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Model |
THBWL-B500/125 |
THBWL-B500125C |
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Holding funace heating method |
mmersion heater,Stewing chamber Insert the furnacefromtopto bottom,Pressurizedchambers inserted intothefurnacechamberfromtheside wallofthefurnacebody |
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Heating power of holdingfurnace |
Power of pressurized chamber;9kw*2=18kw(1siliconnitrideprotectivesleeve), Stewing chamber power:6kw*6=36kw(3silicon nitrideprotectivesleeves) |
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Holding Furnace Capacity |
Pressurized Chamber 125kg,Stewing Chamber500kg |
Pressurized Chamber 250kg,Stewing Chamber 500kg |
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Hoking furmace temperature measurement system |
Pressurized Chamber a set of aluminumliquid thermocouple,StewingChamberasetofaluminumiquid thermocouple,Each heater isequipped withathermocouple |
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Liquid level detectionsystem forhaldingfurnace |
Pressurized Chamber a set of liquidleveldetection,Stewing Chamberasetofliquidleveldetection |
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Energy consumptionduringinsulation |
Power consumption per houris25kwh±5% |
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Hoking Fumace Iting method Quantity ofRiserTube |
4screwlifts overalllifting/1-4 pcs(optional) |
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Enter And Exit Mode of Holding Furnace |
Cylinder in andout(strokeshouldnotexceed1800mm) |
Hydraulic motor access |
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Pneumaticsystem |
SMC |
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Pressure Contro |
PID method for high pression filling control with either proportionalvalveordigitalvalve block |
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Hydraulic System |
Borrow the hydraulicsystemof LPDC |
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Electric System |
Siemens S7-1500+human-computer interaction interface,linked with LPDC electricalcontrolsystem |
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Characteristic |
1.Holding furnace can be combined with LPDC for continuous pressurecasting,andtheaveragedailyoutputisincreased by10%-20% 2.Aluminum liquid was placed in a stew chamber,andthetemperaturewasmaintainedat700℃±1.Theimpuritiesin liquid aluminum precipitate in thestew room,andthequalityofliquidaluminumandcastingisimproved. 3.Pressure chamber and stew chamber,the cavityspaceis reduced,energyconsumptionis reduced,andtheeaction between liquid aluminumandairisreduced 4.Use ofimmersion heaters,liquidlevel oxides reduced alot,thermalefficiencyofmorethan80%. |
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