TWM300281U - Electric-leakage protection apparatus for electric water heater - Google Patents

Electric-leakage protection apparatus for electric water heater Download PDF

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Publication number
TWM300281U
TWM300281U TW95206014U TW95206014U TWM300281U TW M300281 U TWM300281 U TW M300281U TW 95206014 U TW95206014 U TW 95206014U TW 95206014 U TW95206014 U TW 95206014U TW M300281 U TWM300281 U TW M300281U
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TW
Taiwan
Prior art keywords
microprocessor
current
electric
temperature
relay
Prior art date
Application number
TW95206014U
Other languages
Chinese (zh)
Inventor
Mau-Chang Wang
Shuen-Fu Luo
Original Assignee
Home Mark Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Home Mark Co Ltd filed Critical Home Mark Co Ltd
Priority to TW95206014U priority Critical patent/TWM300281U/en
Publication of TWM300281U publication Critical patent/TWM300281U/en

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Description

M300281 八、新型說明: 【新型所屬之技術領域】 统内本:;係將漏電斷路的功能整合入電熱水器的控制系 者。間化设计、降低設備成本及多段安全防護的功能 【先前技術】 漏電斷路器是保罐帝 瞬間將電源自動跳二二t:人生,漏電時’能: 燒毀,避免造成火:貝受到電擊’或設備 免i成火尤的一種電器安全裝置。在設計上,它 ,11定型及可移動型,以跳脫斷電的動作原理來分類 、、;的I:壓型和電流型’一般常用的以電流型為主,電 :自動跳脫斷電電流在⑽3安培以下,動間在o. i >=F,電壓型的跳脫斷電電壓在卿町 在 ϋ·2秒以下。 i^體又^電擊的致命電流約在0·3安培,因此它遠 、* =^7 4達到這個電流之前,只要線路上有極小的漏電電 = 經過人體的或經過設備的),就會自動跳脫斷 :>二保‘人員及5又備的安全,這是—般的炼斷式保險絲 及热熔絲開關無法做到的。 因此,在儲存式電熱水器也使用漏電斷路器來當做防 之保護’即當位於加熱器上之溫控器溫度達到設定 後’漏電斷路器偵測到電流有異常的變化時,漏電 斷路益就會使電源跳脫,使熱水器停止運作。 =過’漏電斷路器通常是為—獨立的控制裝置,與電 熱水器的控㈣統完全沒有任何關連性的連動控制效果, 5 M300281 所以可能㈣㈣㈣麵作 電,而導致整個控制系統的當機 ^預警地發生斷 控制系統在開機後系統變得紊亂,甚=啟動時’整個 故而無法順利開機。 卫制糸統因當機之 上述獨立設置的漏電斷路器M300281 VIII. New description: [New technical field] The system is integrated into the control system of electric water heaters. Inter-institution design, reduce equipment cost and multi-stage safety protection function [Prior technology] Leakage circuit breaker is the automatic protection of the power supply. The power supply automatically jumps two or two times: life, when the power is leaked, 'can: burn, avoid fire: shell is shocked' Or an electrical safety device that protects the device from fire. In design, it, 11 stereotypes and movable type, classified by the action principle of tripping and power-off; I: pressure type and current type 'usually used in current type, electric: automatic tripping off The electric current is below (10) 3 amps, and the moving between o. i >=F, the voltage type tripping power-off voltage is less than 2 seconds in Qingcheng. The fatal current of the i^ body and the electric shock is about 0 ampere, so it is far, * =^7 4 before reaching this current, as long as there is very little leakage on the line = after passing through the body or through the equipment) Automatic tripping and disconnection: > Two guarantees' personnel and 5 safety, which is not the case with the general-purpose fuse and thermal fuse switch. Therefore, in the storage type electric water heater, the leakage circuit breaker is also used as the protection of the prevention. That is, when the temperature of the temperature controller on the heater reaches the set value, the leakage circuit breaker detects the abnormal change of the current. Will cause the power supply to trip, so that the water heater stops working. = 'The leakage circuit breaker is usually an independent control device, and the control system of the electric water heater does not have any related linkage control effect at all. 5 M300281 So it is possible to (4) (4) (4) face power, which causes the whole control system to crash ^ The system of the early-breaking control system became disordered after the power-on, and even when it was started, the whole system could not be turned on smoothly. Guardian’s separately installed leakage circuit breakers due to the above-mentioned crash

内,不但會有設備成本㈣加有整合於控制糸統 且也會給使用者帶來操作二修上麵^ 使用者都不知道如何操作漏電斷路器。因為大部份的 【新型内容】 ,疋為了改善两述等問題,本新型所採行的技術手 二係將漏電斷路的功能整合人電熱水器的控制系統内, 即认為電感線圈的比流器套設於供電至電熱水器之電熱 棒的電源線上,並令位於電熱棒前端電源線上設繼電器, 而使比⑼L為所感應獲得的訊號輸入一微處理器中,而微處 理器的控制信號又接於繼電器上者。 人故藉由上述本新型的裝置,當通過電源線上之電流發 生變化時,讓比流器會把該變化的信號傳送入微處理器, 使與微處理器内所預設的值進行比較,而當兩值比輊後的 差值超出預設的範圍時,微處理器就會產生控制信魏來驅 動繼電器的作動,切斷電熱棒的電源,進而增進控制系統 之穩定性、防止不正常當機率的發生。 /是以,本新型可藉由下列的實施例並配合附圖,而獲 得充分的了解,並據以實施·· 【實施方式】 6Inside, not only will there be equipment costs (4) plus integration with the control system, but also the user will be given the second operation. ^ The user does not know how to operate the leakage circuit breaker. Because most of the [new content], in order to improve the two issues, the new technical hand of the new system is integrated into the control system of the electric water heater, that is, the specific flow of the inductor The device is arranged on the power line of the electric heating rod which is supplied to the electric water heater, and the relay is arranged on the power line of the front end of the electric heating rod, so that the signal obtained by sensing (9) L is input into a microprocessor, and the control signal of the microprocessor is Also connected to the relay. Thus, by the above-mentioned novel device, when the current through the power line changes, the current comparator transmits the changed signal to the microprocessor to compare with the preset value in the microprocessor. When the difference between the two values exceeds the preset range, the microprocessor generates a control signal to drive the relay to cut off the power of the heating rod, thereby improving the stability of the control system and preventing abnormality. When the probability occurs. The present invention can be fully understood by the following embodiments and with reference to the accompanying drawings, and is implemented according to the embodiment.

Claims (1)

M300281 九、申請專利範圍: 1 · 一種電熱水器之漏電防護裝置,係包括一為電感線 圈的比流器,套設於供電至電熱水器之電熱棒的電源線上 ’且令電源線通過繼電為後再接入電熱棒’並再令比流 接入電熱水器之控制系統的微處理器中,而繼電器亦接於 微處理器上,使微處理器在接收到比流器傳送入的信號進 行比對後,再決定是否欲對繼電器進行控制者。 M300281 ? )f * » Ί ^ 敬請參閱第一圖所示,本新型之主要係包括一微處理 ’ 機5、一比流器3、兩溫度感測器6、一超溫控制器4及兩 繼電器2所組成,其中: 一微處理機5 :係包括除了於一段時間内的溫度監控 • ,在安全的規範下讓電熱棒1運作對水加熱而產生所設定 的水溫外,运提供漏電處理的指令。 一比流器3 :係一套設於電源線的電感線圈其功用在 φ 於感應通過電源線上之電流,並將所感應獲得的訊號輸入 微處理機5中,使與微處理機5内所預設的值進行比較, 而當發生比較的差值超出預設的範圍時,即令藉由微處理 機5做適當的處置來驅動繼電器2的作動。 兩組溫度感測器6 :係分別設於儲水桶内之預定的位 置,經由兩溫度感測器6偵測出桶内不同的溫度,而將此 兩溫度訊號回饋至微處理機5處理,而執行預定的運作機 制。 φ 一超溫控制器4,係設於儲水桶於内預定處,經其係 用以偵測判斷是否強制斷電之用者。 ' 兩組繼電器2,係用以控制上述兩組電熱棒1的開或 關,而此兩繼電器2是依照微處理機5内的運作機制而被 適當地控制。 因此,本系統除了具有多段安全防護及設定溫度控制 的功能外,更内含了發生漏電時的處理,即正常供電而使 電熱棒1對水進行加熱時,其電流應是平滑而穩定時,而 比流器3所感應到的磁場亦呈一平穩的現象,其與微處理M300281 IX. Patent application scope: 1 · A leakage protection device for electric water heaters, comprising a current transformer for an inductor coil, which is set on a power supply line of a heating rod that supplies electricity to an electric water heater' and allows the power line to pass through a relay Then, the electric heating rod is connected and the specific flow is connected to the microprocessor of the control system of the electric water heater, and the relay is also connected to the microprocessor, so that the microprocessor receives the signal transmitted from the flow controller. After the comparison, decide whether you want to control the relay. M300281 ? )f * » Ί ^ Please refer to the first figure, the main system of the present invention includes a micro-processing machine 5, a current comparator 3, two temperature sensors 6, an over-temperature controller 4 and Two relays 2, wherein: a microprocessor 5: includes temperature monitoring except for a period of time. • Under the safe specification, the electric heating rod 1 operates to heat the water to generate the set water temperature. Leakage processing instructions. a current divider 3: a set of inductors disposed on the power line, the function of which is φ to induce current through the power line, and input the induced signal into the microprocessor 5 to be integrated with the microprocessor 5 The preset values are compared, and when the difference of the comparison occurs beyond the preset range, the microprocessor 2 is appropriately manipulated to drive the operation of the relay 2. The two sets of temperature sensors 6 are respectively disposed at predetermined positions in the water storage tank, and the different temperatures in the barrel are detected by the two temperature sensors 6, and the two temperature signals are fed back to the microprocessor 5 for processing. And perform the predetermined operational mechanism. The φ-super-temperature controller 4 is disposed at a predetermined place inside the water storage tank, and is used by the user to detect whether the power is cut off. The two sets of relays 2 are used to control the opening or closing of the above two sets of electric heating rods 1, and the two relays 2 are appropriately controlled in accordance with the operating mechanism in the microprocessor 5. Therefore, in addition to the multi-stage safety protection and the function of setting the temperature control, the system further includes the treatment when the leakage occurs, that is, when the normal heating is performed and the electric heating rod 1 heats the water, the current should be smooth and stable. The magnetic field induced by the current comparator 3 is also a smooth phenomenon, and it is micro-processed. M300281 • 器内所預設的值相較而相符,即表示正常供電而無漏電的 ‘ 情形發生。 但當發生漏電的情況時’電流通過電源線上之電流罝 - 就會發生異常的變化,而比流器3所感應到的磁場也會隨 • 之發生異常的變化,此時比流器3把所感應到的變化傳送 ^ 入微處理機5内進行比較,若兩者相比較後的差值超出預 設的範圍時,即表示有漏電的現象,微處理機5就會發出 ^ 控制信號去驅動繼電器2作動,去切斷電熱棒1的電源而 停止加熱。 故把漏電斷路的功能整合入電熱水器的控制系統内, 不但可以簡化設計、降低設備成本,同時控制系統的穩定 性可以大幅度地提昇,進而把機率的發生情形降到最低。 儘管,上述的實施例已對本新型有較佳之具體化的揭 露與詳述,皆為熟悉該項技術人士者所能清楚了解,而其 所做的各種型式及方法局部的改變,應都是沒有脫離本新 φ 型精神與範疇。 【圖式簡單說明】 ' 第一圖係本新型的裝置示意圖。 【主要元件符號說明】 1 電熱棒 2 繼電裔 3 比流裔 4 超溫控制器 5 微處理機 6 溫度感測器M300281 • The preset values in the device match, indicating that the normal power supply does not leak. However, when a leakage occurs, the current flowing through the power line 罝- an abnormal change occurs, and the magnetic field sensed by the current converter 3 also changes abnormally with the current. The sensed change is transmitted into the microprocessor 5 for comparison. If the difference between the two is out of the preset range, it indicates that there is leakage, and the microprocessor 5 sends a control signal to drive. The relay 2 is actuated to cut off the power of the heating rod 1 and stop heating. Therefore, the function of the leakage circuit is integrated into the control system of the electric water heater, which not only simplifies the design and reduces the equipment cost, but also can greatly improve the stability of the control system, thereby minimizing the occurrence of the probability. The above description of the embodiments of the present invention has been disclosed and described in detail as well as those skilled in the art, and the various changes in the various types and methods are not Deviation from the spirit and scope of this new φ type. [Simple description of the diagram] 'The first diagram is a schematic diagram of the new device. [Main component symbol description] 1 Electric heating rod 2 Relay descent 3 More than descent 4 Over temperature controller 5 Microprocessor 6 Temperature sensor
TW95206014U 2006-04-11 2006-04-11 Electric-leakage protection apparatus for electric water heater TWM300281U (en)

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TW95206014U TWM300281U (en) 2006-04-11 2006-04-11 Electric-leakage protection apparatus for electric water heater

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Application Number Priority Date Filing Date Title
TW95206014U TWM300281U (en) 2006-04-11 2006-04-11 Electric-leakage protection apparatus for electric water heater

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI417695B (en) * 2010-09-30 2013-12-01

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI417695B (en) * 2010-09-30 2013-12-01

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