Carrier CRDMNDGW001A00 User manual

CRDMNDGW001A00
CRDMNDGW002A00
Energy Demand Gateway
Rooftop Unit Accessory
Installation Instructions
C13331
NOTE: Read the entire instruction manual before starting the
installation, and follow instructions carefully. Failure to do so may
damage equipment, void warranties, or even cause serious injuries.
SAFETY CONSIDERATIONS
Improper installation, adjustment, alteration, service, maintenance,
or use can cause explosion, fire, electrical shock, or other
conditions which may cause death, personal injury or property
damage. Consult a qualified installer, service agency or your
distributor or branch for information or assistance. The qualified
installer or agency must use factory--authorized kits or accessories
when modifying this product. Refer to the individual instructions
packaged with the kits or accessories when installing.
Follow all safety codes. Wear safety glasses, protective clothing,
and work gloves. Have a fire extinguisher available. Read these
instructions thoroughly and follow all warnings and cautions
included in literature and attached to the unit. Consult local
building codes and the current edition of the National Electrical
Code (NEC) NFPA 70.
In Canada, refer to the current editions of the Canadian Electrical
Code CSA C22.1.
Recognize safety information. When you see this symbol on
the unit and in instructions or manuals, be alert to the potential for
personal injury. Understand the signal words DANGER,
WARNING,andCAUTION. These words are used with the
safety--alert symbol. DANGER identifies the most serious hazards,
which will result in severe personal injury or death. WARNING
signifies hazards, which could result in personal injury or death.
CAUTION is used to identify unsafe practices, which may result
in minor personal injury or product and property damage. NOTE
is used to highlight suggestions which will result in enhanced
installation, reliability, or operation.
INTRODUCTION
Carrierr’s Energy Demand System provides reliable and
automated processes to manage the costs of energy consumption.
Carrier’s Energy Demand System uses wireless devices
incorporating patented Swarm Energy Management algorithms to
create a network of coordinated rooftop units to reduce and
optimize their energy usage. This system creates a wireless
network of rooftop units with Energy Demand Load Controllers
communicating through the Energy Demand Gateway.
Each individual Load Controller can independently decide whether
it should allow its unit to run by a relay that can break the
connection between the rooftop unit and the thermostat. By
communicating energy information through the Gateway, units are
prevented from running simultaneously when it is not necessary,
thereby smoothing out peak demand over time. This method
provides the ability to accomplish Demand Management, Demand
Response, and energy trending over time.
Carrier offers two accessories that, when combined, make up the
Energy Demand System. This technology utilizes Swarm Energy
Managementtmethodology as a basis for the operating sequence:
SEnergy Management Gateway (Coordinator)
(Model Nos. CRDMNDGW001A00, CRDMNDGW002A00):
This model is packaged with a cellular modem and modem
enclosure, and is the first controller to be attached to a packaged
rooftop unit and powered up. This controller will both
monitor/control the attached rooftop unit, as well as act as a
communications gateway back to the Swarm Energy
Management Web Portal, a service provided by REGEN Energy,
Inc..
Table 1 – Kit Voltage Requirements
Kit No. Unit Voltage
CRDMNDGW001A00 208/230/460V
CRDMNDGW002A00 575V
SEnergy Demand Load Controller
(Model Nos. CRDMNDMD001A00, CRDMNDMD002A00):
This load controller is installed on the remaining packaged
rooftop units that are to be monitored and controlled.
NOTE: Please ensure you have the correct Installation
Instructions for the given type of controller before continuing.
INSTALLATION CONSIDERATIONS
RTU Checklist
Toward the end of this document, there is a RTU checklist that
must be filled out for every Gateway (Coordinator) installed. The
RTU checklist must be legible. The RTU checklists need to be
scanned and emailed to [e-mail] within 48
hours of the completion of the installation. Providing this
checklist is vital to completing device set--up for operation.

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Wiring Diagram
A diagram noting all components and their proper wiring is
provided. (See Fig. 11)
Installation Report
An Installation Report is provided at the end of this document,
where you should record installation notes for each Gateway
(Coordinator), and issues encountered.
Recommended Order of Operation To Install the
Gateway (Coordinator):
1. Determine where to mount each component.
2. Mount the components.
3. Wire all components.
4. Power up and test the Gateway (Coordinator).
5. Fill out the required RTU Installation Checklist.
6. Fill out the Installation Report.
7. Scan and email “RTU Checklist” and “Installation Report”
to [e-mail] within 48 hours of complet-
ing device setup.
Equipment Location:
The first step is to decide which rooftop unit should have the
Gateway (Coordinator). This device should be mounted preferably
in the middle of the rooftop or on a rooftop unit where other
controllers have line of sight access to this rooftop unit. (See Fig.
1.)
Overview Schematic
The components listed below must be installed. Refer to the
diagram in Fig. 2. when deciding where to mount each component
in relation to the rooftop unit.
Component Installation Location
Energy Demand Gateway
(Coordinator) Inside cabinet
Transformer Inside cabinet
4--Pole Relay Inside cabinet
Modem Enclosure Exterior of cabinet
Antenna and Mounting Base Exterior of cabinet, on top
Preferred Location
(Please note the central location on the rooftop)
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Fig. 1 -- Preferred Equipment Installation Locations
Supplied
4-Pole Relay
Supplied
Transformer
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Fig. 2 -- Component Installation Schematic

3
INSTALLATION
Basic list of tools and materials recommended to
complete installation:
Material
SSmall blue wire nuts
S9/16--in. Rubber grommet
S#18 THHN standard wire
S#18--22 fork connectors
S#18--22 female connectors
S#10 tek screws (3/4--in. long)
S5--1/2--in. And 7--1/2--in. zip ties
STube of clear silicone
Tools
SCordless drill
SControl screw drivers
S1/4--in. Pilot bit
SNut drivers
SCrimp tool
SWire strippers
Relay
Transformer
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Fig. 3 -- Transformer and Relay Mounting Examples
Suggested Installation Sequence
1. Disable all power to the rooftop unit.
ELECTRICAL OPERATION HAZARD
Failure to follow this warning could result in personal injury
or death.
Disconnect power before opening unit.
!WARNING
ELECTRICAL OPERATION HAZARD
Failure to follow this warning could result in personal injury
or death.
Before installing, modifying, or servicing system, the main
electrical disconnect switch must be in the OFF position. There
may be more than one disconnect switch. Lock out and tag
switch with a suitable warning label.
!WARNING
2. Open the main cabinet and control board cover
CUT HAZARD
Failure to follow this caution may result in personal injury.
Sheet metal parts may have sharp edges or burrs. Use care and
wear appropriate protective clothing and gloves when handling
parts.
CAUTION
!
3. Determine where each component will be mounted:
SModem Enclosure: Mounted vertically, on a side of the
cabinet’s exterior
SGateway (Coordinator): Mounted inside the cabinet,
such that allows access to the keypad and display.
Mounting location examples include, mounting within
the unit control box, on a side wall within the unit, or
any available panel. Ensure the selected mounting loca-
tion does not cause damage to coils or existing compo-
nents.
SAntenna & Mounting Base: Mounted on top of the cabi-
net
SRelay: Located inside the cabinet such that it reaches
cooling and heating control lines
STransformer: Located inside the cabinet such that it can
reach:
a. Transformer primary--side wires will be attached to the
rooftop unit’s load--side leads
b. Transformer secondary--side wires will be attached to
the Gateway (Coordinator) power wires (1 & 2) and
modem power lines (24 & 25). See wiring diagram.
Mount Modem Enclosure:
SModem enclosure should be mounted vertically on an exterior
fixed panel as close to the top of the cabinet as possible,ina
position that allows the cover to be opened.
SDO NOT MOUNT THE MODEM ENCLOSURE ON ANY
REMOVABLE DOORS
ACCESSORY RELIABILITY HAZARD
Failure to follow this caution may result in accessory
component damage.
Installation of Modem Enclosure on moveable doors may
make it difficult or impossible to remove doors. This may
also result in dropping the door and damaging the attached
component or severing wires.
CAUTION
!
SChoose a side of the cabinet with the least exposure to the sun if
possible.
SEnsure the enclosure’s cables can reach the Gateway
(Coordinator)’s cable inside the cabinet.
SPass the cables to the cabinet inside the rooftop unit using
existing holes if available, or drill one so the cables can reach the
control panel.
SSecure the cables using the black plastic gland (Hand--tighten).
Mount Gateway (Coordinator):
SEnsure the selected location for the Gateway (Coordinator)
allows access to see the display & use the keypad. (See Fig.4 )
SEnsure extension wire from the Antenna Mounting Base can
reach the top of the Gateway (Coordinator).
SSecurely mount the Gateway (Coordinator) using four of the
Mounting Screws

4
Coordinator
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Fig. 4 -- Gateway (Coordinator) Mounting Examples
Mount Transformer
Securely mount the transformer using 4 of the supplied mounting
screws.(SeeFig.5)
Secondary Side, 24
V
Primary Side
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Fig. 5 -- Transformer
Mount 4--Pole Relay
SSecurely mount the 4--pole relay using the 2 supplied mounting
screws.
SThe 4--pole relay has a set of pre--kitted wires to simplify
installation.
SWhen the coil is energized, this will allow the control signals to
pass on to the control board.
SThe rooftop unit’s Y1 and Y2, W1 and W2 control lines should
be connected through the relays’ Normally Open control points
(See Fig. 11) using the pre--kitted wires.
4-Pole Relay
Transformer
Coordinator
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Fig. 6 -- 4--Pole Relay Mounting Example
Connect Current Sensors (CTS)
SThe two current sensors should be carefully clamped around
different legs of the load--side leads, preferably L1 & L2 (L1 is
often the leg powering single--phase fan motors; confirm via
reading current with a clamp--on meter). (See Fig. 9)
SEnsure the locking tabs are fully secured.
SPlug the Molex connector pair from a CT to one of the matching
connectors on the Gateway (Coordinator) cable.
Connect Data Cables
Attach the 3--wire Molex connector from the Modem Enclosure to
the 3--wire Molex connector from the Gateway (Coordinator)
(wires 3, 4, 11, 12).
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Fig. 7 -- Data Cable Connection
Install Antenna and Mounting Base
Magnetic mount with
extension wire passed
inside cabinet, attached
to top of controller
Antenna attached
to magnetic mount
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Fig. 8 -- Antenna and Mounting Base
SLocate a smooth surface on the top of the cabinet to secure the
Antenna and Antenna Mounting Base. Ensure there is sufficient
slack on the extension cable to reach the Gateway (Coordinator)
(mounted inside the cabinet). (See Fig. 8)
SLocate a small hole through which the antenna wire can pass
into the cabinet (or drill a hole small enough for the wire).
Ensure a 1/2--in. grommet is used to protect wiring from any
sharp edges.
SHand--tightened the Antenna to the Mounting Base.
SHand--tighten the Mounting Base’s extension cable to the
antenna mount on the top of the Gateway (Coordinator). Do not
attach the antenna directly to the top of a Gateway
(Coordinator).
ACCESSORY RELIABILITY HAZARD
Failure to follow this caution may result in accessory
component malfunction.
The antenna must be installed outside of the rooftop unit
cabinet to ensure signal broadcast and reception.
CAUTION
!
SGlue the Antenna Mounting Base to the top of the rooftop unit
using silicone to ensure it remains fixed even under heavy
winds.
SUse silicone to seal the hole where the antenna cable exits the
cabinet.

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2 Legs of Load-Side Leads
CTs CT secured around
the load-side leads
Locking Tab
CT Molex Connector
mated to one of the
Controller Molex
Connectors
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Fig. 9 -- Connecting Current Sensors
Connect Power Lines
1. Connect the following wires in parallel to the 24V side of
the transformer:
a. Modem Enclosure Power (wires 24, 25)
b. Gateway (Coordinator) Power – RED Pair, (wires 1 &
2) (See Fig. 11)
2. Connect the primary side of the transformer to the load--side
leads. If a wire extension is required, use stranded 18 AWG
wire.
3. When you power up the Gateway the green WAN light &
green power light should be solid within one minute of
power up. If these lights do not come on please contact RE-
GEN Energy’s Operations Center at 949--258--4415, Option
#2.
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Fig. 10 -- Modem WAN and Power lights
Test Control Line Integration
1. Jumper the control lines to force the blower and compres-
sors on.
2. Restore power to the rooftop unit.
3. Press the Gateway (Coordinator)’s ON button to power up
the Gateway (Coordinator).
4. Wait until you see the indicators on the left of the display
light up in a vertical row.
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5. Press the unlock sequence: Y,B, ENTER. Confirm that the
OVERRIDE indicator flashes and the screen displays “rly”,
indicating that the Gateway (Coordinator) is in Relay Test
Mode.
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6. After the screen displays “rly”, it will then show “1 2”,
where: “1” indicates that Relay 1 (blower control line) is
closed (Applies only for Energy Demand Load Controller
Accessory) and “2” indicates that Relay 2 (cooling and heat-
ing control lines) is closed.
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7. Press Bto open Relay 2 and confirm that the compressor(s)
turn off (after waiting for any minimum startup runtime de-
lays). The display will show “1 –“, indicating that Relay 1 is
still closed, yet Relay 2 is now open.
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8. Wait 20 minutes and then press Bto close Relay 2, and
confirm that the compressor(s) resume operation. The dis-
play will show“1 2”, indicating that Relay 1 and Relay 2 are
both closed.
NOTE: Some control systems may have up startup delays
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NOTE: The selected relay test settings will remain in place for up
to 20 minutes, and up to 10 changes can be made to relay settings
during each Relay Test, after which the Gateway (Coordinator)

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automatically exits the Relay Test Mode and commences regular
operation.
After finished the relay test, leave the jumpers connected for at
least five more minutes in order to capture the readings for the
maximum load of the unit.
Do not proceed to the next step until the Relay Test completes
successfully. The Gateway (Coordinator) can be restarted in Test
mode as many times as desired.
Test Gateway (Coordinator) Signal Strength
1. Disconnect all power to the rooftop unit.
2. Remove jumper wires from control lines.
3. Restore all power to the rooftop unit.
4. Turn the Gateway (Coordinator) on, and wait approximate-
ly 20 seconds until the TRAFFIC indicator turns on, indi-
cating that the Gateway (Coordinator) is attempting to boot
up in regular operation mode
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5. Confirm that the READY indicator turns on, and at least
two bars of signal strength are visible. Contact REGEN En-
ergy’s Operation Center (949--258--4415, Option No. 2) for
assistance if fewer than two signal strength bars are dis-
played.
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6. Close the rooftop unit’s control panel and all cabinet doors.
7. Contact REGEN Energy’s Operation Center
(949--258--4415, Option No. 2) to notify that the Gateway
(Coordinator) has been successfully commissioned (This
step does not need to be repeated for each Energy Demand
Load Controller).
GATEWAY
(COORDINATOR)
Y1
575V
480V
24V
Y2
Y1
5
2
Load-Side Powe
r
Stepdown
Trasformer
Controls
Terminal Board From
Thermostat
10
CT Clamp
Sensor 1
CT
Clamp
Sensor 2
Omron LY4
Four pole Relay
Y
1
W2
W1
W2
W1
13
14
12
11
10
9
8
7
6
5
FIELD INSTALLED WIRE
6
3
4
14
15
16
17
18
19
20
21
11
12
9 Modem
Enclosure
GND PWR RS232
24VAC-
12VDC
Transformer
Molex
connector
25
1
24
8
7
FIELD INSTALLED WIRE
WIRE NUT CONNECTION
Molex
connector
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Fig. 11 -- Standard Wiring Schematic for Thermostat Controls (2--Stage Unit)

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Parts List
The following equipment is shipped with each Gateway
(Coordinator) Accessory.
1. Gateway (Coordinator) Controller
2. Magnetic antenna base
3. Antenna
4. Modem enclosure (with modem inside)
5. (2) Current Transformers
6. 4--Pole Relay (pre--wired with extension wires)
7. Mounting screws (supplied in a plastic bag, not displayed
below
1. Gateway (Coordinator) Controller 2. Magnetic antenna base 3. Antenna
4. Modem Enclosure
(with modem inside)
5. (2) Current Transformers 6. 4-Pole Relay
(pre-wired with extension wires)
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Fig. 12 -- Supplied Parts included with Each Gateway (Coordinator) Accessory

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Site Installation Report
Section 1.- Site Summary
Customer Name
Site Address
Customer Phone Number
Customer Email
Installation Contractor
Section 2.- Installation Details
Qty. of Modems/Gateways (Coordinators) Shipped Installed
Qty. of Load Controllers Shipped Installed
Qty. of 4-Pole Relays Shipped Installed
Qty. of Transformers Shipped Installed
Qty. of Antennas Shipped Installed
Section 3.- Installation Issues
Facility Roof Access Delays: (Ex.: Security, Escort. Clearances, etc.)
List of any RTU #s not operational/disrepair:
(Ex.: RTUs shut down, locked out for service, obvious mechanical problems, etc.)
Customer Name (Print Name) Installer Name (Print Name)
Signature Signature
Date Date

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Gateway (Coordinator) RTU Checklist
Gateway (Coordinator) Installation Checklist
Site
RTU #, Zone Name
Controller ID
To d a y ’s D a t e
Installer Name
REGEN Energy Operations Center/Support- [phone], Option #2
Step Notes 
1Power off RTU
2Install Gateway (Coordinator) and components, incl.
wiring. Install Modem Enclosure, wire to Gateway (Coordi-
nator) inside cabinet.
3Connect test jumper wires: R to lines on relay that will be
connected to original G, Y1, Y2 lines.
4Glue antenna base, caulk any drilled openings
5Pause if need to return to previous RTU after
waiting for portal test, note time
Time Paused:
Time Resumed:
6Power up RTU
7Confirm modem WAN light is on within one min. After
power up
8Wait until blower and all stages of cooling are
energized, note any startup delays
Blower Delay
1st stage Delay
2nd stage Delay
9Once all stages of cooling energized, measure
amperage on lines where CTs are clamped,
measure incoming voltage
Incoming Voltage: 277/480/120/208
CT1 Amps:
CT2 Amps:
10 Perform relay test
UP, DOWN, ENTER
Factor in any blower/compressor min. run times and start
delays, note any shutdown delays
Blower Delay:
111 Exit the relay test to start regular operation
12 Confirm READY indicator and at least two bars of signal
strength. Change Zigbee channel if directed by REGEN
support.
UP, DOWN, UP, UP, ENTER
Note time
Channel (default of 11 or new value):
#ofbars:
13 Move to next RTU, waiting at least 20 min. to
return
14 When you return, power off RTU
15 Remove jumper wires and dress wiring (e.g. tie wraps,
sticky backs)
16 Power up RTU & confirm controller connects to net-
work (Confirm READY indicator and at least two
bars of signal strength)

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Copyright 2013 Carrier Corp. S7310 W. Morris St. SIndianapolis, IN 46231 Edition Date: 05/13
Manufacturer reserves the right to change, at any time, specifications and designs without notice and without obligations.
Catalog No: CRDMNDGW001---01IIK
Replaces: NEW