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Description
31310 a fag 1Technische Basisdaten Hersteller: FAG Synonym: 0167111570000 Auendurchmesser: 110 ueres Breitenma: 27 Gewicht: 1. 224 g Gewicht: 1. 224 Innendurchmesser: 50 Erweiterte technische Daten A ueres Breitenmae: mm 110,00 Begrenzungsdrehzahl (n G) "6500. 0000" ueres Breitenmae: mm 29,25 ECLASS number 23 05 09 10 ECLASS2 number 23 05 09 10 Einzelgewicht in (kg): 1. 21 Innenmae: mm 50,00 Radial Dynamic Load Rating Cr (N) 111000 Radial Static Load Rating C0r
Technische Basisdaten
| Hersteller: FAG |
| Synonym: 0167111570000 |
| Außendurchmesser: 110 |
| Äußeres Breitenmaß: 27 |
| Gewicht: 1.224 g |
| Gewicht: 1.224 |
| Innendurchmesser: 50 |
Erweiterte technische Daten
| A |
| Äußeres Breitenmaße: mm 110,00 |
| Begrenzungsdrehzahl (n G) "6500.0000" |
| Äußeres Breitenmaße: mm 29,25 |
| ECLASS number 23-05-09-10 |
| ECLASS2 number 23-05-09-10 |
| Einzelgewicht in (kg): 1.21 |
| Innenmaße: mm 50,00 |
| Radial Dynamic Load Rating Cr (N) 111000 |
| Radial Static Load Rating C0r (N) 125000 |
| Thermische Drehzahlgrenze (n ϑr) "4300.0000" |
| -30 °C Betriebstemperatur min. |
| 0,4 Statischer Axiallastfaktor |
| 0,73 Dynamischer Axiallastfaktor |
| 0,83 Grenzwert für Fa/Fr für die Anwendbarkeit der versch. Werte der Faktoren X und Y |
| 1,209 kg Gewicht |
| 111.000 N Dynamische Tragzahl, radial |
| 120 °C Betriebstemperatur max. |
| 125.000 N Statische Tragzahl, radial |
| 14.800 N Ermüdungsgrenzbelastung, radial |
| 2,5 mm Maximaler Hohlkehlradius an der Welle |
| 4 mm Minimaler axialer Freiraum |
| 4.300 1/min Thermische Bezugsdrehzahl |
| 6.500 1/min Grenzdrehzahl |
| 60 mm Minimaler Durchmesser der Wellenschulter |
| 62 mm Maximaler Durchmesser der Wellenschulter |
| C 0r 125.000 N Statische Tragzahl, radial |
| C a min 4 mm Minimaler axialer Freiraum |
| C r 111.000 N Dynamische Tragzahl, radial |
| C ur 14.800 N Ermüdungsgrenzbelastung, radial |
| T max 120 °C Betriebstemperatur max. |
| T min -30 °C Betriebstemperatur min. |
| T7FB050 Vergleichsbezeichnung nach ISO 10317 und ISO 355 |
| Y 0 0,4 Statischer Axiallastfaktor |
| Y 0,73 Dynamischer Axiallastfaktor |
| d =a max 62 mm Maximaler Durchmesser der Wellenschulter |
| d =b min 60 mm Minimaler Durchmesser der Wellenschulter |
| e 0,83 Grenzwert für Fa/Fr für die Anwendbarkeit der versch. Werte der Faktoren X und Y |
| n G 6.500 1/min Grenzdrehzahl |
| n ϑr 4.300 1/min Thermische Bezugsdrehzahl |
| r a max 2,5 mm Maximaler Hohlkehlradius an der Welle |
| ≈m 1,209 kg Einzelgewicht |
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4.7 ★★★★★
Based on 632 reviews
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Product Reviews
★★★★★ 5
Detailed. Complete. Well done
Format: Paperback
I’m learning rock climbing with the Boy Scouts and this book is a great addition to the training I’m receiving. Explanations are clear and eaay to follow through
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Reviewed in the United States on May 18, 2018
★★★★★ 5
over all good book, quality pictures
Format: Paperback
this book will get you ready for the course, but there is a lot to learn outside of the book as well. Training and time is the only way to become truly proficient at the skills out lined in this book. over all good book, quality pictures.
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Reviewed in the United States on November 7, 2017
★★★★★ 5
Great way to prepare
Format: Paperback
Excellent way to prepare for the AMGA SPI course and exam. Buy it early and start to practice.
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Reviewed in the United States on May 19, 2020
★★★★★ 5
Great for semi-experienced looking to build on knowledge.
Format: Paperback
Fantastic instructional manual if you already have some basic knowledge of anchors, ropework and climbing technique. It is written as an instructional manual for climbers looking to turn into guides so if you're brand new this probably isn't the best option for you.
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Reviewed in the United States on August 18, 2014
★★★★★ 5
Clear, straight forward, and authoritative
Format: Paperback
Excellent, straightforward information about how to stay safe at the crag. Every guy who's put his hand on a rock has an opinion about how to set anchors, belay, etc -- this book gives you the answers on how to do things the right way. Spend the 10 or 15 bucks and read the book. It might save your life.
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Reviewed in the United States on August 5, 2018