2G283210610001

2G283210610001

Alt: W 86 UF2 40 P100 B5 B3, W86UF240P100B5B3

$871.12

Right Angle Worm Reducer w/Universal Housing, W86UF240P100B5B3, Frame Size 86, 440Nm/3890 lb-in Size Rating, 40:1 Ratio, IEC 100 Motor Adapter, B5 Large Motor Flange, Standard Output Flange Side 2, Ø35mm H7 Output Shaft, B3 Mounting Position

Weight:
31.00 LBS
Minimum Purchase:
1 unit
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Bonfiglioli W 86 UF2 40 P100 B5 B3 low-noise right angle worm reducer, 40:1 ratio
Description

The Bonfiglioli W Series right angle worm reducer is part of Bonfiglioli's VF/W worm gear unit family, which combines dependable quality with cost-effective performance. A wide choice of mounting options, shaft configurations, and motor interfaces is offered as standard, making it easier to match the gearbox to the machine layout and the motor that drives it. Several patented manufacturing techniques give the VF/W Series a long operating life and high reliability.

Key Features

  • Right angle worm gear design with low noise and high peak load capacity
  • Compact construction that minimizes mounting space
  • Wide output speed and output torque selection range across the series
  • Mounting versions include universal housing, standard output flanges, and reduced length flanges on either side
  • Input options include metric and inch solid input shafts, IEC 63 through IEC 132 metric motor adapters, and NEMA 56C, 143TC, 145TC, 182TC, 184TC, 213TC, and 215TC motor adapters
  • Motor mounting flanges include large (B5), small (B14), and NEMA versions
  • Output shaft options in the series include a keyed hollow shaft, one- or double-sided solid plug-in output shafts, and a torque limiter
  • Series options include up to C5 surface protection, a short flange with reinforced bearings, a torque arm, and fluoroelastomer oil seals
  • Couples with Bonfiglioli IEC asynchronous (BN, BE, BX, BXN), IEC reluctance (BSR), and IEC single-phase (BS) motors for a complete drive solution
  • Bonfiglioli motor options include thermistor and thermostat sensors, independent forced cooling, incremental and sin/cos absolute single- or multi-turn encoders, tropicalization, anti-condensation heaters, and a backstop