Cable loses voltage according to its length and the number & power of lights you connect to it, so keep low voltage cable runs as short as possible to optimise the performance of your garden lighting products. To minimise cable voltage drop to the luminaires, identify groups of lights which can be supplied from one central transformer.

Adding too many lights onto one cable increases cable voltage drop and reduces the distance the cable can be run before the loss of voltage dims the garden lighting products too much. See the question above for the solution to this.

No. The term “low voltage” refers only to the control aspects of the motor, which are handled by the built in electronics. Typically no, but you need to get clarification from the contractor or control system subcontractor. Usually, in these situations, the contractor is mistaken (out of lack of knowledge) in requesting that you provide remote controlled motors.

Low voltage pumps run on a wattage which is stated on each pump. Transformers operate on wattage's too! Here's where it becomes simple. When you purchase a pump make sure the wattage is the same or lower than the transformer! So, if you have a 20 watt transformer, 2 pumps that have a 16 wattage will not work off the 20 watt transformer. You need to have the transformer's wattage higher than any pump or pumps combination in order to operate correctly.

Yes! There are two ways the switch can be used. If the sensor DIP is set to the manual on option, the switch needs to be used to turn on the lighting upon entry into the room. If the sensor is set to automatic mode and a switch is installed, the lights can be activated anytime the button is switched but the sensor will also automatically turn the lights on upon occupancy.

Yes, As long as total wattage of all your appliances do not exceed than the wattage capacity of a voltage transformer. Also consider only 80% wattage capacity of voltage converter than wattage rating of your appliance(s) to avoid damage caused by power fluctuation. Yes, since there is no worldwide standard for the plug configuration, plug shapes and plug holes (electrical outlets) differ from country to country.

The voltage difference between loaded and unloaded output. To provide the proper secondary load voltage, extra primary windings cause the no-load secondary voltage to be 3-5% higher than the load voltage. Also known as "compensated windings."

First, check to see if the software that came with the camera works. Can you see yourself in whatever kind of monitor program came with the camera? If not, then there is most likely something wrong with the camera installation. Check the Windows Device Manager to see if there is a problem with the camera. If so, try un-installing the camera and re-installing it again (if the software asks to reboot your computer, unplug the camera before rebooting).

A transformer is a tool that takes the output of a Dapp and converts it to another format. Current transformers include: RSS, email, HTML, Google Maps, and more. To transform a Dapp, find or create a Dapp and then click the 'more uses' button to see the available set of transformers.

Line voltage in the United States is 120 volts. It is the voltage that is supplied to your home or office. Low voltage is less than the supplied voltage. Some lamps, like GE's ConstantColor? Precise? MR16 lamps, run on low voltage. Getting low voltage to lamps requires that the supplied electricity (at 120 V) passes through a transformer to reduce it prior to operating the lamp.

In the US, most of your standard wall electrical outlets are rated at 120 or 130 volts. In order to use SoLux products the power has to go through a transformer to reduce it to 12 volts. Each track fixture and all our other fixtures such as task lamps have a transformer within it to allow it to use the SoLux bulb.

For low voltage problem, you can lodge your complaint in writing or over telephone with details in the local fuse call centre (FCC). The supplier shall intimate a complaint number to you after registering the complaint. FCC has to respond to your complaint within 4 hours. If it is not done, complaint can be lodged with the SDO in writing in prescribed format.

You need to check how many Watts your applience operates on (You can find this information on a label on the bottom or back of your equipement, or in the manual). If you can't find this information, you can try to find information on amperage (AMPS) of your appliance and multiply it by input voltage (110V or 220V) to arrive at the total wattage. Volts x Amps = Watts (i.e 110V x 0.5 AMPS = 55W). Please make sure not to run any applience with higher wattage then woltage transformer's wattage.

Yes, as long as total wattage of all your appliences does not exceed the wattage capacity of your transformer/converter. Try to set up your transformer to run at 80% of its wattage to avoid demaging your appliences by power flunctuations.

In speaking general Voltage Converters and Voltage Transformers are used to convert electricity. North America and some other countries operate on 110/120 Volt AC 60 HZ. While most of the world operates on 220/240 volts AC 50 HZ. Voltage Converters change the electricity to make work electrical appliances in different countries.

Low voltage garden lighting products are easy enough to connect but the transformer connection and installation of any other mains voltage lights or equipment can lead to dangerous situations if not done correctly. The equipment we supply is used by professionals to create lighting effects beyond the capabilities of most DIY equipment. You should employ a qualified electrician to undertake any exterior electrical installation, or to test an existing system.

This can be a tough question to answer because it depends on several factors including elevation change, how much flow you have available and how much flow your emitters are outputting. Also friction loss occurs in very long lines that can negatively affect your system. However, in most home garden situations distance does not become a limiting factor.