- Pairing the Sensor - Mounting the Sensor on a wall - Placing the Sensor on a flat surface - Ready for use Sensor Occupancy Detection - Changing Sensor Settings in the TrickleStar Portal - Automated Thermostat Occupancy Mode Changes Weighted Average of the Room Temperature from all Sensors Sensor Specifications - Connectivity...
Maximum 6 Sensors can be connected to the Thermostat via Bluetooth. This Installation Guide describes how to install the Sensor and pair it to a TrickleStar Wi-Fi Smart Thermostat. If you have any inquiries about TrickleStar products or need technical support, visit our website for tutorials, videos and Frequently Asked Questions (FAQ).
Sensor Setup and Installation Powering Up the Sensor To power up the Sensor, gently remove the Sensor back cover by detaching the cover from the clips. You will see an insulator on the battery with the caption “REMOVE BEFORE USE”. Lift the battery by pulling on the battery insulator and gently peel off the battery insulator.
Fig 7-A Pairing the Sensor 1. Log in to your TrickleStar Portal account. Scan the QR code to access the Portal. 2. On the Dashboard screen, select Devices, then click on your Thermostat Name to enter the Thermostat Control page.
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5. Press Next once your Sensor LED is blinking to complete the pairing process. This will initiate a scan function and the Thermostat will scan for Sensors in range. Sensors that are detected will be listed by their MAC addresses. Select the correct Sensor from the list of available Sensors for pairing. Note: It may take up to 30 seconds to detect and pair a new Sensor. 6. Once your Sensor is successfully added, the Sensor Status maybe shown as “Not connected”. Wait 1 to 2 minutes for the Sensor data to be auto-populated, or you may click on the “Refresh Sensor Data” icon to update the Sensor readings manually. Fig 8-A Note: •...
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If pairing is successful, the Occupancy Sensor will stop blinking. Then, the Bluetooth indicator appears on the Thermostat display. Fig 9-A If pairing is unsuccessful or times out after 8 minutes, the LED will stop blinking and the Sensor will go into standby mode.
Mounting the Sensor on a wall Before you mount the Sensor on the wall, be sure to check that: The Sensor is connected to the Thermostat. The Sensor is mounted away from direct heating or cooling sources, such as a fireplace or an air ventilator.
Placing the Sensor on a flat surface Before you place the Sensor on a flat surface, be sure to check that: The Sensor is connected to the Thermostat. The Sensor is placed on an even surface and at a safe location. The Sensor is facing the direction where you want to detect occupancy.
The Occupancy Sensor is now ready for use. In Normal mode, the connection between the Sensor and the Thermostat is set up. The Sensor will automatically update the Connection Status, Room Temperature, Occupancy State and Sensor Battery Level in the Tricklestar Portal and Tricklestar App. Fig 12-A...
To check the occupancy detection state on the Sensor itself, you can enable the Occupancy Detection LED via the Sensor settings in the TrickleStar Portal. The LED will then blink once every 30 seconds when it detected occupancy within the Sensor’s detection range.
Changing Sensor Settings in TrickleStar Portal 1. To change the Sensor settings, go to “Devices” tab > select your Thermostat Name > “Sensors” tab. 2. Click on the Sensor Settings icon. Fig 14-A...
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3. Select and change your desired settings. Fig 15-A...
Automated Thermostat Occupancy Mode Changes If the Sensor detected an “occupied” state, it will automatically change the Thermostat’s mode to Home (if it was in Away mode previously). If the Sensor detected an “absence” state, it will change the Thermostat’s mode to Away (if it was in Home mode previously). You can adjust the Absence Detection Sensitivity and Occupancy Detection Sensitivity for the Sensor. These control the time delay before an “absence” and “occupied” state is sent by the Sensor respectively. For the Occupancy Detection feature to automatically change the Thermostat’s Mode: a) The Occupancy Detection Enabled field must be set to “Yes”, b) The Sensor Enabled field for each individual Sensor must be set to “Yes”, c) The Sensor Status in the Portal must be shown as “Connected”, d) The Thermostat Mode must be in Home or Away (not Sleep), and e) The Thermostat must be in Schedule mode, and not in Temporary/Permanent/Vacation Hold. Note: • You may also configure the Sensor to only measure room temperature to control the HVAC system by selecting “No” for the Occupancy Detection Enabled field. • Doing so allows you to still be able to check the occupancy state of the Sensor in the Portal, but the Sensor will not automatically change the occupancy mode of the Thermostat.
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Changing Thermostat Mode from “Home” to “Away” When the Occupancy Sensor detected no movement within the “Absence Detection Sensitivity” duration, the Thermostat will automatically change the occupancy mode to “Away (set by sensor)” if the current mode is “Home”. Your preset Set Temperature (Heat and Cool) and Set Fan (Heat and Cool) for “Away” mode will be followed. Fig 17-A Fig 17-B...
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Changing Thermostat Mode from “Away” to “Home” When the Occupancy Sensor detected movement within the “Occupancy Detection Sensitivity” duration, the Thermostat will automatically change the occupancy mode to “Home 1 (set by sensor)” or “Home 2 (set by sensor)” if the current mode is “Away”. Which mode is chosen depended on which Home mode is closest to the current time in the Schedule. Your preset Set Temperature (Heat and Cool) and Set Fan (Heat and Cool) for “Home” mode will be followed. Fig 18-A Fig 18-B...
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If the Thermostat is in “Sleep” Mode The Occupancy Sensor will not be able to change the Thermostat’s occupancy mode. Note: To cancel the occupancy mode changes, press and hold the jog dial for 3 seconds to return to current schedule.
Weighted Average of the Room Temperature from all Sensors TrickleStar Portal allows you to customize the weightings to be assigned to the temperatures measured by each individual Sensor, and the Thermostat unit in the Sensor settings. When you add Sensors to your TrickleStar Wi-Fi Smart Thermostat unit, the system automatically calculates the weighted average of the room temperatures measured from all the Sensors and from the Thermostat unit itself using the assigned weightings.
Specifications Temperature range Measurement : 32°F to 104°F (0°C to 40°C) Sensitivity : 0.1°F (0.05°C) Accuracy : ±1°F (60°F to 80°F), ±2°F (any other range) Operating : 32°F to 122°F (0°C to 50°C) Humidity range Operating : 5% to 95% RH (non-condensing) Storage Temperature...
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Detection Range Occupancy Passive Infrared (PIR) detection method Horizontal 36 ft. (0°), 29.5 ft. (+/- 30°), 16.4 ft. (11 m) (9 m) (+/- 60°) (5 m) Vertical 6.6 ft. (30° downward), 3.3 ft. (2 m) (1 m) (45° downward) Horizontal range 0°...
Remove the Battery Cover and replace the battery in the battery compartment. Put back the Battery Cover. The Sensor will automatically power up and reconnect to the TrickleStar Wi-Fi Smart Thermostat. If the cover is not snapped properly, the Sensor may not power up.
• Check that the battery insulator “REMOVE BEFORE USE” The Occupancy Sensor does has been peeled off completely from the Sensor battery and not pair with the TrickleStar the Sensor LED is flashing continuously. Wi-Fi Smart Thermostat • If the Sensor LED does not flash, hold the Pairing Button for 3 seconds to initiate pairing to the Thermostat.
FCC Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
IC Statement This device complies with Industry Canada’s licence-exempt RSSs. Operation is subject to the following two conditions: (1) This device may not cause interference; and (2) This device must accept any interference, including interference that may cause undesired operation of the device.
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