CN204063458U - A kind of recuperation of heat control circuit being applied to air-conditioner - Google Patents
A kind of recuperation of heat control circuit being applied to air-conditioner Download PDFInfo
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- CN204063458U CN204063458U CN201420622221.8U CN201420622221U CN204063458U CN 204063458 U CN204063458 U CN 204063458U CN 201420622221 U CN201420622221 U CN 201420622221U CN 204063458 U CN204063458 U CN 204063458U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
- Y02B30/56—Heat recovery units
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Abstract
The utility model discloses a kind of recuperation of heat control circuit of air-conditioner, comprise for provide the recuperation of heat of working power open/stop operation and indicating member, for detect water temperature in user's water tank water temperature Detection & Controling unit, for detect the system pressure of air-conditioner exhaust side air-conditioner system pressure sensing cell, for control and show heat recovery water pump operation situation water pump operation and indicating member, to detect for the current detected and show streamflow regime and indicating member, for controlling the control unit of electromagnetic valve of recuperation of heat.The utility model can realize high efficiente callback and the utilization of condensation heat, thus obtains efficient, energy-conservation Heat recovery air conditioner.
Description
Technical field
The utility model relates to a kind of air-conditioner, specifically a kind of to air-conditioner carry out waste heat of condensation reclaim time control circuit.
Background technology
At present, air-conditioner in use, a large amount of condensation heat is released in air, if this part condensation heat is collected, be used for producing domestic hot-water, not only can freely obtain a large amount of domestic hot-waters, quality of the life and comfortableness are further enhanced, meanwhile, owing to reducing condensation load, make unit operation Energy Efficiency Ratio higher, more energy-conservation.Therefore the market demand is huge.
For some specific users and place, the air-conditioner of some special abilities or special construction is needed to have the function that can provide domestic hot-water, and air-conditioner producer is in order to meet specific user or place has the demand that can provide domestic hot-water to air-conditioner, take nothing but two kinds of methods: one is according to customer requirement, again developed according to the requirement of client by air-conditioner manufacturer, produce the recovery type heat air-conditioner of client's needs; One is utilize existing air-conditioner to be improved to the air-conditioner with heat recovery function by the personnel with certain air-conditioning technical ability;
If again developed according to the requirement of client by air-conditioner manufacturer, produce the recovery type heat air-conditioner that client needs, total institute is known, recovery type heat air-conditioner there is construction cycle long, high in cost of production feature.The controller exploitation that only air-conditioner uses also needs the time of 1 ~ 2 year to meet instructions for use, the exploitation of controller comprises the design and fabrication of PCB, the redesign of control software design is write etc., add the input of personnel cost, test of control system etc., finally cause the user demand that can not meet client in a short time, and the input of development cost must have quite a few marries again in the selling price of air-conditioner, thus cause the equipment investment cost of client significantly to improve, thus cause product development cycle long, cost is high, can not meet the need of market in time.
If utilize existing air-conditioner to be improved to the air-conditioner with heat recovery function by the personnel with certain air-conditioning technical ability; singlely often increase a heat recovering heat exchanger in components of system as directed; in control cannot round Realization to the control of heat recovery section, unit uses very loaded down with trivial details: whether the control flowed to as system refrigerant, the control of water temperature, the excessive low water level protection of recuperation of heat water pump, air-conditioning system are applicable to carrying out recuperation of heat etc.If do not controlled water temperature, then when water temperature rise to 50 DEG C even more than 55 DEG C time, the load (mainly the load of Ya Shrink machine) of air-conditioning system can sharply rise, air-conditioner is made to be operated in improper working region, have a strong impact on the use of air-conditioner, the service life of final great great Shrink Duan Ya Shrink machine; In addition, water temperature does not effectively control, and user also reduces greatly to the comfortableness that it uses.If do not carry out excessive low water level protection to recuperation of heat water pump, then under the condition of heat recovery system lack of water, water pump longtime running can cause the damage of water pump.
Utility model content
The utility model is the weak point for avoiding existing for above-mentioned prior art, a kind of universal strong is provided, easily purchases, without the need to changing existing air-conditioner control system, simple to operate, control reliable, the easy to make recuperation of heat control circuit being applied to air-conditioner, to realizing high efficiente callback and the utilization of condensation heat, thus obtains efficient, energy-conservation Heat recovery air conditioner.
The utility model adopts following technical scheme for achieving the above object:
A kind of design feature being applied to the recuperation of heat control circuit of air-conditioner of the utility model comprises:
Operation and power supply indicating member are opened/stop in one recuperation of heat be made up of single-pole switch K1 and power supply indicator XH1, for providing working power;
The water temperature that the one normally opened contact WKQ-1 carried by temperature controller WKQ and described temperature controller WKQ is formed detects and control unit, for detecting water temperature in user's water tank;
The one system pressure detecting unit be made up of open type pressure switch HP, is arranged on exhaust side in air-conditioner system, for detecting the system pressure of air-conditioner exhaust side;
The Control of pump operation that the first normally opened contact ZJ2-1 that the one normally-closed contact SJ-1 carried by water pump relay PUMP, delayed type time relay sj, the second intermediate relay ZJ 2 carry and water pump operation signal lamp XH2 is formed and indicating member, for controlling and display heat recovery water pump operation situation;
One by the first intermediate relay ZJ 1, delayed type time relay sj, be arranged on the intrasystem water flow switch SL of heat recovery water, current that the second normally opened contact ZJ2-2 that the second intermediate relay ZJ 2, normally opened contact SJ-2 that time relay sj carries, the normally-closed contact ZJ1-1 of the first intermediate relay ZJ 1, current abnormal signal indicator lamp XH3, the second intermediate relay ZJ 2 carry and current normal signal indicator lamp XH4 is formed detect and state indication unit, for detecting and display streamflow regime;
Often the opening of one a pair 3 contacts carried by the 3rd intermediate relay ZJ 3 and the 3rd intermediate relay ZJ 3, normally closed switch ZJ3-1, be arranged on the control unit of electromagnetic valve that bypass solenoid valve PTF in press system and recuperation of heat magnetic valve HSF forms, for controlling recuperation of heat.
The feature being applied to the recuperation of heat control circuit of air-conditioner described in the utility model is also:
The lead-in wire terminal of single-pole switch K1 that operation and power supply indicating member were opened/stopped in described recuperation of heat is connected with the live wire L of 220V alternating current, and one end of described power supply indicator XH1 is connected with the leading-out terminal of single-pole switch K1, and the other end is connected with the zero line N of 220V alternating current;
The working power L end of the temperature controller WKQ of described water temperature detection and control unit and working power N end are connected in parallel on the two ends of described power supply indicator XH1 respectively, the working power L of described temperature controller WKQ is held and is connected with the leading-out terminal of described single-pole switch K1; The working power N end of described temperature controller WKQ is connected with the zero line N of 220V alternating current;
The one end of the normally opened contact WKQ-1 that described temperature controller WKQ carries is held with the working power L of described temperature controller WKQ and is connected;
The other end of the normally opened contact WKQ-1 that one end of the pressure switch HP of described system pressure detecting unit carries with described temperature controller WKQ is connected;
The normally-closed contact SJ-1 of the time relay sj of described Control of pump operation and indicating member is connected with the other end of described pressure switch HP with the one end after the first normally opened contact ZJ2-1 parallel connection of the second intermediate relay ZJ 2, the other end after parallel connection is connected with one end of water pump relay PUMP coil and one end of described water pump operation signal lamp XH2 respectively, and the other end of described water pump relay PUMP coil is directly connected with the zero line N of 220V alternating current with the other end of water pump operation signal lamp XH2;
Described current detect and are directly connected with the other end after the normally-closed contact SJ-1 of described time relay sj and the first normally opened contact ZJ2-1 parallel connection of the second intermediate relay ZJ 2 with one end of the first intermediate relay ZJ 1 coil of state indication unit;
Directly be connected with the other end of described pressure switch HP after one end of the normally opened contact SJ-2 that the working power L end of described delayed type time relay sj carries with one end and the time relay sj of water flow switch SL is connected;
The other end of described water flow switch SL is connected with one end of the second intermediate relay ZJ 2 coil;
The other end of the normally opened contact SJ-2 carried with time relay sj after one end of the normally-closed contact ZJ1-1 of described first intermediate relay ZJ 1 is connected with one end of the second normally opened contact ZJ2-2 of the second intermediate relay ZJ 2 is connected;
The other end of the normally-closed contact ZJ1-1 of described first intermediate relay ZJ 1 is connected with one end of current abnormal signal indicator lamp XH3;
The other end of the second normally opened contact ZJ2-2 of described second intermediate relay ZJ 2 is connected with one end of current normal signal indicator lamp XH4;
The N end of the other end of described first intermediate relay ZJ 1 coil, described delayed type time relay sj working power, the other end of the other end of the second intermediate relay ZJ 2 coil, the other end of signal lamp XH3 and signal lamp XH4 are all directly connected with the zero line N of 220V alternating current;
One end of 3rd intermediate relay ZJ 3 coil of described control unit of electromagnetic valve is connected with the other end of the second normally opened contact ZJ2-2 of described second intermediate relay ZJ 2;
The common port contact of often the opening of a pair 3 contacts that described 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is directly connected with the live wire L of 220V alternating current, the normally-closed contact of often the opening of a pair 3 contacts that described 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is connected with one end of described bypass solenoid valve PTF coil, and the normally opened contact of often the opening of a pair 3 contacts that described 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is connected with one end of described recuperation of heat magnetic valve HSF coil;
The other end of the described other end of the 3rd intermediate relay ZJ 3 coil, the other end of bypass solenoid valve PTF coil and recuperation of heat magnetic valve HSF coil is all directly connected with the zero line N of 220V alternating current.
Compared with prior art, Advantageous Effects of the present utility model is embodied in:
The utility model make use of some and conventional designs recuperation of heat control circuit as the low-voltage electrical apparatuses such as temperature controller, the time relay, auxiliary reclay, indicator lamp and the detecting element such as pressure switch, discharge switch; This control circuit uses after on current mature common air-conditioning device just can be improved to the Heat recovery air conditioner with heat recovery function by common air-conditioner.It is convenient that all components and parts that this control circuit adopts obtain, do not need to design and develop separately, when air-conditioner producer is according to this control circuit exploitation Heat recovery air conditioner, the construction cycle that air-conditioner producer develops the controller with heat recovery function again can be saved, considerably reduce the development cost of product simultaneously, while client can obtain the recovery type heat air-conditioner required for oneself at short notice, also greatly reduce the equipment investment cost of oneself, thus the shortcoming that the air-conditioner producer construction cycle is long, development cost is high can be solved.Even to the common air-conditioning device come into operation, also according to this control circuit, air-conditioner can be transformed into recovery type heat air-conditioner, can effectively control system refrigerant the flow direction, realize accurate control to recuperation of heat water temperature, guarantee air-conditioning system when can just carry out recuperation of heat when recuperation of heat, guarantee that recuperation of heat water pump can not damage because of lack of water, under the prerequisite that ensures to obtain domestic hot-water, can also guarantee that air-conditioner can be stablized, efficiently, reliably run.
Accompanying drawing explanation
Fig. 1 is the utility model control circuit schematic diagram;
Fig. 2 is the utility model control method flow chart.
Number in the figure: L:220V-L live wire; N:220V-N zero line; K1: single-pole switch; WKQ: temperature controller; WKQ-1: the normally opened contact of temperature controller; HP: open type pressure switch; PUMP: water pump relay; SJ: the delayed type time relay; SJ-1: the normally-closed contact of the delayed type time relay; SJ-2: the normally opened contact of the delayed type time relay; SL: water flow switch; ZJ1: the first auxiliary reclay; The normally-closed contact of the ZJ1-1: the first auxiliary reclay; ZJ2: the second auxiliary reclay; First normally opened contact of the ZJ2-1: the second auxiliary reclay; Second normally opened contact of the ZJ2-2: the second auxiliary reclay; ZJ3: the three auxiliary reclay; Often the opening of one group of 3 contact of the ZJ3-1: the three auxiliary reclay, normally-closed contact; PTF: bypass solenoid valve; HSF: recuperation of heat magnetic valve; XH1: power supply connects indicator lamp; XH2: water pump operation indicator lamp; XH3: the abnormal indicator lamp of discharge; XH4: the normal indicator lamp of discharge.
Detailed description of the invention
In the present embodiment, as shown in Figure 1, be applied to a recuperation of heat control circuit for air-conditioner, comprise recuperation of heat and open/stop operation and detect and indicating member, control unit of electromagnetic valve with indicating member, water temperature Detection & Controling unit, air-conditioner system pressure sensing cell, water pump operation and indicating member, current.
Operation is opened/is stopped in recuperation of heat and indicating member comprises single-pole switch K1 and power supply connects indicator lamp XH1, for follow-up water temperature Detection & Controling unit provides working power;
The lead-in wire terminal of single-pole switch K1 is connected with the live wire L of 220V alternating current, and one end of power supply indicator XH1 is connected with the leading-out terminal of single-pole switch K1, and the other end is connected with the zero line N of 220V alternating current;
Water temperature Detection & Controling unit comprises the normally opened contact WKQ-1 that temperature controller WKQ and temperature controller WKQ carries; For detecting water temperature in user's water tank;
The working power L end of temperature controller WKQ and working power N end are connected in parallel on the two ends of power supply indicator XH1 respectively, the working power L of temperature controller WKQ is held and is connected with the leading-out terminal of single-pole switch K1; The working power N end of temperature controller WKQ is connected with the zero line N of 220V alternating current;
The one end of the normally opened contact WKQ-1 that temperature controller WKQ carries is held with the working power L of temperature controller WKQ and is connected;
Air-conditioner system pressure sensing cell comprises the open type pressure switch HP of set action force value; Be arranged on exhaust side in air-conditioner system, for detecting the system pressure of air-conditioner exhaust side;
The first normally-closed contact ZJ2-1 that the normally-closed contact SJ-1 that water pump operation and indicating member comprise water pump relay PUMP, delayed type time relay sj carries, the second intermediate relay ZJ 2 carry and water pump operation signal lamp XH2, for controlling and display heat recovery water pump operation situation;
The other end of the normally opened contact WKQ-1 that one end and the temperature controller WKQ of pressure switch HP carry is connected;
The normally-closed contact SJ-1 of the time relay sj of Control of pump operation and indicating member is connected with the other end of pressure switch HP with the one end after the first normally opened contact ZJ2-1 parallel connection of the second intermediate relay ZJ 2, the other end after parallel connection is connected with one end of water pump relay PUMP coil and one end of water pump operation signal lamp XH2 respectively, and the other end of water pump relay PUMP coil is directly connected with the zero line N of 220V alternating current with the other end of water pump operation signal lamp XH2;
Current detect to comprise the first intermediate relay ZJ 1 with indicating member, the second normally opened contact ZJ2-2 that delayed type time relay sj, water flow switch SL, the second intermediate relay ZJ 2, normally opened contact SJ-2 that time relay sj carries, the normally-closed contact ZJ1-1 of the first intermediate relay ZJ 1, current abnormal signal indicator lamp XH3, the second intermediate relay ZJ 2 carry and current normal signal indicator lamp XH4, for detecting and display streamflow regime;
One end of first intermediate relay ZJ 1 coil is directly connected with the other end after the normally-closed contact SJ-1 of time relay sj and the first normally opened contact ZJ2-1 parallel connection of the second intermediate relay ZJ 2;
Directly be connected with the other end of pressure switch HP after one end of the normally opened contact SJ-2 that the working power L end of delayed type time relay sj carries with one end and the time relay sj of water flow switch SL is connected;
The other end of water flow switch SL is connected with one end of the second intermediate relay ZJ 2 coil;
The other end of the normally opened contact SJ-2 carried with time relay sj after one end of the normally-closed contact ZJ1-1 of the first intermediate relay ZJ 1 is connected with one end of the second normally opened contact ZJ2-2 of the second intermediate relay ZJ 2 is connected;
The other end of the normally-closed contact ZJ1-1 of the first intermediate relay ZJ 1 is connected with one end of current abnormal signal indicator lamp XH3;
The other end of the second normally opened contact ZJ2-2 of the second intermediate relay ZJ 2 is connected with one end of current normal signal indicator lamp XH4;
The other end of the other end of the first intermediate relay ZJ 1 coil, the N end of delayed type time relay sj working power, the other end of the second intermediate relay ZJ 2 coil, the other end of signal lamp XH3 and signal lamp XH4 is all directly connected with the zero line N of 220V alternating current;
Control unit of electromagnetic valve comprises often the opening of a pair 3 contacts that the 3rd intermediate relay ZJ 3 and the 3rd intermediate relay ZJ 3 carry, normally closed switch ZJ3-1, is arranged on the bypass solenoid valve PTF in press system and is arranged on the recuperation of heat magnetic valve HSF in press system, for controlling recuperation of heat.
The common port contact of often the opening of a pair 3 contacts that the 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is directly connected with the live wire L of 220V alternating current, the normally-closed contact of often the opening of a pair 3 contacts that the 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is connected with one end of bypass solenoid valve PTF coil, and the normally opened contact of often the opening of a pair 3 contacts that the 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is connected with one end of recuperation of heat magnetic valve HSF coil;
The other end of the other end of the 3rd intermediate relay ZJ 3 coil, the other end of bypass solenoid valve PTF coil and recuperation of heat magnetic valve HSF coil is all directly connected with the zero line N of 220V alternating current.
As shown in Figure 2, a kind of control method of recuperation of heat control circuit of air-conditioner is carried out according to the following procedure:
Step a. is according to user's request, and when heat recovery function opened by needs, close single-pole switch K1, power supply is connected indicator lamp XH1 and lighted, simultaneously for follow-up water temperature Detection & Controling unit provides working power;
Step b. temperature controller WKQ for detecting the temperature of water in recuperation of heat water tank, and judges whether water temperature meets recuperation of heat condition, and when meeting recuperation of heat condition, the normally opened contact WKQ-1 of temperature controller WKQ closes;
When the setting value of water tank water temperature lower than temperature controller WKQ, the normally opened contact WKQ-1 that temperature controller WKQ carries converts conducting state to by off-state, for subsequent control circuit provides working power; Otherwise the normally opened contact WKQ-1 that temperature controller WKQ carries is in off-state all the time.
Step c open type pressure switch HP judges whether the system pressure of air-conditioner exhaust side meets recovering condition, and is automatically converted to closure state when meeting pressure recovery condition by off-state;
When the state being arranged on the open type pressure switch HP of the system pressure detecting unit in air-conditioner system meets recuperation of heat condition, be automatically converted to closure state by off-state, further for follow-up control circuit provides working power; When system pressure can not meet recuperation of heat condition, pressure switch HP still keeps former off-state.
Steps d. the normally-closed contact SJ-1 carried by delayed type time relay sj connects the water pump relay PUMP and the first intermediate relay ZJ 1 that control water pump operation, and water pump operation signal lamp XH2 lights simultaneously;
After pressure switch HP is automatically converted to closure state by off-state, the normally-closed contact SJ-1 that first the water pump relay PUMP of control water pump operation, the first intermediate relay ZJ 1 are carried by delayed type time relay sj obtains working power and starts working, and therefore water pump operation signal lamp XH2 also can be lit; Before the delay time of time relay sj setting does not arrive, the normally-closed contact SJ-1 that water pump relay PUMP, the first intermediate relay ZJ 1 and water pump operation signal lamp XH2 rely on time relay sj to carry obtains working power;
Step e. is after pressure switch HP is automatically converted to closure state by off-state, and delayed type time relay sj is started working because obtaining working power; Delayed type time relay sj setting delay time arrive after its normally-closed contact SJ-1 carried is automatically converted to off-state by closure state, normally opened contact SJ-2 is automatically converted to closure state by off-state;
If step e.1. after water pump brings into operation, delayed type time relay sj setting delay time arrive before during this period of time in, in heat recovery water system, discharge can meet when being arranged on heat recovery water intrasystem water flow switch SL setting value, water flow switch SL is automatically converted to closure state by former off-state, for the second intermediate relay ZJ 2 provides working power, second intermediate relay ZJ 2 coil working, its two couples of normally opened contacts ZJ2-1, ZJ2-2 carried are automatically converted to closure state by former off-state;
After the first normally opened contact ZJ2-1 that second intermediate relay ZJ 2 carries is automatically converted to closure state by former off-state, further for water pump relay PUMP, the first intermediate relay ZJ 1 provide reliable working power, therefore water pump operation signal lamp XH2 also keeps illuminating state; After the delay time of time relay sj setting arrives, the first normally opened contact ZJ2-1 that water pump relay PUMP, the first intermediate relay ZJ 1 and water pump operation signal lamp XH2 will rely on the second intermediate relay ZJ 2 to carry obtains working power;
After the second normally opened contact ZJ2-2 that second intermediate relay ZJ 2 carries is automatically converted to closure state by former off-state, and after the delay time of time relay sj setting arrives, current normal signal indicator lamp XH4 obtains working power by the contact SJ-2 of time relay sj, the second normally opened contact ZJ2-2 of the second intermediate relay ZJ 2 and keeps illuminating state, prompting current are normal, and therefore the 3rd intermediate relay ZJ 3 coil also obtains working power.
After first relay ZJ1 coil obtains power work, the normally-closed contact ZJ1-1 that it carries converts off-state to by former closure state, and current abnormal signal indicator lamp XH3 keeps OFF state because obtaining working power.
If step e.2. after water pump brings into operation, delayed type time relay sj setting delay time arrive before during this period of time in, in heat recovery water system, discharge can not meet when being arranged on heat recovery water intrasystem water flow switch SL setting value, water flow switch SL still keeps former off-state, second intermediate relay ZJ 2 can not obtain working power, and its two couples of normally opened contacts ZJ2-1, ZJ2-2 carried still keep former off-state;
After the delay time of time relay sj setting arrives, therefore the normally-closed contact SJ-1 that it carries can disconnect, because the normally opened contact ZJ2-1 of the second intermediate relay ZJ 2 remains open state, water pump relay PUMP, the first intermediate relay ZJ 1 quit work because of power supply of losing the job, and water pump operation signal lamp XH2 also extinguishes because losing the job power supply;
Due to the first intermediate relay ZJ 1 because power supply of losing the job quits work, the normally-closed contact ZJ1-1 that it carries returns to former closure state, current abnormal signal indicator lamp XH3 can obtain working power by the ZJ1-1 of the contact SJ-2 of time relay sj, the first intermediate relay ZJ 1 and keep illuminating state, and prompting current are abnormal;
After the delay time of time relay sj setting arrives, therefore the normally-closed contact SJ-2 that it carries can close, because the normally opened contact ZJ2-2 of the second intermediate relay ZJ 2 remains open state, current normal signal indicator lamp XH4 keeps former OFF state because not obtaining working power, and the 3rd intermediate relay ZJ 3 coil can not obtain working power.
Step f. is by above-mentioned, if current are normal, then therefore the 3rd intermediate relay ZJ 3 coil also obtains working power, the normally-closed contact of its one group of 3 contact ZJ3-1 carried disconnects, cut off the power supply of bypass solenoid valve PTF, normally opened contact closes simultaneously, for recuperation of heat magnetic valve HSF provides working power, and then realizes the control to recuperation of heat.
Step g. by above-mentioned, if current are abnormal, then the 3rd intermediate relay ZJ 3 coil is because obtaining working power, the state of its one group of 3 contact ZJ3-1 carried remains unchanged, bypass solenoid valve PTF powers in running order by normally-closed contact, recuperation of heat magnetic valve HSF can not obtain working power because normally opened contact cannot close, and also just cannot realize recuperation of heat.
Claims (2)
1. be applied to a recuperation of heat control circuit for air-conditioner, it is characterized in that comprising:
Operation and power supply indicating member are opened/stop in one recuperation of heat be made up of single-pole switch K1 and power supply indicator XH1, for providing working power;
The water temperature that the one normally opened contact WKQ-1 carried by temperature controller WKQ and described temperature controller WKQ is formed detects and control unit, for detecting water temperature in user's water tank;
The one system pressure detecting unit be made up of open type pressure switch HP, is arranged on exhaust side in air-conditioner system, for detecting the system pressure of air-conditioner exhaust side;
The Control of pump operation that the first normally opened contact ZJ2-1 that the one normally-closed contact SJ-1 carried by water pump relay PUMP, delayed type time relay sj, the second intermediate relay ZJ 2 carry and water pump operation signal lamp XH2 is formed and indicating member, for controlling and display heat recovery water pump operation situation;
One by the first intermediate relay ZJ 1, delayed type time relay sj, be arranged on the intrasystem water flow switch SL of heat recovery water, current that the second normally opened contact ZJ2-2 that the second intermediate relay ZJ 2, normally opened contact SJ-2 that time relay sj carries, the normally-closed contact ZJ1-1 of the first intermediate relay ZJ 1, current abnormal signal indicator lamp XH3, the second intermediate relay ZJ 2 carry and current normal signal indicator lamp XH4 is formed detect and state indication unit, for detecting and display streamflow regime;
Often the opening of one a pair 3 contacts carried by the 3rd intermediate relay ZJ 3 and the 3rd intermediate relay ZJ 3, normally closed switch ZJ3-1, be arranged on the control unit of electromagnetic valve that bypass solenoid valve PTF in press system and recuperation of heat magnetic valve HSF forms, for controlling recuperation of heat.
2. the recuperation of heat control circuit being applied to air-conditioner according to claim 1, is characterized in that:
The lead-in wire terminal of single-pole switch K1 that operation and power supply indicating member were opened/stopped in described recuperation of heat is connected with the live wire L of 220V alternating current, and one end of described power supply indicator XH1 is connected with the leading-out terminal of single-pole switch K1, and the other end is connected with the zero line N of 220V alternating current;
The working power L end of the temperature controller WKQ of described water temperature detection and control unit and working power N end are connected in parallel on the two ends of described power supply indicator XH1 respectively, the working power L of described temperature controller WKQ is held and is connected with the leading-out terminal of described single-pole switch K1; The working power N end of described temperature controller WKQ is connected with the zero line N of 220V alternating current;
The one end of the normally opened contact WKQ-1 that described temperature controller WKQ carries is held with the working power L of described temperature controller WKQ and is connected;
The other end of the normally opened contact WKQ-1 that one end of the pressure switch HP of described system pressure detecting unit carries with described temperature controller WKQ is connected;
The normally-closed contact SJ-1 of the time relay sj of described Control of pump operation and indicating member is connected with the other end of described pressure switch HP with the one end after the first normally opened contact ZJ2-1 parallel connection of the second intermediate relay ZJ 2, the other end after parallel connection is connected with one end of water pump relay PUMP coil and one end of described water pump operation signal lamp XH2 respectively, and the other end of described water pump relay PUMP coil is directly connected with the zero line N of 220V alternating current with the other end of water pump operation signal lamp XH2;
Described current detect and are directly connected with the other end after the normally-closed contact SJ-1 of described time relay sj and the first normally opened contact ZJ2-1 parallel connection of the second intermediate relay ZJ 2 with one end of the first intermediate relay ZJ 1 coil of state indication unit;
Directly be connected with the other end of described pressure switch HP after one end of the normally opened contact SJ-2 that the working power L end of described delayed type time relay sj carries with one end and the time relay sj of water flow switch SL is connected;
The other end of described water flow switch SL is connected with one end of the second intermediate relay ZJ 2 coil;
The other end of the normally opened contact SJ-2 carried with time relay sj after one end of the normally-closed contact ZJ1-1 of described first intermediate relay ZJ 1 is connected with one end of the second normally opened contact ZJ2-2 of the second intermediate relay ZJ 2 is connected;
The other end of the normally-closed contact ZJ1-1 of described first intermediate relay ZJ 1 is connected with one end of current abnormal signal indicator lamp XH3;
The other end of the second normally opened contact ZJ2-2 of described second intermediate relay ZJ 2 is connected with one end of current normal signal indicator lamp XH4;
The N end of the other end of described first intermediate relay ZJ 1 coil, described delayed type time relay sj working power, the other end of the other end of the second intermediate relay ZJ 2 coil, the other end of signal lamp XH3 and signal lamp XH4 are all directly connected with the zero line N of 220V alternating current;
One end of 3rd intermediate relay ZJ 3 coil of described control unit of electromagnetic valve is connected with the other end of the second normally opened contact ZJ2-2 of described second intermediate relay ZJ 2;
The common port contact of often the opening of a pair 3 contacts that described 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is directly connected with the live wire L of 220V alternating current, the normally-closed contact of often the opening of a pair 3 contacts that described 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is connected with one end of described bypass solenoid valve PTF coil, and the normally opened contact of often the opening of a pair 3 contacts that described 3rd intermediate relay ZJ 3 carries, normally closed switch ZJ3-1 is connected with one end of described recuperation of heat magnetic valve HSF coil;
The other end of the described other end of the 3rd intermediate relay ZJ 3 coil, the other end of bypass solenoid valve PTF coil and recuperation of heat magnetic valve HSF coil is all directly connected with the zero line N of 220V alternating current.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420622221.8U CN204063458U (en) | 2014-10-24 | 2014-10-24 | A kind of recuperation of heat control circuit being applied to air-conditioner |
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| CN201420622221.8U CN204063458U (en) | 2014-10-24 | 2014-10-24 | A kind of recuperation of heat control circuit being applied to air-conditioner |
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| CN204063458U true CN204063458U (en) | 2014-12-31 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104266316A (en) * | 2014-10-24 | 2015-01-07 | 中国扬子集团滁州扬子空调器有限公司 | Heat recovery control circuit for air conditioner |
| CN104266317A (en) * | 2014-10-24 | 2015-01-07 | 中国扬子集团滁州扬子空调器有限公司 | Heat recovery control circuit for air conditioner and control method thereof |
-
2014
- 2014-10-24 CN CN201420622221.8U patent/CN204063458U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104266316A (en) * | 2014-10-24 | 2015-01-07 | 中国扬子集团滁州扬子空调器有限公司 | Heat recovery control circuit for air conditioner |
| CN104266317A (en) * | 2014-10-24 | 2015-01-07 | 中国扬子集团滁州扬子空调器有限公司 | Heat recovery control circuit for air conditioner and control method thereof |
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