CLOUDLINE PRO MIXED FLOW INLINE FAN SYSTEMS USER MANUAL
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MANUAL CODE CL2209X1 PRODUCT MODEL UPC-A CLOUDLINE PRO S4 CLOUDLINE PRO S6 CLOUDLINE PRO S8 CLOUDLINE PRO S10 CLOUDLINE PRO S12 CLOUDLINE PRO T4 CLOUDLINE PRO T6 CLOUDLINE PRO T8 CLOUDLINE PRO T10 CLOUDLINE PRO T12 AI-CLS4 AI-CLS6 AI-CLS8 AI-CLS10 AI-CLS12 AI-CLT4 AI-CLT6 AI-CLT8 AI-CLT10 AI-CLT12 819137020290 819137020306 819137020849 819137020856 819137021006 854759004785 854759004792 819137020276 819137020283 819137021013 EC models CANNOT be daisy chained with DC models.
MANUAL INDEX Manual Index ................................................................................. Product Warning ............................................................................ Interference from MH and HPS Lights ........................................... Key Features ................................................................................. Product Contents ........................................................................... Installation: Mounting ....................
PRODUCT WARNING TO REDUCE THE RISK OF FIRE, ELECTRIC SHOCK, OR INJURY TO PERSONS, OBSERVE THE FOLLOWING: 1. Ensure your power source conforms to the electrical requirements of this product. 2. Check your local code restrictions for additional safety measures that may be needed for a proper code compliant installation. 3. Read all instructions before installing and using this product. 4.
INTERFERENCE from MH and HPS LIGHTS Certain grow light models with HID* ballasts that do not use electromagnetic shielding will create an area of radio frequency interference (RFI). This can distort nearby frequency-sensitive components like internet lines and climate sensors. RFI can be emitted from the ballast’s cords or the ballast itself.
KEY FEATURES 8 QUIET PWM MOTOR STATOR BLADE FANS CONTROLLER 69 PRO PWM-controlled motor features precise speed control, reduced rotor noise, and energy-efficient EC voltage. Hydro-mechanical stator blades enable efficient airflow delivery in high static pressure environments. Features automation controls that activate the fan according to temperature, humidity, timer, and schedules.
PRODUCT CONTENTS CLOUDLINE PRO S-Series UIS F - 4PIN M ADAPTER (x1) SPEED CONTROLLER (x1) WOOD SCREWS (WALL MOUNT) (x1) CONTROLLER PLATE BOLTS (x2) CLOUDLINE PRO T-Series SMART CONTROLLER (x1) SENSOR PROBE (x1) UIS M - 4PIN F ADAPTER (x2) WOOD SCREWS (WALL HANG) (x2) CONTROLLER PLATE BOLTS (x2) FAN UNIT (Included in both S-Series and T-Series) DUCT FAN SYSTEM (x1) DUCT CLAMP (x2) WIRE MOUNT (x6) PROBE MOUNT (x1) HOOK AND LOOP TIES (x4) WALL ANCHOR (x4) HANGING STRAPS (x2) DUCT FAN SCREW
PRODUCT CONTENTS 10
INSTALLATION MOUNTING STEP 1 Unscrew and loosen the metal rings using a Phillips screwdriver and pliers. STEP 2 Remove the motor box from the flange bracket. Remove the wind circle between the motor box and the intake flange.
INSTALLATION MOUNTING STEP 3 Use the flange bracket to set your desired fan position. Mark the four mounting holes. STEP 4 Drill four holes into the marked locations. Make sure your mounting area is structurally sound and free from obstruction.
INSTALLATION MOUNTING STEP 5 If you are mounting onto anything other than a wood support or stud, insert the included four wall anchors into the drilled mounting holes. You may need to use a hammer to secure them through the holes. STEP 6 Align the flange bracket’s holes with the wall anchors. Screw in four wood screws with a screwdriver or drill to secure the flange bracket. Make sure its airflow arrow is pointing in your desired direction.
INSTALLATION MOUNTING STEP 7 Place the wind circle back into the intake flange and reposition the metal clamps over the flanges if applicable. STEP 8 Slide the motor box back into the flange bracket, making sure its airflow arrow is pointing in the same direction as the flange bracket’s arrow. Tighten the metal clamps using a Phillips screwdriver and pliers to secure the motor box.
INSTALLATION MOUNTING STEP 9 If installing ducting, use the included duct clamps to secure it to either end of the duct fan, making sure there is a tight seal. Tighten the duct clamps using a flathead screwdriver.
INSTALLATION HANGING - STRAPS STEP 1 Loop the strap around the bracket and a pole. STEP 2 Slip the strap through the inner ladder lock slot from the bottom.
INSTALLATION HANGING - STRAPS STEP 3 Route the strap into the outer ladder lock slot from the top. Adjust the length of the completed loop as needed. STEP 4 Tuck the loose end through the center gap of the ladder lock to secure the loop.
INSTALLATION HANGING - STRAPS STEP 5(a) - Hanging Downward Let the fan hang by the pole once the straps are secure. Make sure the fan's airflow arrow is pointing towards your desired direction. STEP 5(b) - Hanging Upward To hang the fan right-side up, loop and tighten the straps, as shown in steps 1-4, around the pole. Hang the fan by the duct flanges to secure it.
INSTALLATION HANGING - ROPE CLIPS HANGING UPWARD If installing with rope hangers (sold separately), loop the ropes around the flanges and tighten the rope to secure the fan. HANGING DOWNWARD Loop the two rope hangers around a pole and the fan's bracket. Clip the carabiners onto each other. Shorten the loops as needed. Make sure the fan's airflow arrow is pointing towards your desired direction.
INSTALLATION MOTOR CAP STEP 1 Unscrew the motor cap using a screwdriver. STEP 2 Rotate the motor cap to your desired orientation. Reapply the screws. Rotating the motor cap will not void your warranty.
INSTALLATION CONFIGURATION SETUP Intake and Exhaust This fan can be used as either an intake fan or an exhaust fan in grow rooms and larger grow tents. To achieve optimal whole space ventilation, the intake fan or opening - if not using a fan - must be situated at a bottom corner of your grow space. The exhaust fan must be hung (shown below) or mounted at the highest opposite corner possible.
POWERING AND SETUP S-SERIES STEP 1 Plug the duct fan’s UIS connector into the speed controller’s port at the bottom. STEP 2 Plug the fan's power cord into a wall outlet. The controller will receive power from the fan to operate.
POWERING AND SETUP T-SERIES STEP 1 Plug your device’s UIS connector into one of the controller's ports. STEP 2 Plug the sensor probe into the controller’s 3.5mm jack. Set the probe near your plants in your grow tent for the most accurate reading. Keep the probe cord away from your HID* grow light ballast's power cord to ensure the controller properly detects climate conditions.
POWERING AND SETUP T-SERIES STEP 3 Plug your device’s power cord into an AC power outlet to power it and the controller. STEP 4 You may use the included tie mounts, wood screws, and wire ties to manage the cords. Secure the tie mounts onto a surface using the wood screws. Loop the wire ties around the cords into the tie mounts.
CONTROLLER MOUNTING S-SERIES STEP 1 — WALL MOUNTING Locate a spot free of obstruction and secure the anchor into your wall. Twist the wood screw into the anchors. STEP 2 — WALL MOUNTING Hang the controller by the screw using the hole on the backside.
CONTROLLER MOUNTING S-SERIES MAGNET MOUNTING Mount the controller on a steel surface using the magnet located behind the label. PLATE MOUNTING* Screw the controller plate bolts into the slot or mounting holes at the upper half of the plate. Hang the controller by the bolts using the hole on the backside.
CONTROLLER MOUNTING T-SERIES STEP 1 — WALL MOUNTING Locate a spot free of obstruction and secure the anchors into your wall. Twist the wood screws into the anchors. STEP 2 — WALL MOUNTING Hang the controller by the screws using the holes on the backside.
CONTROLLER MOUNTING T-SERIES MAGNET MOUNTING You may also mount the controller onto a steel surface using the magnet located behind the label. PLATE MOUNTING* Screw the bolts into the slot or mounting holes at the upper half of the plate. Hang the controller by the bolts using the holes on the backside.
CONTROLLER MOUNTING T-SERIES CORD ARRANGEMENT Cords may be routed into or outside of the kickstand grooves, and through a cut hole behind the controller. KICKSTANDING Open the stand behind the controller to set it tilted on your desktop.
UISTM PLATFORM The UISTM platform enables you to connect a single central controller with several grow devices simultaneously. By creating this fully integrated system, you can power and program all your devices together or separately for optimized grow tent management. Your grow system can be regulated using your controller hub or remotely on the AC Infinity app (paired with compatible controllers), where you will have access to automation programming and climate data.
UISTM PLATFORM MOLEX ADAPTER Use the included Molex adapter to plug inline fans with 4-pin Molex connectors into this controller. Plug your fan's Molex connector into the adapter. Then plug the adapter into the controller. UIS M - 4PIN F ADAPTER EXTENSION CABLE* Use male-to-male UIS extension cords to connect devices with female UIS ports at an extended range from your controller.
COMPATIBILITY Older generation models that previously used DC motors now contain EC motors in updated builds. Whereas fans that use DC motors connect to its controller to receive power, fans that use EC motors connect to electrical sockets to receive power. Neither the fan nor the controller is backwards compatible with the same product of an older generation that use DC motors and older controllers.
ADDING MORE FANS The CONTROLLER 69 PRO is built with four ports that enable you to power and control multiple fans at the same time. Compatible with inline fans with EC motors only. See image below for a sample configuration. Multi-Fan Connection INLINE FAN 4" INLINE FAN 6" MOLEX ADAPTER Use the included UIS to 4-pin Molex adapter to connect your fan to the Universal Controller (not included). Plug your fan's UIS connector into the adapter. Then plug the adapter into your controller.
ADDING MORE DEVICES USING THE DONGLE Each controller port can support mix-andmatched devices regardless of their size. When using a 2-port or 4-port dongle, plug your first device into Port 1 for the controller to recognize as the primary device. All other devices plugged into the dongle will follow programming intended for the device plugged into Port 1.
CLEANING STEP 1 Remove the motor box from the mounting flange. Refer to steps 1-2 on page 11 to learn how to remove the motor box. STEP 2 Use a damp cloth to clear the impeller and fan blades of any dust and debris. Remove the wind circle in between the motor box and input flange.
CLEANING STEP 3 Clear the stator blades of any dust and debris on the opposite end. Clean the area inside the output and exhaust flanges. STEP 4 Secure the motor box onto the mounting flanges. Refer to steps 7-9 on page 14-15 to learn how to secure the motor box.
PROGRAMMING S-SERIES FAN SPEED ADJUSTING The controller features a single button that controls the fan speed from 0-10. Pressing the speed button increases the fan speed in one unit increments. Pressing the button at the 10 setting will set the fan speed back to 0. Fan Speed Indicator POWERING ON/OFF Holding the speed button for 4 seconds will turn the fan OFF. Pressing it again from OFF will turn the fan ON at its last speed setting.
PROGRAMMING T-SERIES 1. PORT BUTTON Cycles through up to four connected devices. Each device is programmed independently, or together when navigating to ALL. 2. MODE BUTTON 3. SETTING BUTTON Cycles through the controller’s modes: OFF, ON, AUTO (4 triggers), VPD (2 triggers), TIMER TO ON, TIMER TO OFF, CYCLE (ON and OFF), and SCHEDULE (ON and OFF). Cycles through the controller’s settings: DISPLAY, CLOCK, °F / °C, CALIB. T° / H% / kPa, TRANS. T° / H% / kPa, BUFF. T° / H% / kPa, and LEAF OFFSET. 4.
PROGRAMMING T-SERIES PORTS Pressing the port button will cycle through the controller’s available ports: ALL, 1, 2, 3, and 4. Dot indicates the current device. No digit is displayed if a device is not plugged into the corresponding port. ALL PORTS Navigate to the ALL port to set simultaneous programming for all connected devices. Programming set in this port mode applies to all connected devices, but will not be active if you navigate to other ports. Re-entering the ALL port will resume its programming.
PROGRAMMING T-SERIES CONTROLLER MODES Pressing the mode button will cycle through the controller’s available programming modes: OFF, ON, AUTO (4 triggers), VPD (2 triggers), TIMER TO ON, TIMER TO OFF, CYCLE (On and Off), and SCHEDULE (On and Off). OFF MODE Your devices will not run while in this mode. The OFF Mode setting also serves as the minimum level the other modes will run at while triggered OFF.
PROGRAMMING T-SERIES ON MODE Your devices will actively run at the level set here, regardless of the probe’s reading. The ON Mode setting also serves as the maximum level the other modes will run at. *Example shown MAXIMUM LEVEL Your devices will run at the level set in ON Mode, as the maximum level, when triggered ON, as well as in the AUTO Mode, CYCLE Mode, TIMER TO ON Mode, TIMER TO OFF Mode, and SCHEDULE Mode.
PROGRAMMING T-SERIES AUTO MODE (HIGH TEMPERATURE TRIGGER) Pressing the up or down button sets the high temperature trigger. The devices will activate if the probe’s reading meets or exceeds this threshold. Once triggered, the devices will gradually ramp up to the level set in ON mode. If the probe’s reading falls below this trigger point, the devices will gradually slow down to a stop or at the level set in OFF mode.
PROGRAMMING T-SERIES AUTO MODE (LOW TEMPERATURE TRIGGER) Pressing the up or down button sets the low temperature trigger. The devices will activate if the probe’s reading meets or falls below this threshold. Once triggered, the devices will gradually ramp up to the level set in ON mode. If the probe’s reading rises above this trigger point, the devices will gradually slow down to a stop or at the level set in OFF mode.
PROGRAMMING T-SERIES AUTO MODE (HIGH HUMIDITY TRIGGER) Pressing the up or down button sets the high humidity trigger. The devices will activate if the probe’s reading meets or exceeds this threshold. Once triggered, the devices will gradually ramp up to the level set in ON mode. If the probe’s reading falls below this trigger point, the devices will gradually slow down to a stop or at the level set in OFF mode.
PROGRAMMING T-SERIES AUTO MODE (LOW HUMIDITY TRIGGER) Pressing the up or down button sets the low humidity trigger. The devices will activate if the probe’s reading meets or falls below this threshold. Once triggered, the devices will gradually ramp up to the level set in ON mode. If the probe’s reading rises above this trigger point, the devices will gradually slow down to a stop or at the level set in OFF Mode.
PROGRAMMING T-SERIES VPD MODE (HIGH VPD TRIGGER) Pressing the up or down button sets the high VPD trigger. The devices will activate if the probe’s reading meets or exceeds this threshold. Once triggered, the devices will gradually ramp up to the level set in ON mode. If the probe’s reading falls below this trigger point, the devices will gradually slow down to a stop or at the level set in OFF mode.
PROGRAMMING T-SERIES VPD MODE (LOW VPD TRIGGER) Pressing the up or down button sets the low VPD trigger. The devices will activate if the probe’s reading meets or falls below this threshold. Once triggered, the devices will gradually ramp up to the level set in ON mode. If the probe’s reading falls below this trigger point, the devices will gradually slow down to a stop or at the level set in OFF mode.
PROGRAMMING T-SERIES 20 m in . START TIMER TO OFF (COUNTDOWN END POINT) to START F OF De vic F OF 48 De vi e The countdown will begin if no buttons are pressed for 5 seconds. The time left on the countdown is shown on the lower right corner of the display above the setting. Leaving the timer mode while the countdown is running will pause it until you return to this mode. ON ON TIMER TO OFF MODE Pressing the up or down button sets a countdown time.
PROGRAMMING T-SERIES The countdown will begin if no buttons are pressed for 5 seconds. The time left on the countdown before the next ON or OFF phase is displayed below the current level. Leaving the cycle mode while the countdown is running will pause it until you return to this mode. 1hr. F OF When the devices are activated, they will run at the level set in ON Mode. When the devices are deactivated, they will run at the level set in OFF Mode. 30min.
PROGRAMMING T-SERIES SCHEDULE MODE (ON AND OFF) Sets an on clock-time and an off clock-time schedule for the devices to follow daily. Press the up or down button to first set up an on clock-time to trigger ON mode, then press the mode button to set an off clock-time to trigger OFF mode. Please be sure to set the current clock time under settings. When the devices are triggered to activate, they will run at the level set in ON Mode.
PROGRAMMING T-SERIES CONTROLLER SETTINGS Pressing the setting button will cycle through the controller’s available settings: DISPLAY, CLOCK, °F / °C, CALIB. T° / H% / kPa, TRANS. T° / H% / kPa, BUFF. T° / H% / kPa, and LEAF OFFSET. DISPLAY SETTING Adjusts the display brightness and auto-dimming. Press the up or down button to cycle through levels 1, 2, 3, A2 and A3; 3 being the highest brightness setting, while 1 is the lowest.
PROGRAMMING T-SERIES °F/°C SETTING Changes the displayed units to Fahrenheit or Celsius. Press the up or down button to cycle through F and C. All displayed units will automatically convert when adjusting this setting. CLOCK SETTING Adjusts the current clock time. Press the up or down button to increase or decrease the time. Once you cycle through 12:00 each time, the units will automatically change to AM or PM. The clock time is located at the top right corner of the display.
PROGRAMMING T-SERIES CALIBRATION TEMPERATURE SETTING Adjusts the temperature reading the sensor probe is measuring. Press the up or down button to increase or decrease the data figure in 1° increments. The calibration cycle ranges from -20°F to 20°F (or -10°C to 10°C) and will be applied to the sensor probe’s measurements. CALIBRATION HUMIDITY SETTING Adjusts the relative humidity reading the sensor probe is measuring. Press the up or down button to increase or decrease the data figure in 1% increments.
PROGRAMMING T-SERIES TRANSITION TEMPERATURE SETTING Adjusts how gradually your device will shift between levels when triggered ON by the AUTO Mode’s temperature trigger. This will determine how much the probe temperature needs to increase to step up to the next level setting. The higher the transition setting is, the wider the temperature gap is between levels. The lower the transition setting is, the smaller the temperature gap is between levels.
PROGRAMMING T-SERIES TRANSITION HUMIDITY SETTING Adjusts how gradually your device will shift between levels when triggered ON by the AUTO Mode’s humidity trigger. This will determine how much the probe humidity needs to increase to step up to the next level setting. The higher the transition setting is, the wider the humidity gap is between levels. The lower the transition setting is, the smaller the humidity gap is between levels.
PROGRAMMING T-SERIES TRANSITION VPD SETTING Adjusts how gradually your device will shift between levels when triggered ON by the VPD trigger. This will determine how much the probe VPD needs to increase to step up to the next level setting. The higher the transition setting is, the wider the VPD gap is between levels. The lower the transition setting is, the smaller the VPD gap is between levels. If this figure is set to zero, your device will jump to your maximum level when triggered ON.
PROGRAMMING T-SERIES BUFFER TEMPERATURE SETTING The buffer figure will create a trigger-off point below your set trigger point to prevent your device from shutting off too quickly. Press the up or down button to cycle through buffer range from 0°F to 8°F (or 0°C to 4°C). BUFF. In high temperature triggers, your device will turn on, only turning off when the temperature falls below your buffer setting.
PROGRAMMING T-SERIES BUFFER HUMIDITY SETTING The buffer figure will create a trigger-off point below your set trigger point to prevent your device from shutting off too quickly. Press the up or down button to cycle through buffer range from 0% to 10%. BUFF. In high humidity triggers, your device will turn on, only turning off when the humidity falls below your buffer setting. In low humidity triggers, your device will turn on, only turning off when the humidity rises above your set buffer setting.
PROGRAMMING T-SERIES BUFFER VPD SETTING The buffer figure will create a trigger-off point below your set trigger point to prevent your device from shutting off too quickly. Press the up or down button to cycle through buffer range from 0.1 kPa and 1.0 kPa. BUFF. In high VPD triggers, your device will turn on, only turning off when the VPD falls below your buffer setting. In low VPD triggers, your device will turn on, only turning off when the VPD rises above your set buffer setting.
PROGRAMMING T-SERIES ALERT ICONS The alert icons are displayed at the top of the screen. Icons may flash when the controller signals an alert to notify you of any triggered function or alarm. ADVANCE PROGRAMMING Displays when an advance program set in the app is active. "ADV." will appear and override the controller if an automation program is in use. AUTO MODE ALERT Flashes whenever any of the auto mode triggers (high temperature, low temperature, high humidity, or low humidity) activate your devices.
PROGRAMMING T-SERIES WI-FI Appears when the physical controller is connected to the app via Wi-Fi. DISPLAY LOCK ALERT Displays when you lock the controller. The icon will flash and beep if you attempt to adjust the controller while it is still locked. ALERT Flashes and beeps with an alert whenever a plugged-in device experiences interference to its functioning. Check your devices for possible issues.
OTHER SETTINGS 62 FACTORY RESET Holding the mode, up, and down buttons together for 5 seconds will reset your controller and restore factory settings. This clears all user parameters in each controller mode and setting. HOLD + CONTROLLER LOCK Holding the setting button will lock the controller in your current mode. While your controller is locked, no parameters may be adjusted, nor will you be able to switch modes. Holding the setting button again will unlock the controller.
DOWNLOAD THE APP THE AC INFINITY APP The AC Infinity app enables you to connect with the next generation of our intelligent controllers, giving you access to advance programs and environmental data*. 1 Download the AC Infinity app from the App Store or Play Store by searching “AC Infinity”. 2 Open the AC Infinity app and follow the instructions on page 64-70 to pair your controller with the app. HOW TO USE THE APP Visit our website at www.acinfinity.
ADD A DEVICE BLUETOOTH SETUP AND PAIRING Power your device on before pairing your controller with the app. Logging in or creating an account beforehand will expedite the pairing process. Have your Wi-Fi network's name and password ready. 1 2 Tap on the “+” tab to add your smart device. Select "Smart Controllers". + Wi-Fi and location permissions must be enabled on your mobile device before starting the pairing process.
ADD A DEVICE BLUETOOTH 3 Select CONTROLLER 69 PRO. 4 Hold the port button for 5 seconds to activate Bluetooth. Wait for the Bluetooth icon to start flashing on your controller’s screen to release the button.
ADD A DEVICE BLUETOOTH 5 Connect using Bluetooth. To connect using Wi-Fi, skip to step 8. 6 Connecting with Bluetooth will disable Wi-Fi functionality. Go to the app settings page to re-enable and connect using Wi-Fi. When pairing the app around multiple controllers, move your mobile device closer to your desired controller.
ADD A DEVICE BLUETOOTH 7 Tap the DONE button to complete the pairing process.
ADD A DEVICE WI-FI 8 9 Repeat steps 1-5. Log in or create an account to continue. Enter your Wi-Fi network's password. You may also connect to an alternate 2.4 GHz router*. When pairing the app around multiple controllers, move your mobile device closer to your desired controller.
ADD A DEVICE WI-FI 10 11 Follow these tips if the pairing process is unsuccessful. Tap the DONE button to complete the pairing process. DONE *This controller is only compatible with 2.4 GHz frequency band routers. When connecting using Wi-Fi, make sure your mobile device is not connected to a 5 GHz frequency band network.
ADD A DEVICE WI-FI 12 Your controller will appear in your smart device with a unique ID.
CONTROLLER 69 PRO FAQ Q: What devices are compatible with the CONTROLLER 69 PRO? A: All AC Infinity devices that contain a UIS connector are compatible. If your AC Infinity device has a 4-pin Molex connector and an EC motor, it may still be compatible with the use of a UIS adapter to convert its connector to fit with the controller. Q: What does “level” refer to in the controller and app? A: The level represents the intensity the device is running at. This is represented by a digit 0 to 10.
CONTROLLER 69 PRO FAQ Q: How do I stop my device from turning on and off too quickly in AUTO Mode? A: The figure set in the TRANSITION under SETTINGS will determine how the device ramps up in levels when triggered to run in AUTO Mode. Set a transition threshold X. For every multiple of X that has surpassed your trigger point, the device will increase by one level. The lower the transition threshold is set to, the easier it will be for the device to ramp up in levels.
CONTROLLER 69 PRO FAQ Q: Will I be able to use this controller with my own devices? A: The CONTROLLER 69 PRO is only compatible with devices in the UIS ecosystem. Look for our logo on your AC Infinity device's packaging for UIS compatibility. Q: Does the controller retain its settings after power is shut off? A: Yes. If the controller's power is cut off and is powered on afterward, your settings will remain. Q: My controller isn't pairing with the app.
CLOUDLINE PRO FAQ Q: Can I mount this inline duct fan vertically? A: Yes. The CLOUDLINE PRO can be mounted in any orientation, including vertically. Q: Will I be able to hardwire this fan to my own controller or thermostat? A: We do not recommend hardwiring or splicing our fan's power wires. Such modifications may compromise electrical safety and will void this product's warranty. Q: Do I need to use a power converter if I'm outside the US? A: This product's voltage range is 100-240V AC.
AC INFINITY PRODUCTS Advance Grow Tents The CLOUDLAB series is a line of grow tents designed to create ideal growing conditions and facilitate indoor plant cultivation yearround. Features 2000D thick oxford canvas lined with inner diamond patterned mylar that maximizes grow light luminosity, and a reinforced frame with 150 lb. weight capacity. Includes a mounting plate to install your AC Infinity controller onto.
WARRANTY This warranty program is our commitment to you, the product sold by AC Infinity will be free from defects in manufacturing for a period of two years from the date of purchase. If a product is found to have a defect in material or workmanship, we will take the appropriate actions defined in this warranty to resolve any issues. The warranty program applies to any order, purchase, receipt, or use of any products sold by AC Infinity or our authorized dealerships.
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