The TDC-240 splitter power cord with NEMA 6-15 plug is a 7ft split power cord for the new Model-One System or ICL-309 inter canopy LED and comes with a split end, designed to connect the power and the controller on one end, and to the drivers on the other end. The Model One system can reduce the number of power outlets and cables required by combining multiple LED drivers together into a single power cable. The TDC-240 power cord is used to connect to the main power source and to transfer data from the HCS lighting controller to the LED drivers.. The TDC-2/3/4 are used to connect the power and the control signal from one LED driver, to the next LED driver.

TDC-120 power cord with NEMA 5-15 plug is a 7ft split power cord for the new Model-One System and comes with a split end, designed to connect the power and the controller on one end, and to the drivers on the other end. The Model One system can reduce the number of power outlets and cables required by combining multiple LED drivers together into a single power cable. Each “group” of Model One drivers or ICL-300 must be connected to power using one of the TDC-1 cables, or one of the EC-120 or EC-240 power cables (120 or 240 volt). The TDC-120 power cord is used to connect to the main power source and to transfer data from the HCS lighting controller to the LED drivers.. The TDC-2/3/4 are used to connect the power and the control signal from one LED driver, to the next LED driver.

The ThinkGrow TSD-1 LED Stand provides secure and stable support for the ICL Under Canopy LED Bars. Designed for professional indoor cultivation setups, the stand ensures precise light positioning within the canopy, maximizing coverage and uniformity. Its durable build and easy assembly make it an ideal accessory for commercial growers and high-performance home installations alike. Specifications: Compatibility: ICL Under Canopy LED Bars Mounting Type: Freestanding LED bar support Material: Durable, lightweight construction Design Purpose: Stable under-canopy placement and consistent light distribution Power: Passive accessory (non-electrical) Dimensions: Standard fit for ICL-300 length and diameter This stand is designed to be used with the ICL-300. It can be used to adjust the height and for placing the ICL-300 within the canopy.

The TDC-3 Daisy Chain Power Cord is specially designed for the new Model-One or IVL-300 inter-canopy LED System to interconnect between the LED drivers. The Model One system can reduce the number of power outlets and cables required by combining multiple LED drivers together into a single power cable. Each “group” of Model One drivers must be connected to power using one of the TDC-1 cables, and one of the EC-120 or EC-240 power cables (120 or 240 volt). The TDC-1 power cord is used to connect to the main power source and to transfer data from the HCS lighting controller to the LED drivers. The TDC-2/3/4 are used to connect the power and the control signal from one LED driver, to the next LED driver.  

This Daisy Chain Cord is specially designed for the new Model-One System and ICL-300 inter canopy LED to interconnect between the LED drivers or bars.  Also required is one TDC-1 splitter power/daisy chain cord to start the chain and connect to power.  The Model One system can reduce the number of power outlets and cables required by combining multiple LED drivers together into a single power cable. Each “group” of Model One drivers must be connected to power using one of the TDC-1 cables, and one of the EC-120 or EC-240 power cables (120 or 240 volt). The TDC-1 power cord is used to connect to the main power source and to transfer data from the HCS lighting controller to the LED drivers.. The TDC-2/3/4 are used to connect the power and the control signal from one LED driver, to the next LED driver.

The TDC-1 splitter + power cord is specially designed for the new Model-One or ICL-300 System and comes with a split end, designed to connect the power and the controller on one end, and to the drivers on the other end. The Model One system can reduce the number of power outlets and cables required by combining multiple LED drivers together into a single power cable. Each “group” of Model One drivers must be connected to power using one of the TDC-1 cables, and one of the EC-120 or EC-240 power cables (120 or 240 volt). The TDC-1 power cord is used to connect to the main power source and to transfer data from the HCS lighting controller to the LED drivers.. The TDC-2/3/4 are used to connect the power and the control signal from one LED driver, to the next LED driver.

The ThinkGrow TSD-3 LED Stands offers sturdy, adjustable support for the ICL-120 and ICL-150 LED Bars. Sold as a convenient two-pack, these stands are designed for flexible mounting in under-canopy or side-lighting configurations. Engineered for strength, portability, and quick installation, the TSD-3 enhances versatility across any cultivation environment. Specifications: Compatibility: ICL-120 and ICL-150 LED Bars Mounting Type: Dual freestanding LED bar supports (2 per pack) Material: Lightweight, durable construction Design Purpose: Adjustable positioning for precise canopy lighting Power: Passive accessory (non-electrical) Dimensions: Sized for ICL-120/150 light form factor

the TDC-2 is a 12” daisy chain connector for Model One or ICL-300.  It requires one TDC-1 splitter power cord (to connect to power and the first LED bar or driver). And is specially designed for the new Model-One System and ICL-300 inter-canopy LEDs, and comes with a split end, designed to connect the power and the controller on one end, and to the drivers on the other end. The Model One system can reduce the number of power outlets and cables required by combining multiple LED drivers together into a single power cable. Each “group” of Model One drivers must be connected to power using one of the TDC-1 cables, and one of the EC-120 or EC-240 power cables (120 or 240 volt). The TDC-1 power cord is used to connect to the main power source and to transfer data from the HCS lighting controller to the LED drivers.. The TDC-2/3/4 are used to connect the power and the control signal from one LED driver, to the next LED driver.