Installation, operation,

Installation, Operation,
and Maintenance Manual
Trailblazer®
Air-Cooled Scroll Chillers
Model AGZ, E Vintage
30 to 241 Tons (100 to 840 kW)
HFC-410A Refrigerant
50/60 Hz
IOM 1206-9
Group: Chiller
Part Number: IOM1206-9
Date: November 2017

IOM 1206-9 • TRAILBLAZER® MODEL AGZ CHILLERS 2 www.DaikinApplied.com
Table of Contents
Manufactured in an ISO 9001 & ISO 14001 certified facility
©2017 Daikin Applied. Illustrations and data cover the Daikin Applied product at the time of publication and we reserve the right to
make changes in design and construction at any time without notice.
Installation and Application Information . . . . . . . . . . 3
Refrigerant Schematics . . . . . . . . . . . . . . . . . . . . . . 16
Dimensions and Weights - Packaged Units . . . . . . 22
Dimensions and Weights - Heat recovery Units . . . 30
Refrigerant Charge . . . . . . . . . . . . . . . . . . . . . . . . . . 36
Isolator Information . . . . . . . . . . . . . . . . . . . . . . . . . . 37
Pressure Drop Data . . . . . . . . . . . . . . . . . . . . . . . . . . 41
Electrical Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
Unit Controller Operation . . . . . . . . . . . . . . . . . . . . . 55
Sequence of Operation . . . . . . . . . . . . . . . . . . . . . . . 66
Unit Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73
Circuit Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . 83
Alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92
Using the Controller . . . . . . . . . . . . . . . . . . . . . . . . . 96
Optional Low Ambient Fan VFD . . . . . . . . . . . . . . . . 99
Startup and Shutdown Procedures . . . . . . . . . . . . 105
Component Operation . . . . . . . . . . . . . . . . . . . . . . . 107
Unit Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . 109
Troubleshooting Chart . . . . . . . . . . . . . . . . . . . . . . 115
Warranty Registration Form (Scroll) . . . . . . . . . . . 117
Limited Product Warranty . . . . . . . . . . . . . . . . . . . . 123
Table of Contents

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Here
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©2013 Daikin Applied Form SF01017 P/N 331977001 22OCT2013
Pre-Start Checklist – Scroll Compressor Chillers
Must be completed, signed and provided to Daikin Applied at least 2 weeks prior to requested start date.
Job Name
Installation Location
Customer Order Number
Model Number(s)
G.O. Number(s)
Chilled Water Yes No N/A Initials
Piping Complete
Water strainer : Brazed Plate Evaporator 0.063” (1.6mm) or smaller perforations
Water System filled, flushed and vented
Pumps installed and operational (rotation checked, strainers cleaned)
Controls operational (3-way valves, face/bypass dampers, bypass valves, etc.)
Water system operated and tested; flow meets unit design requirements
Flow switch installed and wired
Vent installed on evaporator
Glycol at design %
Electrical Yes No N/A Initials
Building controls operational
*Power leads connected to power block or optional disconnect
Power leads have been checked for proper phasing and voltage
All interlock wiring complete and compliant with Daikin specifications
Power applied at least 24 hours before startup
Oil heaters energized at least 24 hours before startup
Chiller components (EXV Sensors Transducers) installed and wired properly.
*Wiring complies with National Electrical Code and local codes (See Notes)
Remote EXV wired with shielded cable
Miscellaneous Yes No N/A Initials
Unit control switches all off
Remote Evaporator / Condenser Piping factory reviewed
All refrigerant components/piping leak tested, evacuated and charged
Thermometers, wells, gauges, control, etc., installed
Minimum system load of 80% capacity available for testing/adjusting controls
Document Attached: Technical Breakdown from Selection Software
Document Attached: Final Order Acknowledgement
Document Attached: Remote piping approval
Notes: The most common problems delaying start-up and affecting unit reliability are:
1. Field installed compressor motor power supply leads too small. Questions: Contact the local Daikin sales representative*. State size, number and
type of conductors and conduits installed:
a. From Power supply to chiller
* Refer to NEC Article 430-22 (a)
2. Remote Evaporator piping incomplete or incorrect. Provide approved piping diagrams.
3. Items on this list incorrectly acknowledged resulting in delayed start and possible extra expenses incurred by return trips.
Contractor Representative Daikin Applied Sales Representative
Signed: Signed:
Name: Name:
Company: Company:
Date: Date:
Phone/Email: Phone/Email:

Installation and Application Information
www.DaikinApplied.com 3 IOM 1206-9 • TRAILBLAZER® MODEL AGZ CHILLERS
General Description
Daikin Trailblazer® air-cooled water chillers are complete, self-
contained, automatic chillers designed for outdoor installation.
Packaged units are completely assembled, factory wired,
charged, and tested.
The electrical control center includes all equipment protection
and operating controls necessary for dependable automatic
operation.
NOMENCLATURE
A G Z XXX E D SE
WARNING
Installation is to be performed by qualified personnel who are
familiar with local codes and regulations.
Additional Manual
This manual covers the installation, of dual circuit, AGZ-E
packaged, scroll compressor chillers using R-410A and
optional heat recovery. Information for units with either the
pump package or remote evaporator options can be found at
www.DaikinApplied.com.
Inspection
Check all items carefully against the bill of lading. Inspect
all units for damage upon arrival. Report shipping damage
and file a claim with the carrier. Check the unit nameplate
before unloading, making certain it agrees with the power
supply available. Daikin Applied is not responsible for physical
damage after the unit leaves the factory.
Handling
Be careful to avoid rough handling of the unit. Do not push
or pull the unit from anything other than the base. Block the
pushing vehicle away from the unit to prevent damage to the
sheet metal cabinet and end frame (see Figure 1).
To lift the unit, 2-1/2” (64mm) diameter lifting eyes are provided
on the base of the unit. Arrange spreader bars and cables to
prevent damage to condenser coils or cabinet (see Figure 2).
CAUTION
All lifting locations must be used to prevent damage to unit.
DANGER
Improper rigging, lifting, or moving of a unit can result in
property damage, severe personal injury or death. Follow
rigging and moving instructions carefully. Do not stand
beneath the unit while it is lifted or being installed.
Figure 1: Suggested Pushing Arrangement
Figure 2: Required Lifting Arrangement
CAUTION
Sharp edges and coil surfaces are a potential injury hazard.
Avoid contact with them.
Air-Cooled
Global Design
Scroll Compressor
Application, Efficiency, Unit Type
Design Vintage
Nominal Tons
Blocking is required
across full width
SPREADER BARS
REQUIRED FOR
EACH PAIR OF
LIFTING LUGS
(USE CAUTION)
MUST USE THESE
RIGGING HOLES
(BE AWARE OF
CONTROL BOX
LOCATION)
Number of fans and
rigging holes may vary
from this diagram.
The lifting method will
remain the same.
# of Compressors
D = Tandem per Circuit
T = Trio per Circuit

Operating and Standby Limits
Table 1: Operating Limits
Maximum standby ambient temperature 131°F (55°C)
Maximum operating ambient temperature 105°F (41°C)
-with optional high ambient package (see information under High Ambient Operation) 125°F (52°C)
Minimum operating ambient temperature (standard control) 32°F (0°C)
Minimum operating ambient temperature (with optional low-ambient control) -10°F (-23°C)
Leaving chilled water temperature 40°F to 65°F (4°C to 18°C)
Leaving chilled fluid temperatures (with anti-freeze) - Note that in cases of high ambient
temperature, the lowest leaving water temperature settings may be outside of the chiller
operating envelope; consult Daikin Tools to ensure chiller is capable of the required lift.
15°F to 65°F (-9°C to 18°C)
Operating chilled water delta-T range 6°F to 16°F (3.3°C to 8.9°C)
Maximum evaporator operating inlet fluid temperature 81°F (27°C)
Maximum evaporator non-operating inlet fluid temperature 100°F (38°C)
Unit Placement
Trailblazer® units are for outdoor applications and can be
mounted either on a roof or at ground level. For roof mounted
applications, install the unit on a steel channel or I-beam frame
to support the unit above the roof. Spring isolators for roof
applications is recommended. For ground level applications,
install the unit on a substantial base that will not settle. Use a
one-piece concrete slab with footings extended below the frost
line. Be sure the foundation is level within 0.5” (13 mm) over
its length and width. The foundation must be strong enough
to support the unit weight - see “Dimensions and Weights -
Packaged Units” on page 22.
Service Clearance
Sides
• 030-070 Ton Models: Minimum of 4 feet (1.2 meters)
• 075-241 Ton Models: It is highly recommended to
provide a minimum of 8 feet (2.4 meters) on one side to
allow for coil replacement. Coils can be removed from
the top, allowing a minimum of 4 feet (1.2 meters) of
side clearance; however, the unit performance may be
derated.
Control Panel End
• All Models: Minimum of 4 feet (1.2 meters)
Opposite Control Panel End
• 030-070 Ton Models with Aluminum Fin/Copper Tube
Coils: Minimum of 4 feet (1.2 meters)
• 030-070 Ton Models with Microchannel Coils:
Minimum of 7.5 feet (2.3 meters)
• 075-241 Ton Models: Minimum of 4 feet (1.2 meters)
Figure 3: Service Clearance
Spacing Requirements
Sufficient clearance must be maintained between the unit
and adjacent walls or other units to allow the required unit air
flow to reach the coils. Failure to do so will result in a capacity
reduction and an increase in power consumption. No solid
obstructions are allowed above the unit at any height, see page
7 for details.
Graphs on the following pages give the minimum clearance
for different types of installations and also capacity reduction
and power increase if closer spacing is used. The clearance
requirements shown are a general guideline and cannot
account for all scenarios. Such factors as prevailing winds,
additional equipment within the space, design outdoor air
temperature, and numerous other factors may require more
clearance than what is shown.
Minimum = 4 ft (1.2 m)
Minimum = 4 ft
(1.2 m)
Minimum = 7.5 ft (2.3 m)
for models 030-070
with Microchannel Coils
Control
Panel
for models
030-070 with Al/Cu Coils
& 075-241
075-241 Ton Models: 8ft (2.4 m) recommended on one side

Case 1: Building or Wall on One Side of Unit
NOTE: Assumes a solid height wall taller than unit. Refer to
Case 4 for partial wall openings.
For models AGZ030-100E, maintain a 4 feet minimum from a
wall of any height.
wall of any height.
wall of any height.
Figure 4: Building or Wall on One Side of Unit
Case 2: Two Units, Side-by-Side
For models 030-180, there must be a minimum of 4 feet
between two units placed side-by-side; however, performance
may be affected at this distance. For models 191-241,
the minimum is 6 feet as closing spacing may cause air
recirculation and elevated condenser pressure. Assuming
the requirement of one side having at least 8 feet of
service clearance is met, Case 2 figures show performance
adjustments as the distance between two units increases.
Figure 5: Two Units, Side-by-Side
Figure 6: Case 2 - Full Load Capacity Reduction
Figure 7: Case 2 - Power Increase
Height
of
Wall
Distance
Between
Wall
and
Unit
D
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4 5 6 8
%
Capacity
Reduction
Distance Between Units (ft)
Full Load Capacity Reduction
AGZ030-070E AGZ075-100E
AGZ110-130E AGZ140-180E
AGZ191-211E AGZ226-241E
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
4.5
4 5 6 8
%
Power
Increase
Power Increase
AGZ030-070E AGZ075-100E
AGZ110-130E AGZ140-180E
AGZ191-211E AGZ226-241E

Case 3: Three or More Units, Side-by-Side
For all models, there must be a minimum distance between
any units placed side-by-side; however, performance may be
affected at this distance. Minimum distances are: models 030
to 070 - 4 feet, models 075 to 100 - 5 feet, models 110 to 241
- 6 feet. Figure 9 and Figure 10 depict Case 3 performance
adjustments as the distance between units increases.
NOTE: Data in Figure 9 and Figure 10 is for the middle unit
with a unit on each side. See Case 2 adjustment
factors for the two outside units.
Figure 8: Three or More Units, Side-by-Side
Case 4: Open Screening Walls
Decorative screening walls are often used to help conceal a
unit either on grade or on a rooftop. When possible, design
these walls such that the combination of their open area
and distance from the unit (see Figure 11) do not require
performance adjustment. If the wall opening percentage is less
than recommended for the distance to the unit, it should be
considered as a solid wall. It is assumed that the wall height is
equal to or less than the unit height when mounted on its base
support. If the wall height is greater than the unit height, see
Case 5: Pit Installation for performance adjustment factors.
The distance from the sides of the unit to the side walls must
be sufficient for service, such as opening control panel doors.
For uneven wall spacing, the distance from the unit to each
wall can be averaged providing no distance is less than 4 feet.
Values are based on walls on all four sides.
Figure 11: Case 4 - Allowable Wall Open Area
0.0
1.0
2.0
3.0
4.0
5.0
6.0
4 5 6 8
%
Capacity
Reduction
Distance Between Units
Full Load Capacity Reduction
AGZ030-035E AGZ040-070E AGZ075-100E
AGZ0110-130E AGZ140-180E AGZ191-211E
AGZ226-241E
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
4 5 6 8
%
Power
Increase
Power Increase
AGZ030-035E AGZ040-070E AGZ075-100E
AGZ0110-130E AGZ140-180E AGZ191-211E
AGZ226-241E
3.0
4.0
5.0
6.0
7.0
8.0
9.0
0 10 20 30 40 50
Distance
from
Wall
to
Unit
(ft)
% Open Wall Area
Wall Free Area vs. Distance
AGZ030-070E AGZ075-100E
AGZ110-130E AGZ140-180E
AGZ191-241E

Case 5: Pit Installation
Pit installations can cause operating problems resulting from
air recirculation and restriction and require care that sufficient
air clearance is provided, safety requirements are met and
service access is provided. A solid wall surrounding a unit is
substantially a pit and this data should be used.
Steel grating is sometimes used to cover a pit to prevent
accidental falls or trips into the pit. The grating material
and installation design must be strong enough to prevent
such accidents, yet provide abundant open area to avoid
recirculation problems. Have any pit installation reviewed by
the Daikin Applied sales representative prior to installation to
ensure it has sufficient air-flow characteristics and approved by
the installation design engineer to avoid risk of accident.
Models AGZ030-070E:
The Case 5 figures for models AGZ030-070E show adjustment
factors for pit/wall heights of 4 feet, 5 feet, and 6 feet.
(AGZ030E-070E)
Figure 13: Case 5 - Power Increase (AGZ030-070E)
Figure 14: Case 5 - Pit Installation
Models AGZ075-130E:
(AGZ075-130E)
Figure 16: Case 5 - Power Increase (AGZ075-130E)
0.0
1.0
2.0
3.0
4.0
5.0
6.0
0 8 10 12 13 14
%
Capacity
Reduction
Depth of Pit / Wall Height (ft)
Full Load Capacity Reduction (AGZ030-070E)
Distance = 4 ft Distance = 5 ft Distance = 6 ft
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
0 8 10 12 13 14
%
Power
Increase
Power Increase (AGZ030-070E)
0.0
1.0
2.0
3.0
4.0
5.0
6.0
0 8 10 12 13 14
%
Capacity
Reduction
Depth of Pit / Wall Height ft)
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
0 8 10 12 13 14
%
Power
Increase

Models AGZ140-241E:
(AGZ140-180E)
(AGZ191-241E)
(AGZ140-211E)
(AGZ226-241E)
0.0
1.0
2.0
3.0
4.0
5.0
6.0
0 8 10 12 13 14
%
Capacity
Reduction
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
0 8 10 12 13 14
%
Capacity
Reduction
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
0 8 10 12 13 14
%
Power
Increase
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
10.0
11.0
0 8 10 12 13 14
%
Power
Increase

Chilled Water Piping
CAUTION
To prevent damage to the evaporator and potential chiller
failure, a supply strainer is required in the inlet water piping
which connects to this evaporator. This strainer must be
installed prior to operation of the chilled liquid pumps.
Field installed water piping to the chiller must include:
• A cleanable strainer installed at the water inlet to the
evaporator to remove debris and impurities before they
reach the evaporator. Install cleanable strainer within
5 feet (1500 mm) of pipe length from the evaporator
inlet connection and downstream of any welded
connections (no welded connections between strainer
and evaporator).
• AGZ-E models 030-241 require a strainer with
perforations no larger than 0.063” (1.6 mm) diameter.
See the Inlet Strainer Guidelines on page 10 for more
information.
• A water flow switch must be installed in the horizontal
piping of the supply (evaporator outlet) water line to avoid
evaporator freeze-up under low or no flow conditions. The
flow switch may be ordered as a factory-installed option,
a field-installed kit, or may be supplied and installed in the
field. See page 12 for more information.
• Piping for units with brazed-plate evaporators must have
a drain and vent connection provided in the bottom of
the lower connection pipe and to the top of the upper
connection pipe respectively, see Figure 21. These
evaporators do not have drain or vent connections due
to their construction. Purge air from the water system
before unit start-up to provide adequate flow through the
evaporator.
• Adequate piping support, independent from the unit,
to eliminate weight and strain on the fittings and
connections.
• An expansion tank or regulating valve to maintain
adequate water pressure.
It is recommended that the field installed water piping to the
chiller include:
• Thermometers at the inlet and outlet connections of the
evaporator.
• Water pressure gauge connection taps and gauges at
the inlet and outlet connections of the evaporator for
measuring water pressure drop.
• Shutoff valves are necessary to isolate the unit from the
piping during unit servicing.
• Minimum bends and changes in elevation to minimize
pressure drop.
• Vibration eliminators in both the supply and return water
lines to reduce transmissions to the building.
• Flush the system water piping thoroughly before making
connections to the unit evaporator.
• Piping insulation, including a vapor barrier, helps prevent
condensation and reduces heat loss.
• Regular water analysis and chemical water treatment
for the evaporator loop is recommended immediately at
equipment start-up.
NOTE: Failure to follow these measures may result in
performance and reliability issues.
WARNING
Daikin Applied recommends against the use of PVC and
CPVC piping for chilled water systems. In the event the pipe
is exposed to POE oil used in the refrigerant system, the
pipe can be chemically damaged and pipe failure can occur.
If an alternative to copper piping is used, stainless steel is
recommended with suction line filters installed at chiller
connect point.
Figure 21: Typical Piping for Brazed-Plate Evaporator, Models 30-241
Air
Vent
Flow
Switch
Vibration
Eliminators
Drain
Outlet
Inlet
P
Isolation
Valves
Strainer
WELDED PIPE CONNECTIONS ARE NOT ALLOWED
BETWEEN THE STRAINER AND EVAPORATOR DUE
TO THE CHANCE OF SLAG ENTERING THE EVAPORATOR

Inlet Strainer Guidelines
An inlet water strainer kit must be installed in the chilled water
piping before the evaporator inlet. Several paths are available
to meet this requirement:
1. Factory installed option is available - models 030 to 241.
2. A field-installed kit shipped-loose with the unit is available
for all unit sizes and consists of:
• Y-type area strainer with 304 stainless steel perforated
basket, grooved pipe connections and strainer cap [a
strainer with perforations as listed below by model.]
• Extension pipe with two Schrader fittings that can be
used for a pressure gauge and thermal dispersion flow
switch. The pipe provides sufficient clearance from the
evaporator for strainer basket removal.
• ½-inch blowdown valve
• Two grooved clamps
Both are sized per Table 2 and with the pressure drop shown in
the Strainer Pressure Drop graph. Connection sizes are given
in the Dimensions and Weights section on page 22.
3. A field-supplied strainer that meets specification and
installation requirements of this manual.
Verify total system water pressure drop including the strainer
and the chiller using Figure 22 and Figure 50.
Table 2: Strainer Data
Trailblazer®
Model
Strainer Size
in (mm)
Maximum
perforation size
in (mm)
Factory
Installed
Option
Field
Installed
Option
030-070E 2.5 (64) 0.063 (1.6) Y Y
075-130E 3.0 (76) 0.063 (1.6) Y Y
140-180E 4.0 (102) 0.063 (1.6) Y Y
191-241E 6.0 (152) 0.063 (1.6) Y Y
Figure 22: Strainer Pressure Drop (Data on page 43)
Figure 23: Factory Installed Strainer
Water Flow Limitations
Constant Evaporator Flow
The evaporator flow rates and pressure drops shown on page
42 for various system designs. The maximum flow rate and
pressure drop are based on a 6°F temperature drop. Flow
rates above the maximum values will result in unacceptable
pressure drops and can cause excessive erosion, potentially
leading to failure.
The minimum flow and pressure drop is based on a full load
evaporator temperature drop of 16°F. Evaporator flow rates
below the minimum values can result in laminar flow causing
low pressure alarms, scaling and poor temperature control.
Variable Evaporator Flow
Reducing evaporator flow in proportion to load can reduce
system power consumption. The rate of flow change should be
a maximum of 10 percent of the flow per minute. For example,
if the maximum design flow is 200 gpm and it will be reduced to
a flow of 140 gpm, the change in flow is 60 gpm. Ten percent of
200 gpm equals 20 gpm change per minute, or a minimum of
three minutes to go from maximum to desired flow. The water
flow through the evaporator must remain between the minimum
and maximum values listed in Table 13 on page 42. If flow
drops below the minimum allowable, large reductions in heat
transfer can occur. If the flow exceeds the maximum rate,
excessive pressure drop and tube erosion can occur. See unit
set point information in See Variable Evaporator Flow on page
73.
System Water Considerations
All chilled water systems need adequate time to recognize
a load change, respond to the change and stabilize to avoid
undesirable short cycling of the compressors or loss of
temperature control. In air conditioning systems, the potential
for short cycling usually exists when the building load falls
below the minimum chiller plant capacity or on close-coupled
systems with very small water volumes. Some of the things
the designer should consider when looking at water volume
are the minimum cooling load, the minimum chiller plant
capacity during the low load period and the desired cycle time
2.5 in
3.0 in
4.0 in
8.0 in.
6.0 in.
2.0 in.
0.1
1.0
10.0
100.0
10.0 100.0 1000.0
Pressure
Drop
(
ft)
Flow Rate (gpm)

for the compressors. Assuming that there are no sudden load
changes and that the chiller plant has reasonable turndown,
a rule of thumb of “gallons of water volume equal to two to
three times the chilled water gpm flow rate” is often used. A
storage tank may have to be added to the system to reach the
recommended system volume. Refer to AG 31-003 for method
of calculating “Minimum Chilled Water Volume”.
The water quality provided by the owner/occupant/operator/
user to a chiller system should minimize corrosion, scale
buildup, erosion, and biological growth for optimum efficiency
of HVAC equipment without creating a hazard to operating
personnel or the environment. Water systems should be
cleaned and flushed prior to the chiller installation. Water
testing and treatment should be verified during initial chiller
installation/commissioning and maintained on a continuous
basis by water treatment professionals (see Limited Product
Warranty on inside of back cover).
CAUTION
The lack of or improper water treatment in the chiller water
system may adversely affect chiller performance and
potentially lead to repair costs not covered by warranty. Water
treatment is at the discretion of the owner/occupant/operator/
user and as such they assume full liability/responsibility for any
damage that may occur due to improper use of detergents,
chemicals, and additives.
Evaporator Freeze Protection
Evaporator freeze-up can be a concern in the application of
air-cooled water chillers in areas experiencing below freezing
temperatures. To protect against freeze-up, insulation and an
electric heater are furnished with the evaporator. Models 030
to 241 have an external plate heater and thermostat. These
heaters help protect the evaporator down to -20°F (-29°C)
ambient air temperature. The evaporator heater cable is factory
wired to the 115 volt control circuit transformer in the control
box. A 115V power source for the heater and controls may
also be supplied from a separate power feed to maximize unit
protection if desired. Refer to the field wiring diagram on page
45 for additional information on supplying a separate 115V
power feed.
Operation of the heaters is automatic through the sensing
thermostat that energizes the evaporator heaters for protection
against freeze-up. Unless the evaporator is drained in the
winter or contains an adequate concentration of anti-freeze, the
disconnect switch to the evaporator heater must not be open.
Although the evaporator is equipped with freeze protection,
it does not protect water piping external to the unit or the
evaporator itself if there is a power failure or heater burnout, or
if the chiller is unable to control the chilled water pumps. Use
one of the following recommendations for additional freeze
protection:
1. If the unit will not be operated during the winter, drain the
evaporator and chilled water piping and flush with glycol.
2. Add a glycol solution to the chilled water system. Burst
protection should be approximately 10°F below minimum
design ambient temperature.
3. Insulate the exposed piping.
4. Add thermostatically controlled heat by wrapping the
lines with heat tape.
5. When glycol is added to the water system for freeze
protection, the refrigerant suction pressure will be lower,
cooling performance less, and water side pressure drop
greater. If the percentage of glycol is high, or if propylene
is used instead of ethylene glycol, the added pressure
drop and loss of performance could be substantial. When
Glycol or Ice are selected as Unit Mode, the MicroTech®
III control will automatically reset the available range
for the Leaving Water Temperature, Freezestat and
Evaporator Pressure settings.
Chilled Water Pump
It is important that the chilled water pumps be wired to, and
controlled by, the chiller’s microprocessor. When equipped
with optional dual pump output, the chiller controller has the
capability to selectively send the signal to a pump relay (by
others) to start pump A or B or automatically alternate pump
selection and also has standby operation capability. The
controller will energize the pump whenever at least one circuit
on the chiller is enabled to run, whether there is a call for
cooling or not. This helps ensure proper unit start-up sequence.
The pump will also be turned on when the water temperature
goes below the Freeze Setpoint for longer than a specified time
to help prevent evaporator freeze-up. Connection points are
shown in the Field Wiring Diagram beginning on page 45.
CAUTION
Adding glycol or draining the system is the recommended
method of freeze protection. If the chiller does not have
the ability to control the pumps and the water system is not
drained or does not have adequate glycol in temperatures
below freezing, catastrophic evaporator failure may occur.
Failure to allow pump control by the chiller may cause the
following problems:
1. If any device other than the chiller attempts to start the
chiller without first starting the pump, the chiller will lock
out on the No Flow alarm and require manual reset.
2. If the chiller evaporator water temperature drops below
the “Freeze setpoint” the chiller will attempt to start the
water pumps to avoid evaporator freeze. If the chiller
does not have the ability to start the pumps, the chiller
will alarm due to lack of water flow.
3. If the chiller does not have the ability to control the
pumps and the water system is not to be drained in
temperatures below freezing or contain glycol, the chiller
may be subject to catastrophic evaporator failure due to
freezing. The freeze rating of the evaporator is based on
the evaporator heater and pump operation. The external
brazed plate heater itself may not be able to properly
protect the evaporator from freezing without circulation
of water.

Flow Switch
All chillers require a chilled water flow switch to check that
there is adequate water flow through the evaporator ant to shut
the unit down if there isn’t. There are two options for meeting
this requirement.
1. A factory-mounted thermal dispersion flow switch.
2. A “paddle” type flow switch is available from Daikin
Applied for field mounting and wiring. Wire from switch
terminals Y and R to the unit control panel terminals
shown on the field wiring diagrams, page 45 and page
46. Mount the flow switch in the leaving water line to
shut down the unit when water flow is interrupted. A flow
switch is an equipment protection control and should
never be used to cycle a unit.
Installation should be per manufacturer’s instructions included
with the switch. Flow switches should be calibrated to shut off
the unit when operated below the minimum listed flow rate for
the unit as listed on page 42.
There is also a set of normally closed contacts on the switch
that can be used for an indicator light or an alarm to indicate
when a “no flow” condition exists. Freeze protect any flow
switch that is installed outdoors. Differential pressure switches
are not recommended for outdoor installation. They can freeze
and not indicate a no-flow conditions.
Glycol Solutions
Test coolant with a clean, accurate glycol refractometer to
determine the freezing point. Obtain percent glycol from the
freezing point table below. It is recommended that a minimum
of 25% solution by weight be used for protection against
corrosion or that additional compatible inhibitors be added.
Concentrations above 35% do not provide any additional burst
protection and should be carefully considered before using.
Reset the freezestat setting to 6 °F (3.3 °C) below the leaving
chilled water setpoint temperature after the glycol percentage
is verified safe for the application.
CAUTION
Do not use an automotive-grade antifreeze. Industrial
grade glycols must be used. Automotive antifreeze contains
inhibitors which will cause plating on the copper tubes within
the chiller evaporator. The type and handling of glycol used
must be consistent with local codes.
Table 3: Ethylene and Propylene Glycol Factors
E.G. Freeze Point P.G. Freeze Point
% °F °C % °F °C
10 26 -3.3 10 26 -3.3
20 18 -7.8 20 19 -7.2
30 7 -14 30 9 -13
40 -7 -22 40 -5 -21
50 -28 -33 50 -27 -33
Table 4: Freeze Protection
Percent Volume Glycol Concentration Required
Temperature
°F (°C)
For Freeze Protection For Burst Protection
Ethylene Glycol Propylene Glycol Ethylene Glycol Propylene Glycol
20 (6.7) 16 18 11 12
10 (-12.2) 25 29 17 20
0 (-17.8) 33 36 22 24
-10 (-23.3) 39 42 26 28
-20 (-28.9) 44 46 30 30
-30 (-34.4) 48 50 30 33
-40 (-40.0) 52 54 30 35
-50 (-45.6) 56 57 30 35
-60 (-51.1) 60 60 30 35

Low Ambient Operation
Compressor staging is adaptively determined by system load,
ambient air temperature, and other inputs to the MicroTech® III
control. The standard minimum ambient temperature is 32°F
(0°C). A low ambient option with fan VFD allows operation
down to -10°F (-23°C). The minimum ambient temperature
is based on still conditions where the wind is not greater
than 5 mph. Greater wind velocities will result in reduced
discharge pressure, increasing the minimum operating
ambient temperature. Field installed louvers are available and
recommended to help allow the chiller to operate effectively
down to the ambient temperature for which it was designed.
High Ambient Operation
Trailblazer™ units for high ambient operation (105°F to 125°F,
40°C to 52°C) require the addition of the optional high ambient
package that includes a small fan with a filter in the air intake
to cool the control panel.
All units with the optional VFD low ambient fan control
automatically include the high ambient option. Note that in
cases of high ambient temperature, capacity could be reduced
or the lowest leaving water temperature settings may be
outside of the chiller operating envelope; consult with a Daikin
Applied sales representative to ensure chiller is capable of the
required lift.
Partial Heat Recovery
Partial heat recovery for Trailblazer® chillers is achieved by
adding an auxiliary heat exchanger in each unit refrigerant
circuit between the compressors and the condenser coils.
The heat exchangers transfer the heat from the compressor
discharge gas to a separate water loop which can be used
for various heating applications. The heating recovery cycle
is only available when the chiller is running. The partial
heat recovery auxiliary heat exchanger can return water up
to 155°F; however, this value cannot be set. The amount
of heat produced can be up to 50% of the nominal cooling
capacity and is dependent on the requested cooling load, the
operating temperatures, and the water flow rate through the
auxiliary heat exchangers. Contact a local Daikin Applied sales
representative for information on specific applications.
WARNING
Potable water cannot be used in the partial heat recovery
system due to the single wall construction of the heat
exchangers.
Partial heat recovery components that are factory-supplied:
• Brazed plate heat exchangers - one in each circuit with
the water piped together in parallel for one inlet and one
outlet water connection, see Figure 51 for pressure drops.
• Insulation of heat exchangers and water piping at the unit.
• Separate temperature sensors for inlet and outlet water
piping at the heat exchangers.
• Connections for air vent at the outlet water piping and
drain at the inlet water piping.
• Immersion heater for each auxiliary heat exchanger for
freeze protection.
Required partial heat recovery field piping (see next page) and
connections are listed below.
• an external 3-way valve or a variable speed pump in the
auxiliary heat exchanger water piping for modulation of
flow through the heat exchangers by the unit controller.
Heat recovery water loop pump must also be controlled
by the chiller controller.
• a cleanable strainer with perforations no larger than
0.063” (1.6 mm) diameter must be installed within 5 feet
(1500 mm) of pipe length from the heat exchanger inlet
and downstream of any welded connections, see Figure
22 for pressure drop.
• water piping and other portions of the heat recovery water
loop must be insulated to prevent heat loss and possible
injury due to hot surfaces.
• separate 120 volt power supply for immersion heaters. A
junction box for a 120 Volt power connection is provided.
It is recommended that the field installed heat recovery water
piping include:
• a field-installed safety or relief valve on the water side to
prevent risks in case the water temperature thermostat
should fail.
• a water tank and an additional water heater in the heat
recovery piping loop for initial water temperature control
and better loop stability. Typical loop sizing guidance
is water volume (in gallons) be greater than or equal to
approximately two to three times the heat recovery water
flow rate (in gallons/minute).
NOTE: If the partial heat exchanger is drained the heater
must be turned off to avoid damaging the heat
exchanger. The heater should only be on when the
heat recovery heat exchanger has water in it.
Partial Heat Recovery Freeze Avoidance
The heat recovery condenser is insulated; a factory-installed
heater will protect the heat exchanger from freezing in
ambient temperatures down to -20°F (-29°C). When the
ambient temperature drops to approximately 39°F (3.9°C) the
thermostat energizes the heaters.
The inlet and outlet piping should be protected against freezing
by one of the following methods:
• Install heat tape on all field-installed water piping
• Add freeze-inhibiting fluid to the partial heat recovery
water loop. If adequate amounts of glycol are supplied, it
is not required to power the heater.

Figure 24: AGZ075-241E Heat Recovery Field Piping
ELIMINATOR
VIBRATION
*
FIELD
INSTALLED
HEAT
RECOVERY
LOOP
AGZE
PACKAGE
CHILLER
WITH
OPTIONAL
HEAT
RECOVERY
MICROCHANNEL
ALUMINUM
COIL
5.
WATER
PIPING
CONNECTIONS
AT
THE
UNIT
ARE
2.0"
VICTAULIC.
4.
FOR
POTABLE
WATER
USE
-
A
SECONDARY
HEAT
EXCHANGER
IN
A
SEPARATE
LOOP
IS
REQUIRED.
NOTES:
A
VFD
CONTROLLED
WATER
PUMP
OR
AN
ELECTRONIC
3-WAY
VALVE
IS
REQUIRED
FOR
TEMPERATURE
CONTROL.
1.
FIELD
INSTALLED
3-WAY
VALVE
OR
WATER
PUMP
VFD
TO
BE
CONTROLLED
BY
0-10
DCV
OR
4-20
mA
OUTPUT
FROM
2.
THE
CHILLER
UNIT
CONTROLLER.
GALLONS
OF
WATER
VOLUME
FOR
THE
HEAT
RECOVERY
PIPING
LOOP
SHOULD
EQUAL
2
TO
3
TIMES
THE
3.
HEAT
RECOVERY
LOOP
GPM
FLOW
RATE.
VIBRATION
ELIMINATOR
0A
D
334549813
(USER
OPTION)
WATER
PUMP
FIELD
INSTALLED
CONNECTIONS
CONTROLLED
WATER
PUMP
TERMINAL
BOX
FOR
FIELD
WIRING
TO
HEAT
BACK
END
OF
UNIT
ARE
NOT
REQUIRED
WHEN
USING
A
VFD
3-WAY
VALVE
HEAT
LOAD
HEAT
SHUT
OFF
THERMOMETER
EXCHANGER
FREEZE
PROTECTION
HEATERS
ELECTRONIC
RECOVERY
SHUT
OFF
CONNECTION
TEE
TEE
CONNECTION
&
ELECTRONIC
3-WAY
VALVE
1
FIELD
1
5
INLET
WATER
STRAINER

Condenser Coil Options and Coating
Considerations
The standard coils on the Trailblazer™ chiller are an all
aluminum alloy microchannel design with a series of flat
tubes containing multiple, parallel flow microchannels layered
between the refrigerant manifolds. The microchannel coils are
designed to withstand 1000+ hour acidified synthetic sea water
fog (SWAAT) test (ASTM G85-02) at 120°F (49°C) with 0% fin
loss and develop no leaks.
Should the standard microchannel coil not meet the corrosion
requirements for the application, additional coil options are
available.
Aluminum fin/copper tube coils consist of 3/8 inch (10 mm)
seamless copper tubes mechanically bonded into plate-type
aluminum fins. The fins have full drawn collars to completely
cover the tubes. The aluminum fin/copper tube option is best
suited for non-corrosive environments, and can be repaired
onsite. This option is only available for models AGZ030-070E.
Figure 25: Aluminum Fin/Copper Tube Coils
BlackFin™ coils include aluminum fins pre-coated with a
durable phenolic epoxy coating. In addition to providing a
durable coating on the fin material, the BlackFin™ coils provide
and epoxy barrier between the aluminum fin stock and the
copper tube, to prevent the galvanic corrosion that can occur
between the dissimilar metals. This option will provide a 1000+
hour salt spray rating per ASTM B117-90. The BlackFin™
option provides enhanced protection in mildly corrosive
environments. This option is only available for models AGZ030-
070E.
Copper-fin coils consist of 3/8 inch (10 mm) seamless copper
tubes mechanically bonded into plate-type copper fins. The fins
have full drawn collars to completely cover the tubes. Since
the fin and the tube materials are similar, the opportunity for
galvanic corrosion is eliminated. The copper fin/copper tube
option may be used in marine environments; however this
option is not well suited for industrial or chemical atmospheric
contamination. This option is only available for models
AGZ030-070E.
ElectroFin® coil coating is a water-based extremely flexible
and durable epoxy polymer coating uniformly applied to all
coil surfaces through a multi-step, submerged electrostatic
coating process. ElectroFin® condenser coils provide a 6000+
hour salt spray resistance per ASTM B117-90, applied to both
the coil and the coil frames. The ElectroFin® coated coils also
receive a UV-resistant urethane top-coat to provide superior
resistance to degradation from direct sunlight. This coil coating
option provides the best overall protection against corrosive
marine, industrial or combined atmospheric contamination.
This coating option may be applied to any of the untreated coil
options offered, to provide excellent longevity and resistance to
corrosion.
Table 5: Coil/Coating Selection Matrix
Coil Option
Non-
Corrosive1
Unpolluted
Marine2 Industrial3
Combined
Marine-
Industrial4
Standard Microchannel +++ - - -
Alum. Fin/Copper Tube5 +++ - - -
Copper Fin/Copper Tube5 +++ +++ - -
BlackFin™5 +++ + + -
ElectroFin® +++ +++ +++ ++
NOTE:
1. Non-corrosive environments may be estimated by the
appearance of existing equipment in the immediate area
where the chiller is to be placed.
2. Marine environments should take into consideration
proximity to the shore as well as prevailing wind
direction.
3. Industrial contaminants may be general or localized,
based on the immediate source of contamination (i.e.
diesel fumes due to proximity to a loading dock).
4. Combined marine-industrial are influenced by proximity
to shore, prevailing winds, general and local sources of
contamination.
5. Available for models AGZ030-070E only.

Refrigerant Schematics
Figure 26: AGZ030-070E Package Chiller with Microchannel
UNIT
HAS
TWO
INDEPENDENT
SYSTEMS.
PIPING
SHOWN
FOR
ONE
SYSTEM
OF
UNIT.
MICROCHANNEL
ALUMINUM
COIL
NOTE:
AGZ030-070E
PACKAGE
CHILLER
CHARGING
VALVE
LIQUID
TUBING
LIQUID
SHUT-OFF
VALVE
(OPTIONAL)
FILTER
DRIER
(REPLACEABLE
CORE
OR
SEALED)
SOLENOID
VALVE
SIGHT
GLASS
THERMAL
EXPANSION
VALVE
(EXV
–
OPTIONAL)
SUCTION
SHUT-OFF
BALL
VALVE
(OPTIONAL)
SUCTION
TUBING
SCHRADER
VALVE
DISCHARGE
TUBING
AIR
FLOW
AIR
FLOW
AIR
FLOW
CONDENSER
ASSEMBLY
SCROLL
COMPRESSOR
(TANDEM)
CHARGING
VALVE
SCHRADER
VALVE
SUCTION
TEMP.
SENSOR
(ST1,
ST2)
SUCTION
TRANSDUCER
(WL1,
WL2)
DISCHARGE
TRANSDUCER
(WH1,
WH2)
SCHRADER
VALVE
SCHRADER
VALVE
HOT
GAS
BYPASS
TUBING
(OPTIONAL)
HGBP
VALVE
SOLENOID
VALVE
ACCESS
FITTING
DISCHARGE
SHUT-OFF
VALVE
(OPTIONAL)
DISCHARGE
HIGH
PRESSURE
SWITCH
SCHRADER
VALVE
FUSIBLE
PLUG
WATER
IN
WATER
OUT
PLATE
TYPE
EVAPORATOR
LEAVING
WATER
TEMP.
SENSOR
FLOW
SENSOR
(OPTIONAL)
WYE
STRAINER
REQUIRED
(FACTORY
OR
FIELD
INSTALLED)
OIL
SIGHT
GLASS
OIL
HEATER
EXPANSION
VALVE
SENSING
BULB
OUTSIDE
AIR
TEMPERATURE
(WAA)
LOCATED
BEHIND
THE
CONTROL
BOX

334549802
0C
NOTES:
PIPING
SHOWN
FOR
ONE
SYSTEM
OF
UNIT.
UNITS
HAVE
1.
TWO
INDEPENDENT
SYSTEMS.
THE
CONDENSER
ASSEMBLY
SHOWN
IS
OF
CIRCUIT
1
OF
2.
THE
AGZ226-241E
14
FAN
UNIT.
THE
AGZ191-211E
DOES
NOT
HAVE
THE
V-COIL
ASSEMBLY
THAT'S
MARKED
OFF.
AGZ191
-
241E
PACKAGE
CHILLER
MICROCHANNEL
ALUMINUM
COIL
BRAZED
PLATE
TYPE
EVAPORATOR
CHARGING
VALVE
LIQUID
TUBING
LIQUID
SHUT-OFF
VALVE
WITH
SCHRADER
VALVE
FILTER
DRIER
(REPLACEABLE
CORE)
SOLENOID
VALVE
SIGHT
GLASS
ELECTRICAL
EXPANSION
VALVE
SUCTION
SHUT-OFF
BALL
VALVE
WITH
SCHRADER
VALVE
(OPTION)
SUCTION
TUBING
DISCHARGE
TUBING
AIR
FLOW
AIR
FLOW
CONDENSER
ASSEMBLY
SCROLL
COMPRESSOR
(TRIO)
CHARGING
VALVE
SUCTION
TEMP.
SENSOR
(ST1,
ST2)
SUCTION
PRESSURE
TRANSDUCER
(WL1,
WL2)
DISCHARGE
PRESSURE
TRANSDUCER
(WH1,
WH2)
SCHRADER
VALVE
SCHRADER
VALVE
HOT
GAS
BYPASS
TUBING
(OPTIONAL)
HGBP
VALVE
SOLENOID
VALVE
DISCHARGE
SHUT-OFF
VALVE
WITH
SCHRADER
VALVE
DISCHARGE
HIGH
PRESSURE
SWITCH
FUSIBLE
PLUG
WATER
IN
WATER
OUT
PLATE
TYPE
EVAPORATOR
LEAVING
WATER
TEMP.
SENSOR
OIL
SIGHT
GLASS
OIL
HEATERS
OUTSIDE
AIR
TEMPERATURE
SENSOR
(WAA)
LOCATED
ON
CONDENSER
RAIL
HOTGAS
SHUT-OFF
VALVE
AIR
FLOW
SCHRADER
VALVE
AIR
FLOW
ENTERING
WATER
TEMP.
SENSOR
WATER
FLOW
SENSOR
(OPTIONAL)
SCHRADER
VALVE
AIR
FLOW
AIR
FLOW
SCHRADER
VALVE
SCHRADER
VALVE
DISCHARGE
SOLENOID
VALVE
LIQUID
LINE
CHECK
VALVES
SEE
NOTE
2
WYE
STRAINER
REQUIRED
(FACTORY
OR
FIELD
INSTALLED)
SCHRADER
VALVE

Figure 31: AGZ75-241E Package Chiller with Microchannel and Heat Recovery
(CMPR-HX)
TUBING
DESUPERHEATERS
TEMP.
SENSOR
LEAVING
WATER
TEMP.
SENSOR
ENTERING
WATER
HEAT
RECOVERY
(FIELD
INSTALLED)
DISCHARGE
INLET
HEAT
EXCHANGERS
ASSEMBLY
2
WATER
OUTLET
*WYE
STRAINER
REQUIRED
WATER
2
DISCHARGE
SHUT-OFF
VALVE
WITH
SCHRADER
VALVE
(OPTIONAL)
WITH
SCHRADER
VALVE
SUCTION
SHUT-OFF
VALVE
SUCTION
TUBING
DISCHARGE
SHUT-OFF
VALVE
WITH
SCHRADER
VALVE
SCHRADER
VALVE
SOLENOID
VALVE
SIGHT
GLASS
ELECTRICAL
EXPANSION
VALVE
BYPASS
TUBING
(OPTIONAL)
HOT
GAS
HOT
GAS
SHUT-OFF
VALVE
FUSIBLE
PLUG
ACCESS
FITTING
CHARGING
VALVE
CHARGING
VALVE
SCHRADER
VALVE
SCHRADER
VALVE
HGBP
VALVE
SOLENOID
VALVE
OUT
WATER
IN
WATER
TEMP.
SENSOR
LEAVING
WATER
(OPTIONAL)
FLOW
SENSOR
WYE
STRAINER
REQUIRED
(FACTORY
OR
FIELD
INSTALLED)
COMPRESSOR
SCROLL
SWITCH
(TANDEM
OR
TRIO)
HEATER
GLASS
OIL
SIGHT
OIL
DISCHARGE
HIGH
PRESSURE
DISCHARGE
TRANSDUCER
(WH1,
WH2)
SUCTION
TRANSDUCER
(WL1,
WL2)
SCHRADER
VALVE
00
D
334549812
TRANSFERRED
TO
THE
REMOTE
WATER
CIRCUIT
HEAT
FROM
THE
HEAT
EXCHANGER
GAS
FLOW
IS
WHEN
THE
REMOTE
PUMP
IS
TURNED
ON.
ENTERING
WATER
(10
FAN
CONFIGURATION
SHOWN)
TEMPERATURE
CONDENSER
ASSEMBLY
SENSOR
AGZE
PACKAGE
CHILLER
WITH
MICROCHANNEL
ALUMINUM
COIL
WITH
OPTIONAL
HEAT
RECOVERY
NOTES:
PIPING
SHOWN
FOR
ONE
SYSTEM
OF
UNIT.
1.
UNITS
HAVE
TWO
INDEPENDENT
SYSTEMS.
HEAT
RECOVERY
WATER
INLET/OUTLET
FROM
FIELD
2.
INSTALLED
REMOTE
PUMP
AND
WATER
CIRCUIT.
DISCHARGE
GAS
FROM
THE
COMPRESSOR
ALWAYS
3.
PASSES
THROUGH
THE
HEAT
EXCHANGER
BEFORE
GOING
TO
THE
CONDENSER
COILS.
VALVE
(HX-COND.)
TUBING
(REPLACEABLE
CORE)
OUTSIDE
AIR
TEMP.
SENSOR
CONDENSER
RAIL
LOCATED
ON
(ST1,
ST2)
VALVE
FILTER
DRIER
AIR
FLOW
(WAA)
AIR
FLOW
SOLENOID
CHECK
VALVE
TUBING
LIQUID
AIR
FLOW
LIQUID
VALVE
DISCHARGE
LIQUID
LINE
AIR
FLOW
AIR
FLOW
SHUT-OFF
SCHRADER
DISCHARGE
SUCTION
TEMP.
SENSOR

Dimensions and Weights - Packaged Units
Figure 32: AGZ030E - AGZ035E, 4 Fan Models
1822
71.8
209
8.2
REF.
2389
94.1
2546
100.2
165
6.5
370
14.6
2X
64
2.5
497
19.6
1094
43.1
22
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
QTY.
3
2235
88.0
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
B
153
6.0
A
X
Y
CONTROL
BOX
FRONT
LEFT
CORNER
POST
PURPOSELY
HIDDEN
EVAP.
WYE-STRAINER
REQUIRED
(FACTORY
OR
FIELD
INSTALLED
OPTION)
[22]
Ø.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
635
25.0
266
10.5
797
31.4
506
19.9
2396
94.3
506
19.9
51
2.0
80
3.2
152
6.0
127
5.0
Z
BLANK
PANELS
ARE
USED
ON
UNIT
SIDES.
SLOPED
50"
COILS
USED
ON
INSIDE.
[22]
Ø.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ON
THE
OPPOSITE
SIDE
OF
CONTROL
BOX
EVAP.
WATER
INLET
EVAP.
WATER
OUTLET
L1
L2
L3
L4
337
13.3
1721
67.8
337
13.3
52
2.0
52
2.0
19
.750
QTY.
4
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE
M3
M1
M2
M4
L4
L2
L1
L3
COMPRESSORS
CIRCUIT
#2
COMPRESSORS
CIRCUIT
#1
L1
-
L4,
LIFTING
LOCATIONS
TOP
VIEW
WITH
COILS
AND
FANS
REMOVED
SHIPPING
WEIGHT
OPERATING
WEIGHT
LBS
(KG)
LBS
(KG)
L1
L2
L3
L4
M1
M2
M3
M4
AGZ030E
2947
(1337)
2960
(1343)
1011
(459)
799
(362)
635
(288)
502
(228)
980
(445)
775
(352)
673
(305)
532
(241)
AGZ035E
2873
(1303)
2887
(1310)
1051
(477)
861
(391)
528
(240)
433
(196)
1005
(456)
824
(374)
581
(264)
476
(216)
PACKAGE
UNITS
WITH
MICROCHANNEL
COILS
UNIT
MODEL
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
LBS
(KG)
MOUNTING
(OPERATING)
WEIGHT
LBS
(KG)
X
Y
Z
AGZ030E
38.9
(988)
44.5
(1130)
40.9
(1039)
AGZ035E
39.7
(1008)
45.5
(1156)
38.1
(968)
UNIT
MODEL
CENTER
OF
GRAVITY
(CG)
LOCATION,
IN
(MM)
PACKAGE
UNITS
WITH
MICROCHANNEL
COILS
A
B
AGZ030E
24.2
(615)
2.9
(74)
2.5
(64)
AGZ035E
23.5
(597)
2.2
(56)
2.5
(64)
UNIT
MODEL
EVAP.
DIMENSIONS
IN
(MM)
CONNECTION
SIZE
(VICTAULIC)
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
0B
334547101
AGZ-E,
4
FANS

1822
71.8
208
8.2
REF.
2389
94.0
2546
100.2
165
6.5
370
14.6
2X
64
2.5
497
19.6
1094
43.1
22
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
QTY.
3
2235
88.0
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
B
153
6.0
A
X
Y
CONTROL
BOX
FRONT
LEFT
CORNER
POST
PURPOSELY
HIDDEN
EVAP.
WYE-STRAINER
REQUIRED
(FACTORY
OR
FIELD
INSTALLED
OPTION)
[22]
Ø.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
635
25.0
266
10.5
797
31.4
506
19.9
2396
94.3
506
19.9
51
2.0
80
3.2
152
6.0
127
5.0
Z
[22]
Ø.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ON
THE
OPPOSITE
SIDE
OF
CONTROL
BOX
EVAP.
WATER
INLET
EVAP.
WATER
OUTLET
L1
L2
L3
L4
L1
-
L4,
LIFTING
LOCATIONS
337
13.3
1721
67.8
337
13.3
52
2.0
52
2.0
19
.750
QTY.
4
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE
M3
M1
M2
M4
L4
L2
L1
L3
COMPRESSORS
CIRCUIT
#2
COMPRESSORS
CIRCUIT
#1
TOP
VIEW
WITH
COILS
AND
FANS
REMOVED
X
Y
Z
AGZ040E
39.8
(1011)
45.9
(1166)
38.4
(975)
AGZ045E
38.9
(988)
44.5
(1130)
41.2
(1047)
AGZ050E
39.1
(993)
44.9
(1141)
41.2
(1047)
AGZ055E
39.1
(993)
44.8
(1138)
41.2
(1047)
AGZ060E
39.2
(996)
44.6
(1133)
41.1
(1044)
AGZ065E
39.2
(996)
44.6
(1133)
41.1
(1044)
AGZ070E
36.8
(935)
41.8
(1062)
42.6
(1082)
PACKAGE
UNITS
WITH
MICROCHANNEL
COILS
UNIT
MODEL
CG
LOCATION,
IN
(MM)
SHIPPING
WEIGHT
OPERATING
WEIGHT
LBS
(KG)
LBS
(KG)
L1
L2
L3
L4
M1
M2
M3
M4
AGZ040E
2948
(1337)
2964
(1345)
1067
(484)
881
(400)
548
(249)
453
(206)
1022
(464)
844
(383)
601
(273)
496
(225)
AGZ045E
3094
(1403)
3112
(1412)
1051
(477)
832
(377)
676
(307)
535
(243)
1021
(463)
809
(367)
715
(324)
567
(257)
AGZ050E
3093
(1403)
3114
(1413)
1049
(476)
837
(380)
671
(304)
536
(243)
1020
(463)
814
(369)
712
(323)
568
(258)
AGZ055E
3106
(1409)
3128
(1419)
1052
(477)
840
(381)
675
(306)
539
(245)
1023
(464)
817
(371)
716
(325)
572
(260)
AGZ060E
3130
(1420)
3155
(1431)
1059
(480)
851
(386)
676
(307)
543
(246)
1031
(468)
828
(376)
718
(326)
577
(262)
AGZ065E
3130
(1420)
3155
(1431)
1059
(480)
851
(386)
676
(307)
543
(246)
1031
(468)
828
(376)
718
(326)
577
(262)
AGZ070E
3472
(1575)
3497
(1586)
1180
(535)
847
(384)
842
(382)
604
(274)
1157
(525)
830
(377)
880
(399)
631
(286)
PACKAGE
UNITS
WITH
MICROCHANNEL
COILS
UNIT
MODEL
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
LBS
(KG)
MOUNTING
(OPERATING)
WEIGHT
LBS
(KG)
A
B
AGZ040E
22.8
(579)
1.5
(38)
2.5
(64)
AGZ045E
21.4
(544)
0.11
(3)
2.5
(64)
AGZ050E
20
(508)
2.7
(69)
2.5
(64)
AGZ055E
19.3
(490)
2.0
(51)
2.5
(64)
AGZ060E
17.6
(447)
0.3
(8)
2.5
(64)
AGZ065E
17.6
(447)
0.3
(8)
2.5
(64)
AGZ070E
17.6
(447)
0.3
(8)
2.5
(64)
UNIT
MODEL
EVAP.
DIMENSIONS
IN
(MM)
CONNECTION
SIZE
(VICTAULIC)
0B
334547101
AGZ-E,
4
FANS
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.

POWER
ENTRY
KNOCKOUTS
OF
THE
CONTROL
BOX
ARE
ON
THE
OPPOSITE
SIDE
22
.875
KNOCKOUTS
Z
X
Y
L3
L4
L2
WATER
INLET
EVAP.
(FACTORY
OR
FIELD
INSTALLED
OPTION)
OUTLET
EVAP.
WATER
L1
WYE-STRAINER
REQUIRED
2.0
51
3.1
80
609
24.0
37
1.5
12.0
916
36.1
153
6.0
3733
147.0
11.4
290
127
5.0
305
858
33.8
LOCATIONS
LIFTING
L1
-
L4,
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
00
334547111
AGZ-E,
6
FANS
BOX
CONTROL
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
6.5
98.6
2506
292
64
11.5
2.5
64
2.5
165
88.0
2235
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
6.9
175
213
8.4
2355
92.7
22
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
QTY.
3
L2
M1
COMPR.
CIRCUIT
2
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M3
M2
L4
M4
L1
L3
CIRCUIT
1
COMPR.
TOP
VIEW
WITH
COILS
AND
FANS
REMOVED
44.0
2.0
A
19
.750
QTY.
4
52
2433
12.4
315
38.7
984
52
2.0
95.8
1118
B
A
B
AGZ075E
55.6
(1412)
27.1
(688)
AGZ080E
54.4
(1382)
25.9
(658)
AGZ090E
54.4
(1382)
25.9
(658)
AGZ100E
51.6
(1311)
23.1
(587)
CONNECTION
SIZE,
IN.
3.0
(76)
EVAP.
DIMENSIONS
IN
(MM)
UNIT
MODEL
X
Y
Z
AGZ075E
45.3
(1151)
38.6
(980)
56.2
(1427)
AGZ080E
44.2
(1122)
39.2
(995)
56.5
(1435)
AGZ090E
44.2
(1122)
39.2
(995)
55.0
(1397)
AGZ100E
43.6
(1108)
38.9
(988)
55.7
(1415)
UNIT
MODEL
CG
LOCATION,
IN
(MM)
SHIPPING
WEIGHT
OPERATING
WEIGHT
LBS
(KG)
LBS
(KG)
L1
L2
L3
L4
M1
M2
M3
M4
AGZ075E
4388
(1990)
4451
(2019)
1341
(608)
1420
(644)
790
(358)
837
(380)
1173
(532)
1242
(563)
989
(449)
1047
(475)
AGZ080E
4510
(2046)
4579
(2077)
1407
(638)
1418
(643)
840
(381)
846
(384)
1232
(559)
1241
(563)
1049
(476)
1057
(479)
AGZ090E
4540
(2059)
4609
(2091)
1456
(660)
1466
(665)
806
(366)
812
(368)
1276
(579)
1285
(583)
1020
(463)
1028
(466)
AGZ100E
4696
(2130)
4780
(2168)
1505
(683)
1480
(671)
863
(391)
848
(385)
1322
(600)
1299
(589)
1089
(494)
1070
(485)
UNIT
MODEL
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER,
LBS
(KG)
MOUNTING
(OPERATING)
WEIGHT,
LBS
(KG)

51
2.0
80
3.1
305
12.0
127
5.0
22
.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ONTHE
OPPOSITE
SIDE
OF
THE
CONTROL
BOX
Z
Y
X
L3
WATER
FIELD
INSTALLED
EVAP.
L1
-
L4,
L1
EVAP.
OPTION)
OUTLET
L4
LIFTING
LOCATIONS
WATER
L2
INLET
WYE-STRAINER
REQUIRED
(FACTORY
OR
11.4
290
37
1.5
609
24.0
4879
192.1
996
39.2
153
6.0
858
33.8
334547121
AGZ-E
8
FANS
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
CONTROL
BOX
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
213
8.4
88.0
2235
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
6.5
175
6.9
292
2.5
165
64
64
11.5
2.5
98.6
2506
92.7
2355
22
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
QTY.
3
L2
M4
L4
M6
COMPR.
CIR.
1
M1
-
M6,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M1
M3
L3
L1
M5
CIR.
2
M2
COMPR.
TOP
VIEW
WITH
COILS
AND
FANS
REMOVED.
2433
44.0
1499
59.0
95.8
24.8
2.0
52
19
.750
630
QTY.
6
52
A
2.0
12.4
315
1118
B
SHIPPING
WEIGHT
OPERATING
WEIGHT
LBS
(KG)
LBS
(KG)
L1
L2
L3
L4
M1
M2
M3
M4
M5
M6
AGZ110E
5437
(2466)
5528
(2508)
1762
(799)
1769
(802)
951
(431)
955
(433)
1424
(646)
1430
(649)
845
(383)
849
(385)
489
(222)
491
(223)
AGZ120E
5696
(2584)
5796
(2629)
1907
(865)
1915
(869)
935
(424)
939
(426)
1548
(702)
1555
(705)
878
(398)
882
(400)
465
(211)
467
(212)
AGZ130E
5792
(2627)
5903
(2678)
1941
(880)
1863
(845)
1015
(460)
974
(442)
1575
(714)
1511
(685)
920
(417)
883
(401)
517
(235)
496
(225)
UNIT
MODEL
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER,
LBS
(KG)
MOUNTING
(OPERATING)
WEIGHT,
LBS
(KG)
X
Y
Z
AGZ110E
44.1
(1120)
42.1
(1069)
69.0
(1753)
AGZ120E
44.1
(1120)
43.3
(1100)
66.4
(1687)
AGZ130E
43.1
(1095)
41.0
(1041)
68.3
(1735)
UNIT
MODEL
CG
LOCATION,
IN
(MM)
A
B
AGZ110E
95.5
(2426)
69.1
(1755)
AGZ120E
93.9
(2385)
67.5
(1715)
AGZ130E
92.0
(2337)
65.5
(1664)
EVAP.
DIMENSIONS,
IN
(MM)
CONNECTION
SIZE,
IN.
3.0
(76)
UNIT
MODEL

X
Y
22
.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ON
THE
OPPOSITE
SIDE
OF
THE
CONTROL
BOX
51
2.0
80
3.1
305
12.0
127
5.0
Z
CONTROL
BOX
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
6.5
165
DIMENSION
DOES
NOT
INCLUDE
2235
LIFTING
BRACKETS
292
64
2.5
64
11.5
2.5
98.6
2506
2355
88.0
92.7
8.4
213
6.9
175
22
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
QTY.
3
L4
M6
TOP
VIEW
WITH
COILS
AND
FANS
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M1
L1
M3
L3
M5
L2
REMOVED
CIR.
1
M2
M4
COMPR.
COMPR.
CIR.
2
1711
67.4
.750
1564
61.6
A
19
QTY.
6
52
B
2.0
2.0
52
12.4
315
95.8
2433
1118
44.0
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
334547131
AGZ-E
10
FANS
LOCATIONS
INSTALLED
OPTION)
L3
WATER
WATER
L1
L4
INLET
EVAP.
L1
-
L4
EVAP.
(FACTORY
OR
FIELD
L2
LIFTING
OUTLET
WYE-STRAINER
REQUIRED
609
24.0
1919
75.5
6025
237.2
290
11.4
210
8.3
1.5
37
858
33.8
UNIT
CG
LOCATION,
IN
(MM)
MODEL
X
Y
Z
A
B
67.51
(1715)
65.9
(1674)
AGZ140E
44.1
(1120)
42.6
(1083)
83.3
(2117)
122.1
(3102)
AGZ150E
43.9
(1116)
42.4
(1077)
83.3
(2115)
120.5
(3062)
AGZ161E
43.5
(1105)
42.3
(1074)
83.4
(2117)
120.5
(3062)
65.9
(1674)
EVAP.
DIMENSIONS,
IN
(MM)
CONNECTION
SIZE,
IN.
4.0
(102)
SHIPPING
WEIGHT
OPERATING
WEIGHT
LBS
(KG)
LBS
(KG)
AGZ140E
6674
(3027)
AGZ150E
6745
(3059)
AGZ161E
6555
(2973)
6617
(3001)
6668
(3025)
6802
(3085)
L1
L2
L3
L4
M1
M2
M3
M4
M5
M6
1862
(845)
1868
(847)
1410
(640)
1415
(642)
1411
(640)
1416
(642)
1070
(485)
1074
(487)
850
(386)
853
(387)
1888
(856)
1881
(853)
1426
(647)
1421
(645)
1433
(650)
1428
(648)
1085
(492)
1081
(490)
861
(391)
858
(389)
1917
(870)
1876
(851)
1453
(659)
1422
(645)
1456
(660)
1425
(646)
1104
(501)
1080
(490)
878
(398)
859
(390)
UNIT
MODEL
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER,
LBS
(KG)
MOUNTING
(OPERATING)
WEIGHT,
LBS
(KG)

22
.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ON
THE
OPPOSITE
SIDE
OF
THE
CONTROL
BOX
51
2.0
80
3.1
305
12.0
127
5.0
Z
X
Y
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
334547131
EVAP.
L1
-
L4
L2
LIFTING
LOCATIONS
WATER
INLET
OUTLET
L3
L4
(FACTORY
OR
FIELD
INSTALLED
OPTION)
L1
WATER
EVAP.
WYE-STRAINER
REQUIRED
1.5
37
8.3
210
11.4
290
609
24.0
1919
75.5
6025
237.2
858
33.8
CONTROL
BOX
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
2.5
64
64
2.5
2506
98.6
2355
92.7
213
8.4
175
6.9
165
6.5
2235
88.0
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
292
11.5
22
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
QTY.
3
COMPR.
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M1
L1
M3
L3
M5
M2
L2
M4
L4
M6
REMOVED
CIR.
2
TOP
VIEW
WITH
COILS
AND
FANS
COMPR.
CIR.
1
2.0
52
B
2.0
52
19
A
.750
QTY.
6
315
12.4
2433
95.8
1564
61.6
1711
67.4
1118
44.0
SHIPPING
WEIGHT
OPERATING
WEIGHT
LBS
(KG)
LBS
(KG)
L1
L2
L3
L4
M6
AGZ170E
7307
(3314)
1995
(905)
1581
(717)
1522
(690)
920
(417)
AGZ180E
7170
(3252)
7412
(3362)
7560
(3429)
2072
(940)
2121
(962)
2127
(965)
1580
(717)
1584
(718)
M1
M2
M3
M4
M5
1466
(665)
1471
(667)
1136
(515)
1140
(517)
1571
(713)
1512
(686)
1197
(543)
1152
(523)
956
(434)
1613
(732)
1617
(733)
1210
(549)
1214
(551)
951
(431)
954
(433)
MOUNTING
(OPERATING)
WEIGHT,
LBS
(KG)
UNIT
MODEL
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER,
LBS
(KG)
X
Y
Z
A
B
AGZ170E
43.2
(1096)
40.4
(1025)
83.6
(2123)
64.3
(1634)
AGZ180E
44.1
(1119)
39.4
(1000)
82.8
(2103)
117
(2971)
62.4
(1584)
UNIT
MODEL
CG
LOCATION,
IN
(MM)
EVAP.
DIMENSIONS,
IN
(MM)
CONNECTION
SIZE,
IN.
119
(3022)
4.0
(102)
AGZ-E
10FANS

Figure 38: AGZ191E, AGZ211E, 12 Fan Models
305
12.0
127
5.0
80
3.1
51
2.0
22
.875
KNOCKOUTS
POWER
ENTRY
POINTS
ARE
ON
OPPOSITE
SIDE
OF
CONTROL
BOX
Z
Y
2506
98.6
X
Y
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
USED
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
FOR
POWER
ENTRY
WIRE
SIZES
LARGER
THAN
350
MCM.
1.
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
NOTE:
NOTE:
L3
M7
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ARE
ON
BOTTOM
SURFACE
OF
UNIT
WITH
COILS
M8
L6
CIRCUIT
#1
CIRCUIT
#2
M4
AND
FANS
M2
L2
COMPRESSORS
L5
M1
TOP
VIEW
REMOVED
L1
M3
M5
L4
COMPRESSORS
M6
[152]
Ø6.0
VICTAULIC
CONN.
TYP.
62.9
1596
2.0
52
44.0
1118
2241
88.2
315
12.4
2433
95.8
1114
43.8
QTY
8
19
.75
1711
67.4
2.0
52
3577
140.8
w/o
STRAINER
OPTION
L6
L1
CG
OUTLET
WATER
L4
L5
INLET
L2
EVAP
L3
WATER
1
75.5
1919
7171
282.3
12.1
308
923
36.3
2436
95.9
86.9
2207
609
24.0
1.5
37
3167
124.7
334547153
CONTROL
BOX
CG
1
64
11.5
2.5
2.5
292
64
CONNECTIONS
FIELD
CONTROL
22
92.7
2355
213
8.4
2235
88.0
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
165
6.5
6.9
KNOCKOUTS
.875
175
22
.875
KNOCKOUTS
POWER
ENTRY
POINTS
FRONT
&
RIGHT
SIDE
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ191E
8635
3917
8785
3985
1759
798
1738
788
1458
661
1441
654
1127
511
1113
505
1578
716
1560
708
1164
528
1150
522
974
442
963
437
702
318
694
315
AGZ211E
8669
3932
8819
4000
1766
801
1753
795
1461
663
1450
658
1124
510
1116
506
1585
719
1573
713
1166
529
1158
525
975
442
968
439
700
318
695
315
M3
M4
M2
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
OPER.
WEIGHT
LBS
L1
M7
M8
MOUNTING
(OPERATING)
WEIGHT
KG
LBS
M5
M6
L5
KG
M1
UNIT
MODEL
L2
L3
L4
L6
SHIP
WEIGHT
IN.
MM
IN.
MM
IN.
MM
AGZ191E
43.7
1110
40.5
1029
100.6
2555
AGZ211E
43.8
1113
40.5
1029
100.4
2550
CG
LOCATION
UNIT
MODEL
X
Y
Z

127
5.0
305
12.0
80
3.1
51
2.0
POWER
ENTRY
POINTS
ARE
ON
OPPOSITE
SIDE
OF
CONTROL
BOX
22
.875
KNOCKOUTS
Z
Y
Y
X
INLET
L2
L1
L4
L5
L3
OUTLET
L6
L8
EVAP
WATER
L7
CG
WATER
1
54.1
1375
86.9
2207
308
12.1
24.0
609
86.9
2207
75.5
1919
37
1.5
923
36.3
327.4
8317
4207
165.6
NOTE:
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
USED
AND
FANS
REMOVED
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
TOP
VIEW
WITH
COILS
1.
FOR
POWER
ENTRY
WIRE
SIZES
LARGER
THAN
350
MCM.
NOTE:
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
FRONT
AND
RIGHT
SIDE
POWER
ENTRY
POINTS
.875
KNOCKOUTS
[22]
334547143
CG
CONTROL
BOX
[22]
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
1
2506
98.6
292
11.5
64
2.5
INCLUDE
LIFTING
BRACKETS
DIMENSION
DOES
NOT
88.0
2235
6.5
165
6.9
175
8.4
213
92.7
2355
64
2.5
COMPRESSORS
CIRCUIT
#2
M2
L6
M8
COMPRESSORS
L1
L8
M4
L2
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ARE
ON
BOTTOM
SURFACE
OF
UNIT.
M1
M3
L3
M5
L5
L7
M7
CIRCUIT
#1
L4
M6
[152]
Ø6.0
VICTAULIC
CONN.
TYP.
1711
67.4
12.4
315
129.2
3281
1118
44.0
43.8
1114
QTY
8
95.8
2433
2743
108.0
.75
19
52
2.0
52
2.0
4617
181.8
w/o
STRAINER
OPTION
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ226E
9413
4270
9600
4354
1659
753
1640
744
1296
588
1282
582
1070
485
1058
480
708
321
700
318
1564
709
1546
701
1281
581
1266
574
1151
522
1138
516
832
377
822
373
AGZ241E
9501
4310
9688
4394
1683
763
1671
758
1309
594
1299
589
1075
488
1068
484
701
318
696
316
1586
719
1574
714
1292
586
1283
582
1158
525
1149
521
826
375
820
372
L8
L1
L5
KG
M1
UNIT
MODEL
L2
L3
L4
L6
SHIP
WEIGHT
OPER.
WEIGHT
LBS
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
L7
M7
M8
MOUNTING
(OPERATING)
WEIGHT
KG
LBS
M5
M6
M3
M4
M2
IN.
MM
IN.
MM
IN.
MM
AGZ226E
43.8
1113
41.9
1064
113.8
2891
AGZ241E
43.8
1113
41.9
1064
113.2
2875
CG
LOCATION
UNIT
MODEL
X
Y
Z

Dimensions and Weights -Heat recovery Units
Figure 40: AGZ075E - AGZ100E, Heat Recovery Units, 6 Fan Models
2.0
51
127
5.0
80
3.1
305
12.0
ARE
ON
THE
OPPOSITE
SIDE
OF
THE
CONTROL
BOX
22
.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
Z
Y
X
L1
L4
L3
OUTLET
L2
WATER
EVAP.
WATER
INLET
1
WYE-STRAINER
REQUIRED
(FACTORY
OR
FIELD
INSTALLED
OPTION)
1
HEAT
RECOVERY
WATER
INLET
EVAP.
HEAT
RECOVERY
WATER
OUTLET
2
519
20.4
1.5
37
1196
47.1
49
1.9
3733
147.0
11.4
290
24.0
609
6.0
153
916
36.1
858
33.8
334547112
OUTLET
WATER
IN
TYP.
FREEZE
PROTECTION
HEAT
RECOVERY
BACK
OF
UNIT
(HEAT
RECOVERY
DETAIL)
CIR
1
DISCH.
DISCH.
TYP.
OUT
HR
INLET
HR
CIR
2
WATER
1
JUNCTION
BOX
1196
47.1
REF.
20.4
519
REF.
1118
44.0
REF.
SHIPPING
AND
OPERATING
WEIGHTS
WITH
HEAT
RECOVERY
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OTHER
OPTIONS
OR
ACCESSORIES.
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
&
HEAT
RECOVERY
WATER
INCLUDED.
L1
-
L4,
LIFTING
LOCATIONS
NOTE:
HEAT
RECOVERY
WATER
CONNECTIONS
1.
FOR
CIRCUIT
1
&
2
ARE
CONNECTED
WITH
A
TEE
AND
HAVE
ONE
INLET
&
ONE
OUTLET.
CONNECTION
SIZES
ARE
2.0
NOMINAL
VICTAULIC.
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
2.
USED
FOR
MAIN
POWER
ENTRY
AT
THE
CONTROL
BOX
FOR
WIRE
SIZES
LARGER
THAN
350
MCM.
POWER
SUPPLIED
FROM
FIELD
INSTALLED
CIRCUIT
3.
FOR
HEAT
RECOVERY
TO
BE
120V
15A
SERVICE.
JUNCTION
BOX
HAS
A
1/2"
FPT
THREADED
ENTRY
PORT.
BOX
CONTROL
FRONT
OF
UNIT
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
2
64
2.5
2.5
.875
QTY.
3
CONNECTIONS
FIELD
CONTROL
KNOCKOUTS
22
64
165
6.5
2506
98.6
8.4
88.0
LIFTING
BRACKETS
2235
DIMENSION
DOES
NOT
INCLUDE
92.7
2355
213
175
6.9
292
11.5
HEAT
HEAT
HEAT
RECOVERY
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M1
M3
M2
M4
L3
RECOVERY
L1
CIRCUIT
1
RECOVERY
COMPR.
L2
L4
COMPR.
CIRCUIT
1
FIELD
POWER
ENTRY
REMOVED
CIRCUIT
2
TOP
VIEW
WITH
COILS
AND
FANS
FREEZE
PROTECTION
CIRCUIT
2
3
2.0
A
(w/o
STRAINER
OPTION)
52
19
.750
52
QTY.
4
CONNECTIONS
2433
95.8
315
12.4
984
38.7
2.0
1118
44.0
C/L
FOR
ALL
WATER
B
IN.
MM
IN.
MM
IN.
MM
AGZ075E
45.5
1156
39.0
991
60.4
1534
AGZ080E
44.5
1130
39.5
1003
59.5
1511
AGZ090E
44.5
1130
39.5
1003
59.5
1511
AGZ100E
44.0
1118
39.3
998
59.8
1519
CG
LOCATION
UNIT
MODEL
X
Y
Z
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ075E
4613
2092
4690
2127
1294
587
1388
630
932
423
1000
454
1129
512
1211
549
1134
514
1216
552
AGZ080E
4734
2147
4817
2185
1385
628
1415
642
957
434
978
444
1210
549
1237
561
1172
532
1198
543
AGZ090E
4764
2161
4847
2199
1393
632
1424
646
963
437
984
446
1218
552
1245
565
1179
535
1205
547
AGZ100E
4936
2239
5039
2286
1452
659
1449
657
1019
462
1017
461
1273
577
1270
576
1250
567
1247
566
M2
OPER.
WEIGHT
LBS
KG
LBS
KG
M1
M3
M4
MOUNTING
(OPERATING)
WEIGHT
L1
UNIT
MODEL
L2
L3
L4
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
SHIP
WEIGHT
IN.
MM
IN.
MM
IN.
MM
AGZ075E
55.6
1412
27.1
688
AGZ080E
54.4
1382
25.9
658
AGZ090E
54.4
1382
25.9
658
AGZ100E
51.6
1311
23.1
587
76
UNIT
MODEL
A
B
EVAP
DIM'S
NOM.
VICTAULIC
CONN.
SIZE
3.0

51
2.0
80
3.1
305
12.0
127
5.0
22
.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ONTHE
OPPOSITE
SIDE
OF
THE
CONTROL
BOX
Z
Y
X
BACK
OF
UNIT
(HEAT
RECOVERY
DETAIL)
OUTLET
FREEZE
PROTECTION
WATER
HEAT
RECOVERY
IN
TYP.
OUT
TYP.
HR
HR
DISCH.
CIR
1
DISCH.
CIR
2
WATER
INLET
1
JUNCTION
BOX
44.0
1118
REF.
47.1
1196
REF.
519
20.4
REF.
L2
L3
L1
WATER
INLET
L4
EVAP.
EVAP.
WATER
L1
-
L4,
LIFTING
1
OUTLET
REQUIRED
(FACTORY
OR
FIELD
INSTALLED
OPTION)
1
HEAT
RECOVERY
WATER
INLET
LOCATIONS
WYE-STRAINER
HEAT
RECOVERY
WATER
OUTLET
2
519
20.4
1.5
37
1196
47.1
50
2.0
192.1
4879
39.2
996
6.0
153
11.4
290
609
24.0
858
33.8
CONTROL
FRONT
OF
UNIT
BOX
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
2
6.9
175
8.4
6.5
165
11.5
292
2.5
64
22
.875
FIELD
CONTROL
CONNECTIONS
QTY.
3
KNOCKOUTS
213
64
2.5
98.6
2506
2355
92.7
2235
88.0
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
TOP
VIEW
WITH
HEAT
M1
-
M6,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M3
M5
L1
L3
M2
RECOVERY
M6
L2
HEAT
RECOVERY
RECOVERY
M4
M1
COMPR.
CIRCUIT
1
CIRCUIT
2
CIR.
2
L4
COMPR.
HEAT
CIR.
1
COILS
AND
FANS
REMOVED.
FIELD
POWER
ENTRY
FREEZE
PROTECTION
3
52
QTY.
6
52
19
.750
630
24.8
A
(w/o
STRAINER
OPTION)
2.0
CONNECTIONS
315
12.4
2433
95.8
1499
59.0
2.0
1118
44.0
C/L
FOR
ALL
WATER
B
334547122
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
NOTE:
HEAT
RECOVERY
WATER
CONNECTIONS
1.
FOR
CIRCUIT
1
&
2
ARE
CONNECTED
WITH
A
TEE
AND
HAVE
ONE
INLET
&
ONE
OUTLET.
CONNECTION
SIZES
ARE
2.0
NOMINAL
VICTAULIC.
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
2.
USED
FOR
MAIN
POWER
ENTRY
AT
THE
CONTROL
BOX
FOR
WIRE
SIZES
LARGER
THAN
350
MCM.
POWER
SUPPLIED
FROM
FIELD
INSTALLED
CIRCUIT
3.
FOR
HEAT
RECOVERY
TO
BE
120V
15A
SERVICE.
JUNCTION
BOX
HAS
A
1/2"
FPT
THREADED
ENTRY
PORT.
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ110E
5697
2584
5807
2634
1739
789
1771
803
1083
491
1104
501
1400
635
1427
647
894
406
911
413
582
264
593
269
AGZ120E
5952
2700
6071
2754
1884
855
1917
870
1066
484
1085
492
1524
691
1551
704
926
420
943
428
558
253
568
258
AGZ130E
6061
2749
6196
2810
1911
867
1862
845
1159
526
1129
512
1546
701
1506
683
973
441
948
430
620
281
604
274
LBS
M5
M6
MOUNTING
(OPERATING)
WEIGHT
M3
M4
L1
M2
KG
M1
UNIT
MODEL
L2
L3
L4
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
SHIP
WEIGHT
OPER.
WEIGHT
LBS
KG
IN.
MM
IN.
MM
IN.
MM
AGZ110E
44.4
1128
42.1
1069
73.5
1867
AGZ120E
44.4
1128
43.3
1100
70.6
1793
AGZ130E
43.4
1102
41.1
1044
72.7
1847
CG
LOCATION
UNIT
MODEL
X
Y
Z
IN.
MM
IN.
MM
IN.
MM
AGZ110E
95.5
2426
69.1
1755
AGZ120E
93.9
2385
67.5
1715
AGZ130E
92.0
2337
65.5
1664
3.0
76
UNIT
MODEL
A
B
EVAP
DIM'S
NOM.
VICTAULIC
CONN.
SIZE

80
3.1
22
.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ON
THE
OPPOSITE
SIDE
OF
THE
CONTROL
BOX
51
2.0
305
12.0
127
5.0
Z
X
Y
WATER
INLET
L1
L2
OUTLET
L3
L4
LIFTING
LOCATIONS
WATER
L1
-
L4
WYE-STRAINER
REQUIRED
(FACTORY
OR
FIELD
INSTALLED
OPTION)
HEAT
RECOVERY
WATER
INLET
EVAP.
1
EVAP.
HEAT
RECOVERY
WATER
OUTLET
1
2
47.1
1196
20.4
519
37
1.5
50
2.0
11.4
290
8.3
210
609
24.0
1919
75.5
6025
237.2
858
33.8
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
NOTE:
HEAT
RECOVERY
WATER
CONNECTIONS
FOR
CIRCUIT
1
&
2
ARE
CONNECTED
WITH
A
TEE
AND
HAVE
ONE
INLET
&
1.
ONE
OUTLET.
CONNECTION
SIZES
ARE
2.0
NOMINAL
VICTAULIC.
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
USED
FOR
MAIN
POWER
ENTRY
AT
THE
CONTROL
BOX
FOR
2.
WIRE
SIZES
LARGER
THAN
350
MCM.
POWER
SUPPLIED
FROM
FIELD
INSTALLED
CIRCUIT
FOR
HEAT
RECOVERY
TO
BE
120V
15A
SERVICE.
3.
JUNCTION
BOX
HAS
A
1/2"
FPT
THREADED
ENTRY
PORT.
CONTROL
FRONT
OF
UNIT
BOX
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
2
6.9
175
6.5
2.5
64
22
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
QTY.
3
165
64
2.5
8.4
213
LIFTING
BRACKETS
DIMENSION
DOES
NOT
INCLUDE
88.0
2235
2506
98.6
92.7
2355
292
11.5
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M1
L1
M3
L3
M5
M2
L2
M4
L4
M6
HEAT
RECOVERY
FREEZE
PROTECTION
TOP
VIEW
WITH
COILS
AND
FANS
REMOVED
COMPR.
CIR.
1
RECOVERY
FIELD
POWER
ENTRY
CIRCUIT
2
HEAT
HEAT
RECOVERY
CIRCUIT
1
COMPR.
CIR.
2
3
.750
19
QTY.
6
A
(w/o
STRAINER
OPTION)
B
2.0
52
52
2.0
315
12.4
2433
95.8
1564
61.6
1711
67.4
1118
44.0
C/L
FOR
ALL
WATER
CONNECTIONS
334547132
BACK
OF
UNIT
(HEAT
RECOVERY
DETAIL)
OUT
TYP.
DISCH.
DISCH.
IN
TYP.
HR
CIR
2
HR
CIR
1
WATER
OUTLET
WATER
INLET
FREEZE
PROTECTION
1
JUNCTION
BOX
HEAT
RECOVERY
REF.
47.1
1196
REF.
20.4
519
1118
44.0
REF.
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ140E
6805
3087
6948
3152
1781
808
1810
821
1594
723
1620
735
1328
602
1349
612
1125
510
1143
518
994
451
1010
458
AGZ150E
6880
3121
7036
3191
1804
818
1820
826
1620
735
1635
742
1346
611
1359
616
1143
518
1154
523
1013
459
1022
464
AGZ161E
6968
3161
7130
3234
1826
828
1855
841
1631
740
1656
751
1365
619
1386
629
1154
523
1172
532
1019
462
1035
469
LBS
M5
M6
MOUNTING
(OPERATING)
WEIGHT
M3
M4
L1
M2
KG
M1
UNIT
MODEL
L2
L3
L4
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
SHIP
WEIGHT
OPER.
WEIGHT
LBS
KG
IN.
MM
IN.
MM
IN.
MM
IN.
MM
IN.
MM
IN.
MM
AGZ140E
44.4
1128
42.3
1074
89.0
2261
122.1
3101
67.5
1715
AGZ150E
44.2
1123
42.6
1082
89.2
2266
120.5
3061
65.9
1674
AGZ161E
44.3
1125
42.5
1080
89.0
2261
120.5
3061
65.9
1674
UNIT
MODEL
X
Y
Z
EVAP
DIM'S
A
B
NOM.
VICTAULIC
CONN.
SIZE
4.0
102
CG
LOCATION

80
3.1
51
2.0
12.0
305
22
.875
KNOCKOUTS
POWER
ENTRY
KNOCKOUTS
ARE
ON
THE
OPPOSITE
SIDE
OF
THE
CONTROL
BOX
127
5.0
Z
X
Y
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
NOTE:
HEAT
RECOVERY
WATER
CONNECTIONS
FOR
CIRCUIT
1
&
2
ARE
CONNECTED
WITH
A
TEE
AND
HAVE
ONE
INLET
&
1.
ONE
OUTLET.
CONNECTION
SIZES
ARE
2.0
NOMINAL
VICTAULIC.
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
USED
FOR
MAIN
POWER
ENTRY
AT
THE
CONTROL
BOX
FOR
2.
WIRE
SIZES
LARGER
THAN
350
MCM.
POWER
SUPPLIED
FROM
FIELD
INSTALLED
CIRCUIT
FOR
HEAT
RECOVERY
TO
BE
120V
15A
SERVICE.
3.
JUNCTION
BOX
HAS
A
1/2"
FPT
THREADED
ENTRY
PORT.
INLET
WATER
L2
L1
L3
OUTLET
L4
LOCATIONS
LIFTING
L1
-
L4
WATER
INSTALLED
OPTION)
(FACTORY
OR
FIELD
REQUIRED
WYE-STRAINER
1
EVAP.
WATER
INLET
HEAT
RECOVERY
1
WATER
OUTLET
HEAT
RECOVERY
EVAP.
2
47.1
1196
519
20.4
50
2.0
37
1.5
6025
237.2
290
11.4
210
8.3
24.0
609
75.5
1919
858
33.8
334547132
WATER
HEAT
RECOVERY
TYP.
OUT
IN
TYP.
DISCH.
DISCH.
FREEZE
PROTECTION
CIR
1
HR
OUTLET
WATER
CIR
2
HR
INLET
BACK
OF
UNIT
(HEAT
RECOVERY
DETAIL)
1
JUNCTION
BOX
REF.
1196
47.1
1118
44.0
REF.
519
20.4
REF.
HEAT
M1
-
M4,
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ON
BOTTOM
SURFACE
OF
UNIT
BASE.
M1
L1
M3
L3
M5
M2
L2
M4
RECOVERY
HEAT
RECOVERY
L4
CIRCUIT
1
RECOVERY
M6
TOP
VIEW
WITH
FREEZE
PROTECTION
COMPR.
REMOVED
COILS
AND
FANS
HEAT
FIELD
POWER
ENTRY
CIR.
1
CIRCUIT
2
CIR.
2
COMPR.
3
A
(w/o
STRAINER
OPTION)
QTY.
6
19
52
2.0
B
2.0
52
12.4
315
95.8
2433
61.6
1564
.750
1711
67.4
1118
44.0
C/L
FOR
ALL
WATER
CONNECTIONS
BOX
FRONT
OF
UNIT
CONTROL
[22]
.875
POWER
ENTRY
KNOCKOUTS
FRONT
OR
RIGHT
SIDE
2
165
6.5
.875
22
CONNECTIONS
QTY.
3
KNOCKOUTS
FIELD
CONTROL
64
2.5
6.9
175
64
2.5
92.7
2355
213
8.4
2235
88.0
DIMENSION
DOES
NOT
INCLUDE
LIFTING
BRACKETS
98.6
2506
292
11.5
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ170E
7525
3413
7696
3491
1991
903
1942
881
1818
825
1773
804
1483
673
1446
656
1274
578
1242
563
1139
517
1111
504
AGZ180E
7789
3533
7971
3616
2016
914
2042
926
1854
841
1878
852
1501
681
1520
689
1296
588
1312
595
1164
528
1179
535
KG
M1
M5
M6
MOUNTING
(OPERATING)
WEIGHT
M3
M4
L1
M2
UNIT
MODEL
L2
L3
L4
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
SHIP
WEIGHT
OPER.
WEIGHT
LBS
KG
LBS
IN.
MM
IN.
MM
IN.
MM
IN.
MM
IN.
MM
IN.
MM
AGZ170E
43.5
1105
40.6
1031
89.7
2278
119
3023
64.3
1633
AGZ180E
44.3
1125
39.9
1013
90.0
2286
117
2972
62.4
1585
B
NOM.
VICTAULIC
CONN.
SIZE
4.0
102
CG
LOCATION
UNIT
MODEL
X
Y
Z
EVAP
DIM'S
A

Figure 44: AGZ191E - AGZ211E with Heat Recovery, 12 Fan Models
305
12.0
127
5.0
80
3.1
51
2.0
22
.875
KNOCKOUTS
POWER
ENTRY
POINTS
ARE
ON
OPPOSITE
SIDE
OF
CONTROL
BOX
Z
2506
98.6
X
Y
L2
L1
L4
L3
L6
WATER
CG
L5
INLET
WATER
HEAT
WATER
OUTLET
HEAT
RECOVERY
RECOVERY
1
EVAP
INLET
WATER
1
OUTLET
2
519
20.4
95.9
2436
86.9
2207
24.0
609
1.5
37
75.5
1919
282.3
7171
47.1
1196
50
2.0
308
12.1
36.3
923
3167
124.7
HEAT
RECOVERY
TYP.
OUT
DISCH
IN
TYP.
DISCH
CIR
2
HR
BACK
OF
UNIT
(HEAT
RECOVERY
DETAIL)
OUTLET
WATER
INLET
WATER
CIR
1
HR
FREEZE
PROTECTION
1
JUNCTION
BOX
1196
47.1
REF.
REF.
44.0
1118
519
20.4
REF.
POWER
SUPPLIED
FROM
FIELD
INSTALLED
CIRCUIT
FOR
HEAT
RECOVERY
TO
BE
120V
15A
SERVICE.
3.
JUNCTION
BOX
HAS
A
1/2"
FPT
THREADED
ENTRY
PORT.
NOTE:
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
NOTE:
HEAT
RECOVERY
WATER
CONNECTIONS
FOR
CIRCUIT
1
&
2
ARE
CONNECTED
WITH
A
TEE
1.
AND
HAVE
ONE
INLET
&
ONE
OUTLET.
CONNECTION
SIZES
ARE
2.0
NOMINAL
VICTAULIC.
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
USED
FOR
MAIN
POWER
ENTRY
AT
THE
2.
CONTROL
BOX
FOR
WIRE
SIZES
LARGER
THAN
350
MCM.
CIRCUIT
#1
COMPRESSORS
M1
M2
L2
L1
L4
L3
L5
CIRCUIT
#2
L6
M3
M5
M7
M6
M8
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ARE
ON
BOTTOM
SURFACE
OF
UNIT
M4
COMPRESSORS
REMOVED
AND
FANS
CIRCUIT
2
HEAT
RECOVERY
WITH
COILS
TOP
VIEW
CIRCUIT
1
HEAT
RECOVERY
CONN.
TYP.
[152]
FIELD
POWER
ENTRY
FREEZE
PROTECTION
HEAT
RECOVERY
VICTAULIC
Ø6.0
3
52
2.0
12.4
315
95.8
2433
43.8
1114
62.9
1596
67.4
1711
QTY
8
.75
19
2.0
52
1118
44.0
C/L
FOR
WATER
CONNECTIONS
3577
140.8
w/o
STRAINER
OPTION
88.2
2241
1118
44.0
BOX
CONTROL
FRONT
OF
UNIT
CG
2
.875
KNOCKOUTS
CONNECTIONS
22
FIELD
CONTROL
92.7
2355
8.4
213
INCLUDE
LIFTING
BRACKETS
DIMENSION
DOES
NOT
88.0
2235
6.5
165
6.9
175
11.5
292
2.5
64
2.5
64
22
.875
KNOCKOUTS
POWER
ENTRY
POINTS
FRONT
&
RIGHT
SIDE
334547154
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ191E
8970
4069
9154
4152
1676
760
1664
755
1506
683
1495
678
1319
598
1310
594
1500
680
1490
676
1192
541
1184
537
1052
477
1044
474
849
385
843
382
AGZ211E
9005
4085
9189
4168
1684
764
1679
762
1509
684
1505
683
1316
597
1313
596
1507
684
1503
682
1195
542
1192
541
1052
477
1049
476
847
384
844
383
UNIT
MODEL
L2
L3
L4
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
L6
SHIP
WEIGHT
M7
M8
MOUNTING
(OPERATING)
WEIGHT
KG
LBS
M5
M6
L5
KG
M1
M3
M4
M2
OPER.
WEIGHT
LBS
L1
IN.
MM
IN.
MM
IN.
MM
AGZ191E
43.8
1113
40.8
1036
106.6
2708
AGZ211E
43.9
1115
40.8
1036
106.4
2703
CG
LOCATION
UNIT
MODEL
X
Y
Z

Figure 45: AGZ226E - AGZ241E with Heat Recovery, 14 Fan Models
X
Y
127
5.0
51
2.0
3.1
80
305
12.0
Z
POWER
ENTRY
POINTS
ARE
ON
OPPOSITE
SIDE
OF
CONTROL
BOX
22
.875
KNOCKOUTS
CONTROL
CG
[22]
POWER
ENTRY
POINTS
FRONT
AND
RIGHT
SIDE
BOX
.875
KNOCKOUTS
FRONT
OF
UNIT
[22]
.875
KNOCKOUTS
FIELD
CONTROL
CONNECTIONS
2
DIMENSION
DOES
NOT
8.4
88.0
2235
INCLUDE
LIFTING
BRACKETS
98.6
2506
11.5
292
2.5
64
175
6.9
165
6.5
92.7
2355
213
64
2.5
WEIGHTS
ARE
BASED
ON
UNIT
OPERATING
WEIGHT
WITH
EVAPORATOR
WATER
INCLUDED.
SHIPPING
AND
OPERATING
WEIGHTS
DO
NOT
INCLUDE
AND
FANS
REMOVED
THE
WEIGHTS
OF
ANY
OPTIONS
OR
ACCESSORIES.
LIFTING
WEIGHTS
ARE
BASED
ON
UNIT
SHIPPING
WEIGHTS.
MOUNTING
NOTE:
TOP
VIEW
WITH
COILS
NOTE:
HEAT
RECOVERY
WATER
CONNECTIONS
FOR
CIRCUIT
1
&
2
ARE
CONNECTED
WITH
A
TEE
1.
AND
HAVE
ONE
INLET
&
ONE
OUTLET.
CONNECTION
SIZES
ARE
2.0
NOMINAL
VICTAULIC.
IT
IS
RECOMMENDED
THAT
THE
SIDE
LOCATIONS
BE
USED
FOR
MAIN
POWER
ENTRY
AT
THE
2.
CONTROL
BOX
FOR
WIRE
SIZES
LARGER
THAN
350
MCM.
POWER
SUPPLIED
FROM
FIELD
INSTALLED
CIRCUIT
FOR
HEAT
RECOVERY
TO
BE
120V
15A
SERVICE.
3.
JUNCTION
BOX
HAS
A
1/2"
FPT
THREADED
ENTRY
PORT.
WATER
OUTLET
L1
INLET
WATER
L4
L2
INLET
L3
L5
HEAT
EVAP
1
L8
WATER
CG
1
L6
L7
RECOVERY
HEAT
RECOVERY
WATER
OUTLET
2
519
20.4
47.1
2.0
50
4207
165.6
1196
12.1
308
37
1.5
86.9
2207
1375
54.1
1919
75.5
609
24.0
8317
327.4
2207
86.9
923
36.3
334547144
M2
FIELD
POWER
ENTRY
COMPRESSORS
L6
CIRCUIT
2
HEAT
RECOVERY
ISOLATOR
MOUNTING
HOLE
LOCATIONS
ARE
ON
BOTTOM
SURFACE
OF
UNIT.
M1
L1
M3
L3
M5
L5
L7
L4
HEAT
RECOVERY
VICTAULIC
CONN.
TYP.
M7
M6
CIRCUIT
#1
L8
L2
M8
CIRCUIT
#2
COMPRESSORS
M4
HEAT
RECOVERY
CIRCUIT
1
[152]
FREEZE
PROTECTION
Ø6.0
3
95.8
2433
19
1118
QTY
8
44.0
3281
129.2
2743
108.0
1114
43.8
C/L
FOR
1118
44.0
WATER
.75
CONNECTIONS
315
12.4
52
67.4
2.0
52
2.0
1711
4617
181.8
w/o
STRAINER
OPTION
OUTLET
HEAT
RECOVERY
BACK
OF
UNIT
(HEAT
RECOVERY
DETAIL)
FREEZE
PROTECTION
INLET
DISCH
DISCH
IN
TYP.
HR
CIR
1
HR
CIR
2
WATER
TYP.
OUT
WATER
1
JUNCTION
BOX
47.1
1196
REF
20.4
519
REF
1118
44.0
REF
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
LBS
KG
AGZ226E
9784
4438
10012
4541
1573
713
1563
709
1309
594
1301
590
1145
519
1138
516
881
400
875
397
1489
675
1479
671
1304
591
1295
587
1219
553
1211
549
1011
459
1004
455
AGZ241E
9873
4478
10101
4582
1597
724
1593
723
1321
599
1318
598
1150
522
1147
520
874
396
872
396
1511
685
1507
684
1315
596
1312
595
1226
556
1223
555
1005
456
1003
455
M7
M8
MOUNTING
(OPERATING)
WEIGHT
KG
LBS
M5
M6
M3
M4
M2
UNIT
MODEL
L2
L3
L4
LIFTING
(SHIPPING)
WEIGHT
BY
CORNER
L6
SHIP
WEIGHT
OPER.
WEIGHT
LBS
L7
L8
L1
L5
KG
M1
IN.
MM
IN.
MM
IN.
MM
AGZ226E
43.9
1115
42.1
1069
121.0
3073
AGZ241E
44.0
1118
42.2
1072
120.3
3056
CG
LOCATION
UNIT
MODEL
X
Y
Z

Refrigerant Charge
Refrigerant Charge
Table 6: Refrigerant Charge - Microchannel Units
Unit
Models
Microchannel Coil Unit Operating Charge - lbs (kg)
Packaged Units Heat Recovery Units
Replaceable Core Filter Drier Sealed Filter Drier Replaceable Core Filter Drier
Circuit 1 Circuit 2 Circuit 1 Circuit 2 Circuit 1 Circuit 2
030E 17 (7.7) 17 (7.7) 15 (16.8) 15 (16.8)
035E 16 (7.3) 16 (7.3) 14 (6.4) 14 (6.4)
040E 23 (10.5) 23 (10.5) 21 (9.5) 21 (9.5)
045E 23 (10.5) 23 (10.5) 21 (9.5) 21 (9.5)
050E 23 (10.5) 23 (10.5) 21 (9.5) 21 (9.5)
055E 23 (10.5) 23 (10.5) 21 (9.5) 21 (9.5)
060E 23 (10.5) 23 (10.5) 21 (9.5) 21 (9.5)
065E 23 (10.5) 23 (10.5) 21 (9.5) 21 (9.5)
070E 23 (10.5) 23 (10.5) 21 (9.5) 21 (9.5)
075E 46 (20.9) 46 (20.9) 49 (22) 49 (22)
080E 46 (20.9) 46 (20.9) 49 (22) 49 (22)
090E 48 (21.8) 48 (21.8) 51 (23) 51 (23)
100E 49 (22.3) 49 (22.3) 52 (24) 52 (24)
110E 64 (29.1) 64 (29.1) 69 (31) 69 (31)
120E 65 (29.5) 65 (29.5) 69 (31) 69 (31)
130E 65 (29.5) 65 (29.5) 69 (31) 69 (31)
140E 76 (34.5) 76 (34.5) 82 (37) 82 (37)
150E 76 (34.5) 76 (34.5) 82 (37) 82 (37)
161E 78 (35.4) 78 (35.4) 84 (38) 84 (38)
170E 80 (36.3) 80 (36.3) 86 (39) 86 (39)
180E 80 (36.3) 80 (36.3) 86 (39) 86 (39)
191E 87 (39.5) 87 (39.5) 95 (43) 95 (43)
211E 91 (41.3) 91 (41.3) 99 (45) 99 (45
226E 107 (48.6) 107 (48.6) 119 (55) 119 (55)
241E 111 (50.4) 111 (50.4) 121(55) 121(55)

Isolator Information
Isolator Installation Information
Figure 46: Spring Isolator
Figure 47: Rubber-in-Shear (RIS) Isolator
In all cases, set the unit in place and level. If antiskid pads are
used do not use hold down bolts. If hold down bolts are used
do not use anti-skid pads.
When spring isolators are required, install springs running
under the main unit supports. Unit should be installed on
blocks or shims at the listed free height. Isolator springs should
not be loaded until the installation is complete, then adjust the
springs to the vendor listed compression gap for the load point.
When securing the isolator, do not over-tighten the mounting
bolts. Over-tightening may result in cracking of the cast isolator
housing and will have a negative impact on the isolation effect.
Installation of spring isolators requires flexible piping
connections and at least three feet of flexible electrical conduit
to avoid straining the piping and transmitting vibration and
noise. Neoprene waffle pads, supplied by customers, should
be mounted at the defined mounting point locations along the
full rail width.
Mounting locations for each model can be found in the
“Dimensions and Weights - Packaged Units” section of this
document, starting on page 22. Optional seismic isolator
information begins on page 39. Contact a Daikin Applied
sales representative for isolator information related to units with
other fin materials.
Table 7: Isolator Kits - Packaged Units
9.25 [235.0]
10.5 [266.7]
.56 [14.3]
7.75 [196.9]
3
[76.2]
.62 [15.8]
6.25
[127.0]
FREE HT.
5X [127.0]
OPER. HT.
.5 [12.7] DIA.
POSITIONING
PIN
.25 [6.4]
ELASTOMERIC PAD
ADJ. BOLT
ELASTOMERIC
SNUBBER
.625
[15.9]
.25 TO .5 GAP
[6.4 to 12.7]
AGZ-E
Model
Microchannel - Packaged Units
Spring Isolators RIS Isolators
030 332320102 332325101
035 332320102 332325101
040 332320102 332325101
045 332320132 332325101
050 332320132 332325101
055 332320132 332325101
060 332320132 332325101
065 332320132 332325101
070 332320132 332325101
075 332320117 332325101
080 332320117 332325101
090 332320117 332325101
100 332320117 332325101
110 332320123 332325113
120 332320124 332325113
130 332320124 332325113
140 332320106 332325113
150 332320106 332325113
161 332320111 332325113
170 332320111 332325113
180 332320111 332325113
191 332320108 332325114
211 332320108 332325114
226 332320126 332325114
241 332320126 332325114

Table 8: Isolator Information - Microchannel Units
AGZ-E
Model
Rubber-In-Shear (RIS) Mounts Spring Isolator Mountings
M1 M2 M3 M4 M5 M6 M7 M8 M1 M2 M3 M4 M5 M6 M7 M8
030 Brown Brown Brown Brown
Dark
Green
Dark
Purple
Black Black
Dark
Green
Dark
Purple
Black Black
Dark
Green
Dark
Purple
Black Black
Dark
Green
Dark
Purple
Dark
Purple
Black
Dark
Green
Dark
Purple
Dark
Purple
Black
Dark
Green
Dark
Purple
Dark
Purple
Black
Dark
Green
Dark
Purple
Dark
Purple
Black
Dark
Green
Dark
Purple
Dark
Purple
Black
Dark
Green
Dark
Purple
Dark
Purple
Black
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
110 Red Red Brown Brown Brown Brown
Dark
Green
Dark
Green
Dark
Purple
Dark
Purple
Red Red
120 Red Red Brown Brown Brown Brown Gray Gray
Dark
Purple
Dark
Purple
Red Red
Dark
Purple
Dark
Purple
Red Red
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dk
Purple
Dk
Purple
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
191 Red Red Brown Brown Brown Brown Brown Brown Gray Gray
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Black Black
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Black Black
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green

Table 9: Isolator Kits - Heat Recovery Units
Table 10: Isolator Information - Heat Recovery Units
AGZ-E
Model
Microchannel - Heat Recovery Units
Spring Isolators RIS Isolators
075 332320117 332325101
080 332320117 332325101
090 332320117 332325101
100 332320117 332325101
110 332320123 332325113
120 332320123 332325113
130 332320123 332325113
140 332320119 332325113
150 332320119 332325113
161 332320119 332325113
170 332320119 332325113
180 332320119 332325113
191 332320126 332325114
211 332320126 332325114
226 332320134 332325114
241 332320134 332325114
AGZ-E
Model
Rubber-In-Shear (RIS) Mounts Spring Isolator Mountings
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Purple
Dark
Purple
Red Red
Dark
Green
Dark
Green
Dark
Purple
Dark
Purple
Red Red
Dark
Green
Dark
Green
Dark
Purple
Dark
Purple
Red Red
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
191 Red Red Brown Brown Brown Brown Brown Brown
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green
Dark
Green

Figure 48: Seismic Spring Isolators
Figure 49: Seismic Neoprene Isolation Pads Table 11: Seismic Isolator Kit Numbers
Table 12: Seismic Isolator Information
6 1/8 [156]
FREE &
OPERATING
HEIGHT
(BASE PLATE)
3/4 DIA HOLE FOR
ATTACHMENT TO
STEEL (4 TYP)
(VIEW CUT AWAY FOR CLARITY)
13/16 DIA HOLE FOR
ATTACHMENT TO
CONCRETE (6 TYP)
3/4 [19] REMOVABLE
ADJUSTING BOLT
LIMIT STOPS
(NOT SHOWN
IN TOP VIEW
FOR CLARITY)
2 7/8 [73]
2 1/4 [57]
7/8 [22]
6 1/4 [159]
1 1/8 8
5 1/8
10 1/4 8
3/8 [10]
1/2 [13]
5 3/4
1/4 - 3/8 [6 - 10]
ELASTOMERIC
SNUBBER
3/8 [10] GAP
2 7/8 [73]
7 1/4
1 1/2
STEEL SHIM
(REMOVE AFTER
SPRING ADJUSTMENT)
SHIPPING SPACER
ASSY STRAP
(NOT SHOWN
IN OTHER VIEWS
FOR CLARITY)
3/4 [19] STD.WASHER
(BY OTHERS)
[203]
[29]
[38]
[130]
[184]
[21]
[19]
[260] [203]
[146]
.875
22.2
THRU
ALL
203.2
8.00
101.6
4.00
2.00
50.8
4.00
101.6
AGZ-E
Model
Packaged Unit - Aluminum Fins
Neoprene Pads Spring Isolators
030 334549001 334548801
035 334549001 334548801
040 334549001 334548801
045 334549001 334548801
050 334549001 334548801
055 334549001 334548801
060 334549001 334548801
065 334549001 334548801
070 334549001 334548802
AGZ-E
Model
Neoprene Pads Spring Isolators
030 Brown Brown Brown Brown Pink Pink Tan Tan
070 Brown Brown Brown Brown Pink Pink Pink Tan

Pressure Drop Data
Pressure Drop Data
Figure 50: Evaporator Pressure Drop Curves (refer to data table on following page)
Figure 51: Pressure Drop Curves- Heat Recovery Auxilliary Heat Exchangers (refer to data table on following page)
A
A
A
B
B
B
C
C
C
D
D
D
E
E
E
F
F
F
G
G
G
H
H
H
I
I
I
J
J
J
K
K
K
L
L
L
M
M
M
N
N
N
O
O
O
P
P
P
Q
Q
Q
S
S
S
T
T
T
U
U
U
V
V
V
W
W
W
X
X
X
Y
Y
Y
1
10
100
10 100 1000
Differential
Pressure
(ft)
Flow Rate (gpm)
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
1
1
2
2
3
3
4
4
5
5
6
6
0.0
2.0
4.0
6.0
8.0
10.0
12.0
14.0
16.0
18.0
20.0
0.0 50.0 100.0 150.0 200.0 250.0
Differential
Pressure
(ft)
Flow Rate (gpm)

Pressure Drop Data
Table 13: Evaporator Pressure Drop Data
Table 14: Pressure Drop Data-- Heat Recovery Auxilliary Braze Plate Heat Exchangers
NOTE: 1 Full load flow minimum is the minimum allowable flow at full load conditions, and/or for a constant flow system.
2 Part load flow minimum is the minimum allowable flow for a partially loaded unit, which is only applicable a variable flow system. Flow may only be
reduced proportionally to load, i.e. a flow reduction of 25% from the design flow rate is only allowable if the chiller load is reduced by 25%.
Part Load Flow System Only Full Load Flow System Only Fixed and Variable Flow Systems
Minimum Flow Rate2 Minimum Flow Rate1 Nominal Flow Rate Maximum Flow Rate
Curve
Ref.
Model
IP SI IP SI IP SI IP SI
GPM DP ft. lps DP kpa GPM DP ft. lps DP kpa GPM DP ft. lps DP kpa GPM DP ft. lps DP kpa
A 030E 27.0 1.7 1.7 5.1 42.2 4.0 2.7 12.0 67.4 9.8 4.3 29.4 112.4 26.0 7.1 77.7
B 035E 33.5 2.4 2.1 7.1 52.4 5.6 3.3 16.7 83.8 13.7 5.3 40.9 139.6 36.4 8.8 108.7
C 040E 37.1 2.5 2.3 7.4 57.9 5.8 3.7 17.3 92.6 14.2 5.8 42.5 154.4 37.7 9.7 112.6
D 045E 40.9 2.3 2.6 6.8 63.9 5.3 4.0 15.8 102.2 13.2 6.5 39.4 170.4 34.4 10.8 102.7
E 050E 46.4 2.7 2.9 7.9 72.5 6.2 4.6 18.5 115.9 15.2 7.3 45.3 193.2 40.0 12.2 119.6
F 055E 49.7 2.3 3.1 7.0 77.7 5.5 4.9 16.3 124.3 13.4 7.8 40.0 207.2 35.6 13.1 106.2
G 060E 54.0 2.3 3.4 6.9 84.3 5.4 5.3 16.1 134.9 13.1 8.5 39.3 224.8 34.7 14.2 103.6
H 065E 55.5 2.4 3.5 7.3 86.7 5.7 5.5 17.0 138.7 13.9 8.8 41.4 231.2 36.6 14.6 109.3
I 070E 61.5 3.0 3.9 8.8 96.1 6.9 6.1 20.6 153.8 16.9 9.7 50.4 256.4 44.5 16.2 133.0
J 075E 69.8 1.2 4.4 3.6 109.1 2.8 6.9 8.4 174.5 6.9 11.0 20.5 290.8 18.2 18.3 54.3
K 080E 73.8 1.2 4.7 3.7 115.4 2.9 7.3 8.6 184.6 7.1 11.6 21.3 307.6 18.9 19.4 56.6
L 090E 80.1 1.4 5.1 4.3 125.1 3.4 7.9 10.1 200.2 8.3 12.6 24.8 333.6 22.1 21.0 66.1
M 100E 92.4 1.3 5.8 4.0 144.3 3.2 9.1 9.5 230.9 7.8 14.6 23.3 384.8 20.8 24.3 62.2
N 110E 102.0 1.4 6.4 4.2 159.5 3.3 10.1 9.9 255.1 8.2 16.1 24.4 425.2 21.6 26.8 64.6
O 120E 113.1 1.5 7.1 4.5 176.7 3.6 11.1 10.7 282.7 8.8 17.8 26.4 471.2 23.5 29.7 70.3
P 130E 119.5 1.5 7.5 4.4 186.8 3.5 11.8 10.4 298.8 8.6 18.9 25.7 498.0 22.9 31.4 68.3
Q 140E 128.9 1.7 8.1 5.1 201.5 4.0 12.7 12.1 322.3 9.9 20.3 29.7 537.2 26.4 33.9 79.0
R 150E 136.1 1.7 8.6 4.9 212.7 3.9 13.4 11.7 340.3 9.8 21.5 29.2 567.2 26.3 35.8 78.4
S 161E 143.6 1.8 9.1 5.5 224.4 4.4 14.2 13.0 359.0 10.8 22.7 32.4 598.4 29.1 37.8 87.0
T 170E 154.1 1.9 9.7 5.6 240.8 4.5 15.2 13.4 385.2 11.2 24.3 33.4 642.0 30.2 40.5 90.2
U 180E 164.8 2.3 10.4 6.9 257.6 5.3 16.2 15.9 412.1 12.8 26.0 38.3 686.8 33.5 43.3 99.9
V 191E 179.6 2.5 11.3 7.5 280.6 4.8 17.7 14.3 449.0 9.9 28.3 29.6 748.5 24.7 47.2 74.0
W 211E 187.2 2.7 11.8 8.0 292.5 5.1 18.4 15.2 468.0 10.6 29.5 31.7 780.2 26.5 49.1 79.1
X 226E 196.8 1.9 12.4 5.6 307.5 3.9 19.4 11.6 492.0 8.8 31.0 26.4 816.7 22.5 51.5 67.3
Y 241E 216.8 2.2 13.7 6.5 338.8 4.6 21.3 13.7 542.0 10.5 34.1 31.5 903.5 27.3 56.9 81.5
Minimum Flow Nominal Flow Maximum Flow
Ref. Unit Model (GPM) Dp (ft) l/s DP kpa (GPM) Dp (ft) l/s DP kpa (GPM) Dp (ft) l/s DP kpa
1
AGZ075
21 0.8 1.3 2.3 42 2.7 2.7 8.1 120 18.0 7.6 53.8
AGZ080
AGZ090
2
AGZ100
30 1.1 1.9 3.2 60 3.2 3.8 9.6 132 18.0 8.3 53.8
AGZ110
AGZ120
3
AGZ130
40 1.1 2.5 3.3 80 3.7 5.0 11.1 195 18.0 12.3 53.8
AGZ140
4
AGZ150
46 1.2 2.9 3.7 92 4.0 5.8 12.0 205 18.0 12.9 53.8
AGZ161
5
AGZ170
57 1.6 3.6 4.7 114 5.3 7.2 15.8 230 18.0 14.5 53.8
AGZ180
AGZ191
AGZ211
6
AGZ226
70 1.8 4.4 5.3 140 6.4 8.8 19.1 250 18.0 15.8 53.8
AGZ241

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