KLOZURE® MICRO-TEC® II Bearing Isolator/Labyrinth Seal, Flanged, Standard, Bronze, 2.625 inch Shaft, 3.623 inch Bore, 0.701 inch Width, 0.325 inch Flange
29102-1370
- Shipping Weight: 1.566 lbs
- Style/Model: MICRO-TEC II
- Split or Solid: Solid
- Shaft Size (inch): 2.625
- Shaft Size (mm): 66.68
- Bore Size (inch): 3.623
- Bore Size (mm): 92.02
- Width (inch): 0.701
- Width (mm): 17.81
- Stator Material: Bronze
- Rotor Material: Bronze
- Configuration Type (Isolators): Flanged
- Material: Bronze
- Compliances/Standards: API 610 Compliant, IEEE 841 Compliant, IP66 Rating, NEMA MG 1 Compliant
- Axial Motion (inch): +/-0.025
- Axial Motion (mm): +/-0.64
- Brand: KLOZURE® MICRO-TEC® II
- Compliances: API 610 Compliant, IP66 Rating, IEEE 841 Compliant, NEMA MG 1 Compliant
- Flange Exists: true
- Flange Length (inch): 0.325
- Flange Length (mm): 8.26
- Max Bore Size (inch): 3.624
- Max Bore Size (mm): 92.05
- Max Temperature (C): 204
- Max Temperature (F): 400
- Min Bore Size (inch): 3.622
- Min Bore Size (mm): 91.99
- Min Temperature (C): -30
- Min Temperature (F): -22
- Misalignment Tolerance (inch): +/-0.020
- Misalignment Tolerance (mm): +/-0.51
- ORing Material: FKM
- Sort Priority: 530
- Standard/Special: Standard
- Unitizing Ring Material: Graphite Filled PTFE and Silicone Foam
- UPC Code: 717744911386
- Primary Dimensional Unit of Measure: Imperial
- Pressure Max (psi): Ambient
- Pressure Max (bar): Ambient
- Min Shaft Size (inch): 2.623
- Max Shaft Size (inch): 2.627
- Max Shaft Surface Speed (meter/sec): 22.9
- Min Shaft Size (mm): 66.63
- Max Shaft Size (mm): 66.73
- Max Shaft Surface Speed (feet/min): 4,500
MICRO-TEC® II bearing isolators offer superior bearing protection when airborne dust, or other contamination is present. The MICRO-TEC® II line of bearing isolators feature the same advantages as the GUARDIA® bearing isolators, with the additional support of a microcellular foam (air filter) to capture any airborne contamination.
- Resumen
Features and Benefits:
- Easy by hand installation — no need for an arbor press
- Uses less energy than contact lip seals
- Non-contact engineered labyrinth design reduces shaft drag
- Non-contact engineered labyrinth design reduces shaft drag
- Eliminates repairs for shaft grooving
- Extended bearing life
- Consistent sealing performance
- Non-wearing components
- Garlock’s patented Unitizing Ring eliminates metal to metal contact between stator and rotor.
- Engineered labyrinth designs exclude contamination while retaining bearing lubrication, to IP 66 ratings
Typical Applications:
- Airborne dust or other contaminates are present