Teguar’s Class 1 Division 2 (C1D2) computers are designed to operate safely and reliably in rough and dangerous environments like mining, fracking, chemical manufacturing, or oil drilling. These computers are explosion proof, meaning they will not produce a sparks that could cause an explosion in certain conditions. Therefore, they are safe to use in hazardous environments, where combustible dust and flammable gas or vapors are present. The units are made with industrial grade durable components and can run in a wide range of temperatures from below freezing, to above the hottest day ever recorded in Las Vegas. When you need industrial computing in hazardous areas, you can count on Teguar’s Hazardous Location computers to get the job done.
Shop Hazardous Location Computers
TS-7010-15
- 15” LCD Touchscreen Display
- Intel 12th Generation i5 Processor 9300 Passmark score
- Windows 11
- i7 CPU Upgrade Option
- IP69K Waterproof M12 Connectors
TWB-7010
- 12th Gen Alder Lake Core i5 CPU
- Windows 11 Ready
- Dual Storage Capability with 2.5” and M.2
- Mounting kit built onto the unit, no attachment needed
- IP69K Fully Waterproof Stainless Steel Enclosure
- Cable Gland or M12 Connector Options
Industrial computers are meticulously designed for dangerous hazardous environments due to the inherent risks associated with such locations. Unlike consumer grade PCs, which are susceptible to damage from extreme temperatures, moisture, dust, vibration, and impacts, industrial computers are built with robust components and enclosures to withstand these harsh conditions. More critically, in hazardous locations, they incorporate features like intrinsic safety (limiting energy to prevent ignition), explosion-proofing (containing any internal explosion), and purging/pressurization systems (maintaining positive pressure to keep hazardous substances out of the enclosure). These design choices are not merely for durability but are fundamental safety measures, ensuring that the computer’s electrical components do not generate sparks, excessive heat, or other ignition sources that could trigger a catastrophic event, thereby protecting both personnel and valuable assets.