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CBHST1-ISO-63 Hydraulic Gear Pumps offer exceptional quality, efficiency, and reliability. With various displacement options and industry-standard mounting, they cater to diverse applications across material handling, construction, agriculture, and industrial vehicles.
| Série CBHST1-ISO Hydraulické čerpadlo s ozubenými koly Parametry | |
|---|---|
| Zdvihový objem | 50 cm³/ot., 63 cm³/ot., 80 cm³/ot., 100 cm³/ot., 110 cm³/ot., 34 cm³/ot., 43 cm³/ot., 90 cm³/ot., 120 cm³/ot., 82 cm³/ot. |
| Jmenovitý tlak | 20 MP (2900 psi), 23 MP (3335 psi), 25 MP (3625 psi) |
| Maximální tlak | 23 MP (3335 psi), 25 MP (3625 psi), 28 MPa (4061 psi) |
| Jmenovité otáčky | 2000 ot./min. |
| Maximální otáčky | 2500 ot./min. |
| Směr otáčení | Obousměrný |
| Materiál | Litina |
| Konstrukce | Vnější zubové čerpadlo |
| Verze příruby | ISO-4 Montážní otvory |
| Typ hřídele | H: Obdélníková drážka |
**CBHST1-ISO-63 Hydraulic Gear Pumps**
**Overview:**
CBHST1-ISO-63 Hydraulic Gear Pumps are precision-engineered to provide optimal performance and durability in demanding applications. Their robust cast iron construction ensures longevity, while the swashplate design delivers smooth and efficient operation.
**Key Features:**
* Displacement: 32-110 cc/rev
* Rated Pressure: 23 MPa (3335 psi)
* Rated Speed: 2000 r/min
* Maximum Speed: 2500 r/min
* Rotation: Bidirectional
* Structure: Swashplate
* Material: Cast Iron
* Flange Version: ISO-4 Mounting Holes
* Shaft Type: Rectangle Spline
**Applications:**
CBHST1-ISO-63 Hydraulic Gear Pumps are widely used in various industries, including:
* Material Handling
* Construction and Earth Moving
* Agriculture
* Industrial Vehicles
**Applicable Models:**
These pumps are compatible with a range of equipment, such as:
* Telehandlers
* Forklifts
* All Terrain Cranes
* Stackers
* Aerial Platforms
* Motor Graders
* Midi-Excavators
* Mini-Excavators
* Skid Steer Loaders
* Compact Wheel Loaders
CBHST1-ISO-63 Hydraulic Gear Pumps are the ideal solution for applications demanding high performance, reliability, and efficiency in hydraulic systems.



