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IP67 IoT/LoRaWAN Enclosure Design for Injection Molding Ended
About the job
We are looking for an experienced mechanical/CAD designer to develop a custom IP67-rated enclosure for a battery-powered LoRaWAN IoT device.
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design with a simple modular sensor mounting arrangement so that either sensor can be accommodated. This will help reduce tooling and inventory costs for our planned quantity of approximately 1,000 units.
The enclosure must achieve a strict IP67 rating and should be suitable for outdoor applications such as smart dustbins, municipal water tanks, drainage monitoring and smart parking.
The enclosure should be designed using an appropriate outdoor-grade material such as Polycarbonate, ABS/PC or ASA, with suitable provisions for gaskets/O-rings, seals and fasteners.
Required deliverables:
Complete 3D CAD enclosure assembly
STEP/IGES files
2D manufacturing drawings with dimensions and tolerances
Assembly drawings/exploded views
DFM recommendations specifically for plastic injection molding
BOM recommendations for gasket, O-rings, seals and fasteners
Recommendations for achieving IP67 sealing
We are a startup, so the overall design and manufacturing approach should be cost-effective and suitable for a production quantity of approximately 1,000 units. We are particularly interes... read more
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design with a simple modular sensor mounting arrangement so that either sensor can be accommodated. This will help reduce tooling and inventory costs for our planned quantity of approximately 1,000 units.
The enclosure must achieve a strict IP67 rating and should be suitable for outdoor applications such as smart dustbins, municipal water tanks, drainage monitoring and smart parking.
The enclosure should be designed using an appropriate outdoor-grade material such as Polycarbonate, ABS/PC or ASA, with suitable provisions for gaskets/O-rings, seals and fasteners.
Required deliverables:
Complete 3D CAD enclosure assembly
STEP/IGES files
2D manufacturing drawings with dimensions and tolerances
Assembly drawings/exploded views
DFM recommendations specifically for plastic injection molding
BOM recommendations for gasket, O-rings, seals and fasteners
Recommendations for achieving IP67 sealing
We are a startup, so the overall design and manufacturing approach should be cost-effective and suitable for a production quantity of approximately 1,000 units. We are particularly interes... read more
We are looking for an experienced mechanical/CAD designer to develop a custom IP67-rated enclosure for a battery-powered LoRaWAN IoT device.
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design with a simple modular sensor mounting arrangement so that either sensor can be accommodated. This will help reduce tooling and inventory costs for our planned quantity of approximately 1,000 units.
The enclosure must achieve a strict IP67 rating and should be suitable for outdoor applications such as smart dustbins, municipal water tanks, drainage monitoring and smart parking.
The enclosure should be designed using an appropriate outdoor-grade material such as Polycarbonate, ABS/PC or ASA, with suitable provisions for gaskets/O-rings, seals and fasteners.
Required deliverables:
Complete 3D CAD enclosure assembly
STEP/IGES files
2D manufacturing drawings with dimensions and tolerances
Assembly drawings/exploded views
DFM recommendations specifically for plastic injection molding
BOM recommendations for gasket, O-rings, seals and fasteners
Recommendations for achieving IP67 sealing
We are a startup, so the overall design and manufacturing approach should be cost-effective and suitable for a production quantity of approximately 1,000 units. We are particularly interested in the designer's recommendation regarding the most economical manufacturing approach, including injection molding or other suitable alternatives.
Please provide your estimated design cost, working hours, timeline, and relevant experience with IP-rated outdoor plastic enclosures and injection-molded products. read less
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design with a simple modular sensor mounting arrangement so that either sensor can be accommodated. This will help reduce tooling and inventory costs for our planned quantity of approximately 1,000 units.
The enclosure must achieve a strict IP67 rating and should be suitable for outdoor applications such as smart dustbins, municipal water tanks, drainage monitoring and smart parking.
The enclosure should be designed using an appropriate outdoor-grade material such as Polycarbonate, ABS/PC or ASA, with suitable provisions for gaskets/O-rings, seals and fasteners.
Required deliverables:
Complete 3D CAD enclosure assembly
STEP/IGES files
2D manufacturing drawings with dimensions and tolerances
Assembly drawings/exploded views
DFM recommendations specifically for plastic injection molding
BOM recommendations for gasket, O-rings, seals and fasteners
Recommendations for achieving IP67 sealing
We are a startup, so the overall design and manufacturing approach should be cost-effective and suitable for a production quantity of approximately 1,000 units. We are particularly interested in the designer's recommendation regarding the most economical manufacturing approach, including injection molding or other suitable alternatives.
Please provide your estimated design cost, working hours, timeline, and relevant experience with IP-rated outdoor plastic enclosures and injection-molded products. read less
We are looking for an experienced mechanical/CAD designer to develop a custom IP67-rated enclosure for a battery-powered LoRaWAN IoT device.
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design... read more
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design... read more
We are looking for an experienced mechanical/CAD designer to develop a custom IP67-rated enclosure for a battery-powered LoRaWAN IoT device.
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design with a simple modular sensor mounting arrangement so that either sensor can be accommodated. This will help reduce tooling and inventory costs for our planned quantity of approximately 1,000 units.
The enclosure must achieve a strict IP67 rating and should be suitable for outdoor applications such as smart dustbins, municipal water tanks, drainage monitoring and smart parking.
The enclosure should be designed using an appropriate outdoor-grade material such as Polycarbonate, ABS/PC or ASA, with suitable provisions for gaskets/O-rings, seals and fasteners.
Required deliverables:
Complete 3D CAD enclosure assembly
STEP/IGES files
2D manufacturing drawings with dimensions and tolerances
Assembly drawings/exploded views
DFM recommendations specifically for plastic injection molding
BOM recommendations for gasket, O-rings, seals and fasteners
Recommendations for achieving IP67 sealing
We are a startup, so the overall design and manufacturing approach should be cost-effective and suitable for a production quantity of approximately 1,000 units. We are particularly interested in the designer's recommendation regarding the most economical manufacturing approach, including injection molding or other suitable alternatives.
Please provide your estimated design cost, working hours, timeline, and relevant experience with IP-rated outdoor plastic enclosures and injection-molded products. read less
The enclosure will house:
Main PCB: 40 mm × 32 mm
Forte ER26500C 3.6V Li-SOCl₂ battery: 48 mm × 25.6 mm
Internal flat antenna
External ultrasonic sensor
The product uses two different ultrasonic sensors, and we require one common enclosure design with a simple modular sensor mounting arrangement so that either sensor can be accommodated. This will help reduce tooling and inventory costs for our planned quantity of approximately 1,000 units.
The enclosure must achieve a strict IP67 rating and should be suitable for outdoor applications such as smart dustbins, municipal water tanks, drainage monitoring and smart parking.
The enclosure should be designed using an appropriate outdoor-grade material such as Polycarbonate, ABS/PC or ASA, with suitable provisions for gaskets/O-rings, seals and fasteners.
Required deliverables:
Complete 3D CAD enclosure assembly
STEP/IGES files
2D manufacturing drawings with dimensions and tolerances
Assembly drawings/exploded views
DFM recommendations specifically for plastic injection molding
BOM recommendations for gasket, O-rings, seals and fasteners
Recommendations for achieving IP67 sealing
We are a startup, so the overall design and manufacturing approach should be cost-effective and suitable for a production quantity of approximately 1,000 units. We are particularly interested in the designer's recommendation regarding the most economical manufacturing approach, including injection molding or other suitable alternatives.
Please provide your estimated design cost, working hours, timeline, and relevant experience with IP-rated outdoor plastic enclosures and injection-molded products. read less
Things to know
Intermediate
Skill Level
Open budget
Fixed-rate
Part-time
Job type
1-3 months
Job duration
Areas of expertise
3D Design Services
3D Modeling
Autocad Fusion 360
Enclosure Design
Mechanical CAD Engineering
+2 more
Job categories
Mechanical CAD Design
Industrial Design Services
Internet of Things (IoT)
Languages
English
Professional working proficiency
About the client
Payment not ready
India (08:24 pm)
Posted
Active
Job activity
30 Applicants
0 interviews in progress
3 unanswered invites
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