JPH09133372A - Hot water floor heating device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable erroneous piping or erroneous wiring to be efficiently judged when an installing work is carried out. SOLUTION: There are provided radiators such as a plurality of floor mats 2A or the like arranged at a floor surface of a heated chamber 11, a heat source machine for supplying hot water to these radiators, a floor heating remote controller 4A arranged within the heated chamber 11 in correspondence with each of the radiators, and a floor temperature sensor 7 having a connecting part 7a which can be removably connected to the floor heating remote controller 4A at its one end and having a temperature sensing means such as a floor temperature thermistor 7b or the like for sensing an upper surface temperature of each of the radiators at the other end. A discrimination of pass or non-pass of a trial operation is carried out whether or not the upper surface temperature of each of the radiators detected by the floor temperature sensor 7 is increased by a predetermined temperature within a predetermined time during the trial operation, and further there is provided a trail operation completion connector in which a resistor having a predetermined resistance value is connected to a connecting part which can be connected to the floor heating remote controller 4A.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hot water floor heating apparatus for heating by circulating hot water on a floor.

[0002]

2. Description of the Related Art Conventionally, in this type of hot water floor heating apparatus, a plurality of radiators and a remote controller for floor heating are installed corresponding to each room (system). Are all connected to one heat source device.
And, in order to make each room a comfortable heating space, this heat source unit opens and closes each thermal valve corresponding to each radiator based on a signal from each floor heating remote controller,
This controls the amount of hot water supplied to each room appropriately.

[0003]

In the installation work of the above-mentioned hot water floor heating apparatus, one heat source unit, a plurality of radiators and a remote controller for floor heating are connected by piping and wiring, respectively, and each radiator is connected. Watering work individually,
After that, a trial run is performed to check the quality of the water-filled state and check for incorrect piping or incorrect wiring. In particular, hot water is individually supplied to each radiator from the heat source unit,
The completion of water filling and erroneous piping and erroneous wiring are confirmed by checking whether the temperature of the hot water returning to the heat source device reaches a predetermined temperature.The hot water supply to each radiator is sequentially switched at predetermined time intervals. A trial run is in progress. However, this trial operation requires a considerably long time as the whole work time, while the installer is required to be skilled,
The burden on the contractor was heavy, the work efficiency was poor, and there was a problem in construction.

On the other hand, a trial operation can be performed by judging whether or not the room temperature has risen with a room temperature thermistor as room temperature detecting means provided in a floor heating remote controller corresponding to each radiator. Since there is a considerable time lag before the temperature rises and the room temperature rises, the test run time becomes longer than the previous one, so that this method is hardly used at present.

Therefore, according to the present invention, a trial operation completion connector detachable from the conventional remote controller for floor heating is provided, or
By providing a pass / fail judgment key on the floor heating remote control,
A hot water floor heating system that consciously shortens the trial run time and enables quick and efficient confirmation of the quality of the water filling condition and incorrect piping or wiring during the trial run such as installation work or the beginning of the season. The purpose is to provide.

[0006]

That is, the present invention relates to a plurality of radiators provided on the floor of a room to be heated, a heat source device for supplying hot water to these radiators, and a radiator corresponding to each of the radiators. Floor heating remote control installed in the heated room,
The floor temperature detector has a connection part detachably connectable to the floor heating remote controller at one end, and a floor temperature detector having a temperature detecting means for detecting the upper surface temperature of the radiator at the other end. A hot water floor heating apparatus that determines whether or not a trial run is successful by determining whether or not the upper surface temperature of the radiator detected by a detector has risen by a predetermined temperature within a predetermined time, and a connection unit connectable to the floor heating remote controller. A test operation completion connector in which a resistor having a predetermined resistance value is connected to is provided.

Further, according to the present invention, a plurality of radiators arranged on the floor surface of the heated chamber, a heat source device for supplying hot water to these radiators, and a heat source corresponding to each radiator are provided in the heated chamber. Each has a floor heating remote control installed, and a connection part that can be detachably connected to this floor heating remote control at one end,
It is composed of a floor temperature detector having a temperature detecting means for detecting the upper surface temperature of the radiator at the other end, and the upper surface temperature of the radiator detected by the floor temperature detector during a test operation rises by a predetermined temperature within a predetermined time. A hot water floor heating apparatus that determines whether or not to perform a test operation based on whether or not the test operation is performed. The hot water floor heating apparatus is provided with a pass determination key on the floor heating remote controller.

Further, according to the present invention, the existing key on the floor heating remote controller is also used as a pass determination key.

Further, the present invention is configured so that the acceptance judgment is made by multiple pressing of a plurality of existing keys on the floor heating remote controller.

[0010]

Embodiments of the present invention will be described below with reference to the drawings. 1 is a principle diagram showing an embodiment of a hot water floor heating apparatus according to the present invention, FIG. 2 is a control block diagram of the hot water floor heating apparatus shown in FIG. 1, and FIG. 3 is for floor heating of the hot water floor heating apparatus shown in FIG. FIG. 4 is a perspective view showing an example of a trial run completion connector, FIG. 5 is a perspective view showing how to use the floor temperature detector, FIG. 6 is a view showing an example of trial run mode display, and FIG. 7 is a normal run. Program flow chart, Figure 8
Is a flow chart of the trial run program.

A hot water floor heating system 10 according to the present invention is shown in FIG.
As shown in FIG. 2, it has a heat source device 1 that combusts gas, oil, etc. and generates hot water by the heat of combustion, and the heat source device 1 has a circulation pump 3 built therein as a heating pump. . A plurality (for example, two) of floor mats 2A and 2B disposed on the floor of the chamber 11 to be heated are connected in parallel to the circulation pump 3, and these floor mats 2A and 2B and the circulation pump 3 Are provided with thermal valves 5A and 5B, respectively. In the heated chamber 11, the floor mat 2A,
2B floor heating remote control 4A, the same number as 2B,
4B is installed in a form corresponding to each floor mat 2A, 2B, and various signals can be transmitted and received between each floor heating remote controller 4A, 4B and the heat source device 1.

Further, as shown in FIG. 3, the operation keys 4c, the operation lamp 4d, the LCD display section 4e, the room temperature thermistor 4f, the program operation lamp 4g, and the operation lamps 4g are provided on the operation panels of the floor heating remote controllers 4A and 4B, respectively. Temperature drop switch 4
h, a temperature raising switch 4j, a connection hole 4k, and the like, and a floor temperature detector 7 is detachably mounted in the connection hole 4k. As shown in FIG. 5, the floor temperature detector 7 has a lead wire 7c, and one end of the lead wire 7c can be detachably connected to a connection hole 4k of the floor heating remote controllers 4A and 4B. A connection portion 7a is provided. On the other hand, lead wire 7
The other end of c is a bed temperature thermistor 7b as a temperature detecting means.
Is provided around the floor temperature thermistor 7b, and a synthetic resin case 8 formed in a substantially hemispherical shape (bowl shape) is provided.
Is attached so as to surround the floor temperature thermistor 7b.

Further, the hot water floor heating system 10 is provided with a trial run completion connector 9, and the trial run completion connector 9 is attached.
As shown in FIG. 4, has a connection portion 9a having the same function as the connection portion 7a of the floor temperature detector 7 that can be connected to the connection hole 4k of the floor heating remote controllers 4A and 4B. A connector 9d is provided on the connection portion 9a via a lead wire 9b, and a connector 9e is connected to the connector 9d. The connector 9e is connected to a board 9c having a resistor having a predetermined resistance value equivalent to the resistance value when the floor temperature thermistor 7b detects a predetermined temperature.

Since the hot water floor heating system 10 according to the present invention has the above-described structure, the normal operation and test operation of the hot water floor heating system 10 are performed as follows.

First, the normal operation will be described.

Press the operation key 4c of the floor heating remote control 4A
When N, the floor heating remote controller 4A executes the normal operation process based on the normal operation program shown in FIG. That is, the operation lamp 4d and the operation part of the LCD display unit 4e are turned on, and the ON / OFF of the thermal valve 5A is determined based on the room temperature detected by the room temperature thermistor 4f and the set temperature set by the floor heating remote controller 4A. Calculate the OFF time. Then, the operation ON signal data and the heat valve ON signal data are transmitted to the heat source device 1. The ON-OFF time of the thermal valve 5A is 2
The ON time is 5 to 20 minutes with 0 minute as one cycle (continuous O
Variable control is possible in the range of N). Therefore, during the floor heating operation, the amount of hot water supplied to the room is controlled by calculating and controlling the ON-OFF time of the thermal valve 5A based on the deviation between the set temperature and the room temperature every 20 minutes, The room temperature is controlled to the set temperature.

Next, the trial run will be described.

After the installation work of the heat source unit 1 and the heating pipe is completed, the floor temperature thermistor 7b and the case 8 of the floor temperature detector 7 are installed on the floor surface in the heated chamber 11 in which the floor mat 2A is arranged. The connection portion 7a of the floor temperature detector 7 is inserted into the connection hole 4k of the floor heating remote controller 4A. Then, the floor temperature thermistor 7b is connected to the floor heating remote controller 4A.

In this state, the trial run switch 1a of the heat source unit 1
When is turned on, the heat source device 1 executes the trial run process based on the trial run program shown in FIG. That is, the heat source device 1 transmits the transition data to the "trial operation mode" to the floor heating remote controllers 4A and 4B when the trial operation is turned on. Upon receiving the transition data to the “test operation mode”, each of the floor heating remote controllers 4A and 4B blinks the operation lamp 4d and the program operation lamp 4g regardless of whether or not the normal operation is being performed. The transition to the "test run mode" is visually reported.

Further, when shifting to the "test run mode",
At this time, the bed temperature detected by the bed temperature thermistor 7b of the bed temperature detector 7 is stored as "T1" data, and it is determined whether or not the bed temperature increases during a test run of another system. as a result,
If the floor temperature rises, incorrect piping or incorrect wiring may be considered, so immediately send "abnormality data" to the heat source device 1 (that is, perform error processing), and notify the heat source device 1 of the occurrence of an abnormality and its contents. Make them recognize. In addition, it is also possible to provide the heat source unit 1 with a display unit for displaying an abnormal code of 7 segments, and to display the contents of the code when an abnormality occurs, so that the test driver can easily determine the cause of the abnormality.

When the heat source device 1 shifts to the "test operation mode", first, the pump 3 is driven to sequentially switch the "water filling" operation for filling the circulating water for heating into the piping of each floor heating system for each system. To do.

When "water filling" on all floor mats 2A and 2B is normally completed, the remote controller 4 for heating each floor is provided.
A and 4B are sequentially operated.

The details of the test operation by the floor heating remote controllers 4A and 4B will be described below.

The heat source unit 1 sends a "test run mode + completion of water filling +" to the floor heating remote controller 4A corresponding to the floor mat 2A.
Operation ON ”data is transmitted. Further, the pump 3 is turned on to start a normal heating combustion operation.

The floor heating remote controller 4A receives the "trial operation mode + water filling completion + operation ON" data for the first time.
The current bed temperature detected by the bed temperature thermistor 7b is "T
2 ". Thereafter, in the bed temperature thermistor 7b in the case 8, a test operation limit time (for example, 50 hours) is set as a predetermined time as to whether or not the bed temperature increases by “T2” +5 deg.
Minutes) elapse.

The trial run time limit is displayed by using the "minute digit" of the program time display during the trial run, and the temperature lowering switch 4h and the temperature raising switch 4j are used for changing the set temperature.
With these operations, these switches (keys) are also used as changing means for a certain time range (for example, 20 to 90 minutes).
It can be changed with. Therefore, since the test operation limit time can be changed according to the installation status of the floor mats 2A and 2B, the test operation can be performed for various installations.
Further, since the test operation limit time is configured to display the remaining time as the test operation progresses, the progress of the test operation and the remaining time can be easily determined. Further, a jumper wire or a switch may be provided on the board to switch the test operation limit time.

In the normal state, when the floor heating remote controller 4A rises to "T2" +5 deg by the floor temperature thermistor 7b, "test operation normal end" data is transmitted to the heat source unit 1 to end the test operation. When the heat source device 1 receives the “completion of normal trial operation” data, it transmits a signal instructing the next trial operation of the floor mat 2B to the floor heating remote controller 4B to sequentially perform the trial operation.

Further, if the floor temperature does not rise even after the trial run limit time (50 minutes) has elapsed after the start of the trial run, the floor heating remote controller 4A determines that the piping is wrong or the wiring is incorrect, and the heat source unit 1
Send "test run error" data to. When the heat source device 1 receives the "test operation abnormality" data, it stops the test operation of this floor mat 2A, and sends a signal instructing the test operation of the next floor mat 2B to the floor heating remote controller 4B, and Perform a similar test run.

Further, when the trial run is performed again for various reasons, when it is desired to omit the trial run of the system which has already completed the trial run or to make it clear that the trial run has ended, the pass judgment key is set in the "trial run mode". By operating the operation key 4c that also serves as the key, the floor heating remote controller 4A determines that the "test operation is completed normally" and transmits this data to the heat source device 1. Further, in consideration of careless operation, the pass determination key may be determined by multiple pressing of the temperature lowering switch 4h and the temperature raising switch 4j.

Furthermore, as a method for normally completing the trial run,
The test run completion connector 9 shown in FIG. 4 may be used. That is, the same as when the floor temperature detects a predetermined temperature (for example, 60 to 70 ° C.) in a state where the connection portion 9a of the trial operation completion connector 9 is inserted and connected to the connection hole 4k of the floor heating remote controller 4A. Since the predetermined resistance value of is input to the floor heating remote controller 4A, when "test operation ON" data is received from the heat source device 1, it is possible to determine that "test operation is completed" and send the data to the heat source device 1. is there.

The floor heating test operation of the present invention has been described above in detail. If the operation mode states during the test operation are displayed by using the "hour digits" of the program display section, the test driver can see the test operation status at a glance. You can judge. For example, each mode can be displayed by a number or a symbol as described below. FIG. 6 shows an example in which each mode is represented by a symbol (A, b, C, d, E).

A = “test run mode + water filling + operation OFF” b = “test run mode + water fill completion + run OFF” C = “test run mode + water fill completion + run ON” d = “test run mode + test run normal” End "E =" Test run mode + test run abnormal end "

[0033]

As described above, according to the present invention, a radiator such as a plurality of floor mats arranged on the floor of the heated chamber, and a heat source device for supplying hot water to these radiators, A floor heating remote controller installed in the room to be heated corresponding to each radiator, and a connection portion detachably connectable to the floor heating remote controller at one end and the top surface of the radiator at the other end. It consists of a floor temperature detector having a temperature detecting means such as a floor temperature thermistor for detecting the temperature, and whether or not the upper surface temperature of the radiator detected by the floor temperature detector during a test operation has risen to a predetermined temperature within a predetermined time. It is a hot water floor heating device that determines whether or not to perform a trial operation by whether or not the test operation completion connector in which a resistor having a predetermined resistance value is connected is provided at a connection portion that can be connected to the floor heating remote controller. After the construction, heat After water filling each radiator, hot water is circulated to each radiator, and each floor heating remote controller corresponding to each radiator performs a trial run to determine whether the temperature actually rises or not. However, when each floor heating remote controller receives the test operation signal from the heat source device, the floor temperature detector raises the temperature of the radiator to a predetermined temperature within a predetermined time, and the pipe connection with the heat source device is normal. It can be easily and reliably determined. As a result, it is possible to efficiently determine the presence or absence of erroneous piping or erroneous wiring when installing a hot water floor heating system. Moreover, by connecting the trial run completion connector to the floor heating remote controller in place of the floor temperature detector during the trial run, it is possible to determine whether the trial run of this system has passed, so the floor temperature has already risen. If there is a radiator or if the radiator and the floor heating remote control are installed in different locations, the trial run of the system can be easily passed. In this case, the heat source machine can shift to the next trial run process, and the trial run time can be shortened. Further, it can be realized at low cost without providing a special key or switch.

Further, according to the present invention, a plurality of radiators arranged on the floor of the chamber to be heated, a heat source device for supplying hot water to these radiators, and the radiator to be heated corresponding to each radiator. A floor having a floor heating remote controller installed in each room and a connection part detachably connectable to the floor heating remote controller at one end, and a temperature detecting means for detecting the upper surface temperature of the radiator at the other end. A hot water floor heating device comprising a temperature detector and performing pass / fail judgment of the trial run depending on whether or not the upper surface temperature of the radiator detected by the floor temperature detector during the trial run has risen by a predetermined temperature within a predetermined time. Since the floor heating remote controller is configured to be provided with a pass determination key, after the installation work is completed, the heat source device is filled with water for each radiator, and then hot water is circulated for each radiator, respectively. For each floor heating corresponding to the radiator of Although the test run is performed to make the mocon determine whether the temperature actually rises, when each floor heating remote controller receives the test run signal from the heat source unit, the floor temperature detector causes the temperature of the radiator to rise to a predetermined temperature within a predetermined time. It is possible to easily and surely determine that the pipe connection with the heat source device is normal by raising the temperature. As a result, it is possible to efficiently determine the presence or absence of erroneous piping or erroneous wiring when installing a hot water floor heating system. Moreover, at the time of test operation, by pressing the pass judgment key instead of connecting the floor temperature detector to the floor heating remote control, it is possible to judge the test operation of this system as pass, so the floor temperature has already risen. If the installation location of the radiator and the floor heating remote control is different, the test run of the system can be easily passed. In this case, the heat source machine can shift to the next trial run process, and the trial run time can be shortened.

Further, according to the present invention, the existing key on the floor heating remote controller is also used as the pass determination key, so that it can be realized at low cost without providing a special key or switch. Becomes

Further, according to the present invention, since the acceptance judgment is made by pressing a plurality of existing keys on the floor heating remote controller, it is possible to prevent inadvertent operation. It will be possible.

[Brief description of the drawings]

FIG. 1 is a principle diagram showing an embodiment of a hot water floor heating device according to the present invention.

FIG. 2 is a control block diagram of the hot water floor heating device shown in FIG.

FIG. 3 is an external view of a remote controller for floor heating of the hot water floor heating device shown in FIG. 1;

FIG. 4 is a perspective view showing an example of a test run completion connector.

FIG. 5 is a perspective view showing how to use a floor temperature detector.

FIG. 6 is a diagram showing an example of a test operation mode display.

FIG. 7 is a flowchart of a normal operation program.

FIG. 8 is a flowchart of a test operation program.

[Explanation of symbols]

 1 ... Heat source device 2 ... Radiator (floor mat) 4 ... Floor heating remote control 7 ... Floor temperature detector 7a ... Connection part 7b ... Temperature detection means (floor temperature thermistor) 9 ... Trial run completion connector 10 …… Hot water floor heating system 11 …… Heating room

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Tadashi Ohata 2-5-5 Keihan Hon-dori, Moriguchi-shi, Osaka Sanyo Electric Co., Ltd. (72) Kiyoma Yamagishi 2-chome, Keihan-hondori, Moriguchi-shi, Osaka No. 5-5 Sanyo Electric Co., Ltd.

Claims (4)

[Claims] 1. A plurality of radiators arranged on the floor of the heated chamber, a heat source unit for supplying hot water to these radiators, and a heat source unit installed in the heated chamber corresponding to each radiator. A floor heating remote controller and a floor temperature detector having a connection portion detachably connectable to the floor heating remote controller at one end and temperature detecting means for detecting the upper surface temperature of the radiator at the other end. In the hot water floor heating apparatus, the hot water floor heating device determines whether the trial run is successful or not depending on whether or not the upper surface temperature of the radiator detected by the floor temperature detector during the trial run has risen by a predetermined temperature within a predetermined time. A hot-water floor heating system characterized in that a trial run completion connector, in which a resistor having a predetermined resistance value is connected, is provided at a connection portion connectable to a remote controller. 2. A plurality of radiators arranged on the floor of the heated chamber, a heat source unit for supplying hot water to these radiators, and a heat source unit installed in the heated chamber corresponding to each radiator. A floor heating remote controller and a floor temperature detector having a connection portion detachably connectable to the floor heating remote controller at one end and temperature detecting means for detecting the upper surface temperature of the radiator at the other end. In the hot water floor heating apparatus, the hot water floor heating device determines whether the trial run is successful or not depending on whether or not the upper surface temperature of the radiator detected by the floor temperature detector during the trial run has risen by a predetermined temperature within a predetermined time. A hot water floor heating system characterized by having a pass / fail judgment key on the remote control. 3. The hot water floor heating apparatus according to claim 2, wherein an existing key on the floor heating remote controller is also used as a pass determination key. 4. The hot water floor heating apparatus according to claim 3, wherein the acceptance determination is performed by multiple pressing of a plurality of existing keys on the floor heating remote controller.