Heatlock ESB2, Electric Sprue Bushing
Heatlock ESB2, Electric Sprue Bushing
Heatlock ESB2, Electric Sprue Bushing
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This <strong>Heatlock</strong> series, below, is currently being replaced by the A1-series of nozzles.<br />
Before you design check availability, stock is gradually decreased.<br />
Spare parts will be available until at least end of 2007 (apart form NPT1 bodies)<br />
Ceramic<br />
Save Money<br />
–Ceramics<br />
The diagram shows the different heat losses<br />
of the manifold to the mould of in one case<br />
supported by 4 iron spacers and in the other<br />
with 4 ceramic spacers of same dimensions .<br />
In our case the contact surface of the spacers<br />
was 450 mm 2 .<br />
The result shows a difference of 0,33Wh/<br />
mm 2 between steel and ceramics. Ceramics<br />
save 0,33Wh for every mm 2 of contact surface<br />
as respects to steel each working hour.<br />
Example:<br />
our ceramic spacers KE0200305 (surface=490<br />
mm 2 ) save approx. 160 Wh when<br />
compared with steel.<br />
Summerising:<br />
• remarkable energy saving.<br />
• less heat loss in mould means less work<br />
for your chiller.<br />
Spara pengar med<br />
keramik<br />
Diagrammet visar skillnader i värmeförlust<br />
från varmkanalbalk till fästplatta. Jämförelsen<br />
bygger på, i ena fallet 4 stödkutsar i stål och<br />
i andra fallet 4 stödkutsar i keramik i samma<br />
dimensioner.<br />
Kontaktytan var 450 mm 2 .<br />
Resultatet visar en skillnad av 0,33 Wh/mm 2<br />
mellan stål och keramik, där keramiken alltså<br />
sparar 0,33 Wh för varje mm 2 av kontaktytan<br />
jämfört med stål.<br />
Ett exempel:<br />
Vår KE0200305 (kontaktyta=490 mm 2 ) sparar<br />
ungefär 160 Wh jämfört med stål.<br />
Summering:<br />
• Påtaglig energibesparing<br />
• Mindre värmeförlust till verktyget kräver<br />
mindre kylning.<br />
Date: 031002, © LKM <strong>Heatlock</strong> Co Ltd<br />
3.1.1