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“description”: “Explore Amatrol’s 950-GEO2D Geothermal Troubleshooting Training system, supplied by Aidex. Perfect for HVAC educators and students learning to diagnose geothermal system faults. Equip your lab today!”
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“headline”: “Overview of the Geothermal Troubleshooting Training | 950-GEO2D”,
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“articleBody”: “The Amatrol 950-GEO2D Geothermal Troubleshooting Training system provides a comprehensive platform for learning how to diagnose and repair modern geothermal systems. Designed for vocational schools, community colleges, and HVAC training centers, this system equips future technicians with essential, hands-on skills. It features a fully operational, closed-loop geothermal unit with an integrated fault insertion system, allowing instructors to simulate a wide range of real-world problems. Students interact with a mobile workstation that includes all the components of a geothermal heat pump, such as a compressor, ground loop, and thermostat. The curriculum, delivered through interactive eLearning, guides learners through theoretical knowledge and practical troubleshooting tasks. This approach ensures that students not only understand the principles of geothermal energy but can also apply their knowledge to effectively service and maintain these eco-friendly systems in the field, preparing them for high-demand technical careers.”
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This training system is designed for students in HVAC programs, apprentice technicians, and incumbent workers looking to upskill. It is ideal for community colleges, vocational schools, and dedicated industry training centers.

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The system can simulate over 35 unique faults using Amatrol’s computer-based fault insertion system. These include electrical faults like open or shorted components and mechanical faults such as refrigerant flow issues or pump failures.

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Yes, the system includes a comprehensive interactive eLearning curriculum. It covers everything from basic geothermal theory to advanced diagnostic and troubleshooting procedures, combining theoretical knowledge with hands-on skill development.

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By providing a hands-on platform with real-world components and a systematic fault insertion system, it allows students to practice diagnosing and repairing issues in a safe, controlled environment. This builds the practical experience and confidence needed to work effectively on geothermal systems in the field.

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