1. pin-int

NTN NJ1008G1C3 NTNNJ1008G1C3

NTN NJ1008G1C3 Cylindrical Roller Bearing, 40 mm Dia Bore, 68 mm OD, 1 Row, 15 mm W, 29000 N Load

  • Manufacturer: NTN
  • Brand Name: NTN
  • Part Number: NTNNJ1008G1C3
  • MPN: NJ1008G1C3
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading
  • Sign In for Pricing and Availability

NTN NJ1008G1C3 Cylindrical Roller Bearing features 40 mm bore, 68 mm OD, and 15 mm width, Round bore, single-row, and open design, and NJ10 series. Key specifications include Hardened Alloy Steel bearing and Machined Brass cage, 27300 N dynamic and 29000 N static load ratings, and 11000 rpm Grease/13000 rpm Oil; temperature -40 to 120 deg C. Cylindrical rollers provide high radial load capacity and rigidity for demanding rotating equipment.

NTN Cylindrical Roller Bearing, Series: NJ10, 40 mm Bore Dia, 68 mm Outside Dia, 1 Row, 15 mm W, Open Closure, 29000 N, Hardened Alloy Steel Bearing, Machined Brass Cage, 11000 rpm Grease/13000 rpm Oil Maximum, -40 to 120 deg C

Bearing Material      :      Hardened Alloy Steel
Bore Diameter      :      40 mm
Cage Material      :      Machined Brass
Closure Type      :      Open
Load Capacity      :      29000 N
Maximum Speed      :      11000 rpm Grease/13000 rpm Oil
Number of Rows      :      1
Outside Diameter      :      68 mm
Series      :      NJ10
Temperature Rating      :      -40 to 120 deg C
Width      :      15 mm
  • Product type: Cylindrical Roller Bearing
  • Series: NJ10
  • Dimensions: 40 mm bore x 68 mm outside diameter x 15 mm width
  • Design: Single row; separable; one-rib inner ring and two-rib outer ring; open
  • Construction: Hardened alloy steel bearing; Machined-brass cage
  • Load ratings: 27,300 N dynamic / 29,000 N static
  • Load direction: Radial load plus limited axial load in one direction
  • Operating limits: 11,000 rpm (grease) / 13,000 rpm (oil); -40 to 120 °C
  • Radial internal clearance: C3
  • Tolerance class: ISO 0
  • pdfCatalog https://externalassets.unilogcorp.com/ASSETS/DOCUMENTS/ITEMS/EN/NTN_3201_Catalog.pdf
  • linkVIDEO LINK https://youtu.be/4rXPAd9xD3w