DE1948475U - WEATHER DEPENDENT TEMPERATURE SWITCH. - Google Patents

Description

RA. ^ 28 599 * 8/16/66

G. Bauknecht j, society salt i5 _t ßjjg, jggg

he mentions, liability. .,

BIekfcrotechniseBe factories

A 29 253 wn

7 Stuttgart - p

Heather nlclinge 20

The invention relates to a weather-dependent Tera natural device to operate a heat storage unit » oven © der dgl = with at least two, at a, bsi2tead @ r Wttterungsteraperatur to be switched on again afterwards electrical radiators, which terciperature switchgear rait a b © i Tera perature changes deform Temperature sensor is equipped »

¥ especially with storage tanks heated with night power = hot appliances bsw. Storage stoves will be sur autoisatic Charging weather-dependent regulator required, aie each according to the outside temperature the hot current for the main = Enable charging that takes place during the night, and so uie heat storage for heating during the following day bestiamien »are for this Ragler has already become known, aie at laid down

This document (B (»ehrelbung uncUSÄfTOßärispr.) Isi the 2u! Efsf submitted; it welcW from ^ r W # tf-Vassttng der usprönglfoh singerohshtofl ■■ Jitf'i .- 'og-sn ab der Abwieung fet nJcW Qfi & utL Dia urspriVngliöh eing »r # ohton Unterlogen b-rfn & w in <l ;; ii Äictsakiec. You can at any time olw * hkxätm ^ ethss reckoning of interest to view free of charge v / ardan. nsgatlve to the usual Praise eelteferf. Dtufeches

Contact® open Cross close or aweh are designed as a toggle switch and the task
have. to switch on aas storage heater or uen heat storage stove as a whole * with the previously known
Outside sensors, which are also used as outside temperature regulators, can be used to switch the storage heaters on and off and, if necessary, additional control elements depending on the side during the low tariff night ·· =
also during the day pages to top up on that

Even with the correct dimensioning of a storage heater, which covers the heating requirement of the room to be heated during its bleeding period, the heat storage unit is only fully charged during the coldest heating period.
tag® necessary »On the other hand, it is desirable that the
or ¹ the electrical radiators of the device have only delivered the amount of heat required for the subsequent discharge period to the storage unit towards the end of the low-tariff power period and then the charging is terminated, as the previously stored WMrsieü.engö no longer due to natural cooling if the device is not used for a longer period of time

'sur is available. It is therefore desirable to go through

Heat storage furnace, a.h. by reducing a © s elektric®η connection value the charge on the to extend entire night time. A regulation aes

known heat storage stoves are designed by hand using a built-in circuit breaker or, for automatic operation, using a switchover relay. For example, it is known for automatic operation to optionally leave individual storage heater © as a goose in the switched-off state, if several for the room to be heated

The object of the invention is to create a round _s @ in / weather-dependent temperature switch, with the help of which, depending on the prevailing outside temperature, the heating elements in a heat storage heater or storage heater are in a number of * ouer

electrical © connection value and consequently that of the © of the heating · = which is in its switched-on state bodies the amount of heat delivered in the heat storage tank

can be adjusted automatically «In addition, the temperature switchgear should be able to set at least three possible switching stages to one -VQB a. This is achieved in © Aufgab® einesa weather-dependent T ^ iiper & tOTseh & ltgerat d © r initially described type b g @ i what! according to the invention with aem temperature sensor at least. swei / switching arms are coupled and also j @ <ä <gra of the switching types® eln <§ of at least swei K © ntaktfbata && swgeordnefc is ₅ «äi © in the direction of deformation of the Teisp @ ratursensor @ rs so that it is arranged one behind the other, that when the temperature rises, the switch arms make their contact »

di © them each swg © ordot © n contact tracks. Üin b @ S0Bd © rs simple structure results «if than Temperature sensor a capillary tube regulator with a warning ° dos® wsrgesohen is »Ss is also possible ^ den Temperature sensor in the form of a metal expansion regulator

Ia this drawing is an exemplary embodiment of the Finding a weather-dependent Teraperafeur switchgear reproduced in its ¥ ®rs © hi @ deini © n switch positions,

Fig. X the beiuera lontaktpaare in closed., Fig. 2 shows only one of the contact pairs in the closed, the other in the open switching state,

Fig. 3 both contact pairs in the open state again »

Mach ⁴ drawings comprises the weather sensor has a housing 1 β in'weichen a Äusd hnungp3 @ © se 2 is housed. A capillary tube 3, which serves as a temperature sensor, is connected to the expansion door.

5? #! Fflp @ mtyr <= and contains a liquid with start positive ^ fCoeffissients. In addition, there are two holding arms k and 5 which can be swiveled around the housing-fixed® pivot points * which are mechanically coupled to the expansion box 2 via slide rods 6 and 7. Each of the two shaitarrae is% and 3

8 wid 9

one of swei EontaEctbafertaa gy ^ arranged. W <hen the sensed by the temperature sensor A "SENTEMP © temperature below minus 5 C * is the Sohaltarm 4 on the ring ^ segraentf8rmigen Kontakfcbahn 8 and the other contact 5 on d @ r him '

on ρ Each of the switches © has a connection terminal 10 baw. 11 in connection. Di © contact tracks 8 and 9 are

13 veröuaaera »Dl © bidders contact tracks 8 and 9 are in Direction d © r © ich on ai® switch arms 4 and 5 bsi eggs * Ausd © hnuag d @ s broom body® 2 over the Sehleber β and 7 exerted direction of movement behind ©! nanuer ¥ © rs © tst so arranged dai tosira rise in outside temperature over minus 5 ° C mouse first the Sehalt & rra 5 his © ihra auge » arranges® IContaktbahn 9 leaves and gut di® beforehand » st @ h © iad® Sotolt connection between the connection terminals 11 and 13 interrupts »Pies © position is in Pig» 2 an® © - = goteHo In this position the other © is touching the switch arm ty setae contact track 8 just about »but already stands course top d © ra sequence of this contact path »

Only when the temperature of the outdoor temperature rises above the temperature range of about 5 ° C to plus 5 ° C valid for dl © Schalt = · §t @ liung according to Pig * 2, di © fo®id®n Sefealtarm © 4 and 5 of the expansion box 2 further in the G @ g®nuhrs © igersinn @ verschxfenlcti, where then also that? Sehaltarm ¹ leaves S- sein® contact track 8. This sehaltstufe is shown in Pig » 3 » Here both sehalt ^ ffoindungen between the brackets 11 and 13 or 10 and 12 are interrupted

In a corresponding reversal of the arrangement shown, it is of course, without further ado, the arrangement of the two contact _{tracks 8 and 9 so meet 9} that the visual arms 4 and 5 z-usaamsen with their contact tracks act as closing contacts ₉ where one of the contact arms ssuerst when the temperature rises runs onto the contact track assigned to it and, as the temperature continues to rise, maintains the electrical connection created in this way, whereas the other only does so in the next higher temperature range

playing and sliding contacts shown graphically. Instead of such sliding contacts are also advantageously momentary contacts bsw, jump contacts to use,

Claims (1)

! A. ^ 28 599 * 8/16/66 Stuttgart S. η s ρ r ü c h e Weather-dependent Teraperatursehaltgerät sum operation of a heat storage furnace Rait least SWEi / sinking in weathering = "tenuperatur to be switched on one after the other electric heaters, with a change in temperature" is ¥ © 3rforasBden temperature sensor * _p wherein A & ß ü © Rait bi temperature separated © bulb (2, 5) at least zwel / Schalfcarrßs are gekuppalt (4 _S 5) _s, and that each ta the Sehaltarm associated © a © of at least SWEi Kontakfcbahnen (8, 9) connected to uer the Sehaltarme having an effect Verformungsriehtung of the temperature sensor are arranged one behind the other in such a way that Leave contact tracks one after the other, oa © r in one after another ¹ on the contact tracks arranged in each case «run up» Sehaltgerät according to claim I ₉ permanently identified by the fact that a capillary (3) as a temperature sensor is an expansion dose (2) Jo holding device according to claim 1, characterized in that = net * that a metal aus · = d @ hniungsregl © r is provided, fy * S © haltg © rät according to claim 1 and / or 3 * because »characterized by * aaS the temperature sensor is designed as a bim @ tallr @ gler» 5 »switching device according © weariness of claims 1 to 4 characterized ₅ g @ © Kenna leans" UASs the temperature sensor comprises at least three temperature ranges, di © are selectively adjustable *