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Encompass System (ES) SNAP Essentials Custom Programming
CCE ES SNAP ESS

The ES Snap Essentials Custom Programming course is the third in the Controls Expert Training Series. After successfully completing this course, you will be able to use Carrier's Snap tool to quickly and efficiently describe and define microblock properties, read a sequence of operations and translate it to a program, simulate a program to find errors, modify a control program and edit properties pages.


duration cost format course prerequisites
2 days $350 classroom must be IS certified
location course date registration closes register
Kennesaw, GA 11/04/2019 10/23/2019

To obtain a registration link for this class, please contact your local Carrier Sales Office Controls Representative.

Automated Logic Corporation has been accredited as an Authorized Provider by the International Association for Continuing Education and Training (IACET), 12100 Sunset Hills Rd., Suite 130, Reston, VA 20190; (703) 234-4065. BAS University is the continuing education organization of Automated Logic Corporation.


IACET-45

The ES Snap Essentials Custom Programming course is the third in the Controls Expert Training Series. After successfully completing this course, you will be able to use Carrier's Snap tool to quickly and efficiently describe and define microblock properties, read a sequence of operations and translate it to a program, simulate a program to find errors, modify a control program and edit properties pages.

For more information on the Carrier Controls Expert Program, please contact your local Carrier Controls sales representative or visit carrier.com/controls-experts.

Who should attend this training

Carrier field technicians and engineers who are new to Snap.

Learning Objectives

After successfully completing this course, you will be able to use Carrier’s Snap tool to quickly and efficiently to:

  • Describe the different types of microblocks
  • Define microblock properties
  • Read a sequence of operations and translate it to a program
  • Simulate a program to find errors
  • Modify a control program
  • Edit properties pages

Training Methods Used

This course is instructor-led in a classroom setting with extensive hands-on tasks to present the material. Student’s achievement of the learning objectives is determined by successful completion of the course, and final written exam.

Topics Covered

All times are approximate and shown as (classroom hours/lab or workshop hours).

The purpose of a control program

  • An intro to the logic page

Convert a sequence of operation into logic

  • Convert a sequence of operation into logic

Discover microblock families

  • Select and define BACnet inputs
  • Select and define BACnet value
  • Select and define a PID loop
  • Select and define additional microblocks
  • Select and define a BACnet output
  • Add wires and labels
  • Add a symbol to the Favorites list

Create a logic symbol

  • Add another logic symbol to your program

Finish your program

  • Complete your control program

Verify a sequence of operation

  • Study a sequence of operations
  • Create a control program using EquipmentBuilder
  • Verify a sequence of operations

Troubleshoot a sequence of operation

  • Decipher a control program

Properties page

  • Reorder microblocks
  • Add section headers to the Edit Order list
  • Add expand/collapse sections on the properties page
  • Align items on the properties page

Edit an existing control program

  • Modify a control program

Materials to bring

Learners will be provided a laptop with i-Vu Tools v7.0 and USB-Link Kit to use for this course.

The ES Snap Essentials Custom Programming course is the third in the Controls Expert Training Series. After successfully completing this course, you will be able to use Carrier's Snap tool to quickly and efficiently describe and define microblock properties, read a sequence of operations and translate it to a program, simulate a program to find errors, modify a control program and edit properties pages.

For more information on the Carrier Controls Expert Program, please contact your local Carrier Controls sales representative or visit carrier.com/controls-experts.

Who should attend this training

Carrier field technicians and engineers who are new to Snap.

Learning Objectives

After successfully completing this course, you will be able to use Carrier’s Snap tool to quickly and efficiently to:

  • Describe the different types of microblocks
  • Define microblock properties
  • Read a sequence of operations and translate it to a program
  • Simulate a program to find errors
  • Modify a control program
  • Edit properties pages

Training Methods Used

This course is instructor-led in a classroom setting with extensive hands-on tasks to present the material. Student’s achievement of the learning objectives is determined by successful completion of the course, and final written exam.

Topics Covered

All times are approximate and shown as (classroom hours/lab or workshop hours).

The purpose of a control program

  • An intro to the logic page

Convert a sequence of operation into logic

  • Convert a sequence of operation into logic

Discover microblock families

  • Select and define BACnet inputs
  • Select and define BACnet value
  • Select and define a PID loop
  • Select and define additional microblocks
  • Select and define a BACnet output
  • Add wires and labels
  • Add a symbol to the Favorites list

Create a logic symbol

  • Add another logic symbol to your program

Finish your program

  • Complete your control program

Verify a sequence of operation

  • Study a sequence of operations
  • Create a control program using EquipmentBuilder
  • Verify a sequence of operations

Troubleshoot a sequence of operation

  • Decipher a control program

Properties page

  • Reorder microblocks
  • Add section headers to the Edit Order list
  • Add expand/collapse sections on the properties page
  • Align items on the properties page

Edit an existing control program

  • Modify a control program

Materials to bring

Learners will be provided a laptop with i-Vu Tools v7.0 and USB-Link Kit to use for this course.