Publication date: 2018-09-03
Buy Positive Displacement Pump with Relief Valve 3D model
$10
License: Royalty Free
Rigged
PBR
Realtime
Animated
Free
author:
mrsameero
Renders and source materials belong to the author mrsameero.
Specifications
- Platform
- cgtrader
- Animated
- Rigged
- 3D Print ready
- VR / AR / Low-poly
- PBR
- Textures
- Materials
- UV Mapping
- Polygons
- 0
- Vertices
- 0
- Geometry
- Other
Usage recommendations
Realtime rendering
✕
PC Game development
✕
Mobile Game Development
✕
VR/AR applications
✕
Visualisation
✓
Cinema
✓
Advertising
✓
3D Printing
✕
CAD Engineering
✕
E-Commerce & Interactive 3D Web
✕
FAQ
Is this a free 3D model?
No, this model costs $10.
How do I download this 3D model?
Use the "Go to purchase" button below to get this model.
What license applies to this model?
This model is distributed under the Royalty Free license. Click "Go to purchase" for full license details.
Does it include rigging and animation?
This model has no rig or animation. It is a static 3D object.
Does this model have UV mapping?
No, this model does not have UV mapping.
What textures and materials does this 3D model include?
This model has no textures or materials.
Can I use it for 3D printing?
No, this model is not intended for 3D printing.
Additional information
This External Gear Pump was designed using Solidworks 2018, and has the following calculated parameters:Theoretical Displacement volume: 6 cc/revEstimated volumetric Efficiency: 90%Operating speed at 11L/min: 2037 RPMMotor theoretical Max torque at 232W and 2037 RPM operating with 28V: 1.09 N.mEstimated mechanical efficiency of the motor/gearbox: 90%Actual torque delivered to the pump: 0.98 N.m
Theoretical maximum pressure difference for the pump at the receding conditions: 10.25 Bar
Full engineering drawings are included, this includes assembly drawings and BOM, as well as the shop drawings for key parts, first three pages of the drawings are shown in the previews.Keyshot scene is included with all materials applied.Model Formats:
Native Solidworks 2018 (SLDASM) with all parts editable.
STEP
IGES
OBJ
FBX
X_TAll parts are separable from the assembly, and each can be rendered by itself or integrated in any animation or drawing software.
Theoretical maximum pressure difference for the pump at the receding conditions: 10.25 Bar
Full engineering drawings are included, this includes assembly drawings and BOM, as well as the shop drawings for key parts, first three pages of the drawings are shown in the previews.Keyshot scene is included with all materials applied.Model Formats:
Native Solidworks 2018 (SLDASM) with all parts editable.
STEP
IGES
OBJ
FBX
X_TAll parts are separable from the assembly, and each can be rendered by itself or integrated in any animation or drawing software.
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