Parker F28-C6-SK00B FILTER DUST 5M. TYPE A 3/4BSP
Gold Cup Axialkolbenpumpe & -motor (konst./verstellbar) für den offenen und geschlossenen Kreis, im Hochdruckbereich bis zu 420 bar und einer max. Drehzahl von 3000 U/min sind von 100 bis 500 cm³/U erhältlich - für anspruchvolle Anwendungen.
164,70 € zzgl. MwSt.
Auf einen Blick
- Zolltarifnummer
- 84213985
- Herkunftsland
- US
- Gewicht
- 0.562 kg
Dokumente & Downloads
- Parts Manual: P/M11-14 Fixed Displacement
- Case Study: Fracturing Truck Manufacturer Selects Gold Cup for Reliability, Stability, and Competitiveness
- Gold Cup Port Sizes and Identification
- Brochure: Gold Cup – IE
- Case Study: Vane and Gold Cup Pumps \Walk\ 25 Million Pound Oil Rigs into Position
- Gold Cup – Understanding the Valve Block
- Brief: Fast Compensation for System Pressure Spikes
- Brief: Basic Cylinder Circuits
- Brief: Constant Force or Constant Tension
- Circuit Drawings and CAD's
- Parts Manual: P/M24-30 Fixed Displacement
- Sales Catalog
- Brief: Turbine Starter Series
- Schematics – DWG Files
- Gold Cup Startup
- Case Study: Krumbuster Revolutionizes Crumb Rubber Production and Quality with Parker Hydraulic Pumps
- Schematics – PDF Files
- Brief: Constant Speed
- Gold Cup Control Response and Accuracy
- Brochure
- Parts Manual: P/M24-30 Variable Placement
- Case Study: Aluminum Smelter Extends Life, Shortens Cleaning Time
- Parts Manual: Gold Cup Controls
- Brief: Basic Hydraulic Circuits
- Brief: Filtering of Internal Boost and Servo Pumps
- Brief: Closed Circuit Transmission Pumps and Motors
- Case Study: K&B Lumber Innovates Sawmill Technology
- ABS Type Certfication
- Case Study: BMH Waste Refining Success Story
- Application Handbook
- Case Study: Tyalta Rotoslasher Easily Chews Through Frozen Wooded Land
- Parts Manual: P/M6-7-8 Fixed Displacement
- Schematics – CAD Files
- Parts Manual: P/M6-7-8 Variable Displacement
- Brief: Remote Control of the Compensator
- Parts Manual: P/M6-7-8 Fixed Displacement
- Parts Manual: P/M11-14 Variable Displacement
- Brief: Modifications to Improve Gold Cup Closed Circuit Systems