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© 1995-2013 Energy Saving Products Ltd.

© 1995-2013 Energy Saving Products Ltd.

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System Commissioning & Set-up HE-B

(Failure to complete this report may void Warranty)

Commissioned By:

Installed By:

Fan Coil Model #:

Phone #:

Phone #:

Fan Coil Serial #:

Date:

Refer to System Commissioning and set-up on page 30 of the “HE-B Installation Manual” for help filling in the report requirements.

Determining Preliminary System Information

For Cooling (Heat pump & Electric Strip) 250 CFM per Ton

Approximately 1250-1400 Ft/min (FPM) Outlet Velocity

HE-B-50/51

HE-B-70/71

HE-B-100/101

1.5 Tons

2 Tons

2.5 Tons

3 Tons

3.5 Tons

4 Tons

5 Tons

375 CFM

500 CFM

625 CFM

750 CFM

875 CFM

1000 CFM

1250 CFM

This formula can be used to find the desired 

Cooling

 “Velocity per Outlet” needed to achieve minimum airflow or refer to chart below:

Example:

Example:

A system with:

A system with:

24

24  

HE

HE

 outlets and

 outlets and

44  

2”

2”

 outlets

 outlets

will equal

will equal

24

24  

HE

HE

 outlets x 2 = 48

 outlets x 2 = 48

plus

plus

44  

2”

2”

 outlets = 4

 outlets = 4

--------------------------

--------------------------

=52 system total outlets

=52 system total outlets

250 CFM

 x Tonnage = Desired Cooling Airflow

Note: When finding systems total outlets, HE outlets = 2 and 2” outlets = 1

Desired Cooling Airflow ÷ Number of Systems Total Outlets = Airflow per Outlet
Airflow per Outlet ÷ 0.021 = FPM per HE Outlet
Airflow per Outlet ÷ 0.022 = FPM per 2” Outlet
Therefore,

250 CFM

 

x ____Tons ÷ ____ Systems Total Outlets ÷ 0.021 = ________FPM per

 

HE

 

Outlet*1

250 CFM

 

x ____Tons ÷ ____ Systems Total Outlets ÷ 0.022 = ________FPM per 

2”

 Outlet*2

Note:

 

When using DX cooling maintaining minimum airflow is critical to proper system operation.

               

Number of Total Outlets

(12)

6

(16)

8

(20)

10

(24)

12

(28)

14

(32)

16

(36)

18

(40)

20

(44)

22

(48)

24

(52)

26

HE-B-50/51

1.5 Tons

(1420)

1488

(1065)

1116

(852)

893

2 Tons

(1420)

1488

(1136)

1190

(947)

992

HE-B-70/71

2.5 Tons

(1420)

1488

(1184)

1240

(1015)

1062

3 Tons

(1420)

1488

(1218)

1276

(1065)

1116

HE-B-100/101

3.5 Tons

(1420)

1488

(1243)

1302

(1105)

1157

4 Tons

(1420)

1488

(1263)

1323

(1136)

1190

(1033)

1082

5 Tons

(1420)

1488

(1291)

1353

(1184)

1240

(1093)

1145

Outlet Velocity (FPM)                                                (FPM ÷ 100 = Knots)

(2” Outlets)

(2” Outlets)

HE Outlets

HE Outlets

Module HEB COM

Commissioning & User Guide (3/8)

Module HEB-COM-Commissioning-Report-and-User-Guide (3/8)

Summary of Contents for Hi-Velocity HE-B Series

Page 1: ... Commissioning Report and User Guide 111020 Module HEB COM Commissioning Report and User Guide 111020 Small Duct High Velocity Heating Cooling and Home Comfort Systems www hi velocity com HE B Series Commissioning Report User Guide ...

Page 2: ...ar of fan coil of 18 away from supply air collar of fan coil Quick references should only be used to roughly set fan coil not Quick references should only be used to roughly set fan coil not to be used as primary fan coil set up method to be used as primary fan coil set up method Note Note Useful Parameters P000 P000 To unlock drive change to 5 To unlock drive change to 5 P002 P002 To display Hz o...

Page 3: ...outlets 4 outlets 4 52 system total outlets 52 system total outlets 250 CFM x Tonnage Desired Cooling Airflow Note When finding systems total outlets HE outlets 2 and 2 outlets 1 Desired Cooling Airflow Number of Systems Total Outlets Airflow per Outlet Airflow per Outlet 0 021 FPM per HE Outlet Airflow per Outlet 0 022 FPM per 2 Outlet Therefore 250 CFM x ____Tons ____ Systems Total Outlets 0 021...

Page 4: ... as long as this selected fan speed satisfies the structures heating needs Higher velocities over 1500 to 1600 FPM are not recommended For Constant Fan 125 CFM per Ton Approximately 500 900 FPM Outlet Velocity This formula can be used to find the desired Constant Fan Outlet Velocity needed to achieve ideal airflow 125 CFM x Tonnage Desired Constant Fan Airflow Desired Constant Fan Airflow Number o...

Page 5: ...ities are recorded pick a column A or B with the most outlets 6 Total all velocities in the selected column 7 Then divided by the number of outlets in the selected col umn This equals the average velocity of the selected column _______FPM or knots ___ Number of outlets _______FPM or knots Average Velocity 8 Now that the average velocity of the selected outlet type has been determined from the colu...

Page 6: ... to CFM of 2 outlets FPM to CFM of HE outlets Knots to CFM of 2 outlets Knots to CFM of HE outlets x 100 x 100 100 100 x 0 022 x 0 042 x 2 2 x 4 2 Notes To find total CFM add all HE outlet velocities and all 2 outlet velocities separate Multiply the totaled velocity in each section by the specific conversion factor relevant to the unit of measure used After airflow is determined compare the findin...

Page 7: ...aning will be dependent upon the living habits of the homeowner It is recommended to replace the filter at least annually Maintenance Hi Velocity Outlets Hi Velocity HE B User Guide Hi Velocity Air Purification System HE PS The optional Hi Velocity Air Purification System comes with a built in Remote Mounted Service Panel to automatically keep track of service intervals Indicator lights will tell ...

Page 8: ...S 2 SECONDS 2 SECONDS Light On Light On Light Off Light Off The VFD is what controls power output to the fan motor The display on the front of the VFD shows power output to the motor measured in HZ If the display is constantly displaying an FXXX or EXX error Example F021 contact the manufacturer toll free at 1 888 652 2219 or consult with a factory trained installer The following steps should be t...

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