The heat lamp's heat will travel to the holder and it will be damaged, melt, or cause a slight fire!
Yes. The rating of bulb fixtures is there to discourage people from using bulbs that create too much heat. Obviously, a 75 watt bulb will produce less heat than a 150 watt bulb so it's quite safe to use the smaller bulb. If you overheat a lighting fixture you can cause premature failure and possibly even a fire.
No, it is not recommended to use a 70 watt metal halide lamp with a 150 watt ballast. The lamp and ballast wattage should match to ensure proper operation and to prevent damage to the lamp or ballast. It is best to use a compatible lamp and ballast with matching wattages.
The 150 watt bulb produces 2½ times more heat so unless there is enough air flow round it to take the heat away the temperature will rise and there is a fire hazard. That's why light fittings and lamp shades are often marked with the power limit.
The lamp at the bottom of a lava lamp typically heats up to around 150-200 degrees Fahrenheit (65-93 degrees Celsius). This temperature is necessary to melt the wax and create the mesmerizing lava lamp effect.
LEDs and CFLs use about a quarter of a halogen so the answer is 35-40 watts.
The maximum wattage of a 3-way bulb that can be used in this lamp is 150 watts.
Yes. The rating of bulb fixtures is there to discourage people from using bulbs that create too much heat. Obviously, a 75 watt bulb will produce less heat than a 150 watt bulb so it's quite safe to use the smaller bulb. If you overheat a lighting fixture you can cause premature failure and possibly even a fire.
No, it is not recommended to use a 70 watt metal halide lamp with a 150 watt ballast. The lamp and ballast wattage should match to ensure proper operation and to prevent damage to the lamp or ballast. It is best to use a compatible lamp and ballast with matching wattages.
To choose a 3-way 150 watt bulb for your lamp, check the lamp's maximum wattage rating, then select a 3-way bulb that does not exceed this wattage. Look for a bulb with the desired brightness levels and ensure it fits the lamp's socket size.
Changing F-150 Headlight BulbsI'm not familiar with your 2004, but I drive "89, and '93 F-150s.My headlight bulbs are inserted into a lamp-holder that mounts into the back of the headlamp assemblies via a 1/4 turn locking "tab" method.To remove the lamp-holder I just turn it one quarter turn counterclockwise, and pull it toward the rear of the vehicle. It is not even necessary to remove the wiring harness/connector from the lampholder.
Generally the reason is because of too much heat from the incandescent bulb. Other reasons would be the amperage would exceed the wiring or the lamp socket. Using ohms law (power or watts = amperage times voltage), a 150 watt lamp would take 1.25 amps. A 120 watt bulb would take 1.0 amps. Probably in your question the engineer was concerned with heat instead of amps.
Stick ur erection
The 150 watt bulb produces 2½ times more heat so unless there is enough air flow round it to take the heat away the temperature will rise and there is a fire hazard. That's why light fittings and lamp shades are often marked with the power limit.
The lamp at the bottom of a lava lamp typically heats up to around 150-200 degrees Fahrenheit (65-93 degrees Celsius). This temperature is necessary to melt the wax and create the mesmerizing lava lamp effect.
LEDs and CFLs use about a quarter of a halogen so the answer is 35-40 watts.
75 ohms. R = E/I.
Yes, that is a fair price. Most lamp shades can run anywhere from $10-150+ depending on the size, shape, style..