LUcKY HERP 160 Watt UVAUVB Mercury Vapor Bulb High Intensity Self-Ballasted Heat Basking LampBulbLight for Reptile and Amphibian

LUcKY HERP 160 Watt UVAUVB Mercury Vapor Bulb High Intensity Self-Ballasted Heat Basking LampBulbLight for Reptile and Amphibian

Instructions of LUcKY HERP UVA UVB Mercury Vapor Bulb Application UVB reptile mercury vapor lamp should always be positioned in such a way that the reptiles have the opportunity to retreat to cooler sections of the terrarium at any time There should be a minimum distance of approx 30 - 40 cm from the reptiles When this lamp is used for the first time, the reptiles will need to get accustomed to the radiation We recommend beginning with 30 minutes of radiation a day and gradually increasing the radiation over a period of 2 Ac 3 weeks to up to 3 hours a day, depending on the animal species If required, the spotlight can also be used as all-day lighting (max 10 hours per day)However, it is imperative that reptiles have suitable areas which they can withdraw to and that overheating of the entire terrarium be avoided The lamps need approx 5 minutes warm-up time until the full radiation capacity is reached Important note on the operating characteristics of the lamp This is a so-called mixed-light lamp that starts on its own and requires no control gear When it is switched on or after a power interruption,it takes some time to start and reach its full brightness An internal thermal switch turns the lamp of in the event of overheating After it has cooled off , the lamp normally switches on again automatically In rare cases, the lamp may switch of and not switch on again on its own or just flimmer when you try to switch it on In that case, switch of the power supply and let the lamp cool of for 10 - 15 minutes The lamp will then switch on when the power supply is restored Warning Its very hot while in usingDo not touch it and keep out of reach of childrenPlease control the distance from reptiles Only be installed in a vertical position Never be sprayed with water Do not keep turning on and off the bulb

Features of LUcKY HERP 160 Watt UVAUVB Mercury Vapor Bulb High Intensity Self-Ballasted Heat Basking LampBulbLight for Reptile and Amphibian

Perfect UVB daylight bulb - UVB 300uWcmA: heat & UVA UVB visible light all in one lamp, no harmful UVc output - self-ballasted mercury vapor bulb simulates sunlight, keeps animals warm and promotes vitamin production necessary for health Ideal for almost reptiles and amphibians: our UVA UVB bulb is ideal for bearded dragons, tortoises, turtles, geckos, iguanas, lizards, chameleons, also fit for frogs, toads, snakes & more can be used in all enclosures: our UVA UVB reptile light is perfect for those where need reptile UVB light and UVB bulbs, also can be used in a higher humidity environment because of thicker bulb glass than other UVB bulbs E26 socket(standard US size), please use good quality ceramic socket for our UVB reptile light Please check the 160w mercury vapor bulb size and your lamp fixture size Not to be used with dimmersrheostats Voltage:120VWattage:160W

Features

Perfect UVB daylight bulb - UVB 300uWcmA: heat & UVA UVB visible light all in one lamp, no harmful UVc output - self-ballasted mercury vapor bulb simulates sunlight, keeps animals warm and promotes vitamin production necessary for health Ideal for almost reptiles and amphibians: our UVA UVB bulb is ideal for bearded dragons, tortoises, turtles, geckos, iguanas, lizards, chameleons, also fit for frogs, toads, snakes & more can be used in all enclosures: our UVA UVB reptile light is perfect for those where need reptile UVB light and UVB bulbs, also can be used in a higher humidity environment because of thicker bulb glass than other UVB bulbs E26 socket(standard US size), please use good quality ceramic socket for our UVB reptile light Please check the 160w mercury vapor bulb size and your lamp fixture size Not to be used with dimmersrheostats Voltage:120VWattage:160W

Specification

Product Detail
Brand	LUCKY HERP
Color	Silver
Size	160W
Dimensions	6.1X4.5X4.5
Weight	0.01