor unit can be improved and the development period can be shortened.

Description

The method of wind pipe type indoor set and control wind pipe type indoor set capacity
Technical field
The present invention relates to the multi-gang air-conditioner technical field, relate in particular to a kind of method of wind pipe type indoor set and control wind pipe type indoor set capacity.
Background technology
Along with improving constantly of people's living standard, by the system that installs an air-conditioner, in order to promote the comfortableness of inhabitation and working environment, become the important selection that people improve the comfortableness demand under inhabitation and office work environment.Wherein, multi-online air-conditioning system due to have control free, energy-efficient, be convenient to the advantage such as installation and maintenance, be an important directions of central air-conditioning development.
Along with the air conditioning demand of growing air conditioning chamber's internal loading and volumed space building, the air handling capacity that is applied to the wind pipe type multi-online air-conditioning system in the large space buildings such as office building, market, factory building, station is had higher requirement.
Wherein, the wind pipe type multi-online air-conditioning system, mainly comprise off-premises station and wind pipe type indoor set; The air focused on through off-premises station, be delivered to respectively each wind pipe type indoor set by cooling medium liquid pipe or refrigerant tracheae, the processing such as the blower fan in the wind pipe type indoor set, heat exchanger, be delivered to the indoor of wind pipe type indoor set is installed, the air of processing and room air directly carry out warm and humid exchange, realize the adjusting to Temperature and Relative Humidity of Indoor Air.
Fig. 1 is existing wind pipe type indoor machine structure schematic diagram.Referring to Fig. 1, existing wind pipe type indoor set comprises: blower fan 01, motor 02, control panel 03, sensor 04, throttling arrangement 05, controller 06; Wherein,
Blower fan 01 is connected with motor 02; Control panel 03 is connected with motor 02, sensor 04, throttling arrangement 05 and controller 06 respectively.
Controller 06, for receiving the load capacity information from outside host computer, export control panel 03 to; Reception, from the running state information of control panel 03, exports outside host computer to;
Control panel 03, according to corresponding rotation speed of fan control signal and the control signal of damming of load capacity Information generation received, export the rotation speed of fan control signal of generation to motor 02, so that motor 02 arranges rotating speed and the power of blower fan 01 according to the rotation speed of fan control signal, thereby static pressure and the air quantity of control inputs wind pipe type indoor set; Export the control signal of damming generated to throttling arrangement 05, so that throttling arrangement 05 arranges the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline according to the control signal of damming, thereby control indoor temperature;
The temperature information of receiving sensor 04 sensing output, determine running status and the operational mode of wind pipe type indoor set, by running state information and operational mode information output to controller 06.
Wherein, running state information shows that the wind pipe type indoor set is in normal operation, fault or the state such as abnormal.The technical staff obtains running state information and temperature information by host computer, can be controlled the load capacity of wind pipe type indoor set.
Rotation speed of fan control signal and the control signal of damming are meaned with load capacity dialing figure place.Be provided with a control panel in each wind pipe type indoor set, control panel, by the dial mode of figure place of load capacity, is controlled wind pipe type indoor set load capacity.For example; the situation that is 5 for wind pipe type indoor set load capacity; if the load capacity of design dialing figure place is 4; the a reference value of load capacity dialing figure place is 5/15; and shut down with 0000 expression; 0001 means that wind pipe type indoor set load capacity is 5/15, and 0010 means that wind pipe type indoor set load capacity is 10/15, so analogizes.For instance, if the load capacity information that control panel 03 receives is 3, after carrying out the number conversion of load capacity dailing bit, generating corresponding load capacity dialing information is 1001, thereby the rotation speed of fan control signal of generation can be expressed as 1001.Motor 02 receives the rotation speed of fan control signal, for example, after 1001, with a reference value of load capacity dialing figure place, combine, obtain wind pipe type indoor set load capacity information corresponding to rotation speed of fan control signal, the wind pipe type indoor set load capacity of inquiry storage and the mapping relations of rotation speed of fan, obtain rotation speed of fan corresponding to rotation speed of fan control signal, and drive blower fan 01 to rotate, the rotation speed of fan of wind pipe type indoor set is set on the rotation speed of fan obtained.
The control signal of damming received for throttling arrangement 05, for example, 1001, throttling arrangement 05 value that control signal means of damming combines with a reference value of load capacity dialing figure place, obtain wind pipe type indoor set load capacity information corresponding to the control signal of damming, the wind pipe type indoor set load capacity of inquiry storage and the mapping relations of electric expansion valve open degree, obtain electric expansion valve open degree corresponding to the control signal of damming, the aperture of electric expansion valve is set according to the electric expansion valve open degree of obtaining.
At present, for total load number that effectively the expansion multi-online air-conditioning system can be born and reduce operating cost, in the situation that the wind pipe type indoor set number of units that can connect is comparatively limited, requirement can suitably increase the load capacity of separate unit wind pipe type indoor set.Because the load capacity of wind pipe type indoor set can realize by the size of regulating refrigerant pipeline, thereby, under the prerequisite that does not change the wind pipe type indoor machine structure, can be easier to realize the upgrading to wind pipe type indoor set load capacity.But, due to the existing figure place restriction of controlling the control panel load capacity dial-up of wind pipe type indoor set load capacity, make the load capacity control signal of output can not meet the upgrade requirement of wind pipe type indoor set load capacity.For example, the situation that is 5 for former wind pipe type indoor set load capacity, by upgrading, its load capacity is 10, but motor is according to the rotation speed of fan control signal received, the wind pipe type indoor set bearing load capacity maximum of obtaining that combines with a reference value of load capacity dialing figure place can only be 5, thereby maximum can be 5 by wind pipe type indoor set bearing load capacity setting, cause effectively utilizing the upgrading load capacity of wind pipe type indoor set, carry out newly developedly making the construction cycle longer.
Summary of the invention
Embodiments of the invention provide a kind of wind pipe type indoor set, improve bearing load capacity, the shortening construction cycle of wind pipe type indoor set.
Embodiments of the invention also provide a kind of method of controlling wind pipe type indoor set capacity, improve the bearing load capacity of wind pipe type indoor set.
For achieving the above object, a kind of wind pipe type indoor set that the embodiment of the present invention provides, this wind pipe type indoor set comprises: blower fan, motor, the first control panel, the second control panel, throttling arrangement and controller, wherein,
Blower fan is connected with motor; The first control panel is in parallel with the second control panel, and with motor, throttling arrangement and controller, is connected respectively;
Described controller is according to the allocation strategy set in advance, and the load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and the second load capacity information that flows to the second control panel;
Described the first control panel is stored the first load capacity information, and according to the first load capacity information, generates the first rotation speed of fan control signal and first meaned with the load capacity dialing figure place control signal of damming;
Described the second control panel is stored the second load capacity information, and according to the second load capacity information, generates the second rotation speed of fan control signal and second meaned with the load capacity dialing figure place control signal of damming;
Described motor, the first rotation speed of fan control signal that will receive from the first control panel and the second rotation speed of fan control signal received from the second control panel are added up, cumulative the 3rd rotation speed of fan control signal obtained and a reference value of the load capacity dialing figure place set in advance are multiplied each other, obtain the rotation speed of fan bearing load capacity corresponding with the 3rd rotation speed of fan control signal, the mapping relations of inquiry rotation speed of fan bearing load capacity and rotation speed of fan, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan control signal, to drive described blower fan running;
Throttling arrangement, what will receive from the first control panel first dams control signal and second control signal of damming that receives from the second control panel is added up, cumulative the 3rd control signal of damming obtained is multiplied each other with a reference value of the load capacity dialing figure place set in advance, obtain and the 3rd throttling bearing load capacity corresponding to control signal that dam, the mapping relations of inquiry throttling bearing load capacity and electric expansion valve open degree, obtain and the 3rd electric expansion valve open degree corresponding to control signal of damming, so that the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline to be set.
Preferably, described wind pipe type indoor set further comprises:
Sensor, for the temperature of sensing wind pipe type indoor set, be uploaded to the first control panel and the second control panel by the temperature information of sensing.
Preferably, described the first control panel, further according to the temperature information received from sensor, determine the current load capacity information of wind pipe type indoor set operation, according to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate the first rotation speed of fan conditioning signal and first meaned with the load capacity dialing figure place conditioning signal that dams;
Described the second control panel, further according to the temperature information received from sensor, determine the current load capacity information of wind pipe type indoor set operation, according to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate the second rotation speed of fan conditioning signal and second meaned with the load capacity dialing figure place conditioning signal that dams;
Described throttling arrangement, what further will receive from described the first control panel first dams conditioning signal and second conditioning signal that dams that receives from described the second control panel is added up, by cumulative the 3rd conditioning signal that dams obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain regulating load capacity with the 3rd throttling corresponding to conditioning signal of damming, the mapping relations of load capacity and electric expansion valve unlatching degree of regulation are regulated in the inquiry throttling, obtain the regulated value that dams electric expansion valve open degree corresponding to conditioning signal with the 3rd, to regulate the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline,
Described motor, the first rotation speed of fan conditioning signal that further will receive from described the first control panel and the second rotation speed of fan conditioning signal received from described the second control panel are added up, by cumulative the 3rd rotation speed of fan conditioning signal obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal and regulate load capacity, the mapping relations that the inquiry rotation speed of fan is regulated load capacity and Fan Regulation rotating speed, obtain the regulated value of the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal, to regulate the rotating speed of described blower fan running.
Preferably, described the first control panel comprises: communication module, Micro-processor MCV, sensor sample module, throttling arrangement control module and air-blower control module, wherein,
Communication module is connected with MCU and controller respectively, MCU is connected with sensor sample module, throttling arrangement control module and air-blower control module respectively, sampling module is connected with sensor, and the throttling arrangement control module is connected with throttling arrangement, and the air-blower control module is connected with motor.
Preferably,
Described sensor sample module, the temperature information of uploading according to sensor, determine the current load capacity information of wind pipe type indoor set operation, and by current load capacity information conveyance to MCU;
Described MCU, store the first load capacity information, and, according to the first load capacity information, generate corresponding the first load capacity control signal; According to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate corresponding the first load capacity conditioning signal;
Described communication module, the first load capacity information conveyance that will receive from described controller is to described MCU;
Described air-blower control module, according to the first load capacity control signal received from described MCU, generate corresponding the first rotation speed of fan control signal meaned with load capacity dialing figure place; Generate corresponding the first rotation speed of fan conditioning signal meaned with load capacity dialing figure place according to the first load capacity conditioning signal received from described MCU;
Described throttling arrangement control module, according to the first load capacity control signal received from described MCU, generate corresponding first control signal of damming meaned with load capacity dialing figure place; According to the first load capacity conditioning signal received from described MCU, first conditioning signal that dams that generates that corresponding clothes and capacity dialing figure place mean.
Preferably, described the second control panel comprises: communication module, Micro-processor MCV, sensor sample module, throttling arrangement control module and air-blower control module, wherein,
Communication module is connected with MCU and controller respectively, MCU is connected with sensor sample module, throttling arrangement control module and air-blower control module respectively, the sensor sample module is connected with sensor, and the throttling arrangement control module is connected with throttling arrangement, and the air-blower control module is connected with motor.
Preferably, described sensor sample module, the temperature information of uploading according to sensor, determine the current load capacity information of wind pipe type indoor set operation, and by current load capacity information conveyance to MCU;
Described MCU, store the second load capacity information, and, according to the second load capacity information, generate corresponding the second load capacity control signal; According to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate corresponding the second load capacity conditioning signal;
Described communication module, the second load capacity information conveyance that will receive from described controller is to described MCU;
Described air-blower control module, according to the second load capacity control signal received from described MCU, generate corresponding the second rotation speed of fan control signal meaned with load capacity dialing figure place; Generate corresponding the second rotation speed of fan conditioning signal meaned with load capacity dialing figure place according to the second load capacity conditioning signal received from described MCU;
Described throttling arrangement control module, according to the second load capacity control signal received from described MCU, generate corresponding second control signal of damming meaned with load capacity dialing figure place; According to the second load capacity conditioning signal received from described MCU, generate corresponding second conditioning signal that dams meaned with load capacity dialing figure place.
Preferably, the quantity of described the first control panel and described the second control panel is one or more, and the quantity of blower fan, motor, throttling arrangement and controller is one.
Preferably, described blower fan model is the forward multiple wing centrifugal blower fan, and impeller diameter is that 340mm, rotating speed are that 1068r/min, air quantity are 9960m 3/ h, the highest static pressure 255Pa.
According to a further aspect in the invention, the embodiment of the present invention also provides a kind of method of controlling wind pipe type indoor set capacity, and the method comprises:
Controller is according to the allocation strategy set in advance, and the load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and the second load capacity information that flows to the second control panel;
The first control panel is stored the first load capacity information, and according to the first load capacity information, generates the first rotation speed of fan control signal and first meaned with the load capacity dialing figure place control signal of damming;
The second control panel is stored the second load capacity information, and according to the second load capacity information, generates the second rotation speed of fan control signal and second meaned with the load capacity dialing figure place control signal of damming;
The first rotation speed of fan control signal that motor will receive from the first control panel and the second rotation speed of fan control signal received from the second control panel are added up, cumulative the 3rd rotation speed of fan control signal obtained and a reference value of the load capacity dialing figure place set in advance are multiplied each other, obtain the rotation speed of fan bearing load capacity corresponding with the 3rd rotation speed of fan control signal, the mapping relations of inquiry rotation speed of fan bearing load capacity and rotation speed of fan, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan control signal, to drive described blower fan running;
What throttling arrangement will receive from the first control panel first dams control signal and second control signal of damming that receives from the second control panel is added up, cumulative the 3rd control signal of damming obtained is multiplied each other with a reference value of the load capacity dialing figure place set in advance, obtain and the 3rd throttling bearing load capacity corresponding to control signal that dam, the mapping relations of inquiry throttling bearing load capacity and electric expansion valve open degree, obtain and the 3rd electric expansion valve open degree corresponding to control signal of damming, so that the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline to be set.
Preferably, wherein, described method further comprises:
The first control panel receives the temperature information that is arranged on each sensor sensing on the wind pipe type indoor set, determine operational mode and the current load capacity information of wind pipe type indoor set according to the temperature information received, operational mode information output to the host computer of wind pipe type indoor set is shown;
According to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate the first rotation speed of fan conditioning signal and first meaned with the load capacity dialing figure place conditioning signal that dams;
The second control panel receives the temperature information that is arranged on each sensor sensing on the wind pipe type indoor set, determine operational mode and the current load capacity information of wind pipe type indoor set according to the temperature information received, operational mode information output to the host computer of wind pipe type indoor set is shown;
According to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate the second rotation speed of fan conditioning signal and second meaned with the load capacity dialing figure place conditioning signal that dams;
What throttling arrangement will receive from described the first control panel first dams conditioning signal and second conditioning signal that dams that receives from described the second control panel is added up, by cumulative the 3rd conditioning signal that dams obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain regulating load capacity with the 3rd throttling corresponding to conditioning signal of damming, the mapping relations of load capacity and electric expansion valve unlatching degree of regulation are regulated in the inquiry throttling, obtain the regulated value that dams electric expansion valve open degree corresponding to conditioning signal with the 3rd, to regulate the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline,
The first rotation speed of fan conditioning signal that motor will receive from described the first control panel and the second rotation speed of fan conditioning signal received from described the second control panel are added up, by cumulative the 3rd rotation speed of fan conditioning signal obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal and regulate load capacity, the mapping relations that the inquiry rotation speed of fan is regulated load capacity and Fan Regulation rotating speed, obtain the regulated value of the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal, to regulate the rotating speed of blower fan running.
Preferably, before the described load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and flows to the second load capacity information of the second control panel, described method further comprises:
Host computer is according to the maximum load capacity information of total load capacity information, wind pipe type indoor set number of units and each wind pipe type indoor set of input, the total load capacity information is divided, by each load capacity information conveyance of division, given corresponding each wind pipe type indoor set.
Preferably, the allocation strategy that described basis sets in advance, the second load capacity information that the load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and flows to the second control panel comprises:
Adopt the mode of load capacity equilibrium, the load capacity information of reception on average is divided into to each control panel; Or,
Choose control panel, the load capacity information of reception is divided into to the control panel that each is chosen according to a certain percentage, other control panel of not choosing is in stopped status.
As seen from the above technical solution, the method of a kind of wind pipe type indoor set that the embodiment of the present invention provides and control wind pipe type indoor set capacity, by the control panel that adopts two more parallels to connect, with motor and throttling arrangement in the wind pipe type indoor set, be connected, make the bearing load capacity of separate unit wind pipe type indoor set not limited by the figure place of single control panel load capacity dial-up, thereby can effectively improve bearing load capacity, the shortening construction cycle of wind pipe type indoor set.
The accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, below will the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described.Apparently, the accompanying drawing in below describing is only some embodiments of the present invention, for those of ordinary skills, can also obtain according to these accompanying drawing illustrated embodiments other embodiment and accompanying drawing thereof.
Fig. 1 is existing wind pipe type indoor machine structure schematic diagram.
Fig. 2 is embodiment of the present invention wind pipe type indoor machine structure schematic diagram.
Fig. 3 is the method flow schematic diagram that the embodiment of the present invention is controlled wind pipe type indoor set capacity.
The specific embodiment
Below with reference to accompanying drawing, the technical scheme of various embodiments of the present invention is carried out to clear, complete description, obviously, described embodiment is only a part of embodiment of the present invention, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills are resulting all other embodiment under the prerequisite of not making creative work, all belong to the scope that the present invention protects.
The wind pipe type indoor set of existing upgrading, the restriction of controlled making sheet load capacity dial-up figure place, can't increase the operating load capacity of separate unit wind pipe type indoor set, it is the bearing load capacity, that is to say, the load capacity of separate unit wind pipe type indoor set operation is controlled the restriction of plate load capacity dial-up figure place.Thereby, when needs increase the operating load capacity of wind pipe type indoor set, can only be by the redesign control panel, expansion load capacity dial-up figure place, thereby can increase the operating load capacity of separate unit wind pipe type indoor set, but the method makes, the multi-online air-conditioning system construction cycle in when upgrading is long, upgrade cost is high.
Based on above-mentioned the deficiencies in the prior art, the invention provides a kind of wind pipe type indoor set, consideration is under the prerequisite of existing control panel of not upgrading, by the control panel that adopts two more parallels to connect, with motor and throttling arrangement in the wind pipe type indoor set, be connected, make the bearing load capacity of separate unit wind pipe type indoor set not limited by the figure place of single control panel load capacity dial-up, thereby can effectively reduce the construction cycle, and blower fan and the powerful motor of employing Wind Volume, can obtain high static pressure and Wind Volume, increased the bearing load capacity of separate unit wind pipe type indoor set, and then the bearing load capacity of increase wind pipe type multi-online air-conditioning system.
Fig. 2 is embodiment of the present invention wind pipe type indoor machine structure schematic diagram.Referring to Fig. 2, the wind pipe type indoor set comprises: blower fan 1, motor 2, the first control panel 3, the second control panel 3 ', throttling arrangement 5 and controller 6; Wherein,
Blower fan 1 is connected with motor 2; The first control panel 3 and the second control panel 3 ' in parallel, and with motor 2, throttling arrangement 5 and controller 6, be connected respectively.
In the embodiment of the present invention, the first control panel 3 and the second control panel 3 ' quantity be one or more, the quantity of blower fan 1, motor 2, throttling arrangement 5 and controller 6 is one.
Controller 6, according to the allocation strategy set in advance, the load capacity information based on from outside host computer be divided into the first load capacity information that flows to the first control panel 3 and flow to the second control panel 3 ' the second load capacity information;
In the embodiment of the present invention, the maximum load capacity information that total load capacity information, the wind pipe type multi-online air-conditioning system that host computer is inputted according to the technical staff comprises wind pipe type indoor set number of units and each wind pipe type indoor set, the total load capacity information is divided, by each load capacity information conveyance of division, given corresponding each wind pipe type indoor set.
The control plate number that controller arranges according to the wind pipe type indoor set, the load capacity that host computer is distributed is divided, and each load capacity information conveyance that will divide is given each control panel in parallel.
In practical application, the total load capacity is assigned to each wind pipe type indoor set, can adopts the mode of load capacity equilibrium, the total load capacity on average is divided into to each wind pipe type indoor set; Also can be under the prerequisite of considering start operating cost; choose the wind pipe type indoor set; the total load capacity is divided into to the wind pipe type indoor set that each is chosen according to a certain percentage; the wind pipe type indoor set of choosing is operated on best load capacity, and other wind pipe type indoor set of not choosing is in stopped status.Certainly, also can adopt alternate manner to be divided the total load capacity, for example, take into account load balancing and start operating cost.
The load capacity Further Division that controller will be divided for the wind pipe type indoor set is to each control panel in parallel, similar with the mode that host computer is divided into each wind pipe type indoor set by the total load capacity.The allocation strategy set in advance can be the allocation strategy of load capacity equilibrium, can be also the allocation strategy etc. of taking into account load balancing and start operating cost.For example, wind pipe type indoor set total load capacity is 20, the situation that the load capacity that is the distribution of wind pipe type indoor set for host computer is 10, if the control panel number be arranged in parallel in this wind pipe type indoor set is 4, the load capacity dialing figure place of each control panel is 4, and corresponding wind pipe type indoor set maximum load capacity is 5, can choose two control panels wherein, and be that every control panel is divided the load capacity of 5, other two control panels are in idle condition; Perhaps, choose four control panels of whole parallel connections, and be that every control panel is divided the load capacity of 2.5.
The first control panel 3, the first load capacity information that storage is divided, and according to the first load capacity information, generate the first rotation speed of fan control signal and first meaned with the load capacity dialing figure place control signal of damming;
The second control panel 3 ' store the second load capacity information, and according to the second load capacity information, generate the second rotation speed of fan control signal and second meaned with the load capacity dialing figure place control signal of damming;
In the embodiment of the present invention; rotation speed of fan control signal and the control signal of damming are meaned with load capacity dialing figure place; for example; the situation that is 5 for wind pipe type indoor set maximum load capacity, if load capacity dialing figure place is set to 4, a reference value of load capacity dialing figure place is 5/15; and can shut down with 0000 expression; 0001 means that wind pipe type indoor set load capacity is 5/15, and 0010 means that wind pipe type indoor set load capacity is 10/15, so analogizes.If the load capacity information received is 3, after carrying out the number conversion of load capacity dailing bit, generating corresponding load capacity dialing information is 1001, thereby the rotation speed of fan control signal of generation can be expressed as 1001.
About the rotation speed of fan control signal corresponding according to the load capacity Information generation and the control signal of damming, take wind pipe type indoor set load is controlled as prior art, omit detailed description at this.
Motor 2, the the first rotation speed of fan control signal just received from the first control panel 3 and being added up from the second rotation speed of fan control signal of the second control panel 3 ' reception, cumulative the 3rd rotation speed of fan control signal obtained and a reference value of the load capacity dialing figure place set in advance are multiplied each other, obtain the rotation speed of fan bearing load capacity corresponding with the 3rd rotation speed of fan control signal, the mapping relations of inquiry rotation speed of fan bearing load capacity and rotation speed of fan, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan control signal, to drive the blower fan running;
Throttling arrangement 5, first the dam control signal and being added up from second of the second control panel 3 ' reception control signal of damming that will receive from the first control panel 3, cumulative the 3rd control signal of damming obtained is multiplied each other with a reference value of the load capacity dialing figure place set in advance, obtain and the 3rd throttling bearing load capacity corresponding to control signal that dam, the mapping relations of inquiry throttling bearing load capacity and electric expansion valve open degree, obtain and the 3rd electric expansion valve open degree corresponding to control signal of damming, so that the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline to be set.
Preferably, can also on the wind pipe type indoor set, lay sensor, utilize the temperature of sensor sensing wind pipe type indoor set, thereby can determine the operational mode of wind pipe type indoor set and the wind pipe type indoor set load capacity of current operation according to the temperature of sensing, realize the adjusting to the bearing load capacity of wind pipe type indoor set.Thereby the wind pipe type indoor set further comprises: sensor 4.Sensor 4 and the first control panel 3 and the second control panel 3 ' be connected.
Sensor 4, for the temperature of sensing wind pipe type indoor set, by the temperature information of sensing be uploaded to the first control panel 3 and the second control panel 3 ';
The first control panel 3, further according to the temperature information received from sensor, determine the current load capacity information of wind pipe type indoor set operation, according to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate the first rotation speed of fan conditioning signal and first meaned with the load capacity dialing figure place conditioning signal that dams;
The second control panel 3 ', further according to the temperature information received from sensor, determine the current load capacity information of wind pipe type indoor set operation, according to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate the second rotation speed of fan conditioning signal and second meaned with the load capacity dialing figure place conditioning signal that dams;
Throttling arrangement 5, what further will receive from described the first control panel first dams conditioning signal and second conditioning signal that dams that receives from described the second control panel is added up, by cumulative the 3rd conditioning signal that dams obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain regulating load capacity with the 3rd throttling corresponding to conditioning signal of damming, the mapping relations of load capacity and electric expansion valve unlatching degree of regulation are regulated in the inquiry throttling, obtain the regulated value that dams electric expansion valve open degree corresponding to conditioning signal with the 3rd, to regulate the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline,
Motor 2, the first rotation speed of fan conditioning signal that further will receive from described the first control panel and the second rotation speed of fan conditioning signal received from described the second control panel are added up, by cumulative the 3rd rotation speed of fan conditioning signal obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal and regulate load capacity, the mapping relations that the inquiry rotation speed of fan is regulated load capacity and Fan Regulation rotating speed, obtain the regulated value of the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal, to regulate the rotating speed of described blower fan running.
In the embodiment of the present invention, for supporting the load capacity of wind pipe type indoor set upgrading, obtain more Wind Volume, higher static pressure, it is SYT10-10L2 that blower fan 1 can adopt model, and impeller diameter is that 340mm, rotating speed are that 1068r/min, air quantity are 9960m 3/ h, static pressure reach as high as the forward multiple wing centrifugal blower fan of 255Pa.
In the embodiment of the present invention, by polylith control panel in parallel is set in the wind pipe type indoor set, the control signal meaned with load capacity dialing figure place that throttling arrangement and motor will receive is added up, and cumulative control signal and a reference value of the load capacity dialing figure place set in advance are multiplied each other, thereby the value obtained according to multiplying each other is obtained bearing load capacity corresponding to cumulative control signal, the mapping relations of inquiry bearing load capacity and rotation speed of fan and electric expansion valve open degree, rotation speed of fan and the electric expansion valve open degree corresponding with cumulative control signal are set.Like this, after the load capacity to the wind pipe type indoor set is upgraded, can expand the exportable bearing load capacity of wind pipe type indoor set by the mode of existing control panel parallel connection, thereby the wind pipe type indoor set be may operate in the load capacity scope of upgrading.
The first control panel 3 comprises: communication module 31, microprocessor (MCU, Micro Control Unit) 32, sensor sample module 33, throttling arrangement control module 34 and air-blower control module 35, wherein, communication module 31 is connected with MCU32 and controller 6 respectively, MCU32 is connected with sensor sample module 33, throttling arrangement control module 34 and air-blower control module 35 respectively, sampling module 33 is connected with sensor, throttling arrangement control module 34 is connected with throttling arrangement 5, and air-blower control module 35 is connected with motor 2.
Sensor sample module 33, be arranged on for receiving the temperature information that on the wind pipe type indoor set, each sensor is uploaded, determine the current load capacity information of wind pipe type indoor set operation according to the temperature information received, and by the current load capacity information output determined to MCU32;
In the embodiment of the present invention, each sensor be arranged on the wind pipe type indoor set comprises: be arranged on the temperature sensor of wind pipe type indoor set return air inlet, the temperature sensor that is arranged on the wind pipe type air outlet of indoor set, the temperature sensor that is arranged on wind pipe type indoor-unit cooling-medium liquid pipe and the temperature sensor that is arranged on wind pipe type indoor-unit cooling-medium tracheae.Like this, the temperature information that sensor sample module 33 receives comprises: return air inlet temperature, air outlet temperature, cooling medium liquid pipe temperature and refrigerant tracheae temperature.
Certainly, in practical application, sensor sample module 33 can also be determined according to the temperature information received operational mode and the running status of wind pipe type indoor set, and by operational mode information and the running state information determined, export outside host computer to by MCU32, communication module 31 and controller 6 successively, make the technical staff to obtain operational mode information by host computer, controlled with the operational mode to the wind pipe type indoor set; Obtain wind pipe type indoor set running state information by host computer; when wind pipe type indoor set running state information shows that operation troubles appears in the wind pipe type indoor set or when abnormal; can issue outage information to communication module 31 by controller 6, shut down thereby control the wind pipe type indoor set by communication module 31.
In the present embodiment, operational mode information comprises: refrigerating operaton status information and heating operation status information.Wind pipe type indoor set running state information refers to wind pipe type indoor set normal operation, break down or abnormal etc.Information judgement wind pipe type indoor set state about the output of the state sensor according to arranging on the wind pipe type indoor set is known technology, at this, omits detailed description.
Determining the operational mode of wind pipe type indoor set and the wind pipe type indoor set load capacity of current operation about the temperature according to receiving, is known technology, at this, omits detailed description.
MCU32, store the first load capacity information, and according to corresponding the first load capacity control signal of the first load capacity Information generation received, and the first load capacity control signal that will generate exports throttling arrangement control module 34 and air-blower control module 35 to;
According to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate corresponding the first load capacity conditioning signal, and the first load capacity conditioning signal that will generate exports throttling arrangement control module 34 and air-blower control module 35 to;
In practical application, MCU32 also can be by the current load capacity information of sensor acquisition module 33 outputs, export outside host computer to by communication module 31 and controller 6, for example, display, the current load capacity information that the technical staff shows according to display, determine whether to be adjusted wind pipe type indoor set load capacity.Preferably, wind pipe type indoor set load capacity is adjusted to a kind of mode only adopted in above-mentioned.
Communication module 31, the first load capacity information of dividing for receiving controller 6, and the first load capacity information conveyance that will receive is to MCU32;
Air-blower control module 35, for the first load capacity control signal according to receiving from MCU32, generate corresponding the first rotation speed of fan control signal meaned with load capacity dialing figure place, exports the first rotation speed of fan control signal generated to motor 2;
Generate corresponding the first rotation speed of fan conditioning signal meaned with load capacity dialing figure place according to the first load capacity conditioning signal received from MCU32, export the first rotation speed of fan conditioning signal to motor 2;
Throttling arrangement control module 34, for the first load capacity control signal according to receiving from MCU32, generate corresponding first control signal of damming meaned with load capacity dialing figure place, exports first control signal of damming generated to throttling arrangement 5;
According to the first load capacity conditioning signal received from MCU32, generate corresponding first conditioning signal that dams meaned with load capacity dialing figure place, export first conditioning signal that dams to throttling arrangement 5.
The second control panel 3 ' comprising: communication module 31 ', MCU32 ', sensor sample module 33 ', throttling arrangement control module 34 ' and air-blower control module 35 ', wherein, communication module 31 ' be connected with MCU32 ' and controller 6 respectively, MCU32 respectively with throttling arrangement control module 34 ' and air-blower control module 35 ' be connected, sensor sample module 33 ' be connected with sensor, throttling arrangement control module 34 ' be connected with throttling arrangement 5, air-blower control module 35 ' be connected with motor 2.
In the embodiment of the present invention, the second control panel 3 ' identical with the first control panel 3 structures, have identical maximum load capacity information, and therefore identical load capacity dialing figure place, also has a reference value of identical load capacity dialing figure place.
Sensor sample module 33 ', be arranged on for receiving the temperature information that on the wind pipe type indoor set, each sensor is uploaded, determine the current load capacity information of wind pipe type indoor set operation according to the temperature information received, and by the current load capacity information output determined to MCU32 ';
MCU32 ', store the second load capacity information, and according to corresponding the second load capacity control signal of the second load capacity Information generation received, and the second load capacity control signal that will generate export to throttling arrangement control module 34 ' and air-blower control module 35 ';
According to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate corresponding the second load capacity conditioning signal, and the second load capacity conditioning signal that will generate export to throttling arrangement control module 34 ' and air-blower control module 35 ';
Communication module 31 ', the second load capacity information of dividing for receiving controller 6, and the second load capacity information conveyance that will receive is to MCU32 ';
Air-blower control module 35 ', for the second load capacity control signal according to from MCU32 ' reception, generate corresponding the second rotation speed of fan control signal meaned with load capacity dialing figure place, export the second rotation speed of fan control signal generated to motor 2;
Generate corresponding the second rotation speed of fan conditioning signal meaned with load capacity dialing figure place according to the second load capacity conditioning signal from MCU32 ' reception, export the second rotation speed of fan conditioning signal to motor 2;
Throttling arrangement control module 34, for according to from the second load capacity control signal of MCU32 ' receptions, generate corresponding second control signal of damming meaned with load capacity dialing figure place, exports second of the generation control signal of damming to throttling arrangement 5;
According to the second load capacity conditioning signal from MCU32 ' reception, generate corresponding second conditioning signal that dams meaned with load capacity dialing figure place, export second conditioning signal that dams to throttling arrangement 5.
In the embodiment of the present invention, motor, according to each rotation speed of fan control signal received, is processed, and controls the rotating speed of blower fan; Throttling arrangement, according to the control signal of respectively damming received, is processed, and controls the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline, thereby controls the cold medium flux of the refrigerant pipe of flowing through.Like this, by rotation speed of fan control signal and the control signal of damming, can be controlled wind pipe type indoor set bearing load capacity, be made the stack that the total load capacity of single wind pipe type indoor set is the wind pipe type indoor set load capacity of each control panel control in parallel.Further, by the technical scheme of the embodiment of the present invention, can effectively enlarge the total load capacity of multi-online air-conditioning system, but not increase the wind pipe type indoor set number of units of institute's traction in this multi-online air-conditioning system.Like this, within can realizing larger multi-online air-conditioning system is integrated in to a centralized control system, can save again the cost of control and service equipment.
Fig. 3 is the method flow schematic diagram that the embodiment of the present invention is controlled wind pipe type indoor set capacity.As shown in Figure 3, the method comprises:
Step 301, controller is according to the allocation strategy set in advance, and the load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and the second load capacity information that flows to the second control panel;
Preferably, before controller receives the load capacity information from outside host computer, the method further comprises:
Host computer is according to the maximum load capacity information of total load capacity information, wind pipe type indoor set number of units and each wind pipe type indoor set of input, the total load capacity information is divided, by each load capacity information conveyance of division, given corresponding each wind pipe type indoor set.Like this, the controller of wind pipe type indoor set, according to control plate number in parallel in this wind pipe type indoor set, is the second load capacity information that flows to the first load capacity information of the first control panel and flow to the second control panel by the load capacity Further Division of division.
In this step, according to the allocation strategy set in advance,, the second load capacity information that the load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and flows to the second control panel comprises:
Adopt the mode of load capacity equilibrium, the load capacity information of reception on average is divided into to each control panel; Or,
Choose control panel, the load capacity information of reception is divided into to the control panel that each is chosen according to a certain percentage, other control panel of not choosing is in stopped status.
Step 302, the first control panel is stored the first load capacity information, and according to the first load capacity information, generates the first rotation speed of fan control signal and first control signal of damming; Simultaneously, the second control panel is stored the second load capacity information, and according to the second load capacity information, generates the second rotation speed of fan control signal and second control signal of damming;
Preferably, in this step, the first and second rotation speed of fan control signals, and first and second control signals of damming are all meaned with load capacity dialing figure place.
Step 303, the first rotation speed of fan control signal that motor will receive from the first control panel and the second rotation speed of fan control signal received from the second control panel are added up, cumulative the 3rd rotation speed of fan control signal obtained and a reference value of the load capacity dialing figure place set in advance are multiplied each other, obtain the rotation speed of fan bearing load capacity corresponding with the 3rd rotation speed of fan control signal, the mapping relations of inquiry rotation speed of fan bearing load capacity and rotation speed of fan, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan control signal, to drive described blower fan running;
Step 304, what throttling arrangement will receive from the first control panel first dams control signal and second control signal of damming that receives from the second control panel is added up, cumulative the 3rd control signal of damming obtained is multiplied each other with a reference value of the load capacity dialing figure place set in advance, obtain and the 3rd throttling bearing load capacity corresponding to control signal that dam, the mapping relations of inquiry throttling bearing load capacity and electric expansion valve open degree, obtain and the 3rd electric expansion valve open degree corresponding to control signal of damming, so that the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline to be set.
Institute's step 303 that it should be noted that does not have dividing of sequencing with step 304, and in practical application, step 304 can be carried out before step 303, also can carry out with step 303 simultaneously.
Preferably, after step 304, the method can further include:
Step 305, the first control panel receives the temperature information that is arranged on each sensor sensing on the wind pipe type indoor set, determine operational mode and the current load capacity information of wind pipe type indoor set according to the temperature information received, operational mode information output to the host computer of wind pipe type indoor set is shown;
In this step, the temperature of sensor sensing comprises: return air inlet temperature, air outlet temperature, cooling medium liquid pipe temperature and refrigerant tracheae temperature.
Determine that according to the temperature received the operational mode of wind pipe type indoor set and the current operating load capacity of wind pipe type indoor set are known technology, at this, omit detailed description.
Operational mode information output to the host computer of wind pipe type indoor set is shown, be for the ease of the technical staff by external equipment, to obtain the wind pipe type indoor set be in refrigerating state or heat state, with the operational mode to the wind pipe type indoor set, controlled.
Step 306, the second control panel receives the temperature information that is arranged on each sensor sensing on the wind pipe type indoor set, determine operational mode and the current load capacity information of wind pipe type indoor set according to the temperature information received, operational mode information output to the host computer of wind pipe type indoor set is shown;
Step 307, the first control panel is according to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate the first rotation speed of fan conditioning signal and first meaned with the load capacity dialing figure place conditioning signal that dams;
Step 308, according to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate the second rotation speed of fan conditioning signal and second meaned with the load capacity dialing figure place conditioning signal that dams;
Institute's step 305 that it should be noted that does not have dividing of sequencing with step 306, and in practical application, step 306 can be carried out before step 305, also can carry out with step 305 simultaneously;
Step 307 does not have dividing of sequencing with step 308, and in practical application, step 308 can be carried out before step 307, also can carry out with step 307 simultaneously;
Step 309, what throttling arrangement will receive from described the first control panel first dams conditioning signal and second conditioning signal that dams that receives from described the second control panel is added up, by cumulative the 3rd conditioning signal that dams obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain regulating load capacity with the 3rd throttling corresponding to conditioning signal of damming, the mapping relations of load capacity and electric expansion valve unlatching degree of regulation are regulated in the inquiry throttling, obtain the regulated value that dams electric expansion valve open degree corresponding to conditioning signal with the 3rd, according to the 3rd conditioning signal that dams, regulate the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline,
Step 310, the first rotation speed of fan conditioning signal that will receive from described the first control panel and the second rotation speed of fan conditioning signal received from described the second control panel are added up, by cumulative the 3rd rotation speed of fan conditioning signal obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal and regulate load capacity, the mapping relations that the inquiry rotation speed of fan is regulated load capacity and Fan Regulation rotating speed, obtain the Fan Regulation rotating speed corresponding with the 3rd rotation speed of fan conditioning signal, according to the 3rd rotation speed of fan conditioning signal, regulate the rotating speed of blower fan running.
In this step, if Fan Regulation rotating speed corresponding to the 3rd rotation speed of fan conditioning signal, on the rotation speed of fan basis of current operation, heightened n1 by rotation speed of fan for heightening rotation speed of fan n1; If the Fan Regulation rotating speed that the 3rd rotation speed of fan conditioning signal is corresponding is to reduce rotation speed of fan n2,, on the rotation speed of fan basis of current operation, rotation speed of fan is reduced to n2.
Institute's step 309 that it should be noted that does not have dividing of sequencing with step 310, and step 310 can be carried out before step 309, also can carry out with step 309 simultaneously.
Preferably, after step 304, the method can further include:
The first control panel and the second control panel receive the information of the state sensor output arranged on the wind pipe type indoor set, and judgement obtains wind pipe type indoor set running state information, exports wind pipe type indoor set running state information to outside host computer.
In this step, wind pipe type indoor set running state information refers to wind pipe type indoor set normal operation, break down or abnormal etc.By exporting wind pipe type indoor set running state information to external equipment, shown; to pass through external equipment for the ease of the technical staff; monitoring wind pipe type indoor set state; when wind pipe type indoor set running state information shows that operation troubles appears in the wind pipe type indoor set or when abnormal; can issue outage information to controller, control the wind pipe type indoor set by controller and shut down.
From above-mentioned, the method of a kind of wind pipe type indoor set that the embodiment of the present invention provides and control wind pipe type indoor set capacity, consideration is under the prerequisite of existing control panel of not upgrading, by the control panel that adopts two more parallels to connect, with motor and throttling arrangement in the wind pipe type indoor set, be connected, make the bearing load capacity of separate unit wind pipe type indoor set not limited by the figure place of single control panel load capacity dial-up, thereby can effectively improve bearing load capacity, the shortening construction cycle of wind pipe type indoor set; And blower fan and the powerful motor of employing Wind Volume, can obtain high static pressure and Wind Volume, increase the bearing load capacity of separate unit wind pipe type indoor set, and then increased the bearing load capacity of wind pipe type multi-online air-conditioning system.
Obviously, those skilled in the art can carry out various changes and modification and not break away from the spirit and scope of the present invention the present invention.Like this, if of the present invention these are revised and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention also comprises these changes and modification interior.

Claims (10)

1. a wind pipe type indoor set, is characterized in that, comprising: blower fan, motor, the first control panel, the second control panel, throttling arrangement and controller, wherein,
Blower fan is connected with motor; The first control panel is in parallel with the second control panel, and with motor, throttling arrangement and controller, is connected respectively;
Described controller is according to the allocation strategy set in advance, and the load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and the second load capacity information that flows to the second control panel;
Described the first control panel is stored the first load capacity information, and according to the first load capacity information, generates the first rotation speed of fan control signal and first meaned with the load capacity dialing figure place control signal of damming;
Described the second control panel is stored the second load capacity information, and according to the second load capacity information, generates the second rotation speed of fan control signal and second meaned with the load capacity dialing figure place control signal of damming;
Described motor, the first rotation speed of fan control signal that will receive from the first control panel and the second rotation speed of fan control signal received from the second control panel are added up, cumulative the 3rd rotation speed of fan control signal obtained and a reference value of the load capacity dialing figure place set in advance are multiplied each other, obtain the rotation speed of fan bearing load capacity corresponding with the 3rd rotation speed of fan control signal, the mapping relations of inquiry rotation speed of fan bearing load capacity and rotation speed of fan, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan control signal, to drive described blower fan running;
Throttling arrangement, what will receive from the first control panel first dams control signal and second control signal of damming that receives from the second control panel is added up, cumulative the 3rd control signal of damming obtained is multiplied each other with a reference value of the load capacity dialing figure place set in advance, obtain and the 3rd throttling bearing load capacity corresponding to control signal that dam, the mapping relations of inquiry throttling bearing load capacity and electric expansion valve open degree, obtain and the 3rd electric expansion valve open degree corresponding to control signal of damming, so that the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline to be set.
2. wind pipe type indoor set according to claim 1, is characterized in that, further comprises:
Sensor, for the temperature of sensing wind pipe type indoor set, be uploaded to the first control panel and the second control panel by the temperature information of sensing.
3. wind pipe type indoor set according to claim 2, is characterized in that,
Described the first control panel, further according to the temperature information received from sensor, determine the current load capacity information of wind pipe type indoor set operation, according to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate the first rotation speed of fan conditioning signal and first meaned with the load capacity dialing figure place conditioning signal that dams;
Described the second control panel, further according to the temperature information received from sensor, determine the current load capacity information of wind pipe type indoor set operation, according to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate the second rotation speed of fan conditioning signal and second meaned with the load capacity dialing figure place conditioning signal that dams;
Described throttling arrangement, what further will receive from described the first control panel first dams conditioning signal and second conditioning signal that dams that receives from described the second control panel is added up, by cumulative the 3rd conditioning signal that dams obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain regulating load capacity with the 3rd throttling corresponding to conditioning signal of damming, the mapping relations of load capacity and electric expansion valve unlatching degree of regulation are regulated in the inquiry throttling, obtain the regulated value that dams electric expansion valve open degree corresponding to conditioning signal with the 3rd, to regulate the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline,
Described motor, the first rotation speed of fan conditioning signal that further will receive from described the first control panel and the second rotation speed of fan conditioning signal received from described the second control panel are added up, by cumulative the 3rd rotation speed of fan conditioning signal obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal and regulate load capacity, the mapping relations that the inquiry rotation speed of fan is regulated load capacity and Fan Regulation rotating speed, obtain the regulated value of the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal, to regulate the rotating speed of described blower fan running.
4. wind pipe type indoor set according to claim 3, is characterized in that, described the first control panel comprises: communication module, Micro-processor MCV, sensor sample module, throttling arrangement control module and air-blower control module, wherein,
Communication module is connected with MCU and controller respectively, MCU is connected with sensor sample module, throttling arrangement control module and air-blower control module respectively, sampling module is connected with sensor, and the throttling arrangement control module is connected with throttling arrangement, and the air-blower control module is connected with motor.
5. wind pipe type indoor set according to claim 4, is characterized in that,
Described sensor sample module, the temperature information of uploading according to sensor, determine the current load capacity information of wind pipe type indoor set operation, and by current load capacity information conveyance to MCU;
Described MCU, store the first load capacity information, and, according to the first load capacity information, generate corresponding the first load capacity control signal; According to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate corresponding the first load capacity conditioning signal;
Described communication module, the first load capacity information conveyance that will receive from described controller is to described MCU;
Described air-blower control module, according to the first load capacity control signal received from described MCU, generate corresponding the first rotation speed of fan control signal meaned with load capacity dialing figure place; Generate corresponding the first rotation speed of fan conditioning signal meaned with load capacity dialing figure place according to the first load capacity conditioning signal received from described MCU;
Described throttling arrangement control module, according to the first load capacity control signal received from described MCU, generate corresponding first control signal of damming meaned with load capacity dialing figure place; According to the first load capacity conditioning signal received from described MCU, generate corresponding first conditioning signal that dams meaned with load capacity dialing figure place.
6. wind pipe type indoor set according to claim 1, is characterized in that, described the second control panel comprises: communication module, Micro-processor MCV, sensor sample module, throttling arrangement control module and air-blower control module, wherein,
Communication module is connected with MCU and controller respectively, MCU is connected with sensor sample module, throttling arrangement control module and air-blower control module respectively, the sensor sample module is connected with sensor, and the throttling arrangement control module is connected with throttling arrangement, and the air-blower control module is connected with motor.
7. wind pipe type indoor set according to claim 6, is characterized in that,
Described sensor sample module, the temperature information of uploading according to sensor, determine the current load capacity information of wind pipe type indoor set operation, and by current load capacity information conveyance to MCU;
Described MCU, store the second load capacity information, and, according to the second load capacity information, generate corresponding the second load capacity control signal; According to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate corresponding the second load capacity conditioning signal;
Described communication module, the second load capacity information conveyance that will receive from described controller is to described MCU;
Described air-blower control module, according to the second load capacity control signal received from described MCU, generate corresponding the second rotation speed of fan control signal meaned with load capacity dialing figure place; Generate corresponding the second rotation speed of fan conditioning signal meaned with load capacity dialing figure place according to the second load capacity conditioning signal received from described MCU;
Described throttling arrangement control module, according to the second load capacity control signal received from described MCU, generate corresponding second control signal of damming meaned with load capacity dialing figure place; According to the second load capacity conditioning signal received from described MCU, generate corresponding second conditioning signal that dams meaned with load capacity dialing figure place.
8. a method of controlling wind pipe type indoor set capacity, the method comprises:
Controller is according to the allocation strategy set in advance, and the load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and the second load capacity information that flows to the second control panel;
The first control panel is stored the first load capacity information, and according to the first load capacity information, generates the first rotation speed of fan control signal and first meaned with the load capacity dialing figure place control signal of damming; Simultaneously, the second control panel is stored the second load capacity information, and according to the second load capacity information, generates the second rotation speed of fan control signal and second meaned with the load capacity dialing figure place control signal of damming;
The first rotation speed of fan control signal that motor will receive from the first control panel and the second rotation speed of fan control signal received from the second control panel are added up, cumulative the 3rd rotation speed of fan control signal obtained and a reference value of the load capacity dialing figure place set in advance are multiplied each other, obtain the rotation speed of fan bearing load capacity corresponding with the 3rd rotation speed of fan control signal, the mapping relations of inquiry rotation speed of fan bearing load capacity and rotation speed of fan, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan control signal, to drive described blower fan running;
What throttling arrangement will receive from the first control panel first dams control signal and second control signal of damming that receives from the second control panel is added up, cumulative the 3rd control signal of damming obtained is multiplied each other with a reference value of the load capacity dialing figure place set in advance, obtain and the 3rd throttling bearing load capacity corresponding to control signal that dam, the mapping relations of inquiry throttling bearing load capacity and electric expansion valve open degree, obtain and the 3rd electric expansion valve open degree corresponding to control signal of damming, so that the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline to be set.
9. method according to claim 8, wherein, described method further comprises:
The first control panel receives the temperature information that is arranged on each sensor sensing on the wind pipe type indoor set, determine operational mode and the current load capacity information of wind pipe type indoor set according to the temperature information received, operational mode information output to the host computer of wind pipe type indoor set is shown;
According to current load capacity information and the allocation strategy that sets in advance, obtain the first current load capacity information, according to the difference between the first load capacity information of the first current load capacity information and storage, generate the first rotation speed of fan conditioning signal and first meaned with the load capacity dialing figure place conditioning signal that dams;
The second control panel receives the temperature information that is arranged on each sensor sensing on the wind pipe type indoor set, determine operational mode and the current load capacity information of wind pipe type indoor set according to the temperature information received, operational mode information output to the host computer of wind pipe type indoor set is shown;
According to current load capacity information and the allocation strategy that sets in advance, obtain the second current load capacity information, according to the difference between the second load capacity information of the second current load capacity information and storage, generate the second rotation speed of fan conditioning signal and second meaned with the load capacity dialing figure place conditioning signal that dams;
What throttling arrangement will receive from described the first control panel first dams conditioning signal and second conditioning signal that dams that receives from described the second control panel is added up, by cumulative the 3rd conditioning signal that dams obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain regulating load capacity with the 3rd throttling corresponding to conditioning signal of damming, the mapping relations of load capacity and electric expansion valve unlatching degree of regulation are regulated in the inquiry throttling, obtain the regulated value that dams electric expansion valve open degree corresponding to conditioning signal with the 3rd, to regulate the open degree of electric expansion valve on wind pipe type indoor-unit cooling-medium pipeline,
The first rotation speed of fan conditioning signal that motor will receive from described the first control panel and the second rotation speed of fan conditioning signal received from described the second control panel are added up, by cumulative the 3rd rotation speed of fan conditioning signal obtained, with a reference value of the load capacity dialing figure place set in advance, multiply each other, obtain the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal and regulate load capacity, the mapping relations that the inquiry rotation speed of fan is regulated load capacity and Fan Regulation rotating speed, obtain the regulated value of the rotation speed of fan corresponding with the 3rd rotation speed of fan conditioning signal, to regulate the rotating speed of blower fan running.
10. according to the described method of claim 9 or 10, wherein, before the described load capacity information based on from outside host computer is divided into the first load capacity information that flows to the first control panel and flows to the second load capacity information of the second control panel, described method further comprises:
Host computer is according to the maximum load capacity information of total load capacity information, wind pipe type indoor set number of units and each wind pipe type indoor set of input, the total load capacity information is divided, by each load capacity information conveyance of division, given corresponding each wind pipe type indoor set.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2016155270A1 (en) * 2015-03-31 2016-10-06 中山大洋电机股份有限公司 Real-time display control method for ventilation duct clogging degree of electrical appliance
CN110081554A (en) * 2019-05-07 2019-08-02 珠海格力电器股份有限公司 The control method and device of multi-online air-conditioning system

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06207741A (en) * 1993-01-11 1994-07-26 Hitachi Ltd Air conditioner
US6772600B2 (en) * 2002-06-12 2004-08-10 Lg Electronics Inc. Multi-unit air conditioner and method for controlling the same
CN101806484A (en) * 2010-04-06 2010-08-18 南京航空航天大学 Variable air volume air-conditioner control system with variable frequency fan and digital air valve for adjusting tail end air volume and implementation method
JP2011257031A (en) * 2010-06-07 2011-12-22 Panasonic Corp Method for controlling air conditioner
CN102331071A (en) * 2011-08-17 2012-01-25 青岛海信日立空调系统有限公司 Anti-voltage fluctuation automatic static pressure recognition method and system for air pipe type air conditioning indoor unit
CN103196214A (en) * 2013-04-08 2013-07-10 青岛海信日立空调系统有限公司 Method for controlling indoor machine of air conditioner and indoor machine of air conditioner
EP2618078A2 (en) * 2012-01-19 2013-07-24 Samsung Electronics Co., Ltd Air Conditioner and Starting Control Method Thereof

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06207741A (en) * 1993-01-11 1994-07-26 Hitachi Ltd Air conditioner
US6772600B2 (en) * 2002-06-12 2004-08-10 Lg Electronics Inc. Multi-unit air conditioner and method for controlling the same
CN101806484A (en) * 2010-04-06 2010-08-18 南京航空航天大学 Variable air volume air-conditioner control system with variable frequency fan and digital air valve for adjusting tail end air volume and implementation method
JP2011257031A (en) * 2010-06-07 2011-12-22 Panasonic Corp Method for controlling air conditioner
CN102331071A (en) * 2011-08-17 2012-01-25 青岛海信日立空调系统有限公司 Anti-voltage fluctuation automatic static pressure recognition method and system for air pipe type air conditioning indoor unit
EP2618078A2 (en) * 2012-01-19 2013-07-24 Samsung Electronics Co., Ltd Air Conditioner and Starting Control Method Thereof
CN103196214A (en) * 2013-04-08 2013-07-10 青岛海信日立空调系统有限公司 Method for controlling indoor machine of air conditioner and indoor machine of air conditioner

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2016155270A1 (en) * 2015-03-31 2016-10-06 中山大洋电机股份有限公司 Real-time display control method for ventilation duct clogging degree of electrical appliance
CN110081554A (en) * 2019-05-07 2019-08-02 珠海格力电器股份有限公司 The control method and device of multi-online air-conditioning system

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