ProTee Halogen Light System


Are your looking to buy ProTee Halogen Light System for your golf playing experience better, Here we have summarized the advance benefits, pricing, product comparison, shopping discount code(if available currently) & few of customer feedback for your reference, read it fully and choose it your own ProTee Halogen Light System.


Kit contains 2 halogen lights each PAR36, 50watt, 12volt 24 degrees.

Transformer (110v -> 12v or 220v -> 12v) is required and is NOT included.

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How to Play Video – ProTee Halogen Light System

4 reviews for ProTee Halogen Light System

  1. Oliver

    DIY Halogen Lights System

    I’d like to begin a thread specific to making your own halogen light system because comprehensive answers don’t already exist and it looks like the hardware link is dead over on the “How to Install a ProTee Golf Simulator” topic. Please provide links to widely available products at local hardware stores if possible.

    Subtopics to address are:

    1) What style of lighting hardware lend themselves to the optimal setup for Protee Base Sensors and Putting Sensors (e.g. Track Lighting, Can Lights, DJ Lights, etc…)?

    2) What type/size/wattage of halogen bulb would be most appropriate for item (1)?

    Based on my current research, I’ve come up with the suggestions links while keeping functionality, price, and availability at the forefront of decision making.

  2. Noah

    Protee lighting

    I have a few questions about lighting.

    1) Do you have to use the lighting that comes with the Protee? Or is there another bulb that you can use that is a standard screw in bulb? If you have to use their light fixture, what power source can I get here in the US to run it.

    2) Does the light have to be directly above the sim. Can it be 2 feet in front?

    3) Can the putting sensor be directly in front of the standard sensor or must it be as Protee suggest 3 feet in front of the standard sensor pad?

    Thanks ahead of time.

  3. Liam

    Protee Lighting Simplified

    As a newbie on here there is a lot of overwhelming information on which lighting to use with the Protee sensor mat. After trying around 10 different combinations of halogens, that were available at my local hardware store (as recommended by other forum users) with many different configurations nothing seemed to work properly.

    So, what ended up working the best? Simple answer, follow Protee’s recommendations. I got everything from Amazon in 2 days. See the links below. You will need to take the bulbs and transformers out of the cans where you will put the Protee Bulbs into. If you need any help with that let me know, it’s quite simple.

    A huge shout out to Jamie PROTEE UK for his excellent customer service, and patience with me even though I didn’t take their advice the first time.

    I got to play around on it last night for the first time successfully and this Protee sensor mat is spot-on and accurately humbling.

  4. Emma

    Overhead Lights – AR111

    Has anyone found a comparable bulb to the AR111 in the overhead lights for the Pro Tee system? I have the cans that come with the ProTee but I much rather put a recessed can light in instead of these hanging down. ProTee support told me that there are recessed lights that use the AR111 but I can not find any in the US. They also said the sensors will only work with the PAR35 AR111 bulbs that come with the system, definitely no LEDS. Has anyone figured out a more seamless setup?

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Halogen offers its customers a native cloud-based talent management system to “reinforce and drive higher employee performance across all talent programs, including recruiting, performance management, learning and development, succession planning or compensation.” The vendor estimates that 80% of its customers deploy …
The tungsten filament evaporates by releasing particles. The evaporated tungsten combines with halogen gas within the glass envelope to create tungsten – halogen molecule. The tungsten – halogen molecule then migrates back to the filament, eliminating blackening of the glass envelope.
LED light bulbs are vastly superior to halogen, lasting over ten times longer while consuming 85% less electricity.
Advantages. Small, lightweight, and easy to produce. A typical incandescent light may last up to 1000 hours, while a halogen light can last over 2500 hours. Halogen lights produce a color temperature closer to that of the Sun, which is more white in color compared to the orange color given off by incandescents.
Halogen bulbs are extremely hot compared to a normal light bulb. Let’s start with a normal electric light bulb like you see in any normal household lamp.
Halogen bulbs are seen as a bigger safety risk than modern LED bulbs as they reach higher temperatures, creating a fire risk if they come into contact with flammable materials.
Halogen lamps emit significant levels of ultraviolet radiation and should be doped or covered with glass prior to use. Incandescent bulbs emit low-dose ultraviolet radiation.
Halogen bulbs consume more power, heat up quickly compared to LEDs, and give off a fixed color temperature. LEDs have a lumen per watt ratio of 80-100 lm/W, compared to 16-24 lm/W for halogens. This means that LEDs emit much more light using much less energy.
Often times, halogen lighting can be seen in your outdoor lighting systems. LED Flood Light Bulbs can easily replace those old halogen reflectors and last a whole lot longer. If you are trying to determine to size, Superior Lighting does a great job at helping you pick what bulb is most appropriate for your space.
Replacing your existing incandescent or halogen bulbs with durable LED bulbs offers numerous benefits. You enjoy an even better light performance and benefit from very low energy consumption. Furthermore, LEDs can handle all hues of white light, so the warm yellowish light of halogen bulbs is perfectly within reach!