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Cooling coil on the outside of the autoclave chamber
Cooling coil on the outside of the autoclave chamber
Water softener for rapid cooling and vacuum pump
Water softener for rapid cooling and vacuum pump
Cooling coil on the outside of the autoclave chamber
Water softener for rapid cooling and vacuum pump

Rapid cooling system for autoclaves - with water cooling

Systec

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The cooling of the sterilized liquids is not achieved by their accelerated evaporation, but by cooling the walls with tap water. During the cooling phase, cooling water is passed through a cooling spiral mounted on the outside of the autoclave chamber. In this way, the chamber remains completely "empty", nothing inappropriate restricts the use of the chamber's space.

The cooling of the walls creates a vacuum in the space, so liquids would begin to evaporate violently if we did not use compressed air support.
The rapid cooling technology is developed as follows:

  • After the sterilization time has expired, the steam in the chamber is replaced with compressed air filtered through a sterile filter.
  • Compressed air is much better than a vacuum, because it efficiently transports the heat given off by the flasks to the cold wall.
  • The vacuum created during cooling is compensated by the continuous supply of air.
  • The air pressure is always kept above the boiling point pressure of the liquid in order to prevent evaporation / boiling of the liquid
  • We usually use tap water as cooling water if the water is soft, or we recommend purchasing a water softener.
  • In the case of tap water that is too hard (>10 nk), softened water, a heat exchanger, or a closed cooling system must be used (hard tap water can cause scaling of the cooling coil.).
  • Thus, the cooling time is approx. It can be reduced by 50-70% compared to self-cooling.
  • Cooling can be further accelerated with the internal air mixing fan.
  • The heat exchanger installed under the fan further increases the cooling speed

Thanks to the compressed air support, liquid loss will not be noticeable even from half-open containers.

With this technology, containers can be filled up to their nominal volume (up to the shoulder), the containers can be either open or completely closed.

Another advantage of this system is that the heat extracted from the autoclave is not released to the laboratory environment, but is transported by the cooling water (usually tap water).

Thanks to Systec's rapid cooling technology, when the liquids in the test tubes are killed, the liquid stays in the tubes and the caps stay on the tubes, they are not spit out by the sudden drop in pressure!

Compressed air can also be used for the external support of containers prone to deformation (e.g. plastic cans, blister-wrapped samples, etc.) (option: mixed atmosphere sterilization).

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36.6056
rapid cooling (with water) for open vessels
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db

A hűtéshez csapvizet, vagy egyéb - zárt rendszerben keringetett - vizet használ. A rendszer lehűlése kb. 50%-kal rövidebb ideig tart, mint az önlehűléssel történne. NINCS sűrített levegős megtámasztás!!!

A hűtéshez csapvizet, vagy egyéb - zárt rendszerben keringetett - vizet használ. A rendszer lehűlése kb. 50%-kal rövidebb ideig tart, mint az önlehűléssel történne. NINCS sűrített levegős megtámasztás!!!

36.6057
rapid cooling (with water) for open / or hermetically sealed vessels with supporting pressure
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pc

for DX/DE 100-200 series autoclaves, for open or hermetically closed bottles with support air pressure. The cooling coil is mounted on the external side of the chamber so will not reduce the volume of the chamber. There is NO foaming of the samples, NO loss of the volume. The system uses tap water (softened), or other recirculated water for cooling. The cooling time is about 70% shorter comparing to the self cooling. Compressed air (compressor) is required!

for DX/DE 100-200 series autoclaves, for open or hermetically closed bottles with support air pressure. The cooling coil is mounted on the external side of the chamber so will not reduce the volume of the chamber. There is NO foaming of the samples, NO loss of the volume. The system uses tap water (softened), or other recirculated water for cooling. The cooling time is about 70% shorter comparing to the self cooling. Compressed air (compressor) is required!

36.1142
water softener for hard water (>10 nk), to supply the rapid cooling system and the vacuum pump
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pc

In the case of tap water harder than 10 DH, the water used for rapid cooling and the vacuum pump must be softened! During operation, the water softener optimizes the use of water and salt. It monitors water consumption (it can store 14 days) and judges the need for regeneration based on this. Stores operational information. Regeneration of the ion exchange resin is carried out automatically by the device - as needed - so a power supply at night is required! It uses high-purity, tableted salt for regeneration. It is advisable to place the device on a stand or table (e.g. 55.706582ss) so that the water coming out of it can flow down into the drain. A water softener can supply a maximum of 3-4 autoclaves if they are in the same space (roughly next to each other). Size: 602 x 270 x 480 mm (H x W x D)

In the case of tap water harder than 10 DH, the water used for rapid cooling and the vacuum pump must be softened! During operation, the water softener optimizes the use of water and salt. It monitors water consumption (it can store 14 days) and judges the need for regeneration based on this. Stores operational information. Regeneration of the ion exchange resin is carried out automatically by the device - as needed - so a power supply at night is required! It uses high-purity, tableted salt for regeneration. It is advisable to place the device on a stand or table (e.g. 55.706582ss) so that the water coming out of it can flow down into the drain. A water softener can supply a maximum of 3-4 autoclaves if they are in the same space (roughly next to each other). Size: 602 x 270 x 480 mm (H x W x D)

36.1143
water softening salt, tablets, in bag
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pc

Thanks to the compressed air support, the bottles can be filled up to their nominal volume, and there is no loss of liquid from the tubes and flasks.

Thanks to the compressed air support, the bottles can be filled up to their nominal volume, and there is no loss of liquid from the tubes and flasks.

111.1143
water softening salt, tablets, in bag
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pc

Thanks to the compressed air support, the bottles can be filled up to their nominal volume, and there is no loss of liquid from the tubes and flasks.

Thanks to the compressed air support, the bottles can be filled up to their nominal volume, and there is no loss of liquid from the tubes and flasks.

111.1099891D
ion exchange device with 24 liter cartridge
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mérőműszeres fejjel. Éjszakai áramellátás javasolt! Ezzel a készülékkel a gőz fejlesztéséhez szükséges vizet lehet előállítani. Vezetőképesség digitális kijelzése. Tartalmazza a két flexibilis csatlakozó csövet is. Max. teljesítmény: 600 l/h Max. kapacitás: 2.100 l (10 nk°-ú nyersvíznél, két regenerálás között). Keményebb nyersvíznél a kapacitás csökken. Vezetékes csapvízzel működik. Sótlanított víz vezetőképessége: 0,2 μS/cm Max. megengedett vízhőm.: 50 ºC Tápfeszültség: 230 V/ 50-60 Hz Gyanta típusa: MB5, 24 liter Mérete: Ø230 x 870 mm Csatlakozás: 3/4” Tömeg: 25 kg

mérőműszeres fejjel. Éjszakai áramellátás javasolt! Ezzel a készülékkel a gőz fejlesztéséhez szükséges vizet lehet előállítani. Vezetőképesség digitális kijelzése. Tartalmazza a két flexibilis csatlakozó csövet is. Max. teljesítmény: 600 l/h Max. kapacitás: 2.100 l (10 nk°-ú nyersvíznél, két regenerálás között). Keményebb nyersvíznél a kapacitás csökken. Vezetékes csapvízzel működik. Sótlanított víz vezetőképessége: 0,2 μS/cm Max. megengedett vízhőm.: 50 ºC Tápfeszültség: 230 V/ 50-60 Hz Gyanta típusa: MB5, 24 liter Mérete: Ø230 x 870 mm Csatlakozás: 3/4” Tömeg: 25 kg

111.138019
instrument for measuring the capacity of the ion exchange cartridge
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A MINISTIL ioncserélő patron ioncserélő kapacitását jelzi ki. Digitális kijelző Flexibilis csől 3/4" x 800 mm csavarkötéssel és visszacsapó szeleppel

A MINISTIL ioncserélő patron ioncserélő kapacitását jelzi ki. Digitális kijelző Flexibilis csől 3/4" x 800 mm csavarkötéssel és visszacsapó szeleppel

111.P24T
Spare P24 ion exchange cartridge
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műszeres fej nélkül. Megléte akkor indokolt, ha az ioncserélt vízre gyakorlatilag folyamatosan szükség van, és nem megengedhető, hogy a másik patron kimerülése miatt ne lehessen használni az autoklávot.

műszeres fej nélkül. Megléte akkor indokolt, ha az ioncserélt vízre gyakorlatilag folyamatosan szükség van, és nem megengedhető, hogy a másik patron kimerülése miatt ne lehessen használni az autoklávot.

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