Daikin CoolCloud HI-2001 User manual

HI-2001
CoolCloud™ HVAC Bluetooth®
Plug-In Module
User Guide
The Bluetooth Plug-In Module can be used to load Shared
Data onto 9-Tap blower HVAC equipment. It can be
reprogrammed in the eld to hold any set of Shared Data
using the CoolCloud HVAC app and a compatible mobile
device.
The Bluetooth® word mark and logos are registered
trademarks owned by Bluetooth SIG, Inc., and any use of
such marks are under license.”
Contents
Device Layout......................................................................2
Setup...................................................................................2
Connecting to the Device....................................................2
Over-the-Air (OTA) Updating the BTPIM01 Software..........4
Viewing System Conguration............................................4
Reprogramming 9-Tap HVAC Equipment Shared Data
Using BTPIM01....................................................................5
Additional Notes..................................................................7
What is Shared Data?.........................................................7
When is it Necessary to Load Shared Data?......................7
WARNING
CHANGES OR MODIFICATIONS NOT EXPRESSLY APPROVED BY
THE PARTY RESPONSIBLE FOR COMPLIANCE COULD VOID THE
USER’S AUTHORITY TO OPERATE THE EQUIPMENT.
This device, which was assembled by Daikin Comfort Technologies
Manufacturing, L.P., contains a component that is classied as an
intentional radiator. This intentional radiator has been certied by the
FCC: FCC ID QOQBGM111. And this international radiator has an
Industry Canada ID: IC 5123A-BGM111.
This device complies with Part 15 of the FCC’s Rules. Operation of this
device is subject to two conditions:
(1) This device may not cause harmful interference; and
(2) This device must accept any interference received, including
interference that may cause undesirable operation.
And this device meets the applicable Industry Canada technical
specications.
This equipment complies with FCC radiation exposure limits. To ensure
compliance, human proximity to the antenna shall not be less than
20 cm during normal operations.
The manufacturer of the intentional radiator (model no. BGM111) is
Silicon Laboratories Finland Oy, which can be contacted by calling
617-951-0200. (www.silabs.com)
The FCC responsible party is Daikin Comfort Technologies
Manufacturing, L.P. and may be contacted by calling 713-861-2500, or
at 19001 Kermier Rd., Waller TX 77484.
(www.DaikinComfort.com)
FCC Statement

Device Layout
A. Green Status LED (HVAC Equipment Communica-
tion LED) – Is used to indicate connectivity status with
the HVAC equipment
LED Flash Code Code Description
Off No communication with BTPIM-compatible
HVAC equipment
1 Hz flash Authentication with BTPIM-compatible
HVAC equipment in progress
Solid Authentication with BTPIM-compatible
HVAC equipment successful
B. Yellow Status LED (Bluetooth Communication LED)
– Will blink periodically when the device is powered on.
The Status LED will blink
LED Flash Code Code Description
Off BTPIM not broadcasting over Bluetooth
1 Hz flash BTPIM broadcasting and ready to pair with
CoolCloudHVAC over Bluetooth
Solid BTPIM paired with CoolCloudHVAC
C. BTPIM Blue Connector – Serves as the communica-
tion interface between BTPIM and HVAC equipment.
Note: this connector is keyed di󰀨erently than the
BTSDL (Bluetooth Shared Data Loader) connector and
is electrically di󰀨erent. Do not attempt to plug in a
BTSDL01 into a BTPIM01 connector or vice versa.
D. QR Code – A QR code that directs the user to an
electronic copy of this user manual.
Setup
Before using the card, download the CoolCloud HVAC app
for iOS or Android using the links below. Be
sure to register for an account before continuing.
Connecting to the Device
Plug in the Bluetooth ® Plug-In Module (BTPIM01) into the
HVAC control. The BTPIM is ready to connect to CoolCloud
once the green equipment communication LED is solid
and the yellow Bluetooth broadcast LED is ashing. A solid
green LED implies that CoolCloud is already connected to
the BTPIM.
If the CoolCloud HVAC app is open, it will detect the
new Bluetooth network and display model number of the
connected HVAC equipment as an available network. If
the connected HVAC equipment does not have a model
number yet, the BTPIM01 will broadcast “BTPIM01” as the
network name. Tap on this network to connect.

If the network does not appear, ensure the green Bluetooth
status LED on the device is ashing and tap the refresh
button in the app to continue scanning for networks.
Bluetooth connections from the CoolCloud app may require
security verication. Choose “Pair
Device by Code” and enter the code displayed on the
seven segment display of the HVAC control board. Note:
“Pair Device by Thermostat” authentication method is not
currently supported.
The code displayed on the HVAC equipment will clear
automatically once authentication over Bluetooth is
successful.

Over-The-Air (OTA) Updating the BTPIM01 Software
From time-to-time CoolCloud will show a prompt if an OTA
software update is available for the BTPIM01 software.
Goodman periodically enhances the BTPIM01 software so
it is recommended to proceed with this update whenever
possible. The update process should not take longer than
2 minutes. The BTPIM will restart automatically once OTA
software update is complete. In the unlikely case that the
BTPIM01 does not reboot after a software update, please
un-plug and re-plug the BTPIM01.
Note: At the moment only OTA updates for the BTPIM01
software are supported. BTPIM01 is unable to update the
software of the connected HVAC equipment, however, this
may change in the future.
Viewing System Conguration
The connected equipment’s conguration can be viewed
by going to Furnace > Conguration from the System
Overview Screen. Note: currently only HVAC Device and
Firmware Version is available to view.

Reprogramming 9-Tap HVAC Equipment Shared Data
Using BTPIM01
The connected equipment’s Shared Data can be updated
by going to Furnace > Shared Data from the System
Overview Screen.
From here, the appropriate Shared Data can be selected
by either scanning a barcode that can be found on the unit
or by typing in the model number of the unit. If possible,
scanning the 2D barcode is recommended to get the most
accurate results. If this barcode is faded, damaged, or can-
not be found, then it will be necessary to enter the model
number instead.
The 2D barcode can typically be found somewhere inside
the unit. The barcode can typically be found on the blower
deck. This 2D barcode will always have the model number
of the unit printed next to it.
After selecting the desired model number, the app will pres-
ent a conrmation screen. Review the information on this
screen, then, if the information looks correct, click “Conrm
and Continue” to program the selected Shared Data onto
the card.
If the information shown on the conrmation screen does
not look correct, it may be necessary to choose a di󰀨erent
set of Shared Data. Return to the previous screens and
ensure the model number provided in the app is correct. If
possible, use the camera to scan the 2D barcode instead
of manually selecting the model number from the list.
Note: Not all HVAC equipment support shared data.

Additional Notes
What is Shared Data?
There are many di󰀨erent models of equipment o󰀨ered
under the 9-Tap platforms; however, all these models use
only a small handful of control boards. To make sure each
control board can work inside its intended chassis, we load
each board with a small amount of chassis-specic data
when the equipment is assembled. Not all 9-Tap control
use shared data.
When is it Necessary to Load Shared Data?
Shared Data update is typically only needed when switch-
ing out the 9-Tap HVAC equipment control board if perfor-
mance enhancements were made to the existing shared
data set.