Current WA100-PM User manual
Wireless Adapter (WA100-PM)
i. Installation Instructions
The Daintree WA100-PM Wireless Adapter forms part of the Daintree ControlScope wireless controls solution for smart
commercial and industrial buildings. It transmits and receives messages over the wireless ZigBee
®
network and controls lights.
The WA100-PM is an AC powered device that provides On/Off switching as well as 0-10V analog dimming control for
LED drivers and ballasts.* It also provides power for low voltage occupancy sensors, photosensors (daylight harvesters),
wall switches, and control signals while it provides the wireless adaptation that enables them to communicate with the
rest of the wireless control solution. The control signals to and from these connected devices pass between the WA100-PM
and the Wireless Area Controller in ControlScope Manager (CSM), the Daintree management app.
Installation Process
1. Disconnect power before installation. Turn off all
power to affected light fixtures by turning off circuit
breakers. Confirm that power is off at all light fixtures
before continuing installation.
2. Set the WA100-PM DIP switches to support the device(s)
being connected to it. See DIP Switch Settings (pages 2-3).
3. IMPORTANT: Affix the small label with 4-5 digits of the
WA100-PM’s IEEE address on the floor Plan to indicate
its location.
4. Mount the WA100-PM in the driver cavity of the light
fixture, or external to the light fixture, or to a junction box
approved for the application. See Mounting (page 13).
5. Connect low voltage wiring from the WA100-PM to the
driver, switch(es) and/or sensors as appropriate for your
application. See Wiring (pages 4-11). Cap any unused wires.
6. Connect line voltage wires from the supply circuit to the
WA100-PM and to the driver as shown in Wiring. Cap any
unused wire.
7. Check load circuits then turn on the circuit breakers
to power up the WA100-PM. The light connected to the
WA100-PM turns On when power is initially applied (and
when power is restored after a power failure).
8. Ensure the WA100-PM green Power LED is On.
9. Press and hold the blue RESET button on the WA100-PM
for 3 seconds to reset the unit. Release the button when
the
green Joined LED and the red Error LEDs begin flashing.
10. Perform the installation test appropriate for your
application. See Installation Tests (pages 14-16) .
RESET
Error Joined Power Reset
LED LED LED
Error—On when the Wireless Adapter is in an error state.
Flashes once per second to indicate DIP Switch
configuration error. Flashes to indicate unit Reset
and during Installation Test Mode (red).
Joined—On when the Wireless Adapter has joined a
ZigBee®network. Flashes to indicate Reset and during
sensor Installation Test Mode (green).
Power—On when power is applied to the Wireless
Adapter (green).
LED Indicators
1
DT113 (Rev. 12.8.17)
Wireless Adapter (WA100-PM)
WA100-PM Model Variants
The model number WA100 was the original version of the adapter and is no longer sold. The WA100-PM model monitors and
measures the power consumption of the connected lighting load. The WA100-PM reports power measurement data to CSM.
Unless specifically noted, all references to the WA100-PM also apply to the WA100.
DIP switch settings
DIP switch settings enable the WA100-PM to operate appropriately for the type of lighting control it provides and the
type of device(s) to which it is connected and adapting for wireless communication. Set DIP switches based only on the
devices that are physically wired to the WA100-PM.
There are two primary adaptation modes to choose from as determined by the DIP switch 1 setting.
Configure DIP switch settings only as shown in this instruction. Incorrect switch settings will cause unexpected
operation.
After you change DIP switch settings, you need to press the blue Reset button for 3 seconds to reset the unit. Release
the button when the green Joined and red Error LEDs begin flashing.
•In Light Adapter Mode, the settings are for the type
of lighting control that is available on the connected
driver, and/or the sensor type(s) connected to the
WA100-PM.
•In the Switch Adapter Mode, settings are for the
connected switch type and whether the WA100-PM
is connected to a light.
Fig. 1: DIP switch location
Switch Adapter
Driver type switches 1 to 4
On/Off + 0-10V dimming
On/Off (no dimming)
Alternate Switching
Bi-Level
No Driver (sensors only)
Sensor switches 5 & 6
Occupancy
Photosensor
Both
None
Light Adapter
Switch type switches 1 to 4
Dimming
On/Off (no dimming)
Alternate Switch
Bi-Level
Light output ID 5 & 6
Light + Switch
(driver & switch
are same type)
No Light
(switch only)
Mode DIP Switch Positions:
Range Extender*
no light, no sensor
*Valid only with firmware v2.6 or higher
Fig. 2: DIP Switch Table — See DIP switch Mode descriptions
for information about each option.
2
Wireless Adapter (WA100-PM)
DIP Switch Mode descriptions
Light Adapter Mode
Control Type
On/Off + 0-10V dimming: provides On/Off control using its line voltage Switched Load connection to the driver(s).
It also provides 0-10V dimming control to the driver(s).
On/Off (no dimming): provides On/Off control using its line voltage Switched Load connection, and its low voltage
digital output to an external relay. Note, both outputs are switched at the same time in this driver control mode.
Alternate: provides On/Off switching for one driver load using its line
voltage Switched Load connection, and its low voltage digital
output to an external relay to switch a second driver load. This allows
lighting level control for no load (0%), one or the other of the two loads,
and both loads (100%). See Figure 13.
Bi-Level: provides On/Off switching for one driver with two loads using its
line voltage Switched Load connection and low voltage digital output
an external relay to switch the second load. This allows lighting level
to control for no load (0%), partial load (according to driver capability)
or full load (100%). See Figure 12.
No Driver (sensors only): provides wireless adaptation to connected occupancy sensor and/or photosensor only.
No driver control.
Sensor
To provide wireless adaptation for sensors, set DIP switches 1, 5 & 6 according to the type(s) of sensors
connected to the WA100-PM.
Range Extender
The WA100-PM joins the ZigBee network and acts only as a wireless repeater to improve the wireless range
and/ or reliability. No lights or devices are connected to the WA100-PM.
Switch Adapter Mode
Switch Type
Dimming: operating the connected switch generates dimming and On/Off signals.
On/Off (no dimming): operating the connected switch generates On/Off signals.
Alternate: operating the connected switch will switch separate drivers, providing no load (0%), partial
load (one or the other of the two loads, according to the driver loading) or full load (100%).
Bi-Level: operating the connected switch will switch loads independently in a bi-level driver (or 2 drivers),
providing no load (0%), partial load (according to the driver capability or driver loading) or full load (100%).
Bi-Level Switching States
Intensity Level WA100 Switched Aux Relay
Off (0%) Off Off
Medium (1-99%) On Off
Maximum (100%) On On
Alternate Switching States
Intensity Level WA100 Switched Aux Relay
Off (0%) Off Off
Low (1-49%) On Off
Medium (50-99%) Off On
Maximum (100%) On On
3
Wireless Adapter (WA100-PM)
Switch Adapter Mode continued
Light output ID
Light + Switch (driver and switch are the same type): the connected driver matches the operational capability
of the switch. For example:
•If the Switch type is “Dimming,” a dimming switch and 0-10V dimmable driver are both connected to the
WA100-PM. See Figure 10.
•If the Switch type is “On/Off (no dimming)” an On/Off switch is connected to the WA100-PM digital input
and On/Off driver(s) are connected to the WA100-PM’s line voltage Switched Load connection and/or an
external relay connected to the WA100-PM’s low voltage digital output.
•If the Switch type is “Bi-Level,” a bi-level driver and bi-level switch connect to the WA100-PM.
No Light (switch only): provides wireless adaptation for the selected switch type only. No light is connected to
the WA100-PM.
Occupancy Sensor Time Delays
Occupancy sensor time delays must be set for minimum.
When the ControlScope lighting control network is commissioned, time delays are set in the Daintree ControlScope
Manager (CSM) system. These CSM “Off delays” start counting down after the sensor’s internal time delay expires.
Therefore, set occupancy sensors for the minimum time delay during the WA100-PM installation.
Wiring
Line voltage wiring connects to the electrical supply circuit and to the driver(s). The Black (Hot) flying lead and the Red
(Switched Load) flying lead are 14AWG. The White (Neutral) flying lead is 18AWG.
Low voltage 22AWG flying leads provide for connections to supply low voltage power and carry control signals to and
from low voltage devices such as switches, dimmers, photocells, isolated relays and 0-10V analog dimming driver
controls. Do not connect any single low voltage device to more than one WA100-PM.
While the WA100-PM is in Installation Test mode the low voltage devices connected to the WA100-PM directly control
the lights wired to the same WA100-PM. After you exit Installation Test mode, the lights turn On and are NOT controlled
by the devices connected to the WA100-PM.
After joining the wireless network, the control signals from the low voltage devices pass through the WA100-PM and
are sent wirelessly to the ControlScope network. Depending on the zone and device configuration in the CSM, wireless
signals from the WAC to the WA100-PM determine the operation of the light(s).
Design Caution
Wireless adapters must always be provided with uninterrupted power. Do not install
a wireless adapter such as the WA100-PM to control an electrical circuit that provides
power to other wireless devices or adapters. If power to wireless adapters or devices
is shut off, control and communication with them is disabled.
4
Wireless Adapter (WA100-PM)
Line Voltage
Wiring
WHITE 18AWG Neutral
Low Voltage
Wiring
22AWG
RED 14AWG Switched Load 120-277VAC
BLACK 14AWG Hot 120-277VAC
RED 24VDC Power output
BLACK Digital Ground
GRAY Analog Ground
VIOLET 0-10V Analog output (dimming control)
ORANGE 0-10V Analog input (photosensor)
BLUE Digital input 1 (active high: occ. sensor -or- On/Dim Up for switch mode)
YELLOW Digital input 2 (active high: Off/Dim Down input for switch mode)
GREEN Digital output (On/Off for aux power pack, bi-level & alternate ballast control)
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Reducing noise on low voltage (0-10V) wiring
•
• Keep signal lines separate from mains voltage lines.
• Reduce the area created by the signal lines and the GND
return (i.e., keep them close together).
• If possible twist the signal line with the GND return.
Fig. 3: Wiring Identification
CAUTION: Risk of electrical shock
•Disconnect all power before installation and during servicing. Do not open WA100-PM
enclosure; no user-serviceable parts inside.
•All installation and maintenance of line voltage equipment must be performed by a
qualified electrician.
•The WA100-PM must be installed in accordance with all local, state, and national
electrical codes and requirements.
•Wiring connectors are not supplied. UL recognized wiring connectors must be used in
the installation.
5
OFF
ON
DIP Switch Positions:
Driver type:
On/Off + 0-10V
dimming 1234 5 6
↓
O
N
Wired
Sensor:
None
(all O F F )
DIP Switches
Line Voltage
Wires
WHITE Neutral
Low Voltage
Wires
RED Switched Load
120-277VAC
BLACK Hot 120-277VAC
GRAY Analog Ground
VIOLET 0-10V Analog Output (dimming control)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
Cap unused wires.
GRAY (-)
VIOLET (+)
*
*
* 0-10V Dimming output
5 mA available
Up to 10 LED drivers or flourescent ballasts typical; the chance of low voltage errors increases with more.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
W
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Wireless Adapter (WA100-PM)
Fig. 4: Dimming Light Fixtures:
6
OFF
ON
DIP Switch Positions:
Driver type:
On/Off (no dimming)
1 2 3 4 5 6
↓
O
N
Wired
Sensor:
None
( #4 O N )
DIP Switches
Hot
Neutral
Line Voltage
Wires
WHITE Neutral
RED Switched Load
120-277VAC
BLACK Hot 120-277VAC
Hot
Neutral
Low Voltage
Wires
Cap unused
wires.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
ON/OFF
Light
Fixture
ON/OFF
Light
Fixture
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide automatic On/Off switching of light fixtures.
Fig. 5: On/Off (non-dimming) Light Fixtures:
7
OFF
ON
DIP Switch Positions:
Driver type:
On/Off (no dimming)
1 2 3 4 5 6
↓
O
N
Wired
Sensor:
Occupancy
(#4, 5 O N )
DIP Switches
Line Voltage
Wires
WHITE Neutral
RED Switched Load
120-277VAC
BLACK Hot 120-277VAC
Hot
Neutral
Hot
Neutral
RED 24VDC Power Output
BLACK Digital Ground
24VDC
Occupancy
Sensor
24V in
Common
Control Out BLUE Digital Input 1
Low Voltage
Wires
Cap unused
wires.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
ON/OFF
Light
Fixture
ON/OFF
Light
Fixture
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide automatic On/Off switching based on occupancy.
Set occupancy sensor for minimum time delay.
Fig. 6: On/Off (non-dimming) Light Fixture(s), Occupancy Sensor configuration:
8
OFF
ON
DIP Switch Positions:
Driver type:
On/Off + 0-10V
dimming
1 2 3 4 5 6
↓
O
N
Wired
Sensor:
Occupancy
(#5 O N )
DIP Switches
Line Voltage
Wires
WHITE Neutral
RED Switched Load
120-277VAC
BLACK Hot 120-277VAC
GRAY Analog Ground
VIOLET 0-10V Analog Output (dimming control)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
RED 24VDC Power Output
BLACK Digital Ground
24VDC
Occupancy
Sensor
24V in
Common
Control Out BLUE Digital Input 1
Low Voltage
Wires
Cap unused
wires.
*
*
* 0-10V Dimming output
5 mA available
Up to 10 LED drivers or fluorescent ballasts typical; the chance of low voltage errors increases with more.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide automatic 0-10V dimming control and to switch drivers On/Off
based on occupancy. Set occupancy sensor for minimum time delay.
Fig. 7: Dimming Driver(s), Occupancy Sensor configuration:
9
OFF
ON
DIP Switch Positions:
Driver:
On/Off + 0-10V
dimming
1 23 45 6
↓
O
N
Wired Sensor:
Photosensor
( #6 ON )
DIP Switches
Line Voltage
Wires
WHITE Neutral
RED Switched Load
120-277VAC
BLACK Hot 120-277VAC
GRAY Analog Ground
VIOLET 0-10V Analog Output (dimming control)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
RED 24VDC Power Output
BLACK Digital Ground
ORANGE 0-10V Analog Input
24VDC
Photosensor
0-10V output
24V in
Common
0-10V Out
Low Voltage
Wires
Cap unused
wires.
*
*
*0-10V Dimming output
5 mA available
Up to 10 LED drivers or fluorescent ballasts typical; the chance of low voltage errors increases with more.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide automatic 0-10V dimming control and to switch light fixtures On/Off.
Fig. 8: Dimming Light Fixture(s), Photosensor configuration:
10
DT113 (Rev. 12.8.17)
OFF
ON
DIP Switch Positions:
Driver:
On/Off + 0-10V
dimming
1 23 4 5 6
↓
O
N
Wired Sensor:
Occupancy +
Photosensor
(#5,6 ON)
DIP Switches
Line Voltage
Wires
WHITE Neutral
RED Switched Load
120-277VAC
BLACK Hot 120-277VAC
GRAY Analog Ground
VIOLET 0-10V Analog Output (dimming control)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
RED 24VDC Power Output
BLACK Digital Ground
ORANGE 0-10V Analog Input
24VDC
Occupancy
Sensor
24V in
Common
Control Out BLUE Digital Input 1
24VDC
Photosensor
0-10V output
24V in
Common
0-10V Out
Low Voltage
Wires
Cap unused
wires.
*
*
* 0-10V Dimming output
5 mA available
Up to 10 LED drivers or fluorescent ballasts typical;
the chance of low voltage errors increases with more.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide automatic 0-10V dimming control and to switch drivers On/Off. Set
occupancy sensor for minimum time delay.
Fig. 9: Dimming Light Fixture(s), Photosensor, Occupancy Sensor configuration:
11
Line Voltage
Wires
WHITE Neutral
RED Switched Load
120-277VAC
BLACK Hot 120-277VAC
GRAY Analog Ground
VIOLET 0-10V Analog Output (dimming control)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
Dimming Ballast
or LED Driver
(0-10VDC)
Hot
Neutral
GRAY (-)
VIOLET (+)
RED 24VDC Power
BLUE Digital Input 1
Momentary
Contact
Switch
+24VDC
ON
OFF YELLOW Digital Input 2
Low Voltage
Wires
Cap unused
wires.
*
*
* 0-10V Dimming output
5 mA available
Up to 10 LED drivers or fluorescent ballasts typical; the chance of low voltage errors increases with more.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
OFF
ON
DIP Switch Positions:
Wired
Switch Type:
Dimming
1 234 5 6
↓
O
N
Light output:
driver same as
switch
(#1,5ON)
DIP Switches
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide 0-10V dimming control and to switch light fixtures On/Off. It also
provides manual On/Off control through a low voltage momentary contact switch.
Fig. 10: Dimming Light Fixture(s) and Switch configuration:
12
Wireless Adapter (WA100-PM)
OFF
ON
DIP Switch Positions:
Driver:
Bi-Level 1 23 45 6
↓
O
N
(# 3,4 O N )
DIP Switches
Wired Sensor:
None
Line Voltage
Wires
WHITE Neutral
RED Switched Load 120-277VAC
BLACK Hot 120-277VAC
Bi-Level
Driver/Ballast
(or 2 driver/ballasts)
Hot
Neutral
RED 24VDC Power
Aux.
Relay
+24VDC
GND GREEN Digital Ouptut LSD
Switched Hot
Low Voltage
Wires
Cap unused
wires.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Red
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Bi-Level SwitchingStates
Intensity Level WA100 Switched Aux Relay
Off (0%) Off Off
Medium (1-99%) On Off
Maximum (100%) On On
This configuration allows the WA100-PM to switch loads independently in a bi-level driver (or 2 drivers), providing no
load (0%), partial load (according to the driver/ballast capability) or full load (100%).
Fig. 11: Bi-level Switching:
13
Alternate Switching States
Intensity Level WA100 Switched Aux Relay
Off (0%) Off Off
Low (1-49%) On Off
Medium (50-99%) Off On
Maximum (100%) On On
OFF
ON
DIP Switch Positions:
Driver:
Alternate Switching
1 234 5 6
↓
O
N
(# 3 ON)
DIP Switches
Wired
Sensor:
None
Line Voltage
Wires
WHITE Neutral
RED Switched Load 120-277VAC
BLACK Hot 120-277VAC
Hot
Neutral
RED 24VDC Power
Aux.
Relay
+24VDC
GND GREEN Digital Ouptut LSD
Neutral Hot
Driver/Ballast 1
(1% to 49% of
total Load)
Driver/Ballast 2
(50% to 99% of
total Load)
Hot
Low Voltage
Wires
Cap unused
wires.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to alternate in switching separate drivers, providing no load (0%), partial load
(according to the driver loading) or full load (100%).
Always connect the smaller proportion of the total load to the WA100-PM’s RED Switched Load wire.
Fig. 12: Alternate Switching:
14
OFF
ON
DIP Switch Positions:
Driver type:
On/Off (no dimming)
1 2 3 4 5 6
↓
O
N
Wired
Sensor:
None
( #4 O N )
DIP Switches
Line Voltage
Wires
WHITE Neutral
RED
BLACK Hot 120-277VAC
Neutral
J-Box or
Equivalent
Switched Hot
Low Voltage
Wires
Cap unused
wires.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Branch Circuit
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide On/Off switching of a branch circuit.
Fig. 13: Switching a Branch Circuit:
15
OFF
ON
DIP Switch Positions:
Driver type:
On/Off (no dimming)
1 2 3 4 5 6
↓
O
N
Wired
Sensor:
None
( #4 O N )
DIP Switches
*Line Voltage Wires and connections must be secured in an appropriate enclosure,
in accordance with all local, state, and national electrical codes and requirements.
Wiring connectors are not supplied. UL recognized wiring connectors must be used in the installation.
WHITE PHASE A (120V)*
RED Switched Line Voltage*
BLACK PHASE B (120V)*
PHASE A*
RED 24VDC Power
Aux.
Relay
+24VDC
GND GREEN Digital Ouptut LSD
Lighting Load
Low Voltage
Wires
Cap unused
wires.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
}
208V Supply
PHASE A*
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide On/Off switching of a branch circuit.
Fig. 14: 208V 2-Pole (Phase-to-Phase) wiring
16
OFF
ON
DIP Switch Positions:
Driver type:
On/Off (no dimming)
1 2 3 4 5 6
↓
O
N
Wired
Sensor:
None
( #4 O N )
DIP Switches
1
1L1
2
3L2
3
5L3
4
7L4
1
2T1
2
4T2
3
6T3
4
8T4
Line Voltage
Wires
WHITE Neutral
RED
Switched Load
120/277VAC
Hot
BLACK Hot 120/277VAC
CONTACTOR
(120 or 277VAC
Coil Voltage)
Neutral
Low Voltage
Wires
Cap unused
wires.
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
Control Input
Neutral
Control Input
Hot
Load Outputs
(Hot)
Line Voltage Supply
Hots
Wireless Adapter (WA100-PM)
This configuration allows the WA100-PM to provide On/Off switching control to an external contactor.
Fig. 15: Switching Contactors:
17
Hot
EMERGENCY
Line Voltage (120-277VAC)
GRAY
0-10V Ground
VIOLET
0-10V
dimming
Control
RED Switched Load
120-277VAC
WHITE Neutral
VIOLET 0-10V
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
WA100-PM
REGULAR
Line Voltage
(120-277VAC)
LVS Model RRU-X-UM
NC
COM
NO
WHITE
Neutral
Hot *
NC
COM
NO RED
BLACK
BLUE
RED
BLUE
YELLOW
* Connect
120VAC to BLK
277VAC to ORG
FIXTURE
LED Driver or
Electronic Dimming
Ballast (0-10VDC)
BLACK Hot
WHITE Neutral
Wiring to
bypass WA100
Line Voltage
and Dimming
control to
power failure
Wireless Adapter (WA100-PM)
In the wiring diagram here, while Regular power is supplied to the LVS model RRU-X-UM the WA100-PM provides
switched On/Off power and 0-10V dimming control to the fixture driver or ballast.
When the RRU-X-UM senses loss of Regular power it passes Emergency power directly to the fixture.
It disconnects the WA100-PM switched output and disconnects the WA100-PM dimming control so that the fixture will
operate at maximum output during the power failure.
Fig. 16: Bypass WA100 switched power and 0-10V dimming control during power failure
18
EMERGENCY
Neutral
EMERGENCY
Hot 120-277VAC
GRAY Analog Ground
VIOLET 0-10V Analog Output Model RRU-2
REGULAR
Neutral
N/O
REGULAR
Hot 120-277VAC
Emergency Fixture
Dimming Ballast
or LED Driver
(0-10VDC)
GRAY
VIOLET
Wireless Adapter with Power Monitoring
Model: WA100-PM
Input: 120-277VAC, 50/60 Hz
Load: 15A@120-277VAC Ballast or Incandescent, 1hp@120-230VAC
Output: +24VDC; 75mA
Ambient Temperature -4° to 149°F (-20° to 65°C)
FOR INDOOR USE ONLY UL 2043 Plenum Rated
Patent: www.daintree.net/company/patents
CUS
IEEE Address: 00228103007-00000
Load
Black
Hot
Neut Red
White
Blue (Digital In 1)
Yellow (Digital In 2)
Orange (0-10V In)
Red (24VDC Output)
Black (Ground)
Green (Digital Out LSD)
Violet (0-10V Out)
Gray (Ground)
Relay
WA100-PM
15A
15A+45mA
45mA
CONTAINS FCC ID: Z6G-DT357
CONTAINS IC: 10478A-DT357
CAN ICES-3 (B)/NMB-3(B)
RoHS
RED Switched
Hot 120-277VAC
Regular Fixture
Dimming Ballast
or LED Driver
(0-10VDC)
WA100-PM
Wireless Adapter (WA100-PM)
Set DIP switches and perform Installation
Test appropriate to 0-10v dimming and
connected sensors.
In this application, the WA100-PM is powered by the Regular power circuit and is installed inside the Regular Light
Fixture. While Regular power is supplied to the RRU-2 the WA100-PM provides switched On/Off power to the Regular
Light Fixture.
The WA100-PM also controls dimming to the Regular and Emergency Light Fixture. The 0-10V dimming circuit from
the WA100-PM is brought into the Emergency Light Fixture. The Emergency Light Fixture is powered by the Emergency
power circuit.
When the RRU-2 senses loss of Regular power, the RRU-2 disconnects the 0-10V output from the WA100-PM and the
Emergency Light Fixture operates at maximum output from the Emergency power circuit. (Note: If the RRU-2 is not
installed, the Emergency Fixture will dim to minimum because the WA100-PM 0-10V output shorts when the adapter
loses power.)
Fig. 17: Emergency and Regular Light Fixtures: Wiring to Dim while Regular Power is Available
19
Wireless Adapter (WA100-PM)
Securing Low Voltage Wires
1.Make sure the unit is NOT powered.
2.Cut the unused low voltage wires approximately five
inches from where they exit the WA100-PM body.
3.Isolate the end of each wire using a wire nut, shrink
tubing, or equivalent.
4.Wrap the unused low voltage wires around the side of
the adapter in a bunch, and secure them in place using a
white or clear cable tie.
Trimming and Dressing
When the wiring connections have been decided and extra (unused) wires identified, secure the unused wires to keep
them neat, out of the way, and protected against shorting or interference with other components, wiring, or devices.
It is best to trim unused wires to about 5 inches in length, isolate them using a wire nut or equivalent, then bundle and
bind them close to the adapter’s body. Be sure that unused Red and Violet output wires are completely isolated from all
other wires. Unused line voltage wires must be securely isolated and housed inside a junction box, or other approved
electrical enclosure.
Line Voltage
Wires
RED 14AWG
Switched load
J-Box or
Equivalent
Low Voltage Wires
WHITE 18AWG Neutral
Hot 120/230/277VAC
BLACK 14AWG
Cap unused wires
RED: 24VDC power output
VIOLET: 0-10V output
Tie Wrap (or equiv.)
Fig. 18: Secure unused wires
20
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