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Advanced AC Technician Training

Advanced AC Technician Training

Original price was: ₹6,000.0.Current price is: ₹3,000.0.

This intensive, hands-on program is designed for experienced AC technicians who wish to move beyond basic installation and repair. The curriculum delves into complex system diagnostics, advanced electrical and refrigerant circuit analysis, building science principles, and the latest green technologies, including heat pumps and variable refrigerant flow (VRF) systems. Graduates will be equipped to tackle high-end residential, complex commercial, and emerging climate technology challenges.

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Description

Target Audience:

  • Certified or experienced HVAC technicians with at least 2-3 years of field experience.

  • Technicians seeking career advancement to lead installer, system designer, or service manager roles.

  • Individuals preparing for North American Technician Excellence (NATE) or similar advanced certification exams.

Prerequisites:

  • EPA 608 Universal Certification (mandatory).

  • Foundational HVAC knowledge (refrigeration cycle, basic electrical principles, component function).

  • Proficiency with core tools (manifold gauges, multimeters, vacuum pumps).

Program Duration & Format:

  • Duration: 120 hours (e.g., 6 weeks full-time, 12 weeks part-time evenings)

  • Format: A blend of theory (40%) and hands-on lab practice (60%).

  • Capstone: A final practical exam diagnosing and resolving multiple complex faults in a live system.

Detailed Curriculum Modules

Module 1: Advanced Electrical Diagnostics & Controls (30 hours)

  • Topics: Complex wiring schematic analysis, three-phase power diagnosis, advanced compressor diagnostics (CSR, hard start kits), variable frequency drives (VFDs), and ECM/X13 motor technology.

  • Lab Work: Using megohmmeters, amp clamps, and oscilloscopes to diagnose failing components. Programming and troubleshooting advanced thermostats and building automation system (BAS) interfaces.

Module 2: Advanced Refrigeration Cycle & System Performance (30 hours)

  • Topics: Advanced psychrometrics (wet bulb, enthalpy, dew point), superheat and subcooling mastery for capillary tube, TXV, and EEV systems, pressure-enthalpy (P-H) diagram analysis.

  • Lab Work: Comprehensive system charging by weight and method, compressor change-out procedures, using electronic leak detectors and recovery machines efficiently. Diagnosing complex refrigerant circuit issues.

Module 3: Advanced Systems & Emerging Technologies (35 hours)

  • Topics:

    • Heat Pumps: Advanced defrost cycle controls, reversing valve operation, and troubleshooting in extreme climates.

    • VRF/VRV Systems: System architecture, addressable controllers, branch selector boxes, and network troubleshooting.

    • Green Tech: Geothermal heat pump basics, solar-assisted AC, and energy recovery ventilators (ERVs).

    • Air Quality: Advanced design and integration of humidifiers, dehumidifiers, UV lights, and air purifiers.

  • Lab Work: Simulated VRF system setup and error code diagnosis. Installing and configuring Wi-Fi thermostats with full feature sets.

Module 4: System Design & Load Calculation (25 hours)

  • Topics: Manual J (Accurate load calculation), Manual S (Equipment selection), Manual D (Duct design), and airflow measurement (CFM). Importance of building envelope and insulation.

  • Lab Work: Using software (e.g., Wrightsoft, Elite) to perform a full load calculation for a sample home. Designing a duct system for optimal airflow and efficiency.

Learning Outcomes

Upon successful completion, students will be able to:

  • Diagnose and repair complex electrical and mechanical failures in modern AC and heat pump systems.

  • Explain and apply advanced psychrometric principles to optimize system performance.

  • Service, maintain, and troubleshoot advanced systems like VRF and geothermal.

  • Perform accurate ACCA-approved load calculations and basic system design.

  • Communicate effectively with customers on complex issues and system upgrades.

  • Prepare for NATE Core and Specialty certification exams.

Tools & Materials Provided

  • Access to fully functional advanced HVAC training rigs (including VRF, heat pumps, and commercial units).

  • All necessary tools and diagnostic equipment for lab work.

  • Comprehensive student manual and digital resources.

  • Software access for load calculation training.

Assessment & Certification

  • Theory Exams: (50% of grade) Multiple-choice and short-answer exams at the end of each module.

  • Practical Lab Assessments: (30% of grade) Graded on safety, procedure, and accuracy.

  • Final Capstone Project: (20% of grade) A comprehensive, timed diagnostic and repair scenario.

  • Certification: Graduates receive a Certificate of Completion and are prepared to sit for the NATE Heat Pump and Air Conditioning specialty exams.

Instructors

Our instructors are licensed HVAC masters and NATE-certified professionals with over 15 years of field and teaching experience.

Investment & Enrollment

  • Course Fee: [$2,500 – $4,500] (Includes all materials, lab fees, and resources).

  • Payment plans and veteran funding options are available.

Ready to Master Your Craft?
Contact Us: [Phone Number] | [Email Address] | [Website URL]

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