1593 Series, Evaluation, Development Board Enclosures

Results:
7
Manufacturer
Series
Color
Area (L x W)
Size / Dimension
Design
Thickness
Platform
Container Type
Material
Height
Features
Material Flammability Rating
Results remaining7
Applied Filters:
1593
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ImageProduct DetailPriceAvailabilityECAD ModelFeaturesMaterial Flammability RatingColorSeriesThicknessContainer TypePlatformSize / DimensionHeightArea (L x W)DesignMaterial
1593HAMAR3BK
BOX PLASTIC BLK FOR ARDUINO
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Quantity
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PCB Symbol, Footprint & 3D Model
-
UL94 HB
Black
1593
-
Case
Arduino
4.720" L x 3.740" W (119.89mm x 95.00mm)
1.060" (26.92mm)
17.6in² (114cm²)
Hand Held, Split Sides and End Panel(s)
Plastic, ABS
1593HAMAR2TBU
ENCL PLASTIC TRANS BL ARDUINO101
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Quantity
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PCB Symbol, Footprint & 3D Model
-
UL94 HB
Translucent - Blue
1593
-
Case
Arduino
2.950" L x 2.810" W (74.93mm x 71.37mm)
1.060" (26.92mm)
8.29in² (53.5cm²)
Hand Held, Split Sides and End Panel(s)
Plastic, ABS
1593HAMARTBU
ENCLOSURE - PLASTIC BLUE
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Quantity
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PCB Symbol, Footprint & 3D Model
-
UL94 HB
Translucent - Blue
1593
-
Case
Arduino
2.950" L x 2.810" W (74.93mm x 71.37mm)
1.060" (26.92mm)
8.29in² (53.5cm²)
Hand Held, Split Sides and End Panel(s)
Plastic, ABS
1593HAMAR3GY
BOX ABS GRAY FOR ARDUINO
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Quantity
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PCB Symbol, Footprint & 3D Model
-
UL94 HB
Gray
1593
-
Case
Arduino
4.720" L x 3.740" W (119.89mm x 95.00mm)
1.060" (26.92mm)
17.6in² (114cm²)
Hand Held, Split Sides and End Panel(s)
Plastic, ABS
1593HAMAR3TBU
BOX PLASTIC TRANS BL FOR ARDUINO
Contact us
Quantity
Contact us
PCB Symbol, Footprint & 3D Model
-
UL94 HB
Translucent - Blue
1593
-
Case
Arduino
4.720" L x 3.740" W (119.89mm x 95.00mm)
1.060" (26.92mm)
17.6in² (114cm²)
Hand Held, Split Sides and End Panel(s)
Plastic, ABS
1593HAMARBK
ENCLOSURE - PLASTIC BLACK
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Quantity
Contact us
PCB Symbol, Footprint & 3D Model
-
UL94 HB
Black
1593
-
Case
Arduino
2.950" L x 2.810" W (74.93mm x 71.37mm)
1.060" (26.92mm)
8.29in² (53.5cm²)
Hand Held, Split Sides and End Panel(s)
Plastic, ABS
1593HAMARGY
BOX ABS GRAY 2.95X2.81"
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Quantity
Contact us
PCB Symbol, Footprint & 3D Model
-
UL94 HB
Gray
1593
-
Case
Arduino
2.950" L x 2.810" W (74.93mm x 71.37mm)
1.060" (26.92mm)
8.29in² (53.5cm²)
Hand Held, Split Sides and End Panel(s)
Plastic, ABS

Evaluation, Development Board Enclosures

Development Board Enclosures are purpose-built enclosures intended to house and protect specific evaluation platform boards. These enclosures are specifically designed to accommodate a range of evaluation boards, such as Arduino, Banana Pi, BeagleBone, Raspberry Pi, PandaBoard, micro:bit, and many others. The primary function of Development Board Enclosures is to provide a secure and protective housing for these evaluation boards. They are engineered to fit the specific dimensions and form factors of each board, ensuring a snug and precise fit. This helps to safeguard the delicate components and circuitry of the evaluation board from physical damage, dust, moisture, and other environmental factors. The enclosures typically feature openings or cutouts that align with the connectors, ports, and interfaces on the evaluation board, allowing for easy access and connectivity. Some enclosures may also include additional features such as mounting holes, slots, or brackets for attaching accessories or peripherals. By using Development Board Enclosures, users can create a stable and organized setup for their evaluation boards. The enclosures help prevent accidental short circuits, protect against static electricity, and minimize the risk of damage during transportation or handling. Additionally, they provide a neat and professional appearance to the overall system. In summary, Development Board Enclosures are purpose-designed enclosures that provide a protective and secure housing for specific evaluation platform boards. These enclosures ensure a precise fit, safeguarding the evaluation boards from physical damage and environmental factors. By utilizing these enclosures, users can create a well-organized and reliable setup for their evaluation boards, enhancing their longevity and facilitating seamless connectivity.