The OLC Pole is a streetlight controller. It is straightforward to install on public lighting poles thanks to its magnetic attachment for steel poles or thanks to a ligature. It is connected through the hatch of the mast and can perform phase control in on/off mode or dimming if connected to the DALI bus or via 1-10V (control interface choice at ordering).
You can also use the OLC Pole to add control features to existing LED luminaires that are not pre-equipped with standardized connectors on the luminaire heads. The OLC pole links your streetlight to remote management software via a wireless network.
The streetlight controller communicates with the luminaire ballast via a 1-10V or DALI interface (to be specified when ordering). While the 1-10V only provides light intensity reduction, the DALI interface offers additional functions such as failure detection by the ballast.
You can switch on the controller either by using a traditional centralized remote control or thanks to a constant power supply. In the first case, the controller switches on simultaneously as the luminaire; it then starts the application of the configured dimming profiles. The astronomical clock built into the controller plays a central role in the second case. This clock computes the sunset, and sunrise times, according to the streetlight coordinates and the date. On this astronomical basis, you also can incorporate sunset and sunrise offsets depending on the observations made in the field.
Light intensity reduction profiles can be configured easily on the remote management software and are synchronized to the controller via the wireless network.
The integrated energy meter enables measurements of energy consumption and savings. In addition, instantaneous measurements can be retrieved on request: frequency, voltage, current, power, and power factor. You can store the measurements in remote management software for analysis.
The luminaire controller continuously monitors electrical parameters, luminaire operating status, configuration, or communication faults. These faults are detected either directly by the luminaire controller or by the luminaire drivers (be careful, the use of DALI control mode is required). Electrical faults
The controller is equipped with a power relay and can thus cut off power to the lamp when needed while maintaining the communication network functional for other applications.
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The NovaLight OLC Pole is a luminaire controller with a magnetic attachment for steel poles or a ligature attachment. Thanks to the NovaLight OLC pole, you can dim public lighting when road occupancy decreases and thus achieve significant energy savings through different strategies. These savings can be measured using an integrated energy meter. In addition, lighting faults are automatically detected and sent to centralized remote management software via a wireless network.
The controller is made of anti-UV PC / ASA plastic and grade V0. The box comprises four magnets that magnetically attach the device to the zinc-plated / galvanized steel poles with a force of several kilograms. A ligature slot with a maximum width of 8mm can be used if necessary. In that case, we recommend using stainless steel ligatures. In addition, an additional option is possible for mounting on large diameter masts (to be specified when ordering). You need a 10mm hole in the mast to install this product.
|Degree of protection||IP66|
The controller is delivered with a 5-meter factory pre-assembled cable with 5-poles conveying the power supply and the control interface: Input electrical phase, neutral, output electrical phase, DALI + and DALI- or DIM- and DIM + (1-10V). For the DALI version, the built-in DALI power supply can supply 50mA. For the 1-10V version, the maximum supplied/absorbed current is 2mA.
|Maximum charging power||600||W|
The controller is connected to centralized software via a low-data-rate, low-power, mesh-topology wireless network. A mesh topology implies that the communication network initially generated by a NovaLight Gateway access point/router/gateway can be extended by all the connected controllers (signals relayed by the controllers). Controllers can also exchange messages directly with each other. This mechanism is used in particular to create light paths with dynamic lighting.
|EMC||EN 301 489-3|
|SRD||EN 300 220-1/+2|
This product is available in different variations. Two colors are available: steel gray (RAL7040) or anthracite gray (RAL7015). Those colors correspond very well to Akzo 900 powder-coated poles. Masts with a diameter greater than 100mm can work with the magnetic attachment is made of steel. If necessary, an option allows binding by ligature on those types of masts. You can choose your control mode depending on the possibilities of the streetlight ballasts, either 1-10V or DALI (to be preferred if possible).
|Reference||STEEL GRAY (RAL7040)||ANTHRACITE (RAL7015)|
|Standard poles Ø < 100mm|
|Novalight OLC Pole DALI||NL-OLCP-L-LG-010||NL-OLCP-L-DG-010|
|Novalight OLC Pole 1-10V||NL-OLCP-LZ-LG-010||NL-OLCP-LZ-DG-010|
|Large pole Ø < 100mm|
|Novalight OLC Pole DALI||NL-OLCP-L-LG-010||NL-OLCP-L-DG-010|
|Novalight OLC Pole 1-10V||NL-OLCP-L-LG-010||NL-OLCP-L-DG-010|
The installation of this mast controller is straightforward. All you must do is drill the mast with a 10mm bit, deburr the hole and then pass the factory pre-assembled cable. The attachment is either magnetic for compatible masts or a stainless-steel ligature not supplied. The cable contains five wires (input phase, neutral, output phase, and, depending on the model: DALI + / DALI- or GND / 1-10V). You can connect the cable in the mast hatch, where the controller must bypass the power to the streetlight to perform energy measurements and power control.
You must register the NovaLight OLC Pole in the remote management software to be operational. To do this, we recommend that you use the NovaLight mobile application. Thanks to this mobile application, you can select/create a light point, scan the product barcode required for registration, and enter the OLC details. Suppose the controller is referenced in the software on the light point; as soon as the NovaLight Gateway router is powered, the NovaLight OLC pole can connect to the remote management software to receive its configuration.
Yes, but only with the electrical phase-in on/off mode control. It will make it possible to measure the energy consumption of the light point, to manage its switching on / off, but will not allow light dimming. It is also necessary to verify that the streetlight meets the electrical limits of the controller.
The ideal approach is to verify correct operation through the remote management platform, either through the web interface or mobile application. You can make instant manual checks when the streetlight and the network are switched on. By changing the light intensity and checking the energy data, you can check that the dimming is working correctly. On-site and during the day, the controller will switch on the streetlight. However, this will depend on the configuration of the setback schedule. For example, the program can activate the astronomical clock function, which will switch off the lights.
The controller can perform diagnostics for up to 12 different luminaires on the DALI bus. In terms of intensity control, the controller will only transmit general commands that will impact all lights uniformly, whether in DALI or 1-10V.
Yes. The NovaLight OLC Pole can be part of a volumetric dimming strategy. Regarding dynamic dimming, i.e., based on motion detection, this controller does not have integrated detectors but can react to detections from other controllers that have them. They can therefore complement a dynamic lighting device.