Energy Saving Products Hi-Velocity HE-B Series User manual
Manufactured By
Module-HEB-COM-Commissioning-Report-and-User-Guide-111020Module-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
© 1995-2013 Energy Saving Products Ltd.© 1995-2013 Energy Saving Products Ltd.
Module HEB COM
Commissioning & User Guide (2/8)
Module HEB-COM-Commissioning-Report-and-User-Guide (2/8)
-2--2-
HE-B Commissioning Report
Hertz OutputHertz Output Outlet VelocityOutlet Velocity Static PressureStatic Pressure
Cooling Mode:Cooling Mode: 1250-1400 FPM1250-1400 FPM
Heating Mode:Heating Mode: 1100-1400 FPM1100-1400 FPM
Constant Fan:Constant Fan: 500-900 FPM500-900 FPM
Quick System Setting Reference
Jumper Pin Settings
H1 Emergency Disconnect:H1 Emergency Disconnect: (Remove pin to activate)(Remove pin to activate)
H3H3 Timer:Timer: Activates auxiliary relay for 5Activates auxiliary relay for 5
min every 24 hours.min every 24 hours.
- Hertz will be displayed on the Variable Frequency Drive digital display.- Hertz will be displayed on the Variable Frequency Drive digital display.
- Outlet velocity is based on ideal noise levels.- Outlet velocity is based on ideal noise levels.
of 18” away from supply air collar of fan coil.of 18” away from supply air collar of fan coil.
to be used as primary fan coil set up method.to be used as primary fan coil set up method.
Note:Note:
Useful Parameters
P000P000 To unlock drive change to 5To unlock drive change to 5
P002P002 To display Hz outputTo display Hz output
P030 (CFW10 - P008)P030 (CFW10 - P008) Drive Heatsink TemperatureDrive Heatsink Temperature
P128P128 To adjust constant fan speedTo adjust constant fan speed
P129P129 TTo adjust cooling fan speedo adjust cooling fan speed
P130P130 To adjust heating fan speedTo adjust heating fan speed
P131P131 To adjust dehumidication fan speed To adjust dehumidication fan speed
LED Description
LED 1 (Green Light)LED 1 (Green Light) - Pump timer- Pump timer
See page 30 of the HE-B
Installation Manual for fan
speed adjustment instructions
ON: (ACTIVE)
PUMP TIMER STATUS
ON: (INACTIVE)
OFF:
2 SECONDS
W1
W2
CRY2 Y1 DO/B
G
AUXILIARY RELAY
(HEATING)
L2L2 NL1 L1
A3 A2 A1
LN
J5
J4
J3
J2
N
C
Ri
Ro
H1
J9
J1
HEB CIRCUIT BOARD
THERMOSTAT
EMERGENCY DISCONNECT
CR
Y1 W2 W1 FZ FZ
Y2
C
F1
ON
OFF
H3
TIMER
J7
F
C
H
G
24v OUTPUT
318.28 Pcbw-002sep-043
L2L2 NL1 L1
Red
ON: (ACTIVE)
PUMP TIMER STATUS
ON: (INACTIVE)
OFF:
2 SECONDS
W1
W2
CRY2 Y1 DO/B
G
AUXILIARY RELAY
(HEATING)
L2L2 NL1 L1
A3 A2 A1
LN
J5
J4
J3
J2
N
C
Ri
Ro
H1
J9
J1
HEB CIRCUIT BOARD
THERMOSTAT
EMERGENCY DISCONNECT
CR
Y1 W2 W1 FZ FZ
Y2
C
F1
ON
OFF
H3
TIMER
J7
F
C
H
G
24v OUTPUT
318.28 Pcbw-002sep-043
L2L2 NL1 L1
Red
== Light OnLight On
== Light OLight O
On: (Active)On: (Active)
On: (Inactive)On: (Inactive)
O:O:
Pump Timer Status:Pump Timer Status:
© 1995-2013 Energy Saving Products Ltd.© 1995-2013 Energy Saving Products Ltd.
-3--3-
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:
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
Cooling
Example:Example:
A system with:A system with:
2424 HEHE outlets andoutlets and
442”2” outletsoutlets
will equalwill equal
2424 HEHE outlets x 2 = 48outlets x 2 = 48
plusplus
442”2” outlets = 4outlets = 4
----------------------------------------------------
=52 system total outlets=52 system total outlets
250 CFM
Note: When nding systems total outlets, HE outlets = 2 and 2” outlets = 1
250 CFM HE Outlet*1
250 CFM 2” Outlet*2
Note:
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 OutletsHE Outlets
Module HEB COM
Commissioning & User Guide (3/8)
Module HEB-COM-Commissioning-Report-and-User-Guide (3/8)
© 1995-2013 Energy Saving Products Ltd.© 1995-2013 Energy Saving Products Ltd.
Heating
For Heating 200-250 CFM per Ton Approximately 1100-1400 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
12-20 Outlets 16-24 Outlets 20-28Outlets 24-32 Outlets 28-36 Outlets 32-44 Outlets 40-52 Outlets
For Heat Only
the most appropriate tonnage or outlet range for your application:
*3
*4
-
recommended.
For Constant Fan 125 CFM per Ton Approximately 500-900 FPM Outlet Velocity
Constant Fan
*5
*6
speed. Constant Fan is an option that is suggested for maximum indoor air quality.
Summary
Fill in the ideal velocity per outlet that was calculated above:
Cooling ________ FPM per HE Outlet*1
________ FPM per 2” Outlet*2
________ FPM per HE Outlet*3
________ FPM per 2” Outlet*4
________ FPM per HE Outlet*5
________ FPM per 2” Outlet*6
Heating
Constant Fan
Module HEB COM
Commissioning & User Guide (4/8)
-4--4-
Module HEB-COM-Commissioning-Report-and-User-Guide (4/8)
© 1995-2013 Energy Saving Products Ltd.© 1995-2013 Energy Saving Products Ltd.
Outlet Velocity
Outlet # Outlet Location HE (A) 2” (B)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
Columns Total Velocity =
Columns Total CFM =
Grand Total CFM =
on previous pages.
Finding the Average Outlet
1. Ensure all zone dampers & outlets are fully open.
2. Jumper or set thermostat to cooling speed.
3. Energize Fan Coil.
velocities. HE outlets should go in the HE column (A) and 2”
outlets in the 2” column (B).
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 Average Velocity
-
let that is closest to the average velocity.
9. The average outlet is outlet #____
to the determined “velocity per outlet” that was calculated in
the preliminary system information section above.
11. This will have to be done for all speeds/modes.
Conversion Factors
Knots to FPM =
FPM to Knots =
FPM 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 0.022
x 0.042
x 2.2
x 4.2
Module HEB COM
Commissioning & User Guide (5/8)
-5--5-
Module HEB-COM-Commissioning-Report-and-User-Guide (5/8)
© 1995-2013 Energy Saving Products Ltd.© 1995-2013 Energy Saving Products Ltd.
Outlet Velocity
(Cooling)
Outlet # Location HE 2”
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Sections Velocity =
Sections CFM =
Total CFM =
Outlet Velocity
(Heating)
HE 2”
Outlet Velocity
(Constant)
HE 2”
Conrming Air Flow
Conversion FactorsConversion Factors
Knots to FPM =Knots to FPM =
FPM to Knots =
FPM to CFM of 2” outlets =
FPM to CFM of HE outlets =
Knots to CFM of 2” outlets =
Knots to CFM of HE outlets =
x 0.022
x 0.042
x 2.2
x 4.2
Notes:
Module HEB COM
Commissioning & User Guide (6/8)
-6--6-
Module HEB-COM-Commissioning-Report-and-User-Guide (6/8)
© 1995-2013 Energy Saving Products Ltd.© 1995-2013 Energy Saving Products Ltd.
There may be cases when the number of outlets needed for
cooling. This is usually caused by a large appliance load or an
excessive amount of windows. In cooling mode the outlets must
be in the fully open position or there will be a loss in system
performance. The vents may need to be partially closed in
outlets. The Rough-In Boots have built in dampers and can be
It is recommended to have a service contractor perform
a system check in both spring and fall for the cooling and
maintenance recommendations.
be dependent upon the living habits of the homeowner. It is
Maintenance
Hi-Velocity Outlets
Hi-Velocity HE-B User Guide
Hi-Velocity Air Purication System (HE PS)
a built-in Remote Mounted Service Panel to automatically keep
track of service intervals. Indicator lights will tell you when to
is not a requirement.
Duct Cleaning
Please note that a dirty lter will
increase motor power draw, and
may reduce air ow and system
performance.
dust statically attracted to the grid insert of the vent plate. The
grid insert or the whole vent plate can be removed and washed
with soap and water.
Vent Cleaning
For Cooling Systems Only
When located in an unconditioned space (crawl space or
If a vent outlet has been installed in a location that is
grill is available from the manufacturer. This grill can easily be
away from the occupied area. For information on how to obtain
1-888-652-2219
Directional Grill Option
Module HEB COM
Commissioning & User Guide (7/8)
-7--7-
Module HEB-COM-Commissioning-Report-and-User-Guide (7/8)
The printed circuit board within the fan coil contains a timer
circuit that will energize the pump for 5 minutes every 24 hours.
the water through the system and prevent any water stagnation.
The timer circuit is equipped with a green light labeled L1 on the
pins to the OFF pins and it will be disabled.
Operational Mode Indicator Light
(Flashing Green Light - L1)
Timer Chip - H2 - (Flashing Green Light - L1)
Variable Frequency Drive (VFD or Motor Controller)
can be energized from the thermostat and can draw as little as 60
watts of power. The circuit board installed in every HE-B series fan
Unless you are a trained professional familiar with the functionality
the unit operation and void all warranties.
For wiring details see the HE-B Series Installation Manual or
call Technical Support at 1-888-652-2219.
Module HEB COM
Commissioning & User Guide (8/8)
-8--8-
Module HEB-COM-Commissioning-Report-and-User-Guide (8/8)
ON: (ACTIVE)
PUMP TIMER STATUS
ON: (INACTIVE)
OFF:
FAN OPERATION MODE
NO LIGHT
D
W
Y
G
2 SECONDS 2 SECONDS 2 SECONDS
INCREASE AIR FLOW
(CLOCKWISE)
DECREASE AIR FLOW
(COUNTER CLOCKWISE)
FAN ADJUSTMENT TRIM POTS
W1
W2
CRY2 Y1 DO/B
G
R
Y1 W2 W1 FZ FZ
Y2
C
F1
AUXILIARY RELAY
(HEATING)
L L
L2L2 NL1 L1
A3 A2 A1
LN
COOL HEAT FAN
LED
L1
J8
ON
OFF
H2
TIMER
AUTO
MAN
H3
MODE
ON
OFF
H4
DELAY
J5
J7
J4
U2
J3
R8
R7
R6
G C H F
318.28 Pcbw-001sep-042
J2
N
C
Ri
Ro
H1
J9
J1
LED
L2
PSB CIRCUIT BOARD
THERMOSTAT
24v OUTPUTEMERGENCY DISCONNECT
C
Red
+
-
== Light OnLight On
== Light OLight O
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 taken to increase the overall
actually used with this constant fan operation can be less than a
60w light bulb.
Try to maintain your house temperature within a 5 degree
temperature range. Residential heating/cooling systems are
designed to maintain a set temperature within the home. A big
a residential heating/cooling system to bring up/down the
temperature drastically like this (as an example lets say more
System Eciency/Performance NOTES:
On some thermostats there is a “fan switch” which can be set
Fan speed priority sequence from highest priority to lowest
priority is listed below:
2 – Cooling
3 – Heating
4 - Constant Fan
In order for the multi-speed functions on the HE-Z fan
Sequence of Operation
© 1995-2013 Energy Saving Products Ltd.© 1995-2013 Energy Saving Products Ltd.
This manual suits for next models
3
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