Case Study: Deploying SpaceX Starlink Mini in Hazardous Environments Using Explosionproof Enclosures
Learn how Spectrum Camera Solutions integrated a SpaceX Starlink Mini into hazardous oil & gas environments using an Adalet explosionproof enclosure engineered for safety, durability, and reliable satellite connectivity.
Application
In the oil and gas industry, remote facilities such as offshore platforms, refineries, and drilling sites often operate in hazardous locations classified as Class I & II Division 1 & 2 areas, where explosive gases, vapors, or dusts may be present.
Reliable high-speed internet is essential for real-time monitoring, data transmission, remote diagnostics, and communication with on-site teams. Spectrum Camera Solutions, an OEM specializing in explosionproof camera systems for industrial safety, identified the need to integrate a SpaceX Starlink Mini into hazardous classified areas.
The goal was to provide seamless broadband connectivity without compromising safety standards by utilizing a modified Adalet explosionproof enclosure to house the Starlink system.
Challenge
Standard Starlink Mini terminals are not rated for use in explosive atmospheres. Traditional metallic enclosures such as cast aluminum or stainless steel typically block RF signals, limiting the antenna’s ability to communicate with satellites.
The enclosure also needed to maintain Class I Division 1 explosionproof integrity, NEMA 4X protection for corrosive environments, and third-party hazardous location approvals while maximizing antenna sky exposure through a viewing window.
The key engineering challenge was incorporating an RF-transparent glass viewing window large enough to support Starlink Mini’s 110-degree field of view while still using the smallest enclosure footprint possible.
Solution
Spectrum Camera Solutions engineered a custom system using a SpaceX Starlink Mini housed inside an Adalet explosionproof enclosure featuring a glass RF-transparent viewing window.
The enclosure included a watertight gasket and stainless steel cover bolts for outdoor NEMA 4X protection. To prevent signal obstruction, the enclosure cover was modified with an RF-transparent viewing window that allowed unobstructed satellite communication while maintaining hazardous location ratings.
The Starlink Mini was internally mounted on a sub-panel, and manual alignment was optimized using Starlink software for precise positioning through the viewing window. Power supply and cabling were routed through explosionproof conduits and fittings to eliminate ignition risks.
Results
- Achieved download speeds up to 160 Mbps in testing
- Maintained stable upload speeds between 10–20 Mbps
- Less than 5% downtime related to signal obstruction
- Maintained UL, ATEX, and IECEx hazardous location approvals
- Provided reliable broadband connectivity in hazardous environments
Key Advantages
Explosionproof Protection
The Adalet enclosure is designed to contain internal explosions and prevent ignition of surrounding hazardous atmospheres while meeting NEMA 7/9 and UL 1203 standards.
Durability in Harsh Environments
Cast aluminum construction delivers superior corrosion resistance, impact protection, and mechanical strength for harsh industrial and marine applications.
Environmental Protection
The enclosure provides dust-tight and watertight protection while shielding internal components from vibration, debris, weather, and extreme temperatures.
Reliable Remote Connectivity
SpaceX Starlink Mini enables low-latency internet access in remote hazardous zones where traditional fiber or cellular infrastructure is unavailable.
Electrical Risk Containment
Any sparks or arcs generated from power supplies, Ethernet connections, or internal components remain safely contained within the explosionproof enclosure.
Industrial & Maritime Applications
The system is ideal for offshore platforms, oil tankers, LNG carriers, cargo vessels, refineries, and other hazardous industrial environments requiring reliable communications.
Impact
This innovative solution enables oil and gas operators to deploy broadband internet in previously underserved hazardous zones, improving operational efficiency through real-time surveillance, predictive maintenance, remote collaboration, and IoT integration.
Safety was enhanced by reducing the need for personnel in high-risk areas, while operational downtime decreased by approximately 30% during pilot deployment testing.
The system also supports greener operations through improved emissions monitoring and data-driven decision-making while opening new opportunities for industrial IoT and maritime connectivity applications.
Conclusion
By combining Adalet’s rugged explosionproof enclosure technology with a maximized RF-transparent viewing window, Spectrum Camera Solutions successfully brought SpaceX Starlink Mini connectivity into hazardous industrial environments.
This deployment demonstrates how innovative engineering can bridge critical connectivity gaps while maintaining strict hazardous location compliance and operational safety.
Future iterations may explore smaller enclosure footprints and multi-device integrations as satellite communications technology continues to evolve.
Need a Hazardous Location Connectivity Solution?
Contact Adalet to learn more about explosionproof enclosures for industrial communication, networking, and hazardous location applications.
Contact AdaletCall: 216-267-9000
Email: info@adalet.com