Level: Advanced

When: Sunday, June 16, 2024

Time: 9:00am - 1:00pm

Location: European Auto Repair-1928 High Street Alameda, CA 94501

***Attendees may not be accepted if course reaches capacity. Refunds will be issued for courses that are canceled due to low enrollment. (Travel reimbursements are excluded)

Through the Level 1 and Level 2 training classes from Nissens the information of Pressure relating to Temperature Diagnostics as well as best practices with R134a and R1234yf systems have come into place. But now the appearance of new refrigerants, chemicals, CO2 and the potential introduction of e new and approved refrigerant will come into play. Level 3 takes all these questions into mind as well as the introduction of the Heat Pump system. Is the primary to cool down the cabin and create climate comfort for the passenger? In general, it should be the same as a normal functioning AC system. But it is not! Can I use the same refrigerant as earlier? Can I replace R134a with R1234yf? Is R456a a valid option to replace R134a? Is it legal and which flammable classification does the new refrigerants have? Can I use the same oil for all refrigerant and is it backwards compatible?

Regarding Heat Pump systems the range of diagnostic capabilities have increased. The build up of the system differs complete from a standard AC system and the added new components and the number of each component Has to be acknowledged by the technician. The Heat Pump takes into consideration which flow of the refrigerant is most energy efficient which leads me back to the fact that the heating system could potentially have a minimum of four directions of the flow of the refrigerant. Without having the proper understanding of Pressure/ Temperature relation and the awareness of where the refrigerant is flowing it is impossible to diagnose the Heat Pump system properly.

There are a lot of questions and all of them will be answered along with service procedures for Hybrid and Electric vehicles that have a Heat Pump system. All of the service procedures, problem solving and issues that have been with previous Heat Pump systems are covered in this training class.

ZF Plug-in hybrid Transmission Technology for BMW and Audi

LOCATION: TBD

TIME: 8:00AM - 5:00PM 

***Attendees may not be accepted if course reaches capacity. Refunds will be issued for courses that are canceled due to low enrollment. (Travel reimbursements are excluded)

The ZF 8HP has proven itself, for more than a decade, that it is among the best transmissions ever produced. The first models of the 8HP, and subsequent models, have all pushed the limits of transmission efficiency. As ZF continues to improve the 8HP, adding a Plug-In Hybrid version of the transmission was the next logical step. Become familiar with the latest technology as we cover hybrid transmission basics, torque flow, basic high voltage concepts and a hands-on disassembly of the 8P75H transmission and mechatronic.

 After completing this training, the participant will be able to: 

• Describe the different levels of hybrid technology
• Identify the types of ZF hybrid transmissions
• Define the classification of a high voltage system
• Identify the internal safety features of hybrid systems
• Explain how to verify zero potential of a high voltage system
• Describe procedure to disconnect high voltage systems on BMW and Audi
• Identify the characteristics of 2 speed electric motors
• Explain how to disassemble a ZF 8P75 transmission
• Describe the disassembly process of the 875H mechatronic
• Identify updates within the latest ZF transmissions
• Explain common failures of the units
• Describe common diagnostics of the ZF hybrid units

Limited to 12-Students per course!

Where: TBD

Online Webinar dates: (3 DAYS)

1. August 12, 2024 6PM - 8PM (PST)
2. August 13, 2024 6PM - 8PM (PST)
3. August 14, 2024 6PM - 8PM (PST)

In-Person Class Dates: (3 DAYS)

1. Friday, August 16, 2024 (1PM - 5PM) 
2. Saturday, August 17, 2024 (8AM - 5PM) 
3. Sunday, August 18, 2024 (8AM - 5PM) 

You MUST attend all in-person classes & all 3 webinars in order to receive your certification!

(***Attendees may not be accepted if course reaches capacity. Refunds will be issued for courses that are canceled due to low enrollment. (Travel reimbursements are excluded)

SSF PRO, in partnership with AC Training Academy, is proud to present our Industry’s first comprehensive and accredited Automotive High Voltage Certification Training Program.

This exclusive program is certified by Europe’s oldest and foremost Automotive Professional Body, The Institute of the Motor Industry, delivered by Senior Instructors trained and certified under European Regulation ECE-R100 as well as ASE.

Limited to 12-Students per course to ensure personal attention and in-depth training, this program combines 3 in-depth webinars plus 2.5 days of in-person hands-on instruction using custom-built simulators and equipment as well as actual electric vehicles. This course culminates with both a theoretical and practical exam where upon successful completion students will be officially registered with the IMI and can proceed directly to take ASE high voltage certification with no additional preparation.

 Online Live Webinar Topics:

1. Part 1: Electrical Basic Engineering         
2. Online Live Webinar Part 2: High Voltage Safety         
3. Online Live Webinar Part 3: High Voltage System Understanding
4. Online Live Webinar Part 4: High Voltage Disconnect and Diagnostics

 In-Person Training Topics:

1. Parallel and series electrical circuits.         
2. Function of resistors, diodes, transformers, rectifiers, and capacitors in HV systems         
3. Ohm’s law and the function of relays and transistors.         
4. Vehicle Intake process and safety measures.        
5. Determination of the state of the HV Battery.        
6. Four-wire Milliohm & Insulation test        
7. Diagnostic methods for EV        
8. Manufacturer disconnecting procedure and verify zero poten

Tools & Equipment Used for Training:

1. Custom-Built High Voltage Training Carts        
2. Color-Printed Student Guide plus Digital Reference Materials          Milliohm meters, Insulation Testers, Two Pole Voltage Testers, Multimeters, Oscilloscopes and Diagnostic Tool.        
3. High Voltage personal protection equipment (PPE) will be provided
4. Practical Exam will be delivered what includes score sheet and documentation         
5. Multiple choice questions for the theoretical Exam will be delivered. 

Theoretical and Practical Exams:

1. 45 minutes theoretical Exam (multiple choice)        
2. 30 minutes practical exam demonstrating and rated on the following tasks:         
3. Perform a certified disconnecting procedure.         
4. Diagnose the High Voltage system.         
5. Bonding and insulation faults must be found

Limited to 12-Students per course!

Where: TBD

Online Webinar dates: (3 DAYS)

1. September 9, 2024 6PM - 8PM (PST)
2. September 10, 2024 6PM - 8PM (PST) 
3. September 11, 2024 6PM - 8PM (PST)

In-Person Class Dates: (3 DAYS)

1. Friday, September 13, 2024 (1PM - 5PM) 
2. Saturday, September 14, 2024 (8AM - 5PM) 
3. Sunday, September 15, 2024 (8AM - 5PM) 

You MUST attend all in-person classes & all 3 webinars in order to receive your certification!

(***Attendees may not be accepted if course reaches capacity. Refunds will be issued for courses that are canceled due to low enrollment. (Travel reimbursements are excluded)

SSF PRO, in partnership with AC Training Academy, is proud to present our Industry’s first comprehensive and accredited Automotive High Voltage Certification Training Program.

This exclusive program is certified by Europe’s oldest and foremost Automotive Professional Body, The Institute of the Motor Industry, delivered by Senior Instructors trained and certified under European Regulation ECE-R100 as well as ASE.

Limited to 12-Students per course to ensure personal attention and in-depth training, this program combines 3 in-depth webinars plus 2.5 days of in-person hands-on instruction using custom-built simulators and equipment as well as actual electric vehicles. This course culminates with both a theoretical and practical exam where upon successful completion students will be officially registered with the IMI and can proceed directly to take ASE high voltage certification with no additional preparation.

 Online Live Webinar Topics:

1. Part 1: Electrical Basic Engineering         
2. Online Live Webinar Part 2: High Voltage Safety         
3. Online Live Webinar Part 3: High Voltage System Understanding
4. Online Live Webinar Part 4: High Voltage Disconnect and Diagnostics

 In-Person Training Topics:

1. Parallel and series electrical circuits.         
2. Function of resistors, diodes, transformers, rectifiers, and capacitors in HV systems         
3. Ohm’s law and the function of relays and transistors.         
4. Vehicle Intake process and safety measures.        
5. Determination of the state of the HV Battery.        
6. Four-wire Milliohm & Insulation test        
7. Diagnostic methods for EV        
8. Manufacturer disconnecting procedure and verify zero poten

Tools & Equipment Used for Training:

1. Custom-Built High Voltage Training Carts        
2. Color-Printed Student Guide plus Digital Reference Materials          Milliohm meters, Insulation Testers, Two Pole Voltage Testers, Multimeters, Oscilloscopes and Diagnostic Tool.        
3. High Voltage personal protection equipment (PPE) will be provided
4. Practical Exam will be delivered what includes score sheet and documentation         
5. Multiple choice questions for the theoretical Exam will be delivered. 

Theoretical and Practical Exams:

1. 45 minutes theoretical Exam (multiple choice)        
2. 30 minutes practical exam demonstrating and rated on the following tasks:         
3. Perform a certified disconnecting procedure.         
4. Diagnose the High Voltage system.         
5. Bonding and insulation faults must be found

When: Saturday, September 14, 2024

Time: 8:00AM -5:00PM 

Location: TBD

***Attendees may not be accepted if course reaches capacity. Refunds will be issued for courses that are canceled due to low enrollment. (Travel reimbursements are excluded)

Elevate your automotive expertise in BMW Hybrid systems! Calling all automotive technicians who wish to immerse themselves in the cutting-edge realm of BMW hybrid vehicles.

Join Justin Morgan for "BMW Hybrid Systems" Class. Our comprehensive class delves into the core components, ensuring you master BMW Hybrid battery types, electric machines, charging systems, inverters, and HV safety systems.

This training offers a deep dive into the intricacies of BMW hybrid technology. Stay ahead of the curve and enhance your skills to meet the demands of the evolving automotive landscape. Technicians attending are encouraged to have previously completed HV safety training/certification.

ZF 6HP and 8HP Diagnostics and Overhaul

LOCATION: TBD

TIME: 8:00AM - 5:00PM

***Attendees may not be accepted if course reaches capacity. Refunds will be issued for courses that are canceled due to low enrollment. (Travel reimbursements are excluded)

Building transmissions and gear drive systems is at the heart of what ZF does, and throughout its history, ZF has been at the forefront of pushing transmission technology forward. With these technological and engineering advancements, staying up to date on the latest diagnostic and overhaul procedures is critical.

During this training, participants can expect to learn procedures that will aid them with not only understanding how ZF 6HP and 8HP transmissions operate, but with diagnosing and repairing these transmissions in a real-world environment. Additionally, this training gives participants the chance to apply the knowledge that they have gained in the classroom setting to a ZF transmission, under the guidance of a ZF Technical Trainer.

After completing this training, the participant will be able to:

• List internal components of the 6HP and 8HP transmissions

• Describe differences between pressure regulators and solenoids

• Identify the different characteristics of pressure regulators

• Differentiate between mechatronic types

• Explain the shifting strategy of the ZF 6HP and 8HP transmissions

• Explain an oil change service procedure

• Analyze transmission adaptation values

• Explain adaptation values to assist in the diagnostic procedure

• Identify the most common failures of the ZF 6HP and 8HP transmissions

• Identify the torque flow of all gears

• Review the disassembly and assembly process of the 6HP and 8HP transmissions

• Review the disassembly and assembly process of ZF mechatronics