Daintree GE current WHS20 User manual

WHS20/WHR1 User Manual |V1.0
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WHS20/WHR1 User Manual |V1.0
Table of Contents
Getting Started .................................................................2
Overview WHS20. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Overview WHR1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Labels ......................................................................6
WHR1 Packaging/ WHR1 External Hardware .....................................7
Commissioning LED Fixtures with WHR1 Daintree One Remote ......................8
Proles. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Overview/ Daintree One Proles................................................9
Daintree Networked Proles ...................................................10
Creating a Prole ...............................................................11
Retrieving a Prole from a Sensor. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
Modify a Saved Prole/Editing Settings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Send Prole to a WHS20 Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Occupancy Detection Conguration Details........................................14
Available Settings ............................................................14
Adjusting Occupancy Sensor Settings/Example Operations .........................15
Modifying Occupancy Detection Settings for a Prole. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Ambient Light Detection Conguration Details ....................................17
Available Settings ............................................................17
Using Occupancy and Ambient Light Detection Together............................20
Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Custom Programming for the Fixture .............................................21
Coimmision Assist ............................................................21
Upgrade to Daintree Networked with WHR1 Remote ...............................25
Troubleshooting ................................................................26
Error Handling and Feedback ..................................................27
Additional Resources ............................................................28
Daintree WHS20 High Bay Sensor - Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
Daintree WHS20 High Bay Sensor - Coverage Pattern. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
Additional Information........................................................30

OVERVIEW - WHS20
Wireless Highbay Sensor - Features
The Daintree™ Wireless High-Bay Sensor (WHS20) is a sensing and
control module within the Daintree wireless building control solution.
It enables standalone or networked control of individual luminaires.
The WHS20 provides cost-effective occupancy and ambient light
detection with full range dimming. An optional built-in BLE beacon
with Apple®iBeacon™ technology can be used for position and
proximity detection.
Wireless Highbay Sensor - Benefits
•Upgradable to other Daintree Wireless controls platforms via an over the air firmware update
•Provides both Occupancy and Ambient Light Detection
•360° Occupancy Detection Pattern
•-40°C to 70°C Ambient Temperature Rating
•IP66, IP69K, and NSF Rated (installed w/ similarly rated fixture)
•UL Listed
•FCC Certification
•Over the air firmware updates available
WHS20 sensors are available in Albeo High Bay Fixtures. For current catalog logic please reference the Albeo cut sheets.
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WHS20/WHR1 – Getting Started
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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
OVERVIEW - WHR1
Wireless Handheld Remote
The WHR1 Wireless Handheld Remote enables the
Daintree™ Wireless High-Bay Sensor (WHS20) using
infrared (IR) communication. WHR1’s intuitive user interface
can be used to configure the occupancy detection, ambient
light detection, and networking profile without the need for
lifts, ladders or tools. WHR1 stores up to 10 unique profiles
for simple and fast deployment.
Device Overview
The major components of the WHR1 are:
Batteries – The WHR1 is powered by 2x AA batteries (included beneath the packaging insert).
When replacing batteries, use quality Alkaline batteries.
Control Pad – The simple layout of the control pad makes navigation easy, while its design and material
finish provide comfort during use.
LCD Backlit Screen – The full-color LCD backlit display enhances the intuitive interface, making images
and text easy to read.
IR Transmitter / Receiver – The IR Transmitter / Receiver is located at the top of the remote.
The WHR1 must be pointed at the desired device in order to communicate with the device.
Battery Indicator – The remaining battery life of the WHR1 is shown in the upper-left of the LCD screen.

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
OVERVIEW - WHR1
Basic Operations
Before using the WHR1 you should be familiar with the following
basic operations:
Powering On – To power on your WHR1, press any button on the
control pad.
Powering Off – To power off your device, press and hold the
CENTER button for at least 2 seconds. Alternatively, the device will
automatically power off after a period of inactivity.
Navigating – Use the UP, DOWN, LEFT, and RIGHT directions to
navigate menus.
Editing – Use the CENTER button to enter editable features and
save edits.
Customer Support
Should you require additional assistance, please use the contact
information provided below:
Telephone: [phone] Option 2
Email: [e-mail]

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
Using the remote control
The WHR1 is an intuitive commissioning tool that can be used
to communicate with Daintree ONE devices. Simply point the
remote at the Daintree sensor you would like to commission and
use the multi-directional touch pad to make the appropriate
changes. Scroll left to right, or up and down to navigate the menu
items and programming options. Use the center of the touch pad
to make final selections and save profile parameters.
Scroll the touch pad up and down to Select
from the following settings:
Dimming Function
•Max/Min Output
Occupancy Detection
•Occupied/Idle/Vacant Output
•Occupied/Idle Time
•Occupancy Sensitivity
•Occupancy Transition Rise/Fall Time
Ambient Light Detection
•Low/High Ambient Threshold
•High Ambient Output
•Ambient Light Sensitivity
•Ambient Light Transition Time
iBeacon Function
Power-On Configuration
•Power-On Output
•Power-On Duration
Multi-directional
Touch Pad
Once the function
is selected, toggle
right to select and
adjust the lighting
parameters.

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
Labels
Every fixture ordered with Daintree Controls logic will have labels with QR codes.
Plan Label
Optional plan label is useful for attaching to a
paper facility map or tracking sheet.
13x13mm
(0.5x0.5in)
Unit Label
Fixture Label
25x25mm
(1x1in)
When attaching a WHS20 to a fixture, attach
fixture label to the fixture and make visible to
maintain regulatory compliance.

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
WHR1 Packaging
The WHR1 Wireless Handheld Remote comes in a all inclusive package containg the remote and easy to follow
directions on setting the remote up.
WHR1 External Hardware
The WHR1 Wireless Handheld Remote is ergonomically designed for comfort and usability.
Quickstart
Guide
Table-resting
Foot
Quickstart
Holder
Multi-directional
Touch Pad
Multi-texture
finish
Tinted IR
Window
Sleeve
WHR1 Remote
LCD Screen
Thermoformed
Insert
Sleeve Open
Finger Grip
Ergonomic Form
In-mold grip
texture

WHR1 Operation
On the back side of the WHR1 remote, carefully slide open the batery compartment cover and insert 2 AA
batteries (included) into the battery compartment for initial operation.
Daintree
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Commissioning LED Fixtures with WHR1 Daintree ONE Remote
Battery
Compartment
Cover Battery
Compartment
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Overview
A Profile is a collection of settings stored on the WHR1 which can be loaded onto a Daintree™ IR enabled
device such as the Wireless High-Bay Sensor (WHS20) using infrared communication. The WHR1 can store up
to 10 profiles at one time. Profiles can be created and adjusted manually or they can be downloaded and saved
from a nearby Daintree IR enabled device.
The Profile Type of a device determines its mode of operation and the settings available for editing in the
WHR1. Therefore, it is important to understand the Profile Type options and to select the correct option before
beginning to edit a profile.
Daintree One Profiles
When the WHS20 sensor is operating in Daintree One mode, it operates as a standalone device. In this mode,
the Sensor is not controlled by any wireless control system and operates only according to its own occupancy
and daylight sensors (if enabled).
The WHR1 can be used to create or edit the following Daintree One configurations:
•Dimming configuration
•Occupancy Detection configuration
•Ambient Light Detection configuration
•Power-On Configuration
Note: A Daintree One profile does not support iBeacon operation
For the WHS20 sensor to operate in Daintree One mode,
you must send a Daintree One profile to the sensor from
the WHR1 remote.
Daintree
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Proles

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
Daintree Networked Profiles
When the WHS20 sensor is operating in Daintree Networked mode, it connects to a Daintree™ Wireless Area
Controller (WAC60) and is wirelessly controlled by the Daintree lighting control software. In this mode, the
Sensor operates as part of a wireless controlled network and settings must be configured using the Daintree
control software.
The WHR1 can be used to modify the following settings of a device’s Daintree Networked profile prior to the
device joining a network:
•Power-On Configuration
•iBeacon operation
For the WHS20 sensor to operate in Daintree Networked mode, you must send a Daintree Networked profile
to the sensor from the WHR1 remote.
Note: iBeacon operation is only permitted on devices running a Daintree Networked profile.

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Daintree
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Creating a Prole
Retrieving a Profile from a Sensor
The easiest way to create a profile on the WHR1 is to download and save an existing profile from a Sensor:
1. On the Main Menu, click DOWN until “Retrieve Profile from Device” is highlighted. Click RIGHT to advance.
2. Click CENTER button to download the profile.
3. If multiple devices were detected, use UP/DOWN buttons to highlight the desired device and then press
RIGHT button to select. Press CENTER button when “Select” is highlighted to confirm your device selection.
4. Click RIGHT button while “Save Profile to WHR1” is highlighted.
5. Choose a profile slot for where to save the profile. In the example below, slot “01” is highlighted. Click
CENTER button to select the profile slot.
6. Click the RIGHT button to choose the selected slot.
7. Click the CENTER button again to make the selection.
8. If overwriting an existing profile on the WHR1, an additional confirmation page will follow.
Click the CENTER button to confirm the selection.
9. The profile that was just saved is now shown. Make note of the profile slot used (“01” in the example below).
IMPORTANT: Make note of the profile type retrieved. For standalone applications, the correct profile type is a
Daintree One profile. When connected to a WAC, the correct profile type is a Daintree Networked profile.
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Detailed Edit
Quick Edit
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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
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Modify a Saved Profile
After creating a profile on the WHR1 or saving an existing profile from a WHS20 sensor, you can edit the
configuration parameters of the profile as needed.
1. Select the desired profile to open the profile details page.
2. Use UP/DOWN buttons to select the profile setting to edit.
3. Click the RIGHT button to edit the selected item.
NOTE: Detailed instructions for editing the Occupancy Detection and
Ambient Light Detection settings are provided later in this Guide.
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Editing Settings
Select from Quick and/or Detailed visual editing of settings
•Quick Edit mode provides the user with the ability to edit settings without leaving the profile details screen.
Quick Edit mode can be used by pressing the CENTER button on the setting that the user would like to edit.
•Detailed Edit mode provides the user with a graphical view of the setting to be edited for more guidance.
Detailed Edit mode can be used by pressing the RIGHT
button on the setting that the user would like to edit.
Adjustments are automatically saved

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
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Send Profile to a WHS20 Sensor
After creating a profile on the WHR1 or saving an existing profile from a WHS20 sensor, you can send the profile
to another WHS20 Sensor to apply the profile’s configurations to the device.
1. Select the desired profile to open the profile details page.
2. Click DOWN button until “Send” is highlighted.
3. Click RIGHT button to choose the “Send” option.
4. Point the remote at the WHS20 Sensor. Click CENTER button to send the profile.
5. If multiple devices were detected, use UP/DOWN buttons to highlight the desired device and then press
RIGHT button to select.
6. The message shows that the profile was sent successfully.
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Available Settings
To enable occupancy-based lighting controls, use the Occupancy Detection feature as part of a
Daintree One profile.
For Occupancy Detection configuration, the following Light Output Level Settings can be adjusted:
• Occupied Output – The light output level that will be set when occupancy is detected
(during the Occupied Time)
• Idle Output – The light output level that will be set after the occupancy event detected times out
(during the Idle Time)
• Vacant Output – The light output level that will be set after the idle time runs out (during the Vacant Time)
The following Timing Settings can be adjusted:
• Occupied Time – The time period after an occupancy event is detected where the LED fixture will be set at
the Occupied Output. After this time period elapses, the LED fixture will be set to the Idle Output setting.
• Idle Time – The time period that starts after the Occupied Time runs out. During this time period the LED
fixture will be set to the Idle Output. After this time period elapses, the LED fixture will be set to the Vacant
Output setting.
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Occupancy Detection Conguration Details
100%
50%
Occupied
Output
Occupied Time Idle Time
Idle
Output
Vacant
Output
OFF

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
IDLEIDLE
IDLE
Rise
Time
Fall
Time
Occupied
Timeout
Occupied
Timeout
VACANT
OCC
OCC
PWR ON
PWR ON
Idle Timeout
Power On Level
Power On Timeout
Occupied Level
Idle Level
Vacant Level
Time
Time
Time
OC
CO
CC
Output
Level
Power On Level
Occupied Level
Idle Level
Vacant Level
Output
Level
Note:
Occupancy control can also interact
with Ambient Light control
Adjusting Occupancy Sensor Settings
Example Operation
The following is a simple example of the operation of the WHS20 sensor while the Occupancy Detection
feature is enabled and configured. Please review the WHS20 Application Note for more details on the
Occupancy Detection operation.
1. Occupancy is detected
a. Light output goes to Occupied Output setting (Example: Occupied Output = 100%)
b. Occupied Time clock starts counting down (Example: Occupied Time = 15 minutes)
2. Occupied Time clock runs out
a. Light output goes to Idle Output setting (Example: Idle Output = 50%)
b. Idle Time clock starts counting down (Example: Idle Time = 20 minutes)
3. Idle Time clock runs out
a. Light output goes to Vacant Output setting (Example: Vacant Output = 0%, Off)
b. LED fixture stays at this output level until occupancy is detected
4. Note: If at any time occupancy is detected, the LED fixture will go to the state listed in Step 1
(and this process will be restarted)
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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
Modifying Occupancy Detection Settings for a Profile
From the Main Menu:
1. Click UP/DOWN to highlight “View or Edit Saved Profile” and click RIGHT to select.
2. Click UP/DOWN buttons to highlight profile that you would like to modify.
3. Click RIGHT button to go in and edit that profile
Once in the Daintree One Profile menu:
4. Click DOWN button to highlight “Occupancy Detection”
5. Click RIGHT button to edit the Occupancy Detection settings
Once in the Occupancy Detection menu:
6. Edit desired settings based on definitions above (using UP/DOWN/RIGHT/LEFT /CENTER buttons)
7. Once you have changed all of the settings you would like, click the LEFT button to go one menu level up
(back to the Daintree One Profile menu screen)
Once, you are back in the Daintree One Profile menu:
8. Click the DOWN button until “Send” is highlighted yellow.
9. Click the RIGHT button while “Send” is highlighted.
10 Point the WHR1 at the WHS20 sensor on the LED fixture and click the CENTER button to send.
11 If multiple devices were detected, use UP/DOWN buttons to highlight the desired device and then press
RIGHT button to select.
1 The message shows that the profile was sent successfully.
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Available Settings
The ambient light detection feature may provide additional energy savings if your application features skylights,
large glass windows, or other such elements that allow sunlight to naturally illuminate the floor beneath your
fixtures. When a significant source of natural light is available, this feature can dim your fixtures to compensate
for the additional lighting provided by sunlight, as measured by the WHS20 fixture sensor.
To enable ambient light lighting controls, use the Ambient Light Detection feature as part of a Daintree One
profile. The following settings can be adjusted:
• Low Ambient Threshold (LAT) – LAT is the Ambient Light level above which the user wants the fixture to
start dimming. In a classic control system, LAT is the user’s setpoint. If the measured light level on the
WHS20 sensor is below this threshold, the light output of the LED fixture will be set to the max dim output.
This threshold is set as a multiplier of LED fixture outputs.
• High Ambient Threshold (HAT) – HAT is the Ambient Light level above which the fixture contribution is no
longer required. If the measured light level on the WHS20 sensor is above this threshold, the light output of the
LED fixture will be set to the High Ambient Output setting. This threshold is set as a multiplier of LED fixture outputs.
• High Ambient Output – The light output setting that is used when the high ambient threshold is exceeded;
This light output can be set to either “Min” (min dim output) or “Off”
• Ambient Light Sensitivity – Ambient Light Sensitivity is used to compensate for External Light being
reflected onto the sensor at a different angle than light from the device’s fixture.
• Ambient Transition Time – The time it takes to transition between the high ambient output
(either “Min” or “Off”) and the max dim output
IMPORTANT: Ambient Light Calibration must be “Complete” for correct operation of the Ambient Light
Detection. See the Commission Assist section for more details on how to verify the calibration is complete.
Daintree
®
Controls
Ambient Light Detection Conguration Details
Low Ambient
Threshold
Less Ambient
Light
More Ambient
Light
High Ambient
Threshold
High Ambient
Output
Light Output
Level
Max Dim Output
Min Dim Output
OFF

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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
Example Operation
The following is a simple example of the operation of the Ambient Light Detection feature. Please review the
WHS20 Application Note for more details on the Ambient Light Detection operation.
IMPORTANT: Ambient Light Calibration must be “Complete” for correct operation of the Ambient Light
Detection. See the Commission Assist section for more details on how to verify the calibration is complete.
1. The user would like the LED fixture to stay at its max dim output until there is twice as much light measured
compared with the light output of the LED fixture (at its max dim output setting). At ambient light levels above
the 2x threshold, the user would like the light to start dimming and saving energy.
· Set Low Ambient Threshold to 2.0
2. The user would like the light to turn OFF when the ambient light level gets to 3.5 times the max dim output
of the LED fixture connected to the WHS20 Sensor.
· Set High Ambient Threshold to 3.5; Set High Ambient Output to “Off”
Notes:
· When the ambient light level is below the Low Ambient Threshold, the light output will be set to the
maximum dim output
· When the ambient light level is measured between the Low Ambient Threshold and High Ambient
Threshold, the light output level scales between the maximum dim output and the minimum dim output
according to the measured ambient light level
· When the ambient light level exceeds the High Ambient Threshold, the light output is set to the
High Ambient Output (either minimum dim output or OFF)
Note: If Occupancy Detection and Ambient Light Detection are both enabled, LED fixture output is modified
according to both functions (see Occupancy and Ambient Light Detection section)
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Daintree™ Controls |WHS20/WHR1 User Manual |V1.0
Modifying Ambient Light Detection Settings for a Profile
From the Main Menu:
1. Click UP/DOWN to highlight “View or Edit Saved Profile” and click RIGHT to select.
2. Click UP/DOWN buttons to highlight profile that you would like to modify.
3. Click RIGHT button to go in and edit that profile
Once in the Daintree One Profile menu:
4. Click DOWN button to highlight “Ambient Light Detection”
5. Click RIGHT button to edit the Ambient Light Detection settings
Once in the Ambient Light Detection menu:
6. Edit desired settings based on definitions above (using UP/DOWN/RIGHT/LEFT /CENTER buttons)
7. Once you have changed all of the settings you would like, click the LEFT button to go one menu level up
(back to the Daintree One Profile menu screen)
Once, you are back in the Daintree One Profile menu:
8. Click the DOWN button until “Send” is highlighted yellow.
9. Click the RIGHT button while “Send” is highlighted.
10 Point the WHR1 at the WHS20 sensor on the LED fixture and click the CENTER button to send.
11 If multiple devices were detected, use UP/DOWN buttons to highlight the desired device and then press
RIGHT button to select.
The message shows that the profile was sent successfully.
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Ambient Light Control Example
1000 Lumen
LED Array
Ambient
Light Source
External Light
(Sun + other light sources)
Daintree WHS20 can reduce light output based on daylight harvesting contributions
while also setting appropriate task level lighting when occupancy is detected,
ensuring safety as well as maximizing energy efficiency.
Ambient Light
Calibration
NOTE: Calibration is done
at startup with configurable
timeout or can be forced by
the user at any time.