Electricity supplies - Import export

This device is an advanced transmitter for measuring conductivity and temperature in water treatment applications. It uses WiFi communication for configuration and has configurable analog outputs for both conductivity and temperature measurements. Additionally, it can be connected with sensors that have any type Features • WiFi connection for configuration • MODBUS • Conductivity, resistivity and temperature measurement • Configurable signal output for the conductivity (0 -20mA; 4-20mA; 0-24mA; 0-10V) • Configurable signal output for the temperature (0 -20mA; 4-20mA; 0-24mA; 0-10V) • Switching digital output Relay (Switching point is configurable through setup program) • Cyclical self calibration • Linear temperature compensation • Electrically isolated input, output and supply • DIN rail mounting • Compensation of the cable capacity • Calibration of the cell constant https://www.youtube.com/watch?v=uD7sGGopCY0

The mounting system is elevated, fixed on a base plate with a frangible coupling The casing is made of powder-coated aluminum The diffuser is made of clear polycarbonate UV protected Electrical specification The power supply can be a heliport controller. In this case, the control is also made in three steps from the heliport controller. Power input can be low voltage, 48 V DC or it can work in constant current when the distance from the heliport controller to the lights is long and this will generate a big drop of voltage on cables. Optionally it can be powered at 90-230V, 50/60Hz but the light fixtures will no longer have the dimming function The total power is just 10W Environment TLOF elevated lights were tested for working environments from -50 to + 50 °C The degree of protection is IP 67 The exposed surface to the wind is low so it can withstand strong wind UV protected polycarbonate makes it resistant to sun radiation Optical characteristics

Period of use: 100.000 hours Low energy consumption Easy installation Low voltage power supply available Stable light, not affected by voltage variations Housing made of extruded aluminum, for proper thermal management The light fixture consists of: 1 pc. clear diffuser, poly-carbonate or glass (for high temperatures and resistance to chemical environments) 1 pc. Aluminum encasement Optical assembly Fixing system The interior houses an optical block made up an aluminum support and LED(s) All external elements are powder-coated in Airport Yellow – RAL 1004 Electrical Characteristics Electrical insulation class: I Power supply (XXX): 230-110V AC, 12-24V or 48V DC

Period of use: 100.000 hours Low energy consumption Easy installation Low voltage power supply available Stable light, not affected by voltage variations Housing made of extruded aluminum, for proper thermal management The light fixture consists of: 1 pc. clear diffuser, poly-carbonate or glass (for high temperatures and resistance to chemical environments) 1 pc. Aluminum encasement Optical assembly Fixing system The interior houses an optical block made up an aluminum support and LED(s) All external elements are powder-coated in Airport Yellow – RAL 1004 Electrical Characteristics Electrical insulation class: I Power supply (XXX): 230-110V AC, 12-24V or 48V DC

Period of use: 100.000 hours Low energy consumption Easy installation Low voltage power supply available Stable light, not affected by voltage variations Housing made of extruded aluminum, for proper thermal management The light fixture consists of: 1 pc. clear diffuser, poly-carbonate or glass (for high temperatures and resistance to chemical environments) 1 pc. Aluminum encasement Optical assembly Fixing system The interior houses an optical block made up an aluminum support and LED(s) All external elements are powder-coated in Airport Yellow – RAL 1004 Electrical Characteristics Electrical insulation class: I Power supply (XXX): 230-110V AC, 12-24V or 48V DC

Housing: powder-coated aluminium, aviation yellow or white Disperser: hardened glass Disperser flange: nickel-plated ring Fasteners: stainless steel Light fixtures are UV protected Electrical Characteristics Power supply 48V DC from controller – dimmable: 100% ,30%, 10% Power consumption AL-120-05-GR – 10W AL-121-04-GR – 8W AL-122-03-GR – 6W AL-123-06-GR – 12W AL-124-03-YE – 6W

Housing powder-coated aluminum, RAL 1004 (aviation yellow) Diffuser – hardened glass Diffuser flange – nickel-plated ring Cable gland – nickel-plated brass Fasteners – stainless steel Electrical Characteristics The power supply can be a heliport controller V2 or V3. In this case, the control is also made in three steps from the heliport controller. Power input can be low voltage, 48 V DC or it can work in constant current when the distance from the heliport controller to the lights is long and this will generate a big drop of voltage on cables. Optionally it can be powered at 90-230V, 50/60Hz but the light fixtures will no longer have the dimming function, in this case, it is recommended to use an electrical cabinet including all protections The total power is just 9W Environment Flat lights were tested for working environments from -50 to + 50 °C The degree of protection is IP 68 Optical characteristics The light source is made with WHITE LEDs

The mounting system is elevated, fixed on a base plate with a frangible coupling The casing is made of powder-coated aluminum The diffuser is made of clear polycarbonate UV protected Electrical characteristics The power supply can be a heliport controller. In this case, the control is also made in three steps from the heliport controller. Power input can be low voltage, 48 V DC or it can work in constant current when the distance from the heliport controller to the lights is long and this will generate a big drop of voltage on cables. Optionally it can be powered at 90-230V, 50/60Hz but the light fixtures will no longer have the dimming function The total power is just 15W If the sequenced flashing is needed then a flashing controller must be added to the control system Environment APPROACH elevated lights were tested for working environments from -50 to + 50 °C The degree of protection is IP 67 The exposed surface to the wind is low so it can withstand strong

The mounting system is elevated, fixed on a base plate with a frangible coupling The casing is made of powder-coated aluminum The diffuser is made of clear polycarbonate UV protected Electrical characteristics The power supply can be a heliport controller. In this case, the control is also made in three steps from the heliport controller. Power input can be low voltage, 48 V DC or it can work in constant current when the distance from the heliport controller to the lights is long and this will generate a big drop of voltage on cables. Optionally it can be powered at 90-230V, 50/60Hz but the light fixtures will no longer have the dimming function The total power is just 2W Environment TAXI elevated lights were tested for working environments from -50 to + 50 °C The degree of protection is IP 67 The exposed surface to the wind is low so it can withstand strong wind UV protected polycarbonate makes it resistant to sun radiation Optical characteristics

The mounting system is elevated, fixed on a base plate with a frangible coupling The body is made of powder-coated aluminum The diffuser is made of clear polycarbonate UV protected Electrical specification The power supply can be a heliport controller. In this case, the control is also made in three steps from the heliport controller. Power input can be low voltage, 48 V DC or it can work in constant current when the distance from the heliport controller to the lights is long and this will generate a big drop of voltage on cables. Optionally it can be powered at 90-230V, 50/60Hz but the light fixtures will no longer have the dimming function The total power is just 12W Environment FATO elevated lights were tested for working environments from -50 to + 50 °C The degree of protection is IP 67 The exposed surface to the wind is low so it can withstand strong wind UV protected polycarbonate makes it resistant to sun radiation Optical characteristics