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Wireless Thermostat (WTS10)
LED Operation
The WTS10 has two LEDs above the display. Upon power-
up the LEDs cycle on and off briefly as the thermostat
goes through its start-up routine. After the start-up
routine is complete, the LEDs operate as described in the
tables below.
Left (orange) LED
Description
Not Lit
Normal operation.
Bootloader reprogramming MCU after OTA
Orange, flashing
firmware update performed successfully.
Right (multicolor) LED
Description
Normal operation while joined to ZigBee
Not Lit
network.
Thermostat has not joined a ZigBee
Red, solid
network.
Thermostat is scanning for a network to
Green, flashing
join.
Green, solid for 3 seconds
Thermostat has joined a ZigBee network.
HVAC system warning: 24VAC is detected
Amber, solid
at thermostat's L terminal.
Thermostat is responding to an "Identify"
Amber, flashing
command from CSM.
Joining the ZigBee Wireless Network
After successfully completing the Installation Test the
WTS10 is ready to communicate with the Daintree
Wireless Area Controller (WAC) and be commissioned and
configured using the ControlScope Manager (CSM) web-
based application. The thermostat automatically tries to
join the WAC network every 5 minutes. The WAC must be
commissioned and Add New Devices must be initiated
on the WAC before the thermostat can join the ZigBee
wireless network.
For information about configuring the thermostat using
CSM, see the on-line help.
Once the thermostat is joined, it ignores its built in
schedules. The WAC passes configuration information like
Call 1 888 694 3533
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Information provided is subject to change without notice. All values are design or typical values when measured
under laboratory conditions. Current and GE Lighting are businesses of the General Electric Company. © 2017 GE
products.currentbyge.com
setpoint , heat/cooling mode, lock levels etc. at the start of
each CSM schedule.
If the thermostat loses communication with the WAC the
following things will happen:
to use the existing configuration set by the WAC.
Keypad automatically unlocks after 30 minutes to allow
(3)
manual changes.
If remote temperature sensor(s) are
enabled, and the thermostat does not receive a remote
temperature report within 15 minutes, it will switch to its
built-in temperature sensor.
Power Supply
Output
Radio Properties
Compliance
Operating Environment
Temperature
Measurement
Control
Switching Circuit
(1)
Thermostat continues
(2)
18 – 30VAC at R – C terminals
3A max, 1A each terminal
2.4 GHz, +20dBm transmit power
ETL listed, FCC ID: D12CT-EM2606, IC ID:
1700A-CT-EM2606
32°F to 113°F (0°C – 45°C). Indoor use only
Fahrenheit or Celsius
Display range: 14°F – 99°F (5°C – 37°C)
Display resolution: 1°F (1°C)
Setting range: 45°F – 90°F (7.0°C – 32.0°C)
Setting resolution: 1°F (0.5°C)
Accuracy: +/- 1°F @ 75°F
Switching differential 1st stage: User
selectable
• 0.5°F (default), 1.0°F, 2.0°F (0.25°C, 0.5°C,
1.0°C)
Switching differential 2nd stage: Fixed
2°F (1°C)
Switching differential 3rd stage: Fixed 2°F
(1°C)
Operational differential: Less than +/- 2°F
Control timing:
• Compressor short cycle timer – 5 min
Residual cooling fan delay: User selectable
• 0 (disabled), 30, 60, 90 sec
• Default = 60 sec
Control Switches:
• Latching relay, 2A max load per relay
Relays:
• 1st stage/Aux heating control
• 2nd stage/Emergency heating control
• Fan Control
• Heating/Cooling O/B control, 3rd stage
conventional heat control
• 1st stage cooling control / 1st stage
heat-pump heating control
• 2nd stage cooling control / 2nd stage
heat-pump heating control
4
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