The luminaire must be Clearflood gen2 or, alternatively, must be equal to the following criteria: It must be an ENEC and ENEC+-certified Led based floodlight, and shall be compliant to CE, ROHS and REACH.The product family should offer at least 2 different serviceability options including toolless opening and fixed glass options, and at least 4 different finishing options including a raw option (not painted, not anodized), a standard powder coating option tested for 500hrs in a salt spray test chamber, a marine option tested for 1000hrs in a salt spray test chamber, and a swimming pool option. For this swimming pool option, at least one sample of the proposed luminaire family shall be independently tested for its corrosion resistance in swimming pool atmospheres. During the test, the luminaire shall be subjected to a solution of Calcium Hypochlorite and Urea in a chamber at an angle of inclination of about 20o to the vertical.
The proposed luminaire’s LEDs shall have a minimum expected lumen maintenance of 100.000hrs@L90.The luminaire family proposed shall propose optics with at least 15 different asymmetric light distributions and no symmetrical distribution to choose from in order to precisely fit any application, while complying to lighting norms.
The proposed product family shall offer standard protection against electrical surges of up to 6kV in differential mode and 8kV in common mode at luminaire level. Additionally, the luminaire shall offer the option of extra protection against electrical surges of up to 10kV in differential mode and 10kV in common mode at luminaire level.
The product impact resistance shall be minimum IK08 certified according to norm IEC 62262 for the core housing. The product protection of water ingress shall be IP66 certified according to IEC 60598-1:2008 / IEC 60598-2-3:2002 + A1:2011 / IEC 60598-2-5:1998 without the use of glue in the luminaire assembly. The product Shall be EMC compliant according to EN 55015:2013, EN 61547:2009, EN61000-3-32:2014, EN 61000-3-3:2013, ETSI EN 301 489-1 V1.9.2:2011.
The resistance to sinusoidal vibration of the proposed products shall be tested and fulfilled according to IEC 60068-2-27:2008 with the specifications below. Corresponding proof must be enclosed with the offer.The test shall be carried out on three axes (x, y, z): OZ, OX, OY. The luminaire shall be subjected to a vibration with a frequency range of 5Hz-30Hz
 an acceleration amplitude of 0.5g
 and shall have a duration of 100000 cycles. (+/-10%). After the cycles of vibration, the light shall meet the requirements of IEC EN 60598-1 and function in accordance with the standard. Compliance shall be carried out by measurement and/or visual inspection. The tightening torque of the fastening screws shall be no less than the torque specified in the assembly instructions. The luminaire shall remain ON. There shall be no visible damage such as cracks, breaks, or splits.
The resistance to repetitive shocks of the proposed products shall be tested and fulfilled according to IEC 60068-2-27:2008 with the specifications below. Corresponding proof must be enclosed with the offer. The test shall be carried out on three axes (x-y-z). OZ, OX, OY. The luminaire shall be subjected to 2 impacts of 30g force (-10%, +5%). After the two impacts of 30g, the light shall meet the requirements of IEC EN 60598-1 and IEC EN 60598-2-3 and function in accordance with the standard. Compliance shall be carried out by measurement and/or visual inspection: The tightening torque of the fastening screws shall be no less than the torque specified in the assembly instructions. There shall be no electric shocks. There shall be no visible damage such as cracks, breaks or splits, or clefts
The luminaire shall be equipped with a digitally enabled smart tag (QR code sticker), visible on the outside of the luminaire, as well as on the box of the luminaire, and shall be delivered with additional tag stickers to be installed inside the door of the mast. Using a smartphone and a dedicated app, this smart tag shall provide the following benefits to ease installation and maintenance operations: The dedicated app shall enable access to detailed product specific information (e.g., lumen package, type of optic, etc.) from the tag of the box, as well as mounting instructions. The dedicated app shall enable product registration on site, after installation, for example to enroll the product in a possible warranty program. The dedicated app shall enable fault notification to the manufacturer. The dedicated app shall provide diagnostic support and enable identification of the specific spare parts available. The dedicated app shall enable commissioning of spare parts to the initial settings, directly from the smartphone. The driver in the proposed product family shall enable seamless (re)programing via NFC technology. The proposed product family shall be equipped with NFC (near field communication) technology, so that the driver can be (re)programmed on location without the need to disassemble the luminaire. The proposed product family shall be programmable using a dedicated NFC device and a smartphone with dedicated software installed. The proposed programmability shall enable the (re)programming of dimming levels and related flux. The proposed technology shall make it faster for installers to configure installed drivers and/or spare drivers without the need to deal with wires or to power up drivers.
The proposed luminaire family should offer at least a wireless control option for which the luminaire must be equipped with a D4i certified LED driver and one or two sockets on the top of the luminaire housing and/or bracket of the floodlight according to latest Zhaga book 18. Such sockets shall enable connection of future Zhaga-D4i certified sensors and/or controllers without opening the luminaire. The Zhaga-D4i compliance shall secure Zhaga-D4i specified (futureproof) interoperability of those sensors/controllers. Powering of the sensors/controllers on the Zhaga sockets is provided by the D4i driver, therefore there shall be no need for a separate power box or power conversion. The interface shall enable easy mechanical and tool-less installation, replacement, and connection of sensors/controllers on site, within 10 seconds. 
The proposed product family shall possess and be accompanied by an Environmental Product Declaration (EPD).

Luminous flux tolerance: +/-7%;
Initial chromaticity: (0.329,0.342);
Power consumption tolerance: +/-10%;
Init. Color Rendering Index Tolerance: -2;
Control gear failure rate at median useful life 100000 h: 10 %;
Lumen maintenance (EN-IEC 62722-2-1) at median useful life* 100000 h: L96;
Lamp family code: LED300 | LED module 30000 lm;
Number of gear units: 1 unit;
Driver included: Yes;
Light source engine type: LED;
Service tag: Yes;
Value ladder: Specification;
Warranty period: 5 years;
Upward light output ratio: 0;
Luminous Flux: 23,100 lm;
Correlated Color Temperature (Nom): 4000 K;
Luminous Efficacy (rated) (Nom): 135 lm/W;
Color rendering index (CRI): 70;
Light source color: 740 neutral white;
Luminaire light beam spread: 5° - 13° x 128°;
Optic type outdoor: Asymmetrical;
Effective projected area: 0.16 m²;
Input Voltage: 230 V;
Line Frequency: 50 to 60 Hz;
Inrush current: 77 A;
Inrush time: 150 ms;
Power: 172 W;
Power Factor (Fraction): 0.99;
Connection: Connection unit 3-pole;
Cable: -;
Number of products on MCB of 16 A type B: 9;
Protection class IEC: Safety class I;
Surge Protection (Common/Differential): 6/8 kV;
Total harmonic distortion: 6.3 %;
Dimmable: No;
Driver/power unit/transformer: Power supply unit;
Control interface: -;
Constant light output: No;
Housing Material: Aluminium;
Reflector material: -;
Optic material: Acrylate;
Optical cover material: Glass;
Fixation material: Aluminum;
Housing Color: Aluminum;
Mounting device: Mounting bracket adjustable;
Optical cover shape: Flat;
Optical cover finish: Clear;
Overall length: 545 mm;
Overall width: 465 mm;
Overall height: 140 mm;
Dimensions (Height x Width x Depth): 140 x 465 x 545 mm ;
Ingress protection code: IP66 | Dust penetration-protected, jet-proof;
Mech. impact protection code: IK08 | 5 J vandal-protected;
Standard tilt angle posttop: -;
Standard tilt angle side entry: -;
Optical cover type: Clear glass;
Net Weight: 9.000 kg;
Flammability mark: -;
CE mark: Yes;
ENEC mark: ENEC plus mark;
EU RoHS compliant: Yes;
Performance ambient temperature Tq: 25 °C;
Ambient temperature range: -40 °C to 50 °C;
Sustainability rating: Signify Circle;
Repair class: Repair Class B, the driver and light source of this luminaire can be replaced by a service technician. Parts and documentation are available for an extended period of time.;
GWP total A1-A3 (CO2eq) in EPD: 241 kg CO₂e;
Product non-virgin material ratio: 6.73 %;
Recyclable content ratio of the finished product: 62.6 %;
GWP total B6 (kg CO2eq) Declared Unit: Please calculate using your local energy mix value: Power Declared Unit (kW) * Service life (hrs) Declared Unit * Energy mix (kg CO2eq / kwh);
GWP total B6 (kg CO2eq) Functional Unit: Please calculate using your local energy mix value: Power Declared Unit (kW) * 1000 (lm) /lumen output (lm) Declared Unit * 35000 (hrs) * Energy mix (kg CO2 eq / kwh);
Display Name Product: BVP655 LED300-4S/740 PSU A65-WB ALU;
Displayed Order Code Description (DTN, B2B only): BVP655 LED300-4S/740 PSU A65-WB ALU;
Full EOC (B2B Only): 872016979612600;
Displayed Order Code (B2B only): 912300060551;
Material number (12NC): 912300060551;
SAP Numerator - Quantity Per Pack: 1;
SAP EAN/UPC - Piece/Set/Case: 8720169796126;
SAP Numerator - Packs per outer box: 1;
EAN/UPC - Case: 8720169796126;
Product family code: BVP655 | CLEARFLOOD GEN2 SMALL;

(c) Signify