Bryant ERVBBLHU1150 Installation, Start-Up, And Operating Instructions Manual

Bryant ERVBBLHU1150 Installation, Start-Up, And Operating Instructions Manual

Ervbblhu series. energy recovery ventilator

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NOTE: Read the entire instruction manual before starting the
installation.
This symbol → indicates a change since the last issue.
SAFETY CONSIDERATIONS .....................................................1
INTRODUCTION ..........................................................................1
INSTALLATION CONSIDERATIONS .......................................1
Inspect Equipment ....................................................................1
Select Location..........................................................................2
COMPONENT DESCRIPTION ....................................................2
INSTALLATION ...........................................................................3
Mount Unit................................................................................3
Independent System Application..............................................3
Forced-Air Application.............................................................3
Connect Ducts to ERV .............................................................3
Locate and Install Exterior Hoods ...........................................3
Condensate Drain......................................................................4
Wall Control..............................................................................4
ELECTRICAL CONNECTIONS ..................................................4
115-vac Wiring.........................................................................4
12-vdc Wiring ..........................................................................4
ACCESSORIES..............................................................................4
Interlock Relay..........................................................................4
20 Minute Timer.......................................................................5
60 Minute Adjustable Timer ....................................................5
BALANCING ERV .......................................................................5
Balancing Dampers...................................................................6
Flow Collar ...............................................................................6
CONTROL BOARD OPERATION ..............................................8
Board Function..........................................................................8
Defrost.......................................................................................8
OFF and INTERMITTENT/OFF Mode...................................8
High-Speed Air Exchange ........................................................8
Low-Speed Air Exchange.........................................................9
CARE AND MAINTENANCE.....................................................9
Door.........................................................................................10
Filter ........................................................................................10
Blower Motor and Wheel.......................................................10
Cleaning Core .........................................................................10
TROUBLESHOOTING ...............................................................10
Wall Control............................................................................10
Control Board..........................................................................10
Blower Motor..........................................................................10
Blower Speed Selection..........................................................11
SAFETY CONSIDERATIONS
Installation and servicing of this heating equipment can be
hazardous due to mechanical and electrical components. Only
trained and qualified personnel should install, repair, or service
heating equipment.
Untrained personnel can perform basic maintenance functions
such as cleaning and replacing air filters. All other operations must
be performed by trained service personnel. When working on this
equipment, observe precautions in the literature, on tags, and on
labels attached to or shipped with the unit and other safety
precautions that may apply.
Installation, Start-Up, and
Operating Instructions
ERVBBLHU
ENERGY RECOVERY VENTILATOR
-1-
Cancels: II ERV-64-2
Fig. 1-ERVBBLHU Energy Recovery Ventilator
Follow all safety codes. Installation must be in compliance with
local and national building codes. Wear safety glasses and work
gloves. Have a fire extinguisher available during start-up and
adjustment procedures and service calls.
Recognize safety information. This is the safety-alert symbol
When you see this symbol on the furnace and in instructions or
manuals, be alert to the potential for personal injury.
Understand the signal words DANGER, WARNING, or CAU-
TION. These words are used with the safety-alert symbol. DAN-
GER identifies the most serious hazards which will result in severe
personal injury or death. WARNING signifies a hazard that could
result in personal injury or death. CAUTION is used to identify
unsafe practices which would result in personal injury or product
or property damage. NOTE is used to highlight suggestions which
will result in enhanced installation, reliability or operation.

INTRODUCTION

The ERVBBLHU Energy Recovery Ventilator (ERV) is used to
exchange indoor stale air with outside fresh air. The ERV unit is
equipped with a special energy recovery core which transfers both
sensible and latent heat with the fresh incoming air. The cross-flow
design core allows entering and leaving air streams to transfer heat
energy without mixing (See Fig. 14).
The model ERVBBLHU is available in 2 sizes with airflow ranges
of 64-152 CFM, and 117-214 CFM. The design of this unit is
horizontal. Special attention should be given to duct application,
balancing the ERV, and locating unit for easy access and routine
maintenance.

INSTALLATION CONSIDERATIONS

I. INSPECT EQUIPMENT
Move carton to final installation location. Remove ERVBBLHU
from carton taking care not to damage unit. Remove all packaging
and inspect unit for damage. Remove parts bag from inside unit.
File claim with shipping company if shipment is damaged or
incomplete. Check to make sure ERV unit matches Fig. 2.
II ERV-64-3
4-05
A00092
.

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Summary of Contents for Bryant ERVBBLHU1150

  • Page 1: Table Of Contents

    Installation, Start-Up, and Operating Instructions ERVBBLHU ENERGY RECOVERY VENTILATOR Cancels: II ERV-64–2 II ERV-64–3 4–05 NOTE: Read the entire instruction manual before starting the installation. This symbol → indicates a change since the last issue. TABLE OF CONTENTS SAFETY CONSIDERATIONS .............1 INTRODUCTION ................1 INSTALLATION CONSIDERATIONS ........1 Inspect Equipment ..............1...
  • Page 2: Select Location

    NOTES: 1. FRESH AIR FROM OUTSIDE TO ERV 2. FRESH AIR FROM ERV TO HOUSE 3. STALE AIR FROM HOUSE TO ERV 4. STALE AIR FROM ERV TO OUTSIDE A00093 MODEL NO. ERVBBLHU1150 15-1/8 384.2 4-1/16 5-5/8 143.3 14-1/2 368.9 10-3/8 288.9...
  • Page 3: Installation

    Maximum length of duct for the system should be designed according to the highest speed of the unit. Refer to specifications listed in unit Product Data Sheet for ventilation capacities. III. FORCED-AIR APPLICATION Most ERV applications will be installed in conjunction with new or existing forced-air systems.
  • Page 4: Condensate Drain

    air circulating within the home. Install ERV wall control as close as possible to main system thermostat and follow same guidelines as installing a thermostat (locate approximately 5 ft. above floor, mount on an inside partitioning wall, etc.). 2. Wiring Remove top cover assembly from wall control and pass thermostat wire through hole located on back of control before attaching to wall.
  • Page 5: Minute Timer

    The purpose of the interlock relay kit is to energize indoor system III. 60 MINUTE ADJUSTABLE TIMER equipment (furnace or fan coil) blower whenever ERV is calling. A 60 minute adjustable timer can also be used to override wall If ERV is energized, and indoor system equipment is not, interlock control and put ERV into high-speed operation for a select amount relay will energize and make R and G at indoor equipment.
  • Page 6: Balancing Dampers

    If supply-air from outside is greater than exhaust-air from the II. FLOW COLLAR house, an imbalance can result over pressurizing the home. If Flow Collars are temporary, and should be installed as close to the exhaust-air is greater than supply-air, combustion appliances may ERV as possible and in straightest sections of duct to ensure backdraft, bringing exhaust fumes into the house.
  • Page 7 Measure exhaust air first. It is typically the lowest pressure due to VENTILATION EVALUATION nature of system and ductwork. Next measure fresh air. If fresh air When ventilation requirement is determined, use Product Data reading is higher than exhaust reading, adjust damper until reading Digests to reference unit airflow delivery and performance.
  • Page 8: Control Board Operation

    Total cu ft. X 0.3 per hr = total. Take total and divide by 60 to get II. DEFROST CFM. Defrost cycle is controlled by a thermistor which is located in the Example: fresh-air intake passage (the thermistor unit is connected to J4 of control module (See Fig.
  • Page 9: Low-Speed Air Exchange

    CARE AND MAINTENANCE TABLE 3–DEFROST CYCLE EXTENDED DE- WARNING: ELECTRICAL SHOCK HAZARD OUTSIDE TEMPERA- STANDARD DE- FROST (JUMPER Failure to follow this warning could result in personal TURE °F FROST (AS SHIPPED) JU1-F REMOVED) injury or death. Above 23°F No Defrost No Defrost Before installing or servicing system, always turn off 6 Minute Defrost/60...
  • Page 10: Door

    STALE AIR TO OUTSIDE FRESH AIR FROM OUTSIDE STALE AIR FRESH AIR FROM BUILDING TO BUILDING A99269 Fig. 14–Airflow During Exchange I. DOOR TROUBLESHOOTING ERV door can be removed by unlatching brief case style latches, WARNING: ELECTRICAL SHOCK HAZARD then lifting door up and sliding it sideways (See Fig. 17). Door Failure to follow this warning could result in personal must be in place and secured shut for proper operation.
  • Page 11: Blower Speed Selection

    WASH- WASH- WASH- LAUNDARY ROOM ROOM BEDROOM ROOM KITCHEN ROOM MASTER LIVING ROOM BEDROOM BEDROOM DINING ROOM FAMILY ROOM BEDROOM 1320 sq ft (125 sq m) 1320 sq ft (125 sq m) BASEMENT 1320 sq ft (125 sq m) A98388 Fig.
  • Page 12 —12—...
  • Page 13 DOOR IS DETACHABLE ENERGY RECOVERY FILTERS ARE CORE CAN BE REMOVED REMOVABLE BY BY PULLING STRAIGHT OUT PULLING STRAIGHT BRIEF CASE TYPE LATCH A99300 Fig. 17–Energy Recovery Ventilator TABLE 4–TROUBLESHOOTING CHART SYMPTOMS CAUSES SOLUTIONS Continous ex- Use Intermittent hange mode Mode Check Air too humid used in small...
  • Page 14 TABLE 5–TEMPERATURE/OHM RELATIONSHIP TEMP F° OHMS 34,480 32,680 30,760 29,220 27,470 26,020 24,680 23,320 22,070 20,910 19,830 18,820 17,870 16,920 16,160 15,260 14,530 13,790 13,090 12,480 11,860 11,270 10,750 10,250 9,750 9,300 8,840 8,432 8,042 7,668 7,310 6,993 6,661 6,368 6,085 5,811 5,571...
  • Page 15 —15—...
  • Page 16 © 2005 Bryant Heating & Cooling Systems 7310 W. Morris St. Indianapolis, IN 46231 —16— Printed in U.S.A. erv643 Catalog No. II ERV-64–3...

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