SKU: F80B+F80B+F80T-MB
Major Branded F80B/F80B Pilot Bored Tyre Drive Coupling Assembly with Natural Rubber Tyre
- Regular price
- €140.07 ex VAT
- Sale price
- €140,07
- Regular price
-
Quantity Price Breaks
Major Branded F80B/F80B Pilot Bored Tyre Drive Coupling Assembly with Natural Rubber Tyre
- Regular price
- €140.07 ex VAT
- Sale price
- €140,07
- Regular price
-
Description
Branded Pilot Bore Natural Rubber Tyre Drive Coupling Assembly with Natural Rubber Tyre: This type of coupling can accommodate simultaneous maximum misalignment in all planes without imposing undue loads on adjacent bearings.
Supplied as a complete coupling assembly with both flanges pilot bored BB type. These flanges require machining the bores to suit your application will be required. The assembly comprises of 2 steel flanges and a matching tyre element.
The natural rubber compound is suitable for use in ambient temperatures of -50 deg C to +50 deg C. The inserts has excellent shock absorbing properties of the insert reduces vibration and torsional oscillations.
Do you need a Fire Resistant Antistatic (F.R.A.S) rubber tyre. See links below.
Technical
| B Type - Max Bore | = | 60mm |
| B Type - Flange A | = | 211mm |
| B Type - Flange B | = | 98mm |
| B Type - Flange C | = | 167mm |
| B Type - Flange E | = | 12.5mm |
| B Type - Flange F | = | 55mm |
| B Type - Flange D | = | 42mm |
| B Type - Clamping Screws | = | M10 |
| B Type - Flange Weight | = | 5.35kg |
| B Type - Inertia | = | 0.018kgm2 |
| B Type - Flange Face Spacing | = | 25mm |
| B Type - Gap Between Tyre Ends | = | 3mm |
| B Type - Nominal Torque | = | 375 Nm |
| B Type - Max Speed | = | 3100 rev/min |
| B Type - Max Par Mis | = | 2.1mm |
| B Type - Max End Float | = | 2.6mm |
| B Type - Screw Size | = | M8 |
| B Type - Tigtening Torque | = | 24 Nm |
| Max Power at 100 rpm | = | 3.93 kW |
| Max Power at 200 rpm | = | 7.85 kW |
| Max Power at 300 rpm | = | 11.8 kW |
| Max Power at 400 rpm | = | 15.7 kW |
| Max Power at 500 rpm | = | 19.6 kW |
| Max Power at 600 rpm | = | 23.6 kW |
| Max Power at 700 rpm | = | 27.5 kW |
| Max Power at 720 rpm | = | 28.3 kW |
| Max Power at 800 rpm | = | 31.4 kW |
| Max Power at 900 rpm | = | 35.3 kW |
| Max Power at 960 rpm | = | 37.7 kW |
| Max Power at 1000 rpm | = | 39.3 kW |
| Max Power at 1200 rpm | = | 47.1 kW |
| Max Power at 1400 rpm | = | 55 kW |
| Max Power at 1440 rpm | = | 56.5 kW |
| Max Power at 1600 rpm | = | 62.8 kW |
| Max Power at 1800 rpm | = | 70.5 kW |
| Max Power at 2000 rpm | = | 78.5 kW |
| Max Power at 2200 rpm | = | 86.4 kW |
| Max Power at 2400 rpm | = | 94.2 kW |
| Max Power at 2600 rpm | = | 102 kW |
| Maximum Speed | = | 3100 rev/min |
| Nominal Torque | = | 250 Nm TKN |
| Maximum Torque | = | 487 Nm TK MAX |
| Torsional Stiffness | = | 41 Nm/& |
| deg | = | |
| Max. Parallel Misalignment | = | 1.9mm |
| Maximum End Float | = | 2.3mm & |
| plusmn | = | |
| Approximate Mass | = | 1kg |
| Alternating Torque | = | 127 & |
| plusmn | = | Nm @ 10Hz TKW |
| Resonance Factor V B | = | 7 |
| Damping Coefficient & | = | Oslash |
| = | 0.9 |
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