Upon completion of this course, you will be able to

•  Identify field adjustments on door closers

Upon completion of this course, you will be able to

•  Identify field adjustments on door closers

Life safety and exit hardware go hand in hand. That may be the most compelling reason to attend a training class on exit devices. However, it is certainly not the only reason, as many facilities use some form of electrified exit hardware for access control or accessibility. Whatever your interests, join us for this workshop on Von Duprin exit hardware, featuring the Von Duprin 98/99 Series devices.

Course length: 1 day More

Life safety and exit hardware go hand in hand. That may be the most compelling reason to attend a training class on exit devices. However, it is certainly not the only reason, as many facilities use some form of electrified exit hardware for access control or accessibility. Whatever your interests, join us for this workshop on Von Duprin exit hardware, featuring the Von Duprin 98/99 Series devices.

Course length: 1 day More

Heard about the fire door inspection requirement as prescribed by NFPA 80, 2016 Edition? Know what you need to do when the requirement is adopted by your local building code? If you would like a little help in getting ready, join us for this class. Focusing on swinging doors and their corresponding fire door hardware, this class will assist you as your facility plans for how it will comply with these important fire life safety requirements.

Course Length:1 day

Topics Include:

?NFPA 80, 2016 edition inspection requirements for swinging fire doors – 1.5 Hours

?The job of a fire door assembly – 1.5 Hours

?What items—at minimum—must be inspected and verified – 1.5 Hours

?Common code violations– 1.5 Hours

?Solutions for common code violations – 1 Hour

?Documentation and other details – 1 Hour

Upon Completion of This Course, You Will Be Able to:

?Describe the requirement to inspect fire doors as prescribed by NFPA 80, 2016 edition

?Define the required parts of a fire door assembly and the purpose these components serve

?Explain the importance of maintaining and inspecting fire doors

?Refer to the list of the 13 items that, at minimum, must be verified for their proper operation

?List ways to correct common code violations

?Propose potential next steps to help prepare your facility

Who Should Attend:

Facility and maintenance personnel, contract hardware distributors and locksmiths, architects, AHJ‘s and fire marshals

Heard about the fire door inspection requirement as prescribed by NFPA 80, 2016 Edition? Know what you need to do when the requirement is adopted by your local building code? If you would like a little help in getting ready, join us for this class. Focusing on swinging doors and their corresponding fire door hardware, this class will assist you as your facility plans for how it will comply with these important fire life safety requirements.

Course Length:1 day

Topics Include:

?NFPA 80, 2016 edition inspection requirements for swinging fire doors – 1.5 Hours

?The job of a fire door assembly – 1.5 Hours

?What items—at minimum—must be inspected and verified – 1.5 Hours

?Common code violations– 1.5 Hours

?Solutions for common code violations – 1 Hour

?Documentation and other details – 1 Hour

Upon Completion of This Course, You Will Be Able to:

?Describe the requirement to inspect fire doors as prescribed by NFPA 80, 2016 edition

?Define the required parts of a fire door assembly and the purpose these components serve

?Explain the importance of maintaining and inspecting fire doors

?Refer to the list of the 13 items that, at minimum, must be verified for their proper operation

?List ways to correct common code violations

?Propose potential next steps to help prepare your facility

Who Should Attend:

Facility and maintenance personnel, contract hardware distributors and locksmiths, architects, AHJ‘s and fire marshals

Attend this class to take the mystery out of master keying. Learn master key terminology, how master key systems work, and how they are designed,
documented, and utilized. Complete multiple written exercises to practice using the standard key coding system, key bitting arrays, and keying schematics.    

**This
class does not include hands-on cylinder pinning**

Course Length: 1 day

Topics include

  The theory behind master key systems

  Levels of keying, key schematics, key symbols & the       standard key coding system

  Pinning calculations, applying the MACS, and reading factory bitting lists

   Site surveys and building code considerations

  Key conferences

Upon completion of this course, you will be able to

   Use proper master keying terminology

   Apply key coding key symbols to 2 and 3 level MK systems

    Explain the disadvantages of cross keying 

    Interpret bitting lists and calculate cylinder pinning

    Design a simple one page system using a key bitting array

    Reverse engineer small level master key systems

Who should attend

  Institutional and commercial locksmiths 

  Personnel responsible for pinning cylinders and managing master key systems

  Facility managers Distributors

Prerequisite:  Experience in pinning cylinders or completion of the CY101 Schlage Cylinder Servicing class

Upon completion of this course, you will be able to

•  Identify field adjustments on door closers

Low energy automatic operators play an important role in helping facilities meet door control and usability issues. These operators also help meet the accessibility requirements prescribed by the Americans with Disabilities Act (ADA). Join us as we learn how, where, and why Low Energy Automatic Operators can solve not only your accessibility concerns but also resolve other door control, maintenance, and usability issues.

Topics include

•The selection, programming, and maintenance of LCN low energy automatic operators

•Actuators and accessories for low energy automatic operators

•The ADA‘s accessibility requirements for openings

Upon completion of this course, you will be able to

•Explain the difference between high energy and low energy operators, and describe the ANSI/BHMA requirements for low energy installations

•Differentiate between LCN‘s electro-hydraulic, pneumatic-hydraulic, and electro-mechanical operators

•Choose the right automatic operator for a specific opening

•Identify the programming options for LCN operators

•Troubleshoot common operator installation and application problems

•Identify the elements of an accessible opening

Who should attend

•Individuals responsible for the selection, installation, and/or servicing of door hardware, including maintenance and facilities personnel

•Individuals new to commercial door hardware or automatic operators

• Fundamentals of electricity 
• The relationship of volts, amps and ohms to the operation of electrified locking hardware 
• Power supply considerations 
• Types and operation of common switches 
• Wire gauge requirements 
• Multi-meter use 

• Explain the difference between AC & DC as well as fail safe and fail secure devices 
• Calculate the total amperage rating needed for a power supply by analyzing all of the loads in a circuit 
• Use a multi-meter to check voltage, resistance and continuity to perform basic troubleshooting steps 
• Connect a momentary push button, Von Duprin fail safe electric strike, and power supply 
• Utilize a chart to check wire gauge based on voltage, amperage and distance between the load and power source 
• List 10 common causes of electrified locking hardware malfunctions 
• Ask 5 questions that will assist in isolating problems, troubleshoot their causes and make necessary repairs 

Most facilities use some form of electrified exit hardware for access control security, and fire life safety. Von Duprin offers many electrified devices and options to help protect people and property. Join us for this workshop to learn about Von Duprin products that can power and expand the functionality of your openings.

Course length:1 day

Topics include:

?QEL electric latch retraction device

?Chexit? delayed egress device

?Power supplies and option boards

?M996 electrified lever trim

?RX and LX monitoring switches

?Other electrified device options

?Electric strikes

Upon completion of this course, you will be able to:

?Choose appropriate power supplies and option boards and conduct wiring on popular option boards

?Describe uses for QEL electric latch retraction devices

?Perform QEL conversion and wiring

?Identify potential applications for the M996 electrified trim

?Convert a mechanical 996 trim into an electrified 996 trim

?Wire an electric strike

?Explain common uses for RX and LX switches, and connect the RX switch to an alarm kit

?Describe how the Chexit? provides delayed or controlled egress program and power up the Chexit? device

Whoshouldattend:

?It is recommended that participants first attend ED105 (Von Duprin Mechanical Exit Devices) and/or EH125 (Basic Electricity for Electrified Hardware)

?Individuals responsible for the selection, installation, or servicing of door hardware, including facilities personnel

?Distributor sales and service personnel

?Locksmiths involved in commercial installations and service

?Electricians or technicians who work on electromechanical door hardware

Are pinning cylinders or managing key systems part of your job? In this hands-on class, you will work with Primus & Everest cylinders to learn fundamental locksmithing techniques. While Schlage‘s innovative modular cylinders are used in this class, the techniques apply to most pin tumbler cylinders.

Course Length:1 day

Topics Include:

?Standard industry terms and tools

?Schlage Primus & Everest full size cylinders including full size interchange cores (small format interchangeable cores are not covered in this class)

?Cylinder shimming, disassembly, pinning, and rekeying procedures

?Pinning calculations, applying MACS and reading bitting lists

?Maintenance, troubleshooting and servicing tips

Upon Completion of This Course, You Will Be Able to:

?Use proper terminology when discussing cylinders & keys

?Shim conventional pin tumbler cylinders as a service technique

?Disassemble & reassemble Schlage Primus & Everest cylinders

?Load springs, top pins, bottom pins and Primus finger pins

?Rekey Schlage full size Everest & Primus cylinders

?Calculate cylinder pinning and recognize unusable combinations

?Interpret bitting lists to pin master keyed cylinders

?Read Primus side bitting and finger pins

?Properly service and maintain cylinders, and identify and repair cylinder malfunctions

Who should attend

?Institutional and commercial locksmiths

?Personnel responsible for pinning cylinders and managing master key systems

?Facility managers and distributors

Continuing Education Credit:4 hours toward maintaining your ALOA certified status

• Fundamentals of electricity 
• The relationship of volts, amps and ohms to the operation of electrified locking hardware 
• Power supply considerations 
• Types and operation of common switches 
• Wire gauge requirements 
• Multi-meter use 

• Explain the difference between AC & DC as well as fail safe and fail secure devices 
• Calculate the total amperage rating needed for a power supply by analyzing all of the loads in a circuit 
• Use a multi-meter to check voltage, resistance and continuity to perform basic troubleshooting steps 
• Connect a momentary push button, Von Duprin fail safe electric strike, and power supply 
• Utilize a chart to check wire gauge based on voltage, amperage and distance between the load and power source 
• List 10 common causes of electrified locking hardware malfunctions 
• Ask 5 questions that will assist in isolating problems, troubleshoot their causes and make necessary repairs 

Most facilities use some form of electrified exit hardware for access control security, and fire life safety. Von Duprin offers many electrified devices and options to help protect people and property. Join us for this workshop to learn about Von Duprin products that can power and expand the functionality of your openings.

Course length:1 day

Topics include:

?QEL electric latch retraction device

?Chexit? delayed egress device

?Power supplies and option boards

?M996 electrified lever trim

?RX and LX monitoring switches

?Other electrified device options

?Electric strikes

Upon completion of this course, you will be able to:

?Choose appropriate power supplies and option boards and conduct wiring on popular option boards

?Describe uses for QEL electric latch retraction devices

?Perform QEL conversion and wiring

?Identify potential applications for the M996 electrified trim

?Convert a mechanical 996 trim into an electrified 996 trim

?Wire an electric strike

?Explain common uses for RX and LX switches, and connect the RX switch to an alarm kit

?Describe how the Chexit? provides delayed or controlled egress program and power up the Chexit? device

Whoshouldattend:

?It is recommended that participants first attend ED105 (Von Duprin Mechanical Exit Devices) and/or EH125 (Basic Electricity for Electrified Hardware)

?Individuals responsible for the selection, installation, or servicing of door hardware, including facilities personnel

?Distributor sales and service personnel

?Locksmiths involved in commercial installations and service

?Electricians or technicians who work on electromechanical door hardware

Low energy automatic operators play an important role in helping facilities meet door control and usability issues. These operators also help meet the accessibility requirements prescribed by the Americans with Disabilities Act (ADA). Join us as we learn how, where, and why Low Energy Automatic Operators can solve not only your accessibility concerns but also resolve other door control, maintenance, and usability issues.

Topics include

•The selection, programming, and maintenance of LCN low energy automatic operators

•Actuators and accessories for low energy automatic operators

•The ADA‘s accessibility requirements for openings

Upon completion of this course, you will be able to

•Explain the difference between high energy and low energy operators, and describe the ANSI/BHMA requirements for low energy installations

•Differentiate between LCN‘s electro-hydraulic, pneumatic-hydraulic, and electro-mechanical operators

•Choose the right automatic operator for a specific opening

•Identify the programming options for LCN operators

•Troubleshoot common operator installation and application problems

•Identify the elements of an accessible opening

Who should attend

•Individuals responsible for the selection, installation, and/or servicing of door hardware, including maintenance and facilities personnel

•Individuals new to commercial door hardware or automatic operators

Attend this class to take the mystery out of master keying. Learn master key terminology, how master key systems work, and how they are designed,
documented, and utilized. Complete multiple written exercises to practice using the standard key coding system, key bitting arrays, and keying schematics.    

**This
class does not include hands-on cylinder pinning**

Course Length: 1 day

Topics include

  The theory behind master key systems

  Levels of keying, key schematics, key symbols & the       standard key coding system

  Pinning calculations, applying the MACS, and reading factory bitting lists

   Site surveys and building code considerations

  Key conferences

Upon completion of this course, you will be able to

   Use proper master keying terminology

   Apply key coding key symbols to 2 and 3 level MK systems

    Explain the disadvantages of cross keying 

    Interpret bitting lists and calculate cylinder pinning

    Design a simple one page system using a key bitting array

    Reverse engineer small level master key systems

Who should attend

  Institutional and commercial locksmiths 

  Personnel responsible for pinning cylinders and managing master key systems

  Facility managers Distributors

Prerequisite:  Experience in pinning cylinders or completion of the CY101 Schlage Cylinder Servicing class

• The fire and life safety codes that drive the use ofexit hardware
  
  
• Exit device types & trims, and their applications
  
  
• Need-to-know options to address a multitude ofapplication variables such as access control, school safety, architect or owner preferences, etc.
• Field conversion kits that can add functionality toopenings
  
  
• Installation and maintenance tips and tricks
  
  

• Describe NFPA 101 requirements for exit hardware
  
  
• Identify the primary differences between panichardware and fire exit hardware
  
  
• Interpret Von Duprin model numbers and find essential ordering and application information inthe Von Duprin 98/99 Series catalog
  
  
• Given specific opening requirements, select theappropriate exit device, trim, and if applicable, option for that opening
• Perform common field conversions, such as addingthe Von Duprin QEL (quiet electric latch retraction),the CDSI (cylinder dogging security indicator), etc.
  
  

Are pinning cylinders or managing key systems part of your job? In this hands-on class, you will work with Primus & Everest cylinders to learn fundamental locksmithing techniques. While Schlage‘s innovative modular cylinders are used in this class, the techniques apply to most pin tumbler cylinders.

Course Length:1 day

Topics Include:

?Standard industry terms and tools

?Schlage Primus & Everest full size cylinders including full size interchange cores (small format interchangeable cores are not covered in this class)

?Cylinder shimming, disassembly, pinning, and rekeying procedures

?Pinning calculations, applying MACS and reading bitting lists

?Maintenance, troubleshooting and servicing tips

Upon Completion of This Course, You Will Be Able to:

?Use proper terminology when discussing cylinders & keys

?Shim conventional pin tumbler cylinders as a service technique

?Disassemble & reassemble Schlage Primus & Everest cylinders

?Load springs, top pins, bottom pins and Primus finger pins

?Rekey Schlage full size Everest & Primus cylinders

?Calculate cylinder pinning and recognize unusable combinations

?Interpret bitting lists to pin master keyed cylinders

?Read Primus side bitting and finger pins

?Properly service and maintain cylinders, and identify and repair cylinder malfunctions

Who should attend

?Institutional and commercial locksmiths

?Personnel responsible for pinning cylinders and managing master key systems

?Facility managers and distributors

Continuing Education Credit:4 hours toward maintaining your ALOA certified status

• Fundamentals of electricity 
• The relationship of volts, amps and ohms to the operation of electrified locking hardware 
• Power supply considerations 
• Types and operation of common switches 
• Wire gauge requirements 
• Multi-meter use 

• Explain the difference between AC & DC as well as fail safe and fail secure devices 
• Calculate the total amperage rating needed for a power supply by analyzing all of the loads in a circuit 
• Use a multi-meter to check voltage, resistance and continuity to perform basic troubleshooting steps 
• Connect a momentary push button, Von Duprin fail safe electric strike, and power supply 
• Utilize a chart to check wire gauge based on voltage, amperage and distance between the load and power source 
• List 10 common causes of electrified locking hardware malfunctions 
• Ask 5 questions that will assist in isolating problems, troubleshoot their causes and make necessary repairs 

• The fire and life safety codes that drive the use of exit hardware
  
  
• Exit device types & trims, and their applications
  
  
• Need-to-know options to address a multitude ofapplication variables such as access control, school safety, architect or owner preferences, etc.
• Field conversion kits that can add functionality toopenings
  
  
• Installation and maintenance tips and tricks
  
  

• Describe NFPA 101 requirements for exit hardware
  
  
• Identify the primary differences between panichardware and fire exit hardware
  
  
• Interpret Von Duprin model numbers and find essential ordering and application information inthe Von Duprin 98/99 Series catalog
  
  
• Given specific opening requirements, select theappropriate exit device, trim, and if applicable, option for that opening
• Perform common field conversions, such as addingthe Von Duprin QEL (quiet electric latch retraction),the CDSI (cylinder dogging security indicator), etc.