Growers Choice TSL-800 LED Grow Light

Introducing the TSL-800 Growers Choice direct 1:1 replacement for traditional 1000 watt HPS fixtures. Featuring our new patented passive thermal management design upping cooling capabilites by up to 40%. Utilizing our patented diode depolotment allows us to ahieve the desired angles of light distribution and an upgrade PAR output resulting in up to a 30% increase using our new GC 3FK Bloom Spectrum.

Compatible with the Growers Choice Master Controller or CPS System, this revolutionary new LED fixture can be operated by almost any level grower and is scalable for al cultivations, with the greatest yield potential in the industry.

Whats in the box?

• TSL-800 LED Fixture
• Metal Hanging Chain
• Metal Side Hangers
• Power Cord
• RJ Data Cord
• 240V/120V Adapter

External Control with the Grower's Choice Master Lighting Controller

The TSL-800 is controllable with Grower’s Choice Master Controller and is compatible with all quality master controllers. Cultivators can set the fixture to turn off and on at desired times, program sunrise/sunset settings, program dimming options and set protective fail safes to dim or turn off fixtures in the event of excessive room temperatures, such as in the event of HVAC failure, potential saving gardens from heat damage.

This dual-channel controller allows daisy chaining up to 100 fixtures per zone. En-abling complete control of your growing environment with timed on/off switching, sunrise/sunset, and precise temperature readings with dual thermal probes and thermal-threshold auto dim-shutdown for additional protection.

Specifications

*PPF Calculations compiled using our in-house integrating sphere measurements and typical spectrodiometric data for each LED to determine the fixture performance. Actual photometric results may vary within the LED's manufacturers bun tolerance

*Wattage values are typical expected values. TSL HortiTech maintains a tolerance of +/- 10% range on flux and power consumption. Target light level can vary from projected levels depending on ambient temperature, room reflection values, and other conditions.