Kessil PR160L LED PhotoReaction Lighting User Manual
- June 4, 2024
- Kessil
Table of Contents
Kessil PR160L LED PhotoReaction Lighting User Manual
PARTS DIAGRAM
PRODUCT SPECIFICATIONS
Illuminator
Power Consumption| 370nm (max 43W)
390nm (max 52W)
427nm / 440nm (max 45W) 456nm (max 50W)
467nm (max 44W)
Input Voltage| 19-24 VDC ± 5%
Power Supply
Input| 100-240 VAC 50-60 Hz
Output| 19 VDC, maximum 3.42A
WARNING
PR160L-370 and PR160L-390 contain high intensity UV light. PR160L-370 is
classified as Group 1 (low risk) in Standard: Photobiological Safety of Lamps
and Lamp Systems (IEC/EN62471) defined risk group, measured at 20cm.
PR160L-390 is classified as Group 2 (moderate risk), measured at 20cm. It is
classified as Exempt risk group when measured at >360cm.
AVOID EYE & SKIN EXPOSURE. WEAR PROPER EYE & SKIN PROTECTION.
INSTALLATION GUIDE
- Remove contents from package.
- Install PR160L with optional mounting accessories*
- Connect Power Cord (B) to the specified DC Power Supply (A).
- Plug the Power Supply into an outlet with the correct specifications (see PRODUCT SPECIFICATIONS for more information).
- Adjust the light Intensity Tuning Dial (D) to the desired settings.
- The PR160L can also be used with two brackets and metal Hooks (H), and the optional PR160 Rig.
SAFETY INSTRUCTIONS
- DO NOT use a power supply that is outside the specifications. This is a fire hazard and may lead to unit failure.
- DO NOT use outdoors. This unit is intended for indoor use only.
- DO NOT expose unit to an extremely humid environment or submerse unit in water. This may lead to unit failure.
- DO NOT block Venting Holes (F). This may cause unit to overheat.
- KEEP Diffuser / Lens (G) away from sharp objects. This may break the Diffuser / Lens (G) and lead to unit failure.
- DO NOT cover or place objects on the power supply. Power supply should not be contained in an airtight space.
- The light source of this luminaire is not replaceable; when the light source reaches its end of life the whole luminaire must be replaced.
FEATURES
Increased Intensity for Higher Efficiency
- Intense and penetrating light decreases reaction time and costs.
- 4 levels of intensity control allows you to study the functional relationship between intensity and yield.
Flexibility & Simplicity
- Easily configure for different geometries (vials, test tubes, flasks, etc…)
- Add more PR160Ls to scale up your experiment and increase intensity.
- Standardized mounting using PR160 Rig. Easily adjust spacing and distance.
OPTIONAL ACCESSORIES
-
Rig w/ Fan kit
-
4-in-1 Power Supply
MAINTENANCE
- Keep the air Venting Holes (F), and fan clear of dust. To clean the fan, unplug the unit and insert the tip of a CO2 dust blower (or similar dust blower) in one of the Venting Holes (F) on the unit’s housing. Hold and spray. You can also gently vacuum the unit through the venting holes.
- Keep the Diffuser / Lens (G) clean. If the Diffuser / Lens (G) becomes contaminated with water, dust, or other particles, unplug the unit and clean the lens with isopropyl alcohol. Wet a cotton swab or a napkin in isopropyl alcohol, gently wipe the surface of the lens, and let it dry.
TROUBLESHOOTING GUIDE
Problem
|
Solution
---|---
Light doesn’t turn ON| Make sure the unit is connected to the power supply and
the power supply is connected to an outlet with the correct specifications
Make sure electrical power is available to the AC outlet being used.
Make sure the power supply has the correct specifications
Make sure the device is operating within the specified operating temperature
range (0 – 40°C / 32 – 104°F. If unit overheats, it will automatically shut
down.
Unit is flickering| Make sure you are using a power supply with the correct
specifications.
Make sure the unit has not overheated by operating at a room temperature
exceeding 104°F / 40°C.
Make sure the fan is operating properly.
Support
kessil.led
kessiltube
@kessil
@kessilled
kessil.com
A DiCon Brand
1689 Regatta Blvd, Richmond, CA 94804
510-620-5850
Kessil.com
This is a LED light source emitting 40 % or more of total radiation power of the range 250-800 nm in the range of 400-480 nm, and intended for coral growth.
