N11T Compact Fanless Aluminum Enclosure
N11T is a compact custom aluminum enclosure designed around an extruded heatsink body, CNC-machined interface panels, configurable internal mounting features and wall-mount installation.
Key Structural Features
- Compact extruded aluminum construction
- Integrated heatsink fins for passive thermal transfer
- Customizable CNC front and rear interface cutouts
- Configurable internal mounting structure
- Copper thermal transfer block shown in the internal assembly
- Bottom mounting plate with wall-mount provisions
The visible structure supports project-specific enclosure, interface and installation requirements.
Product Overview
The N11T combines a finned aluminum extrusion with removable CNC-machined interface panels and a configurable internal assembly. Its compact form and wall-mount features support custom fanless enclosure projects where thermal transfer, I/O placement and mechanical integration must be reviewed together.
Customization Options
- CNC-machined front and rear I/O openings
- Internal mounting plate and standoff layout
- Thermal transfer structure based on project review
- Enclosure length and installation details
- Surface finish, color and branding
Applications
- Custom fanless enclosure projects
- Compact embedded control equipment
- Equipment-integrated computing hardware
- Wall-mounted industrial electronics
- OEM and ODM aluminum enclosure development
Recommended Products
Explore related aluminum enclosure designs in the same product family for different board sizes, I/O layouts and system integration requirements.

Related Enclosure Designs
Family front views illustrate alternative enclosure proportions and interface arrangements.

Family Size Options
Stacked designs show related enclosure formats for varying integration requirements.

Alternative Configurations
The related family supports project review for different I/O layouts and system structures.
Request a Custom N11T Enclosure
Share your required interface openings, internal component layout, mounting method and thermal-transfer needs for an engineering review.







