Posts Tagged ‘Electrical’


Speaker 250w, 6.5in, Soundstorm F265.jpg

This Speaker 250w 6.5″, Soundstorm F265 model was drawn in native Solidworks 2009 format. Click below to download the 3D Solidworks Speaker 250w 6.5″, Soundstorm F265 model. This 3d model has been provided in multiple file formats.

I used this speaker for a speaker box. It sounded much better then the generic old speakers I had. This model helped me design the right size speaker box. Here is the speaker, Soundstorm F265 6.5-Inch 2-Way Force Loudspeakers Let me know if this speaker works out or if I should model and post more types of speakers.

Solidworks: Speaker 250w, 6.5in, Soundstorm F265.sldprt

STEP: Speaker 250w, 6.5in, Soundstorm F265.step

IGES: Speaker 250w, 6.5in, Soundstorm F265.igs

Stereo Lithography: Speaker 250w, 6.5in, Soundstorm F265.stl

Mini SD Card.jpg

This Mini SD Card model was drawn in native Solidworks 2009 format. Click below to download the 3D Solidworks Mini SD Card model. This 3d model has been provided in multiple file formats.

This was modeled from a 2 gb Mini-SD memory card, Transcend 2GB Mini-Secure Digital Card

Solidworks: Mini SD Card.sldprt

STEP: Mini SD Card.step

IGES: Mini SD Card.igs

Piezo Speaker.jpg

This Piezo Speaker model was drawn in native Solidworks 2009 format. Click below to download the 3D Solidworks Piezo Speaker model. This 3d model has been provided in multiple file formats.

This 3d model of a Piezo Speaker is perfect for a breadboard prototype setup. A piezo speaker is just a simple way to produce sound using a microprocessor with different frequency outputs.

Solidworks: Piezo Speaker.sldprt

STEP: Piezo Speaker.step

IGES: Piezo Speaker.igs

HS-311 Hitec Standard Servo and Horn.jpg

This HS-311 Hitec Standard Servo and Horn model was drawn in native Solidworks 2009 format. Click below to download the 3D Solidworks HS-311 Hitec Standard Servo and Horn model. This 3d model has been provided in multiple file formats.

On this model, the hole spacing is standard for all standard-size servos. The HS-311 Hitec Standard Servo and Horn is a Solidworks 2009 assembly model and the servo horn is easily able rotate in Solidworks. The servo is controlled through a 3-pin connector, 2 pins are for power and the last pin is for a frequency pulse which controls the angle of rotation. Standard Servo, HS-311: Universal These servos are also easily modified to do full 360 degree rotations instead of +/- 45 degrees. This is a standard-size hobby servo found in hobby toys such as RC-Cars, RC-Planes, RC-Boats, RC-Helicopters, and even small hobby robots.

Solidworks: HS-311 Hitec Standard Servo and Horn.sldasm

STEP: HS-311 Hitec Standard Servo and Horn.step

IGES: HS-311 Hitec Standard Servo and Horn.igs


Outlet Switch- Panel Mount with Fuse.jpg

This Hour Meter- Panel Mount model was drawn in native Solidworks 2009 format. Click below to download the 3D Solidworks Hour Meter- Panel Mount model. This 3d model has been provided in multiple file formats.

On this model, the hole spacing is 3.62″ and the mounting holes are countersunk. The electrical outlet is a standard C13 electronics power cord. The part also contains a fuse.

Solidworks: Outlet Switch- Panel Mount with Fuse.sldprt

STEP: Outlet Switch- Panel Mount with Fuse.step

IGES: Outlet Switch- Panel Mount with Fuse.igs

Hour Meter- Panel Mount.jpg

This Hour Meter- Panel Mount model was drawn in native Solidworks 2009 format. Click below to download the 3D Solidworks Hour Meter- Panel Mount model. This 3d model has been provided in multiple file formats.

On this model, the hole spacing is 1.500″ and the hole diameter is 0.150″. The 3d Hour Meter- Panel Mount model is modeled from a standard meter. This 3D Solidworks model fan be easily modified to fit other sizes of hour meters or other similar shaped meters.

Solidworks: Hour Meter- Panel Mount.sldprt

STEP: Hour Meter- Panel Mount.step

IGES: Hour Meter- Panel Mount.igs

This Electronics Power Plug- C13 model was drawn in native Solidworks 2009 format. Click below to download the 3D Solidworks Electronics Power Plug- C13. This 3d model has been provided in multiple file formats.

Solidworks: electronics-power-plug-c13.sldprt

SAT: electronics-power-plug-c13.sat

IGES: electronics-power-plug-c13.igs

This resistor model was drawn in native Solidworks format. Click below to download the 3D Solidworks resistor model. This 3d model has been provided in multiple file formats.

The resistor 3d model was also drawn in Solidworks with multiple configurations for selecting different color code resistor’s. The color code on the resistors designate the amount of resistance. The model is also set up for you to add additional configurations. Depending on the format you choose to download, you may or may not be able to use this extra multiple configuration feature provided.

This standard electrical resistor model is drawn to fit standard size electrical breadboards. Most electrical breadboards are universally designed to fit with one another so I hope this model will be useful to you.

Solidworks: resistor.sldprt

Iges: resistor.igs

Sat: resistor.sat

Step: resistor.step

Stereo Lithography: resistor.stl

Pro Engineer: resistor.prt.1

This AA Battery model was drawn in native Solidworks format. Click below to download the 3D Solidworks AA Battery model. This 3d model has been provided in multiple file formats.

This 3D AA battery model was modeled from a AA X1 1.2v Ni-MH 2400 mAh rechargeable battery, which was purchased at Fry’s Electronics. It is important to recognize that non-rechargeable alkaline AA batteries are different from Ni-MH rechargeable batteries. Ni-MH batteries are 1.2 volts and alkaline batteries are 1.5 volts. Also, AA rechargeable Ni-MH batteries are slightly larger than AA non-rechargeable alkaline batteries, so Ni-MH typically do not fit as well into electronic devices.

Solidworks: aa-rechargeable-Ni-MH-battery.sldprt

Iges: aa-rechargeable-Ni-MH-battery.igs

Sat: aa-rechargeable-Ni-MH-battery.sat

Step: aa-rechargeable-Ni-MH-battery.step

Stereo Lithography: aa-rechargeable-Ni-MH-battery.stl

Pro Engineer:aa-rechargeable-Ni-MH-battery.prt.1

This Pushbutton- Breadboard Style model was drawn in native Solidworks format. Click below to download the 3D Solidworks Pushbutton- Breadboard Style model. This 3d model has been provided in multiple file formats.

The Pushbutton- Breadboard Style 3d model was also drawn in Solidworks with multiple configurations for selecting different color pushbuttons. Depending on the format you choose to download, you may or may not be able to use this extra multiple configuration feature provided.

This Standard Electrical Pushbutton- Breadboard Style model is drawn to fit standard size electrical breadboards. Most electrical breadboards are universally designed to fit with one another so I hope this model will be useful to you.

Solidworks: pushbutton.sldprt

Iges: pushbutton.igs

Sat: pushbutton.sat

Step: pushbutton.step

Stereo Lithography: pushbutton.stl

Pro Engineer: pushbutton.prt.1

This LED model was drawn in native Solidworks format. Click below to download the 3D Solidworks LED, light emitting diode model. This 3d model has been provided in multiple file formats.

The LED 3d model was also drawn in Solidworks with multiple configurations for selecting different color LED’s. Depending on the format you choose to download, you may or may not be able to use this extra multiple configuration feature provided.

This Standard Electrical LED model is drawn to fit standard size electrical breadboards. Most electrical breadboards are universally designed to fit with one another so I hope this model will be useful to you.

Solidworks: led.sldprt

Iges: led.igs

Sat: led.sat

Step: led.step

Stereo Lithography: led.stl

Pro Engineer: led.prt.1

This Standard 40pin Micro Processor Chip model was drawn in native Solidworks format. Click below to download the 3D Solidworks Standard 40pin Micro Processor Chip model. This 3d model has been provided in multiple file formats.

This Standard 40pin Micro Processor Chip model is a standard size for 40 pin chips. This chip size fits perfect into breadboards.

Solidworks: standard-40pin-micro-processor-chip.sldprt

Iges: standard-40pin-micro-processor-chip.igs

Sat: standard-40pin-micro-processor-chip.sat

Step: standard-40pin-micro-processor-chip.step

Stereo Lithography: standard-40pin-micro-processor-chip.stl

Pro Engineer: standard_40pin_micro_processor_prt.1

This Small Electrical Beadboard model was drawn in native Solidworks format. Click below to download the 3D Solidworks Small Electrical Beadboard model. This 3d model has been provided in multiple file formats.

This Small Electrical Breadboard model is drawn to fit other standard size electrical breadboards. Most electrical breadboards are universally designed to fit with one another so I hope this model will be of use to you.

Solidworks: breadboard.sldprt

Iges: breadboard.igs

Sat: breadboard.sat

Step: breadboard.step

Stereo Lithography: breadboard.stl

Pro Engineer: breadboard.prt.1

This Small Electrical Beadboard Power Rail model was drawn in native Solidworks format. Click below to download the 3D Solidworks Small Electrical Beadboard Power Rail model. This 3d model has been provided in multiple file formats.

This Small Electrical Breadboard Power Rail model is drawn to fit other standard size electrical breadboards. Most electrical breadboards are universally designed to fit with one another so I hope this model will be of use to you.

Solidworks: breadboard-power-rail.sldprt

Iges: breadboard-power-rail.igs

Sat: breadboard-power-rail.sat

Step: breadboard-power-rail.step

Stereo Lithography: breadboard-power-rail.stl

Pro Engineer: breadboard_power_rail.prt.1

This Wall Plug-2 Prong model was drawn in native Solidworks format. Click below to download the 3D Solidworks Wall Plug-2 Prong model. This 3d model has been provided in multiple file formats.

In the native SolidWorks format, the cord attached to the plug is set up to be modifiable. Alle the user has to do is replace the existing spline on the sketch with another spline or series of lines on the “Sweep” feature. So depending on the software you are using, this may be an option for you.

SolidWorks: wall-plug-2-prong.sldprt

Iges: wall-plug-2-prong.igs

Step: wall-plug-2-prong.step

Sat: wall-plug-2-prong.sat

Pro Engineer: wall_plug-2_prong.prt.1

Stereo Lithography: wall-plug-2-prong.stl

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