JPH079313B2 - Bath heating circulation monitoring device - Google Patents
Bath heating circulation monitoring deviceInfo
- Publication number
- JPH079313B2 JPH079313B2 JP63077723A JP7772388A JPH079313B2 JP H079313 B2 JPH079313 B2 JP H079313B2 JP 63077723 A JP63077723 A JP 63077723A JP 7772388 A JP7772388 A JP 7772388A JP H079313 B2 JPH079313 B2 JP H079313B2
- Authority
- JP
- Japan
- Prior art keywords
- temperature
- bath
- heating
- rate
- hot water
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Description
【発明の詳細な説明】 〈産業上の利用分野〉 本発明は風呂の追焚き循環の不良等を監視する装置に関
する。DETAILED DESCRIPTION OF THE INVENTION <Industrial field of application> The present invention relates to a device for monitoring a defective reheating circulation of a bath or the like.
〈従来の技術及びその課題〉 給湯器の給湯用貯湯缶体内に風呂追焚き用の熱交換コイ
ルを配置した構成のものを用いて、風呂の追焚きを行う
場合には、追焚きのための循環回路に浴槽水が循環され
ない、いわゆる空焚きの場合でも、前記熱交換コイルが
熱損傷することはない。したがってこの様な構成のもの
においては、追焚き循環回路に空焚き防止のための特別
の設備、例えば循環スイッチ、水位スイッチを必ずしも
設ける必要がない。しかしながら、空焚き防止手段がな
いと、浴槽が空であっても追焚きスイッチ等による追焚
き指令により、循環ポンプはオンし、しかも風呂温度検
出センサーがあっても焚き上がり信号が出ることがない
ので、前記循環ポンプがオン状態を持続する結果、循環
ポンプの耐久性が問題となる。<Prior art and its problems> When using a structure in which a heat exchange coil for bath heating is arranged in the hot water storage can of the water heater, when heating the bath, Even when the bath water is not circulated in the circulation circuit, that is, in the case of so-called empty heating, the heat exchange coil is not thermally damaged. Therefore, in such a structure, it is not always necessary to provide special equipment for preventing the heating of the reheating circulation circuit, for example, a circulation switch and a water level switch. However, if there is no empty heating prevention means, even if the bathtub is empty, the circulating pump will be turned on by the additional heating command from the additional heating switch, etc., and even if there is a bath temperature detection sensor, no heating signal will be output. Therefore, as a result of the circulation pump remaining in the ON state, durability of the circulation pump becomes a problem.
一方、上記給湯水の加熱と風呂の追焚きを一つのバーナ
で行うものにおいては、給湯状態から追焚き状態に運転
が切り換えられる際、追焚き指令により、バーナ制御の
ための温調設定が自動的に高温へ切り換えられるよう構
成したものもあるが、そうではなく追焚き時にマニュア
ル操作をしなければならないものもある。前記自動切り
換えがなされるものでは、風呂温度検出センサーによる
温度上昇を検出することにより、循環不良を判定でき
る。がマニュアル操作しなければならないものにおいて
は、風呂温度検出センサーによる温度上昇を検出するこ
とにより、循環不良を判定しようとしても、追焚き時の
温調設定温度が低く設定されたままの場合には、温度上
昇が当然無いので、循環不良が否かの判別が不可能であ
る。On the other hand, in the case of heating the hot water supply and heating the bath with a single burner, when the operation is switched from the hot water supply state to the additional heating state, the temperature control setting for the burner control is automatically performed by the additional heating command. Some are configured to be switched to a high temperature, but some are not, and some require manual operation during reheating. In the automatic switching type, defective circulation can be determined by detecting the temperature rise by the bath temperature detection sensor. If you have to manually operate, but if you try to determine the circulation failure by detecting the temperature rise by the bath temperature detection sensor, if the temperature control temperature at the time of reheating remains set low Of course, since there is no temperature rise, it is impossible to determine whether or not there is defective circulation.
〈発明の目的〉 そこで本発明は、上記従来技術の欠点を解消し、給湯と
風呂の追焚きを一つのバーナで行うもので、しかも給湯
から追焚きに切り換える場合に、マニュアル操作でバー
ナ制御の温調設定をしなければならない構成のものにお
いても、追焚き時における循環不良を検出することがで
きると共に、追焚き時に温調設定が追焚き可能な温度に
なっていない場合には、それを循環不良と識別して表示
することができる風呂の追焚き循環監視装置の提供を目
的とする。<Object of the Invention> Therefore, the present invention solves the above-mentioned drawbacks of the prior art, and performs hot water supply and bath heating with a single burner, and when switching from hot water supply to additional heating, burner control is performed manually. Even in the configuration that requires temperature control, it is possible to detect defective circulation during heating, and if the temperature control is not at the temperature that can be heated during heating, change it. It is an object of the present invention to provide a bath renewal circulation monitoring device that can identify and display a defective circulation.
〈課題を解決するための手段〉 本発明は、給湯用水の加熱と風呂追焚き用の循環水の加
熱を同じ熱交換缶体で併せて行う構成とすると共に給湯
運転から風呂追焚き運転への運転切り換えに伴う前記熱
交換缶体の温度設定については手動にて行う構成とされ
た風呂設備における追焚き循環監視装置であって、浴槽
と熱交換缶体との間の循環路に浴槽の温度を検出する風
呂温度検出センサーを備え、また風呂追焚き運転中にお
ける浴槽温度の上昇率が一定の基準上昇率を下回る場合
には、一定猶予時間のタイマーを開始すると共に更に前
記熱交換缶体の温調設定温度が追焚きに必要な最低温調
設定温度以上か否かを判定し、熱交換缶体の温調設定が
追焚きに必要な最低温調設定温度を下回る場合には前記
温調設定の変更要求表示を行い、且つ前記一定猶予時間
内に浴槽温度の上昇率が一定の基準上昇率以上とならな
い場合には風呂追焚き運転を停止するコントローラを備
えたことを特徴としている。<Means for Solving the Problems> The present invention is configured to perform heating of hot water for hot water supply and circulating water for bath heating by using the same heat exchange can body together with hot water supply operation to hot water addition operation. It is a reheating circulation monitoring device in a bath facility configured to manually set the temperature of the heat exchange can with switching operation, and the temperature of the bath in the circulation path between the bath and the heat exchange can. If a bath temperature detection sensor for detecting the bath temperature rise rate of the bath temperature during the bath reheating operation falls below a certain reference rise rate, a timer for a certain grace period is started and further the heat exchange can body It is judged whether the temperature control set temperature is higher than the minimum temperature control set temperature required for heating, and if the temperature control setting of the heat exchange can is lower than the minimum temperature control set temperature required for heating, the above temperature control is performed. Display the setting change request and It is characterized by having a controller for stopping the bath reheating operation when the rate of increase in bath temperature does not exceed a certain reference rate of rise within a certain grace period.
そして上記基準上昇率としては、追焚きに必要な最低温
調設定温度における浴槽温度の上昇率を採用することが
できる。As the reference rate of increase, the rate of increase of the bath temperature at the lowest temperature setting temperature required for reheating can be used.
〈作用〉 追焚き運転中における風呂温度の上昇率が一定の基準上
昇率を下回る場合には、浴槽水が熱交換缶体へうまく循
環していないと一応仮判定され、一定猶予時間のタイマ
ーが開始される。そして前記風呂温度の上昇率が一定の
基準上昇率を下回る場合であっても、その理由が循環不
良ではなく、温調設定が低温になされたままであること
による場合があるので、熱交換缶体の温調設定温度が追
焚きに必要な最低温調設定温度以上が否かが更に判定さ
れる。そしてこの判定により、熱交換缶体の温調設定温
度が追焚きに必要な最低温調設定温度を下回る場合は、
循環不良ではなく温調設定が風呂追焚き運転用に手動変
更されていないだけであるので、温調設定の変更要求表
示がなされる。よってこの変更要求表示に基づいて使用
者等が温調設定を変更して適性な温調設定温度にした場
合には、風呂温度の上昇率が前記基準上昇率以上とな
り、前記一定猶予時間のタイマー動作が解除されること
になる。変更要求表示によるも温調設定の変更が操作さ
れない場合及び現実に浴槽水が循環不良である場合は、
風呂温度の上昇率が一定猶予時間内に基準上昇率以上に
ならないので、一定猶予時間の経過をもって風呂追焚き
運転が停止される。<Operation> If the rate of increase in bath temperature during reheating is below a certain standard rate of increase, it is tentatively determined that the bath water is not circulating well to the heat exchange can, and the timer for the fixed grace period is set. Be started. Even if the rate of increase in the bath temperature is lower than a certain reference rate of increase, the reason may be that circulation is not defective and the temperature control setting is kept at a low temperature. It is further determined whether or not the temperature control set temperature of is equal to or higher than the minimum temperature control set temperature required for additional heating. Then, by this determination, if the temperature control set temperature of the heat exchange can is lower than the minimum temperature control set temperature required for additional heating,
Since there is no circulation failure and the temperature control setting is not manually changed for the bath heating operation, a change request display of the temperature control setting is displayed. Therefore, when the user or the like changes the temperature control setting based on this change request display to obtain an appropriate temperature control set temperature, the rate of increase in bath temperature becomes equal to or higher than the reference rate of increase, and the timer of the fixed grace time is set. The operation will be canceled. If the change of the temperature control setting is not operated even when the change request is displayed or if the bath water is not circulating properly,
Since the rate of increase in bath temperature does not exceed the standard rate of increase within a certain grace period, the bath reheating operation is stopped after the lapse of the certain grace period.
また前記基準上昇率を追焚きに必要な最低温調設定温度
における浴槽の温度上昇率とする場合には、該最低温調
設定温度での上昇率を下回る場合を、循環不良と仮判定
し、その内、実際の温調設定温度が前記追焚きに必要ば
最低温調設定温度を下回る場合には、循環不良によるた
めではないので、これを循環不良と区別し、温調を高温
にマニュアル操作させるための温調変更要求表示を行
う。When the reference rate of rise is the temperature increase rate of the bathtub at the minimum temperature setting temperature required for reheating, if the rate of increase is less than the minimum temperature setting temperature, it is tentatively determined to be poor circulation, Among them, if the actual temperature setting temperature is lower than the minimum temperature setting temperature required for the above-mentioned heating, it is not due to poor circulation, so this is distinguished from poor circulation and the temperature is manually adjusted to a high temperature. A temperature control change request display is displayed in order to cause the change.
〈実施例〉 第１図は本発明装置が利用される風呂設備の全体構成図
である。<Example> FIG. 1 is an overall configuration diagram of a bath facility in which the device of the present invention is used.
10は浴槽で、20は給湯器の熱交換缶体である。熱交換缶
体20には、給湯を行うための貯湯槽21と、浴槽10からの
循環水を加熱するための熱交換コイル22が設けられてい
る。23はバーナである。このバーナ23の燃焼により貯湯
槽21の水が加熱され、また熱交換コイル22内の水が加熱
される。前記貯湯槽21には給湯温度検出センサー24が設
けられている。浴槽10内の水は循環路31を循環ポンプ32
により強制循環されつつ、前記熱交換コイル22内で加熱
される。33は風呂温度検出センサーである。40はマイク
ロコンピュータ内蔵のコトローラで、遠隔操作部50から
の指令、給湯温度センサー24や風呂温度センサー33から
の温度情報を入力し、その入力に応じて前記バーナ23や
循環ポンプ32に所定の制御動作指令を出力する。前記遠
隔操作部50には、運転スイッチ51と、給湯温調ダイヤル
52、追焚きスイッチ53、風呂温調ダイヤル54、及び給湯
温調変更要求表示部55が設けられている。前記貯湯槽21
の温度具合、したがってバーナ23の燃焼具合は、給湯温
調ダイヤル52の設定により定まる。また循環ポンプ32の
運転停止、再開は風呂温調ダイヤル54による風呂温調温
度と実際の浴槽温度とが比較されることにより行われ
る。10 is a bathtub and 20 is a heat exchange can body of a water heater. The heat exchange can body 20 is provided with a hot water storage tank 21 for supplying hot water and a heat exchange coil 22 for heating the circulating water from the bathtub 10. 23 is a burner. The combustion of the burner 23 heats the water in the hot water storage tank 21, and also heats the water in the heat exchange coil 22. A hot water supply temperature detection sensor 24 is provided in the hot water storage tank 21. The water in the bathtub 10 is circulated through the circulation path 31 and the circulation pump 32.
While being forcibly circulated, the heat is exchanged in the heat exchange coil 22. 33 is a bath temperature detection sensor. 40 is a controller with a built-in microcomputer, which inputs commands from the remote control unit 50 and temperature information from the hot water supply temperature sensor 24 and the bath temperature sensor 33, and controls the burner 23 and the circulation pump 32 in accordance with the input. Output operation command. The remote control unit 50 includes an operation switch 51 and a hot water temperature control dial.
52, a reheating switch 53, a bath temperature control dial 54, and a hot water supply temperature control change request display unit 55 are provided. The hot water storage tank 21
The degree of temperature of the burner 23 and therefore the degree of combustion of the burner 23 are determined by the setting of the hot water supply temperature control dial 52. The circulation pump 32 is stopped and restarted by comparing the bath temperature control temperature by the bath temperature control dial 54 with the actual bath temperature.
コントローラ40による風呂追焚き時の制御動作を第２図
のフローチャートに沿って説明する。今、運転スイッチ
51がオンされている状態で、追焚きスイッチ53がオンさ
れると（フロー（イ））、遠隔操作部50からコントロー
ラ40を介して追焚き指令と循環指令がバーナ23、循環ポ
ンプ32に出力される（フロー（ロ））。これにより、バ
ーナ23の燃焼が開始され、循環ポンプ32が駆動する。こ
の場合、バーナ23の燃焼は前記貯湯槽21内の温度が給湯
温調ダイヤルで設定された給湯温調温度になるよう制御
される。The control operation by the controller 40 at the time of reheating the bath will be described with reference to the flowchart of FIG. Now driving switch
When the reheating switch 53 is turned on while the 51 is on (flow (a)), the reheating command and the circulation command are output from the remote operation unit 50 to the burner 23 and the circulation pump 32 via the controller 40. Is done (flow (b)). As a result, combustion of the burner 23 is started and the circulation pump 32 is driven. In this case, the combustion of the burner 23 is controlled so that the temperature in the hot water storage tank 21 becomes the hot water supply temperature control temperature set by the hot water supply temperature control dial.
前記追焚き指令及び循環指令が出されると、次に風呂温
度検出センサー33で検出される浴槽温度から、浴槽温度
の実際の上昇率ΔＴを演算し、この上昇率ΔＴが予め基
準値として設定している基準上昇率ΔT0を下回るか否か
を判定する（フロー（ハ））。これらは前記コントロー
ラ40に内蔵のマイクロコンピュータで行われる。判定の
仕方についてさらに第３図も参照して説明する。今、例
えば追焚きを行うのに最低限度必要な給湯温調設定温度
TBにおける正常時の浴槽温度の上昇線をＢとすると、該
上昇線Ｂのある一定の時刻t1とt2における浴槽温度差Δ
T0を基準上昇率として予めコントローラ40内蔵のマイク
ロコンピュータに記憶させておく。When the reheating command and the circulation command are issued, the actual increase rate ΔT of the bath temperature is calculated from the bath temperature detected by the bath temperature detection sensor 33, and this increase rate ΔT is set as a reference value in advance. It is determined whether or not it is below the reference increase rate ΔT 0 (flow (c)). These are performed by a microcomputer built in the controller 40. The method of determination will be described with reference to FIG. Now, for example, the hot water supply temperature adjustment set temperature that is the minimum required to perform reheating
Assuming that the rising line of the bath temperature in the normal time at T B is B, the bath temperature difference Δ at a certain time t 1 and t 2 having the rising line B is Δ.
T 0 is stored in advance in the microcomputer with the controller 40 as the reference increase rate.
一方、追焚きスイッチがオンされ、追焚きが開始される
と、時刻t1とt2における実際の浴槽温度差ΔＴを演算
し、このΔＴを当該追焚き時の浴槽温度の上昇率とし、
マイクロコンピュータで両者ΔＴとΔT0を比較させる。
そして上昇率ΔＴが例えば第３図のＡ線で示す様な場合
は、ΔＴがΔT0を上回るので、一応循環ポンプ32による
循環が正常に行われていると判断させる。他方前記ΔＴ
がΔT0を下回る場合（これは例えば実際の追焚きが第３
図のＣ線で示す様な追焚き上昇線を示す場合である）、
この場合には追焚きスイッチが押されているにもかかわ
らず、現実には追焚きがうまくおこなわれていないこと
になるので、循環開始タイマーをスタートさせる（フロ
ー（ニ））。前記の説明では、基準上昇率ΔT0として、
追焚きを行うのに最低限度必要な給湯温調温度TBにおけ
る正常時の上昇率を採用したが、このTBにおける正常時
の浴槽温度上昇率を採用することにより、現実に追焚き
が行われているか否かを判断することができる。すなわ
ち、浴槽温度の上昇率ΔＴが基準上昇率ΔT0を下回る場
合には、追焚きが現実にはうまく行われていないことに
なる。そしてこのΔＴがΔT0を下回る場合の理由として
は、給湯温調ダイヤル52による給湯温調温度が前記給湯
温調温度TBよりも高く設定されているにもかかわらず、
循環ポンプ32による循環が不良であるためにΔＴがΔT0
を下回る場合と、給湯温調温度自体が前記追焚きを行う
のに最低限度必要な給湯温調温度TBを下回るため、循環
は正常であっても、浴槽温度の上昇率ΔＴが基準上昇率
ΔT0以上となり得ない場合とがある。よってΔＴ＜ΔT0
の場合は追焚き不良として、とりあえず循環監視タイマ
ーをスタートさせ（フロー（ニ））、一定の猶予時間経
過すると（フロー（ト））、追焚き停止指令と循環停止
指令を出し、追焚きを停止する。そして前記ΔＴ＜ΔT0
の場合には、さらに設定されている給湯温調温度が追焚
きを行うのに最低限度必要な給湯温調温度以上か否かを
判定し（フロー（ホ））、以上の場合には、循環ポンプ
32による循環が不良であるので、前記の如く、一定時間
後に追焚きを停止する。また下回る場合には、設定給湯
温調温度自体が低いことにより浴槽温度が上昇しないと
判定できるので、給湯温調変更要求表示を表示部55に点
滅信号や音等で表示する（フロー（ヘ））。そしてこの
場合も、追焚き不良には変わりないので、前記一定時間
が経過すれば（フロー（ト））、追焚き停止指令と循環
停止指令を出す。なお前記循環監視タイマーの設定時間
を長く採用する場合には、タイムアップする前に沸き上
がることもあるので、タイムアップ前にも沸き上がり状
態を監視（フロー（チ））する。On the other hand, when the reheating switch is turned on and the reheating is started, the actual bathtub temperature difference ΔT at times t 1 and t 2 is calculated, and this ΔT is set as the rate of increase in bath temperature at the time of reheating,
A microcomputer compares both ΔT and ΔT 0 .
When the rate of increase ΔT is, for example, as shown by the line A in FIG. 3, ΔT exceeds ΔT 0, and therefore it is determined that the circulation by the circulation pump 32 is normally performed. On the other hand, ΔT
Is less than ΔT 0 (this is due to the fact that
This is the case where an additional heating rising line as shown by the line C in the figure is shown),
In this case, although the reheating switch is pressed, in reality the reheating is not being performed successfully, so the circulation start timer is started (flow (d)). In the above description, as the reference rate of increase ΔT 0 ,
The normal rate of increase in the hot water supply temperature control temperature T B , which is the minimum required to perform additional heating, was adopted.However, by adopting the normal temperature increase rate of the bathtub temperature at T B, heating is actually performed. It is possible to determine whether or not That is, when the bath temperature increase rate ΔT is lower than the reference increase rate ΔT 0 , it means that reheating is not actually successful. The reason why ΔT is less than ΔT 0 is that the hot water supply temperature control temperature by the hot water supply temperature control dial 52 is set higher than the hot water supply temperature control temperature T B.
ΔT is ΔT 0 due to poor circulation by the circulation pump 32.
If the temperature is lower than, and the hot water supply temperature control temperature itself is lower than the hot water supply temperature control temperature T B that is the minimum required to perform the reheating, the bath temperature increase rate ΔT is the reference increase rate even if the circulation is normal. In some cases, ΔT 0 or more cannot be achieved. Therefore ΔT <ΔT 0
In the case of, it is determined that the reheating is defective and the circulation monitoring timer is started for the time being (Flow (d)), and when a certain grace period has elapsed (Flow (to)), a reheating stop command and a circulation stop command are issued to stop the reheating. To do. Then, ΔT <ΔT 0
In the case of, it is determined whether the set hot water supply temperature control temperature is higher than the minimum required hot water supply temperature control temperature for performing additional heating (flow (e)). pump
Since the circulation by 32 is defective, the reheating is stopped after a certain period of time as described above. When the temperature falls below the above, it can be determined that the bath temperature does not rise because the set hot water temperature control temperature itself is low, and therefore the hot water temperature control change request display is displayed on the display unit 55 by a blinking signal or sound (flow (f)) ). In this case as well, since it does not change to the additional heating failure, the additional heating stop command and the circulation stop command are issued when the predetermined time has elapsed (flow (float)). When the set time of the circulation monitoring timer is adopted for a long time, it may boil before the time is up, so the boiled state is monitored (flow (h)) before the time is up.
前記浴槽の温度上昇率ΔＴが基準上昇率ΔT0以上の場合
は、一応循環不良がないと判定され、また追焚きが順調
に行われているので、そのまま運転を続け、風呂温度が
設定された風呂温調温度に達すれば（フロー（チ））、
追焚き停止指令と循環停止指令を出す（フロー
（リ））。When the temperature rise rate ΔT of the bathtub is equal to or higher than the reference rise rate ΔT 0 , it is determined that there is no defective circulation, and since reheating is being performed smoothly, the operation is continued and the bath temperature is set. When the bath temperature reaches the controlled temperature (flow (h)),
Issue a reheating stop command and a circulation stop command (flow (re)).
なお、上記した例では基準上昇率ΔT0として追焚きを行
うのに最低限度必要な給湯温調温度での上昇率を採用し
たが、基準上昇率ΔT0として、各給湯温調温度における
正常循環時の追焚きによる浴槽温度上昇率を採用するこ
ともできる。この場合には、予め各給湯温調温度での正
常循環時の浴槽温度上昇率を得て、これをマイクロコン
ピュータに記憶させておく。そして追焚きスイッチがオ
ンされた時に、その時の給湯温調温度における基準上昇
率と実際の上昇率とを比較することにより、循環ポンプ
32による循環が正常に行われているか否かを判断するこ
とができる。In the above example, the reference increase rate ΔT 0 is the increase rate at the hot water supply temperature control temperature that is the minimum required to perform reheating, but the reference increase rate ΔT 0 is the normal increase rate at each hot water supply temperature control temperature. It is also possible to adopt the rate of increase in bath temperature due to additional heating. In this case, the bath temperature increase rate during normal circulation at each hot water supply temperature control temperature is obtained in advance and stored in the microcomputer. When the reheating switch is turned on, the circulation pump is compared by comparing the reference rate of increase in the hot water supply temperature control temperature at that time with the actual rate of increase.
It is possible to judge whether the circulation by 32 is normally performed.
その他、本発明では風呂追焚きにおける循環不良等を検
出したが、追焚きの代わりに暖房を行う場合でも、同様
に暖房時の循環不良等を検出することができる。In addition, in the present invention, defective circulation and the like during bath heating are detected, but defective circulation and the like during heating can be similarly detected when heating is performed instead of heating.
〈効果〉 本発明は以上の構成、作用よりなり、給湯用水の加熱と
風呂追焚き用の循環水の加熱を同じ熱交換缶体で併せて
行う構成とすると共に給湯運転から風呂追焚き運転への
運転切り換えに伴う前記熱交換缶体の温調設定について
は手動にて行う構成とされた風呂設備において、風呂追
焚き運転中における浴槽温度の上昇率が一定の基準上昇
率を下回る場合においても、直ちに運転を停止すること
なく、更にに前記熱交換缶体の温調設定温度が追焚きに
必要な最低温調設定温度以上か否かを判定し、未満の場
合には前記温調設定の変更要求表示を行うようにしてい
るので、使用者はその変更要求表示によって、その間に
忘れていた温調設定を変更操作することができると共
に、原因が浴槽水の循環不良によるものか温調設定が悪
いことによるものかを知ることができる。しかも前記浴
槽温度の上昇率が一定の基準上昇率を下回った時点から
一定の猶予時間を開始し、該猶予時間が経過しても温度
上昇率か基準上昇率以上にならない場合には運転を停止
するので、浴槽水の循環不良による無駄な空運転の場合
には、それを早朝に停止することができる。<Effect> The present invention has the above-described configuration and action, and is configured to perform heating of hot water for hot water supply and heating of circulating water for bath heating by the same heat exchange can body, and from hot water supply operation to bath addition operation. In the bath equipment configured to manually perform the temperature adjustment setting of the heat exchange can body due to the operation switching, even when the rate of increase in bath temperature during the bath reheating operation is below a certain reference rate of increase. , Without immediately stopping the operation, it is further determined whether or not the temperature control set temperature of the heat exchange can body is equal to or higher than the minimum temperature control set temperature required for additional heating, and if it is less than, the temperature control setting Since the change request display is displayed, the user can change the temperature control setting that was forgotten during the change request display, and whether the cause is due to poor circulation of bath water or the temperature control setting. Is bad You can know what it is. Moreover, a certain grace period is started from the time when the rate of increase in bath temperature falls below a certain standard rate of increase, and if the temperature increase rate or the standard rate of increase is not exceeded even after the grace period has elapsed, operation is stopped. Therefore, in the case of wasteful idle operation due to poor circulation of bath water, it can be stopped early in the morning.
第１図は本発明の実施装置の全体構成図、第２図はコン
トローラによる制御動作のフローチャート、第３図は浴
槽温度の上昇率に関する説明図である。 10:浴槽 20:熱交換缶体 21:貯湯槽 22:熱交換コイル 23:バーナ 24:給湯温度検出センサー 31:循環路 32:循環ポンプ 33:風呂温度検出センサー 40:マイクロコンピュータ内蔵のコントローラ 50:遠隔操作部 51:運転スイッチ 52:給湯温調ダイヤル 53:追焚きスイッチ 54:風呂温調ダイヤル 55:給湯温調変更要求表示部FIG. 1 is an overall configuration diagram of an embodiment of the present invention, FIG. 2 is a flowchart of control operation by a controller, and FIG. 10: Bathtub 20: Heat exchange canister 21: Hot water storage tank 22: Heat exchange coil 23: Burner 24: Hot water supply temperature detection sensor 31: Circulation path 32: Circulation pump 33: Bath temperature detection sensor 40: Microcomputer built-in controller 50: Remote control unit 51: Operation switch 52: Hot water supply temperature control dial 53: Reheating switch 54: Bath temperature control dial 55: Hot water supply temperature control change request display unit
Claims (2)
加熱を同じ熱交換缶体で併せて行う構成とすると共に給
湯運転から風呂追焚き運転への運転切り換えに伴う前記
熱交換缶体の温調設定については手動にて行う構成とさ
れた風呂設備における追焚き循環監視装置であって、浴
槽と熱交換缶体との間の循環路に浴槽の温度を検出する
風呂温度検出センサーを備え、また風呂追焚き運転中に
おける浴槽温度の上昇率が一定の基準上昇率を下回る場
合には、一定猶予時間のタイマーを開始すると共に更に
前記熱交換缶体の温調設定温度が追焚きに必要な最低温
調設定温度以上か否かを判定し、熱交換缶体の温調設定
が追焚きに必要な最低温調設定温度を下回る場合には前
記温調設定の変更要求表示を行い、且つ前記一定猶予時
間内に浴槽温度の上昇率が一定の基準上昇率以上となら
ない場合には風呂追焚き運転を停止するコントローラを
備えたことを特徴とする風呂の追焚き循環監視装置。1. A structure in which heating of hot water for hot water supply and circulating water for heating a bath are carried out in the same heat exchange can body, and the heat exchange can is accompanied by a switching of operation from hot water supply operation to hot bath heating operation. A reheating circulation monitoring device in a bath facility configured to manually adjust the temperature control of the body, which is a bath temperature detection sensor that detects the temperature of the bath in the circulation path between the bath and the heat exchange can body. If the rate of increase in bath temperature during the bath heating operation falls below a certain reference rate, a timer for a certain grace period is started and the temperature setting temperature of the heat exchange can is further heated. If the temperature control setting of the heat exchange can is lower than the minimum temperature control setting temperature required for additional heating, a change request for the temperature control setting is displayed. , And the bath temperature within the certain grace period Reheating circulation monitor bath, characterized in that it comprises a controller for stopping the bath reheating operation when raising rate is not a constant reference increase rate or more.
調設定温度における浴槽温度の上昇率を採用した請求項
１記載の風呂の追焚き循環監視装置。2. The bath reheating circulation monitoring device according to claim 1, wherein the bath heating temperature increase rate at the lowest temperature setting temperature required for reheating is adopted as the reference increase rate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP63077723A JPH079313B2 (en) | 1988-03-30 | 1988-03-30 | Bath heating circulation monitoring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP63077723A JPH079313B2 (en) | 1988-03-30 | 1988-03-30 | Bath heating circulation monitoring device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH01252851A JPH01252851A (en) | 1989-10-09 |
| JPH079313B2 true JPH079313B2 (en) | 1995-02-01 |
Family
ID=13641815
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP63077723A Expired - Fee Related JPH079313B2 (en) | 1988-03-30 | 1988-03-30 | Bath heating circulation monitoring device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH079313B2 (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE69320514T2 (en) * | 1992-03-26 | 1999-04-29 | Matsushita Electric Ind Co Ltd | Gas appliance |
| JP5200512B2 (en) * | 2007-11-30 | 2013-06-05 | ダイキン工業株式会社 | History management device |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS62123254A (en) * | 1985-11-22 | 1987-06-04 | Sekisui Chem Co Ltd | Hot water supplier |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0224026Y2 (en) * | 1986-03-10 | 1990-07-02 |
-
1988
- 1988-03-30 JP JP63077723A patent/JPH079313B2/en not_active Expired - Fee Related
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS62123254A (en) * | 1985-11-22 | 1987-06-04 | Sekisui Chem Co Ltd | Hot water supplier |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH01252851A (en) | 1989-10-09 |
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| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |