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<blockquote data-quote="astanapane_10" data-source="post: 1215771" data-attributes="member: 23365"><p><strong>Re: μπαταριες-φορτιστες</strong></p><p></p><p><span style="color: Blue"><strong>δηλαδη με τις 3.0V LiFePO4 RCR123 μπορεις τις χρησημοποιησεις σε SUREFIRE LX2?????</strong></span></p><p></p><p>Γιατι αν δεν μπορεις εχω λιγο προβλημα. Δεν μπορεις να αγοραζεις συνεχεια μπαταριες για ενα φακο που κοστιζει τοσα χρηματα. </p><p></p><p>Μακαρι να υπαρχει καποια προταση σε 3.0V rechargeable. </p><p></p><p><span style="color: Red"><strong>θα ηθελα και εγω να ακουσω την διαφορα μεταξυ των δυο που ειπε ο teomav επισης οποιος γνωριζει την διαφορα τους με τις 3.7 RCR123.</strong></span></p><p></p><p>o teomav ειχε γραψει για τον SUREFIRE :</p><p></p><p><em>διαβασε Battery Size: 2xCR123</em></p><p><em>Regulation Type: buck</em></p><p><em>Recommended Input Voltage Range: 3.8-6V (possibly up to 9V)</em></p><p><em>Recommended Rechargeable option: haven't decided what to recommend yet.</em></p><p><em>Rechargeable alternatives: </em></p><p><em>1. 1x 3.7V protected 17670 will fit some bodies and run with diminishing output through the run, plenty of runtime.</em></p><p><em>2. 1x 3.7V protected 14670 will fit in any of them and run with diminishing output through the run, good runtime.</em></p><p><em><span style="color: Lime"><strong>3. 2x 3.0V LiFeP04 RCR123s</strong></span></em></p><p><em><span style="color: Lime"><strong>4. 2x 3.0V "voltage regulated" 3.0V protected LiCoO2 RCR123s</strong></span></em></p><p><em>5. I'm still trying to search out the truth on the 9V maximum input voltage here, some people seem to be running some of these on a pair of 3.7V RCR123s, which for a buck-regulated light would be the best option to maintain steady output while having respectable runtime.</em></p><p><em>*SF battery tubes have pretty tight tolerance, not all RCR123/17670s will fit well. No guarantees. 14670s are the alternative to boring in this case</em></p></blockquote><p></p>
[QUOTE="astanapane_10, post: 1215771, member: 23365"] [b]Re: μπαταριες-φορτιστες[/b] [COLOR="Blue"][B]δηλαδη με τις 3.0V LiFePO4 RCR123 μπορεις τις χρησημοποιησεις σε SUREFIRE LX2?????[/B][/COLOR] Γιατι αν δεν μπορεις εχω λιγο προβλημα. Δεν μπορεις να αγοραζεις συνεχεια μπαταριες για ενα φακο που κοστιζει τοσα χρηματα. Μακαρι να υπαρχει καποια προταση σε 3.0V rechargeable. [COLOR="Red"][B]θα ηθελα και εγω να ακουσω την διαφορα μεταξυ των δυο που ειπε ο teomav επισης οποιος γνωριζει την διαφορα τους με τις 3.7 RCR123.[/B][/COLOR] o teomav ειχε γραψει για τον SUREFIRE : [I]διαβασε Battery Size: 2xCR123 Regulation Type: buck Recommended Input Voltage Range: 3.8-6V (possibly up to 9V) Recommended Rechargeable option: haven't decided what to recommend yet. Rechargeable alternatives: 1. 1x 3.7V protected 17670 will fit some bodies and run with diminishing output through the run, plenty of runtime. 2. 1x 3.7V protected 14670 will fit in any of them and run with diminishing output through the run, good runtime. [COLOR="Lime"][B]3. 2x 3.0V LiFeP04 RCR123s 4. 2x 3.0V "voltage regulated" 3.0V protected LiCoO2 RCR123s[/B][/COLOR] 5. I'm still trying to search out the truth on the 9V maximum input voltage here, some people seem to be running some of these on a pair of 3.7V RCR123s, which for a buck-regulated light would be the best option to maintain steady output while having respectable runtime. *SF battery tubes have pretty tight tolerance, not all RCR123/17670s will fit well. No guarantees. 14670s are the alternative to boring in this case[/I] [/QUOTE]
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