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SETSCO provides comprehensive testing, inspection and certification solutions tailored for wearable devices, ensuring they are safe, compliant, and built to perform. From electrical safety, environment simulation, durability, performance and cybersecurity, our state-of-the-art labs help you bring cutting-edge technology to market with confidence.

Scope of Climatic Simulation and Testing

Environmental Conditions Simulated

Environmental Conditions Simulated

– Temperature Extremes: High and low temperature exposure, thermal cycling.

– Humidity: Constant and cyclic humidity conditions.

– Dust and Sand: Resistance to particulate ingress.

– Salt Fog/Corrosion: Exposure to saline environments to test corrosion resistance.

– Solar Radiation (UV Exposure): Effects of sunlight on materials and components.

– Rain, Water Spray and Immersion: Waterproofing and ingress protection (IP rating).

– Altitude: Performance under low pressure or high altitude conditions.

– Vibration and Shock (combined with climate): Mechanical stress under environmental conditions.

Types of Products Tested

Types of Products Tested

– Consumer electronics (phones, laptops, appliances

– Medical devices

– Communication and networking hardware

– Industrial equipment and control systems

– Automotive electronics

– Aerospace and defense electronics

– Packaged products for storage and transportation or shipment

Applicable Standards and Protocols

Applicable Standards and Protocols

– IEC 60068 series: Environmental testing standards.

– ASTM standards: Various environmental test methods.

– IP Code (IEC 60529): Ingress protection ratings.

– MIL-STD-810: Military standard for environmental engineering.

– ISO 16750: Road vehicles environmental conditions.

Test Facilities and Equipment

Test Facilities and Equipment

– Climatic chambers (temperature and humidity control)

– Thermal shock chambers Salt spray chambers

– Dust chambers

– UV exposure chambers

– Combined environment test rigs (e.g., vibration + temperature)

Objectives of Climatic Simulation and Testing

Environmental Conditions Simulated

Environmental Conditions Simulated

– Temperature Extremes: High and low temperature exposure, thermal cycling.

– Humidity: Constant and cyclic humidity conditions.

– Dust and Sand: Resistance to particulate ingress.

– Salt Fog/Corrosion: Exposure to saline environments to test corrosion resistance.

– Solar Radiation (UV Exposure): Effects of sunlight on materials and components.

– Rain, Water Spray and Immersion: Waterproofing and ingress protection (IP rating).

– Altitude: Performance under low pressure or high altitude conditions.

– Vibration and Shock (combined with climate): Mechanical stress under environmental conditions.

Applicable Standards and Protocols

Applicable Standards and Protocols

– IEC 60068 series: Environmental testing standards.

– ASTM standards: Various environmental test methods.

– IP Code (IEC 60529): Ingress protection ratings.

– MIL-STD-810: Military standard for environmental engineering.

– ISO 16750: Road vehicles environmental conditions.

Verify Compliance with Standards

Verify Compliance with Standards

Ensure products meet international and industry-specific standards (e.g., IEC, MIL-STD, ISO) for environmental performance.

Test Facilities and Equipment

Test Facilities and Equipment

– Climatic chambers (temperature and humidity control)

– Thermal shock chambers Salt spray chambers

– Dust chambers

– UV exposure chambers

– Combined environment test rigs (e.g., vibration + temperature)

Support Product Development

Support Product Development

Provide feedback during R&D to improve design, materials, and protective measures against environmental stress.

Prevent Field Failures

Prevent Field Failures

Identify weaknesses before products are deployed, reducing warranty claims and enhancing customer satisfaction.

Validate Packaging and Transport Resilience

Validate Packaging and Transport Resilience

Test how products and their packaging perform during shipping and storage under varying climatic conditions.

Optimize Thermal Management

Optimize Thermal Management

Evaluate heat dissipation and cooling mechanisms under different temperature and airflow conditions.

Simulate Real-World Conditions

Simulate Real-World Conditions

Reproduce specific geographic or operational environments (e.g., tropical, arctic, desert) to ensure suitability for target markets.

Support Regulatory Approval

Support Regulatory Approval

Provide necessary test data for certifications and regulatory submissions.

Enhance Product Safety

Enhance Product Safety

Ensure that environmental factors do not compromise electrical safety, insulation, or fire resistance.

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