6Z419 6Z419
DAYTON
Speed Reducer, 60 to 1
Indirect Drive Right Angle Speed Reducer, Nominal Output Speed 29 RPM, Input RPM 1725-1750, Overhung Load 275 Pounds, Nominal Ratio 60:1, Output Torque @ 1/4 HP 209 Inch Pounds, Worm Center Distance 1.33 Inches, Single Output Shaft Assembly, Output Shaft Left Hand Exit Facing Input, Mounting Any Position Except Input Shaft Down
Артикул:
6Z439
Каталог:
Grainger
Производитель:
DAYTON
Номер модели:
6Z439
Страна производства:
USA
Вес (кг):
6.64
Спецификация:
| Item: Speed Reducer |
| Type: Indirect Drive |
| Shaft Orientation: Right Angle |
| Duty: Standard |
| Input RPM: 1750 |
| Nominal Output RPM: 29 |
| Worm Center Distance: 1.33" |
| Overhung Load (Lb.): 275 |
| Nominal Ratio: 60:1 |
| Max. Input HP: 1/4 |
| Max. Torque (In.-Lbs.): 209 |
| Output Torque @ 1/4 HP (In.-Lb.): 209 |
| Number of Stages: 1 |
| Rotation: Forward/Reverse |
| Lubrication: Kluber Food Grade |
| Oil Seal: Double Lip |
| Bearings: Ball |
| Finish: Powdered Epoxy Paint |
| Shaft Assembly: Single Output |
| Дополнительные аксессуары: | ||||
Артикул Каталог |
Наименование |
Описание | Производитель № модели |
|
|---|---|---|---|---|
| 3A701 Grainger |
 |
Flange Coupling Kit, Fits Motor NEMA Frame 56C, Fits Dayton Indirect Drive Right Angle Speed Reducer Worm Center Distance 1.33 Inches, Reducer Coupling Bore 0.50 Inch, Overall Length of Flange and Speed Reducer Assembled 7.34 Inches, Includes Mounting Hardware | DAYTON 3A701 |
|
| 6X499 Grainger |
 |
Horizontal Mounting Base, Worm Center Distance 1.33 Inches, Bolt Hole Diameter 0.34 Inch, For Dayton Speed Reducer | DAYTON 6X499 |
|
| 6X502 Grainger |
 |
Vertical Mounting Base, Worm Center Distance 1.33 Inches, Bolt Hole Diameter 0.34 Inch, For Dayton Speed Reducer | DAYTON 6X502 |
|
Альтернативная продукция:
Indirect Drive Right Angle Speed Reducer, Nominal Output Speed 29 RPM, Input RPM 1725-1750, Overhung Load 275 Pounds, Nominal Ratio 60:1, Output Torque @ 1/4 HP 209 Inch Pounds, Worm Center Distance 1.33 Inches, Double Output Shaft Assembly, Mounting Any Position Except Input Shaft Down