Intrinsically Safe Certifications and Compliance
Intrinsically safe rugged devices are essential for operations in hazardous environments where safety and reliability cannot be compromised. Designed to meet strict standards such as the ATEX Directive and IECEx System, these devices are engineered to prevent ignition by limiting electrical and thermal energy at the source. At the same time, they deliver the durability and performance required for demanding industrial workflows. Ensuring your teams stay connected, productive, and compliant in environments where standard devices simply cannot operate safely.
Intrinsically safe rugged devices enable:
Class 1 Div 1/2 Certified
Approved for use in the most hazardous explosive atmospheres. Meets rigorous regulatory standards for deployment in Class 1 Division 1 and 2 hazardous locations.
ATEX/IECEx Compliant
International certifications for global deployment. Devices are tested and approved by independent notified bodies ensuring worldwide regulatory compliance.
Spark-Free Design
Low-energy circuits and sealed enclosures prevent ignition sources. Advanced engineering eliminates surface temperatures and electrical hazards that could trigger explosions.
Industrial Ruggedness
Engineered to withstand extreme environmental conditions. This durable construction ensures reliable performance and longevity in the most demanding settings.
Glove-Compatible
Touchscreens work with thick protective gloves required in hazardous areas. High-sensitivity displays ensure seamless operation even with multiple layers of protective equipment.
Understanding Intrinsically Safe Classifications
CLASS I DIV I
CLASS I DIV II
Class I Division I certified devices are deployed when hazardous gases or vapors are present during normal day-to-day operations. These environments have a constant risk of explosion, so the equipment must be safe even under regular operating conditions. Common examples include refinery processing areas, fuel transfer stations, and inside chemical plants.
Class I Division II certified devices are used when hazardous gases or vapors are only present under abnormal conditions, such as leaks, equipment failures, or accidental spills. These areas have a lower level of risk during normal operations. Common examples include storage areas, adjacent processing zones, and some maintenance or utility spaces.
Meet Requirements with an Intrinsically Safe Device
Intrinsically safe rugged devices are essential in hazardous environments where sparks or heat could trigger explosions. Built to meet strict safety certifications while withstanding harsh industrial conditions, they help protect workers, maintain compliance, and ensure reliable performance in demanding operations..
We support:
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Oil & Gas
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Chemical Manufacturing
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Mining
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Pharmaceutical Manufacturing
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Utilities & Energy
Class 1 Div 2 Mobility Case Study
Improving Maintenance and Inspection Workflows in a Class I Division 2 Chemical Processing Environment
The Challenge
A specialty chemical manufacturer operated several production areas classified as Class I Division 2 (C1D2) due to the potential presence of flammable gases and vapors under abnormal operating conditions. Maintenance technicians and operations personnel were responsible for conducting routine equipment inspections, documenting process readings, performing preventive maintenance activities, and responding to equipment alarms throughout the facility. Historically, personnel relied on paper inspection forms and handwritten notes when working in classified areas. Because standard consumer devices were not approved for use within the facility's C1D2 zones, technicians often recorded information manually before returning to a control room or office to enter data into maintenance and asset management systems. This process created delays in reporting, increased administrative workload, and limited real-time visibility into field operations. Maintenance teams also lacked immediate access to equipment histories, procedures, and technical documentation while performing work in the field. The facility sought a solution that would enable safe mobile computing within its Class I Division 2 areas while improving operational efficiency and documentation accuracy.