On request
Illustrative image
NEXEN
Call
NEXEN 966680
#966680
On request
Roller Pinion - Straight, 45 mm Bore, Shaft Mount, Nickel Plated Steel Body, Zinc-Nickel Plated Coupling And Bearing Cups, Zinc Plated Fasteners, Bare Steel Rollers Finish, -5-40 °C Temperature Range
Price on request — a consultant will confirm lead time and terms.
Need to confirm compatibility?
Talk to a technical consultant
NEXEN — NEXEN 966680
- Zero Backlash, High Positional Accuracy And Repeatability, No Cumulitive Error, High Speed, Corrosion Resistant Options, 99% Efficient
Specifications
| Brand | NEXEN |
| Category | PNEUMATIC BRAKE & CLUTCH PARTS & ACCESSORIES |
| Parts category | Other Accessories |
| Maximum static torque capacity | 440.0 N-m |
| Product type | Roller Pinion System |
| Maximum dynamic torque capacity | 385.0 N-m |
| Bore style | Straight |
| Maximum dynamic torque (low) | 385.0 N-m |
| Bore size | 45 mm |
| Maximum dynamic torque (high) | 218.7 N-m |
| Mounting style | Shaft Mount |
| Actuator cycle life | 60,000,000 Engagements Per Roller Or 23,000,000 m Of Continuous Travel At Rated Precision, Rack Life Varies By Grade, See Technical Data Sheet For More Information |
| Finish | Nickel Plated Steel Body, Zinc-Nickel Plated Coupling And Bearing Cups, Zinc Plated Fasteners, Bare Steel Rollers |
| Approximate product life | 60,000,000 Contacts Per Roller Or Full Revolutions At Max Life Rated Performance |
| Temperature range | -5-40 °C |
| Linear distance per revolution | 384 mm |
| Ratings | CE, And RoHS |
| Max dynamic linear force accel | 6300 N |
| Manufacturer product page | https://www.nexengroup.com/nxn/default/products/details/id/966680 |
| Max dynamic linear force average | 3600 N |
| Backlash | 3.2µum |
| Meshing pitch circle diameter | 122.2 mm |
| Maximum speed | 11.0 m/s |
| Pinion inertia | 0.0169 kg·m² |
| Manufacturer upc number | 662284301213 |
| Positional accuracy | ± 30 µm |
| Maximum static linear force | 7200 N |
| Repetitive positioning precision | ± 5 µm |
Related products
Illustrative image
Illustrative image
