Tideland Signal
PE Energy is a trusted Tideland Signal distributor and Tideland Signal supplier in Houston, TX, offering genuine Tideland Signal products, Tideland Signal racons, Tideland Signal marine lanterns, Tideland Signal fog signals, Tideland Signal navigation beacons, Tideland Signal obstruction lights, Tideland Signal helideck lighting, Tideland Signal aids to navigation, Tideland Signal remote power systems, Tideland Signal offshore safety equipment, Tideland Signal lighthouse equipment, Tideland Signal port marking systems, and Tideland Signal Houston TX distributor solutions for ports, harbors, offshore structures, and marine navigation applications. As a leading Tideland Signal Houston TX distributor, we help customers source authentic Tideland Signal solutions with fast delivery, competitive pricing, and reliable availability for marine aids to navigation, offshore safety, lighthouse equipment, port marking, and coastal navigation needs.
Showing all 27 results
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Tideland Signal AB-560 AUDIOBEAM 2NM FOG SIGNAL
AB-560 Audiobeam is an electronically powered fog signal that automatically broadcasts a 360° beam of sound to a preselected code audible for 2NM. It is United States Coast Guard approved, complies with all IALA recommendations and is UL listed as suitable for use in Class I, Division 2, Group C and D hazardous locations. The AB-560 is engineered for unattended operation.CHARACTERISTICSECU-645-A, Tideland Signal’s patented solid-state power amplifier. Housed in an PU Enamel Painted Marine Grade Alloy EnclosureOMNIBUS® circuitry allows two or more fog signals to be synchronized.Off-time current is less than 30 milliamperes.Five Tideland Signal TDA-375 precision, heavy-duty driver units with GRP HousingsDrivers are engineered for efficiency and long life, operating at only 10% of rated capacity.Structure is hot-dipped galvanized steel. (Optional 316L Stainless Steel Available)Patented solid-state dissipation-less power regulator automatically provides the required power to the array of driver-emitters.Mounting options: base down or suspended from top.Full monitor and control access. -
Tideland Signal AB-68 Ex AUDIOBEAM 2NM and 1/2NM FOG SIGNAL
The AB-68-Ex Audiobeam is a multi-emitter array that broadcasts a 360° beam of sound in the horizontal plane to a preselected code. Designed for use on offshore installations in hazardous gas environments. It can be supplied as a 2 Mile Main Fog Signal or as a Combined 2 Mile and ½ Mile Fog Signal for Main and Standby Applications. CHARACTERISTICS EMITTER UNITS – The emitters are heavy-duty electromagnetic types with phenolic-coated linen diaphragms in watertight manganese bronze enclosures. They are highly resistant to corrosion and operate at only 25% of rated capacity ensuring the longest service life. ELECTRONIC CONTROL UNIT – Tideland’s ECU 800 generates the selected code. In the Main/Secondary arrangement 2 x ECU are used, one duty and one standby. A current monitor will automatically change over from the duty to the standby unit and report an alarm to a central monitor panel for both ECU-1 Fault and ECU-2 Fault. Any 2 driver units are sufficient to meet a ½ mile secondary range requirement. ECUs are mounted to the fog signal Array in an Epoxy Painted LM6 Alloy Exd Enclosure with IP66 protection. STRUCTURE – The supporting structure comprises 3x 316 stainless steel legs able to withstand severe hurricane force storms and harsh marine environments. The fog signal is completely assembled, wired and tested and ready for field connection. When a subsidiary light is required its bracket can be mounted to one leg of the structure. POWER – The advantage of the integral coder means the AB-68Ex can operate in autonomous stand-alone mode from a central or dedication local battery. Tideland can supply fully certified Zone 1 (ATEX CAT 2) power supply systems. Approved by USCG and Trinity House -
Tideland Signal AC / DC Navaids Universal Navigational Aids Systems
Tideland has created a suite of SOLACHAN (TM) products specifically to meet the exacting needs of Saudi Aramco for marking of their new and existing Offshore installations. These products fulfil the requirements for their AC supported and DC (Solar) systems but are equally suited to other similar applications.Charger, Solar Regulator and Solar Panel can be simply exchanged to be converted from AC to DC or vice versa.Three variants for each system have been created for different Zoning Requirements. Full IECEX for Zone 2 Applications, NEC Class 1, Division 2 solution in line with all historical applications used by Saudi Aramco, and a Safe Area version where certified equipment is not required and a lower cost is beneficial. Systems meet or exceed requirements for use in areas that require a 5NM white light with the use of the latest LED technology.CHARACTERISTICSMaintenance free Tideland Nova-65 lantern (5NM Standard)Fully separated AC field and Sync field cables for safetyWeatherproof Stainless (IECEX) or GRP Battery BoxReduced power consumption (1Kw hours per year typical)Pedestals galvanised Steel and IECEX/Class 1 Div 2 versions also painted to Saudi Aramco standard APCS-26T (EU)Hard Wire and GPS Sync standard on all variants except IECEX Zone 2 (Hard Wire only)Options for 3NM Red and 10NM white lights in all variants -
Tideland Signal AC IECEX Zone 2 Navaids Universal Navigational Aids Systems
Tideland have created a suite of SOLACHAN (TM) products specifically to meet the exacting needs of Saudi Aramco for marking of their new and existing Offshore installations. These products fulfil the requirements for their AC supported and DC (Solar) systems but are equally suited to other similar applications.IECEX Zone 2 Certified AC Solutions are designed to comply with International IECEX Certification Standards and exceed the Certification of existing Saudi Aramco Navaids installations. The IECEX Solution is the highest specification of the suite of products designed for Saudi Aramco. They provide the same performance of the other variants but include a higher certification level in comparison to existing hazardous area installations.An IECEX Zone 2 Certified version of Tideland’s NOVA-65 Lantern is used for this application and consists of an epoxy painted alloy housing and toroidal lens with integral photocell, to provide a 5 Nautical Mile Range as standard. The IECEX Certification limits the lens divergence to 10 degrees only which slightly increases overall power consumption and does not allow for a 10 mile range option. The metal housing also prevents this version from being fitted with GPS Synchronisation so only Hard Wire Synchronisation may be used.The lights run independently from the 12v 165Ah VRLA Gel Battery which provides the best possible power source for very small, long duration loads such as Navaids. The Battery is maintained by a small 12v battery charger housed in the weatherproof Exd Enclosure.TECHNICALFull IECEX Certification to Minimum Zone 2.Maintenance free Tideland Nova-65 IECEX 10 degree White lantern (5NM Only)IECEX Certified Painted Stainless Steel Battery Box and 12v 165Ah Battery12v 65w Battery Charger in Exd Painted Alloy Enclosure with AC/Battery Circuit BreakersWired with GSWB Fire Resistant Cables and Nickel Plated Brass GlandsPedestals Galvanised Steel and Painted to APCS-26T (EU) in RAL 1023 YellowHard Wire Synchronization only>280 Days Autonomy for standard light at Morse U 15sCHARACTERISTICSSeparated Power and Sync field cable Junction boxes for safetyReduced power consumption (280 Days Autonomy for standard lightKit is also available to convert AC Stations to DC (Solar Powered) Stations by replacing/adding just 3 components. A kit is also available to convert for DC to AC Variants -
Tideland Signal AC NEC Class 1 Division 2 Navaids Universal Navigational Aids Systems
Tideland have created a suite of SOLACHAN (TM) products specifically to meet the exacting needs of Saudi Aramco for marking of their new and existing Offshore installations. These products fulfil the requirements for their AC supported and DC (Solar) systems but are equally suited to other similar applications.NEC Class 1 Division 2 Certified AC Solutions are designed to directly replace existing Saudi Aramco Navaids installations with like for like Certification levels and provide a good value solution where the application is in a gas hazardous area. They provide the same performance of the other variants but include certification to an equivalent level of existing hazardous area installations.An NEC Class 1 Division 2, UL Certified version of Tideland’s NOVA-65 Lantern is used for this application and consists of a plastic housing and toroidal lens with integral photocell, to provide a 5 Nautical Mile Range as standard. A 5 degree vertical divergence is specified as the lights are on fixed structures and this gives the highest range for the lowest power, typically 1.1w peak.The lights run independently from the 12v 100Ah VRLA Gel Battery which provides the best possible power source for very small, long duration loads such as Navaids. The Battery is maintained by a small 12v battery charger housed in the weatherproof Exd EnclosureTECHNICALSuitable for NEC Class 1, Division 2 Hazardous Areas.Maintenance free Tideland Nova-65 UL 5 degree lantern (5NM Standard)12v 100Ah Gel Battery in ventilated and insulated enclosure12v 65w Battery Charger in Exd Painted Alloy Enclosure with AC/Battery Circuit BreakersWired with GSWB Fire Resistant Cables and Nickel Plated Brass Cable GlandsPedestals Galvanised Steel and Painted to APCS-26T (EU) in RAL 1023 YellowHard Wire and GPS Sync standard>200 Days Autonomy for standard light at Morse U 15sCHARACTERISTICSSeparated Power and Sync field cable Junction boxes for safetyReduced power consumption ( -
Tideland Signal AC Safe Area Navaids Universal Navigational Aids Systems
Tideland have created a suite of SOLACHAN (TM) products specifically to meet the exacting needs of Saudi Aramco for marking of their new and existing Offshore installations. These products fulfil the requirements for their AC supported and DC (Solar) systems but are equally suited to other similar applications.Safe Area AC Solutions are considered the base variant and provide the best value to the end user where Hazardous Area Zone Classification is not required. They provide the same performance of the other variants but at a lower cost as uncertified components and assembly methods can be employed.Safe Area Navaids are often used in temporary applications or to mark items such as causeways.A General Marine Use (GMU) version of Tideland’s NOVA-65 Lantern is used for Safe Areas and consists of a plastic housing and toroidal lens with integral photocell, to provide a 5 Nautical Mile Range as standard. A 5 degree vertical divergence is specified as the lights are on fixed structures and this gives the highest range for the lowest power, typically 1.1w peak.The lights run independently from the 12v 100Ah VRLA Gel Battery which provides the best possible power source for very small, long duration loads such as Navaids. The Battery is maintained by a small 12v battery charger housed in a weatherproof Stainless Steel Enclosure.TECHNICALSuitable for Safe Area Unlassified AreasSuitable for use in Temporary and Permanent ApplicationsMaintenance free Tideland Nova-65 5 degree lantern (5NM Standard)12v 100Ah Gel Battery in ventilated and insulated enclosure12v 65w Battery Charger in Stainless Steel Enclosure with AC/Battery Circuit BreakersWired with Marine Grade Unarmoured Cables and Offshore rated Plastic Cable GlandsPedestals – Cost effective Galvanised SteelHard Wire and GPS Sync standard>200 Days Autonomy for standard light at Morse U 15sCHARACTERISTICSSeparated Power and Sync field cable Junction boxes for safetyReduced power consumption ( -
Tideland Signal DC (Solar) IECEX Zone 2 Navaids Universal Navigational Aids Systems
Tideland have created a suite of SOLACHAN (TM) products specifically to meet the exacting needs of Saudi Aramco for marking of their new and existing Offshore installations. These products fulfil the requirements for their AC supported and DC (Solar) systems but are equally suited to other similar applications.IECEX Zone 2 Certified DC Solutions are designed to comply with International IECEX Certification Standards and exceed the Certification of existing Saudi Aramco Navaids installations. The IECEX Solution is the highest specification of the suite of products designed for Saudi Aramco. They provide the same performance of the other variants but include a higher certification level in comparison to existing hazardous area installations.An IECEX Zone 2 Certified version of Tideland’s NOVA-65 Lantern is used for this application and consists of an epoxy painted alloy housing and toroidal lens with integral photocell, to provide a 5 Nautical Mile Range as standard. The IECEX Certification limits the lens divergence to 10 degrees only which slightly increases overall power consumption and does not allow for a 10 mile range option. The metal housing also prevents this version from being fitted with GPS Synchronisation so only Hard Wire Synchronisation may be used.The lights run independently from the 12v 165Ah VRLA Gel Battery which provides the best possible power source for very small, long duration loads such as Navaids. The Battery is maintained by a small 12v battery charger housed in the weatherproof Exd Enclosure.TECHNICALSuitable for Zone 2 Hazardous Areas.Maintenance free Tideland Nova-65 IECEX 10 degree lantern (5NM Standard)12v 165Ah Gel Battery in IECEX Certified Painted Stainless Steel Enclosure12v Solar Voltage Regulator in Exd Painted Alloy Enclosure with AC/Battery Circuit Breakers12v 50w or 12v 108w IECEX Solar Module on fully adjustable bracketWired with GSWB Fire Resistant Cables and Nickel Plated Brass Cable GlandsPedestals Galvanised Steel and Painted to APCS-26T (EU) in RAL 1023 YellowHard Wire Sync Only>280 Days Autonomy for standard light at Morse U 15sCHARACTERISTICSSeparated Power and Sync field cable Junction boxes for safetySolar Powered Stand Alone – No External Power required360 Degree Rotation of Charger/Junction Box Panel and Solar Module Possiblekit is also available to convert the DC (Solar Powered) Stations to AC Stations by replacing/adding just 3 components. A kit is also available to convert from AC to DC variants -
Tideland Signal DC (Solar) NEC Class 1 Division 2 Navaids Universal Navigational Aids Systems
Tideland have created a suite of SOLACHAN (TM) products specifically to meet the exacting needs of Saudi Aramco for marking of their new and existing Offshore installations. These products fulfil the requirements for their AC supported and DC (Solar) systems but are equally suited to other similar applications.NEC Class 1 Division 2 Certified DC (Solar) Solutions are designed to directly replace existing Saudi Aramco Navaids installations with like for like Certification levels and provide a good value solution where the application is in a gas hazardous area. They provide the same performance of the other variants but include certification to an equivalent level of existing hazardous area installations.An NEC Class 1 Division 2, UL Certified version of Tideland’s NOVA-65 Lantern is used for this application and consists of a plastic housing and toroidal lens with integral photocell, to provide a 5 Nautical Mile Range as standard. A 5 degree vertical divergence is specified as the lights are on fixed structures and this gives the highest range for the lowest power, typically 1.1w peak.The lights run independently from the 12v 100Ah VRLA Gel Battery which provides the best possible power source for very small, long duration loads such as Navaids. The Battery is maintained by a 12v 50w Solar Module with a dedicated Solar Voltage Regulator housed in the weatherproof Exd Enclosure.TECHNICALSuitable for NEC Class 1, Division 2 Hazardous Areas.Maintenance free Tideland Nova-65 UL 5 degree lantern (5NM Standard)12v 100Ah Gel Battery in ventilated and insulated enclosure12v 50w Class 1 Division 2 UL Certified Solar Module on fully adjustable bracketSeparate Array and Battery Circuit Breakers mounted in a Painted Exde EnclosureWired with GSWB Fire Resistant Cables and Nickel Plated Brass Cable GlandsPedestals Galvanised Steel and Painted to APCS-26T (EU) in RAL 1023 YellowHard Wire and GPS Sync standard>200 Days Autonomy for standard light at Morse U 15sCHARACTERISTICSSeparated Power and Sync field cable Junction boxes for safetySolar Powered Stand Alone – No External Power required360 Degree Rotation of Charger/Junction Box Panel and Solar Module PossibleOptions for 3NM Red and 10NM white lightskit is also available to convert the DC (Solar Powered) Stations to AC Stations by replacing/adding just 3 components. A kit is also available to convert from AC to DC variants -
Tideland Signal DC (Solar) Safe Area Navaids Universal Navigational Aids Systems
Tideland have created a suite of SOLACHAN (TM) products specifically to meet the exacting needs of Saudi Aramco for marking of their new and existing Offshore installations. These products fulfil the requirements for their AC supported and DC (Solar) systems but are equally suited to other similar applications.Safe Area DC (Solar) Solutions are considered the base variant and provide the best value to the end user where Hazardous Area Zone Classification is not required. They provide the same performance of the other variants but at a lower cost as uncertified components and assembly methods can be employed.A General Marine Use (GMU) version of Tideland’s NOVA-65 Lantern is used for Safe Areas and consists of a plastic housing and toroidal lens with integral photocell, to provide a 5 Nautical Mile Range as standard. A 5 degree vertical divergence is specified as the lights are on fixed structures and this gives the highest range for the lowest power, typically 1.1w peak.The lights run independently from the 12v 100Ah VRLA Gel Battery which provides the best possible power source for very small, long duration loads such as Navaids. The Battery is maintained by a 12v 50w Solar Module with a dedicated Solar Voltage Regulator housed in a weatherproof Stainless Steel Enclosure.TECHNICALSuitable for Safe Area, Unclassified Areas.Maintenance free Tideland Nova-65 5 degree lantern (5NM Standard)12v 100Ah Gel Battery in ventilated and insulated enclosure12v 50w Solar Module on fully adjustable bracket12v Solar Voltage Regulator in Stainless Steel Enclosure with Array/Battery Circuit BreakersWired with Marine Grade Un armored Cable and Offshore rated Plastic Cable GlandsPedestals – Cost effective Galvanised SteelHard Wire and GPS Sync standard>200 Days Autonomy for standard light at Morse U 15sCHARACTERISTICSSeparated Power and Sync field cable Junction boxes for safetyReduced power consumption ( -
Tideland Signal EEx visibility sensor
ONE OF THE FEW FOG DETECTORS THAT IS EEx RATED The EEx visibility sensor measures atmospheric visibility (meteorological optical range) by determining the amount of light scattered by particles (smoke, dust, haze, fog, rain, & snow) in the air that passes through the sample volume. A 42-degree forward scatter angle is used to ensure performance over a wide range of particle sizes. MOR is calculated by the user by converting the received signal strength (extinction coefficient, σ) using Koschmieder’s formula, MOR (Km) = 3/σ. Performance in all weather conditions was a design prerequisite for the EEx Visibility Sensor. The sensor uses ATEX/IECEx rated EEx housings and offshore marine grade sheathed cables to ensure all-weather, Zone 1, IP66 certified performance. A sturdy aluminum frame painted with durable powder-coat paint is used to mount the housings and provide mounting to a customer supplied mounting pipe. Power and signal lines to the EEx Visibility Sensor are protected with surge and EMI filtering to help guarantee uninterrupted service for the life of the sensor. Installation of the EEx Visibility Sensor is easy. A mounting flange located on the bottom of the sensor housing mates with a user-supplied 4-inch IPS pipe. Power and signal connections are made through M25 threaded holes using user supplied, Ex approved cable glands and wiring. User wiring is made to DIN rail mounted terminal boards in the Signal Processing Box. Calibration of the EEx Visibility Sensor in the field is as simple as attaching a calibration fixture to the back of the sensor and following a procedure that requires less than 20 minutes. Each sensor is supplied with a calibration fixture. Semiannual calibration is recommended. FEATURES Up to 8km (5 mile) visibility range Forward scatter measurement technique ATEX/IECEx Zone 1 hazardous area Flexible output options Suitable for switching Lights and Fog Signals at two different visibility levels Simple installation and maintenance -
Tideland Signal MaxiHALO-60 II Led Flasher
Tideland Signal’s MaxiHalo-60 II LED flasher assembly allows for an easy upgrade to LED technology without having to replace existing lanterns.MaxiHALO-60 II provides a fully focused light in most Tideland marine signal lanterns and is compatible with most commercially available lanterns and rotating beacons. The MaxiHALO-60 II LED flasher, a Tideland Signal proprietary light source, projects a light in a 360° horizontal beam pattern.CHARACTERISTICSUser selectable power settings for multiple visual range performance256 user selectable flash charactersFull monitor and control accessSignalView program to set user optionsAvailable in all IALA approved colorsTemperature compensated LED drive circuits ensure uniform brightness with ambient temperature changeImpervious to shock and vibrationSunswitch on-off set pointsHard Wire Synchronization facility with Optional GPS synchronization moduleSealed Electronics -
Tideland Signal ML-300 MAXLUMINA MARINE SIGNAL LANTERN
The lightweight and durable ML-300 is suitable for a wide range of marine applications such as lighthouses, landfall beacons, offshore platforms, drilling barges and channel markers. ML-300 produces luminous intensity levels with lower current consumption than other manufacturers’ lanterns equipped with molded lenses. The ML-300 utilizes Tideland’s 300mm Fresnel lens, introduced in 1967 as the world’s largest single piece acrylic optic for marine lanterns. Today, the ML-300 is the most efficient injection molded 300mm lens available producing greater required effective intensities from smaller wattage lamps than any other lens of comparable size. Available in GMU (General Marine Use) and Class 1, Division 2 (UL listed and Labelled) versions CHARACTERISTICS Supplied with Tideland OMNIBUS II 6 Place Flasher Lampchanger Supports all industry standard flasher/lamp changers Lenses available in all approved IALA colors Tideland Signal’s patented leveling and focusing system Hinged Lens for easy access. Easy twist-and-lift tabs allow lens to be removed quickly for maintenance Cable glands and connectors factory supplied For applications requiring a sectored light, one or more colored acrylic inserts (including opaque) can be added Excellent for all marine environments Full monitor and control access with Tideland Signal flasher Hard Wire Synchronized or Optional GPS Synchronization with Tideland Flashers 256 Preprogrammed Flash codes with Tideland Flashers Optional Version With Smooth Lexan Lens Shield -
Tideland Signal MLED Series External Powered Marine Lanterns
Tideland Signal (Tideland) has merged its patented and proven MaxLumina® lens technology with 21st century LED technology to provide low maintenance, low power consumption and long range, MLED-140, MLED-155 and MLED-300 navigational lanterns. The MLED-140 is ideal for use wherever a wide beam is required, such as in compensating for buoy roll. Visibility is improved in locations such as high bridges, where there are extreme differences in angle of observation at various ranges. The MLED-140 and MLED-155 are used to mark buoys, offshore structures, channels, bridges, barges and docks. Tideland Signal’s hinged Fresnel lens incorporates 38 optical elements, maximizing light transmission in the horizontal plane. The MLED-300 and MLED-155 are excellent for use on fixed offshore structures, achieving maximum visual range. MLED series provides trouble-free service in rigorous marine environments. CHARACTERISTICS Supplied with Tideland MaxiHALO 60 II or MaxiHALO 60 II HI Flashers User selectable power settings for multiple visual range performance 256 user selectable flash characters Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change Full monitor and control capability SignalViewTM program to set user options Available in all IALA approved colors A constant current power source provides maximum lifetime of LEDs Seasonal shutdown capability Hard wired synchronization Optional GPS synchronization -
Tideland Signal MLED-150Ex 10NM External powered marine lantern
MLED-150Ex brings the benefits of LED technology, low power, high reliability and low maintenance, to the Zone 1 environment. The flasher and optical source assembly, designated MaxiHALO-150, is designed after the proven MaxiHALO-60. The MaxiHALO-150 is installed in a rugged Ex-d well glass housing used in the rigors of offshore atmospheres. The MLED-150Ex is compatible with current Tideland Signal lanterns and is configurable as a Secondary (Standby) light. When used in a main and secondary pair installation, the Secondary light monitors the Main light and, upon failure, automatically begins operation. Onboard software constantly monitors operation of the MLED-150Ex and initiates an alarm signal if critical operation parameters are exceeded. The MLED-150Ex produces an omnidirectional beam >10NM visual range with T = 0.74 (16NM with T = 0.85). CHARACTERISTICS User selectable power settings 5-100% 256 user selectable flash characters Temperature compensated LED-drive circuits ensure uniform brightness with changes in ambient temperature Full monitor and control capability Fail output terminal for go/no go monitoring Constant current power source maximizes LED-life Hard Wire Synchronization and Optional GPS synchronization module -
Tideland Signal MLED-180HI Ex 15Nm External powered marine lantern
MLED-180HI Ex brings the benefits of LED technology, low power, high reliability and low maintenance, to the Zone 1 environment. The flasher and optical source assembly designated MaxiHALO-180HI is designed after the proven MaxiHALO-150. The MaxiHALO-180HI Ex is installed in a rugged Ex-d well glass housing used in the rigors of offshore atmospheres. A Single MLED-180HI Ex is now able to achieve ranges of in excess of 15NM. Onboard software constantly monitors operation of the MLED-180HI Ex and initiates an alarm signal if critical operation parameters are exceeded. CHARACTERISTICS User selectable power settings 256 user selectable flash characters Temperature compensated LED drive circuits ensure uniform brightness with changes in ambient temperature Full monitor and control capability Fail output terminal for go/no go monitoring Constant current power source maximises LED life -
Tideland Signal Nova-65 HI Marine lanterns
The Nova-65HI features unique and proprietary optics, developed in 2012 from the original Nova-65 lanterns, which provide a 360° beam at 3° vertical divergence. Utilizing a highly efficient compact lens, the Nova-65 HI is a one of a kind, small, lightweight marine beacon. The 3° divergence lens is ideal for fixed or stable floating aids to navigation requiring a much longer range, up to 10NM @ T=0.74, while still using a minimal amount of power. Two options of housing are available for general marine use (GMU) and for NEC Class 1 Division 2: polycarbonate and a ruggedized metal version. Both housing options are designed to withstand the harsh marine environment including: ice buildup in extremes of latitude and the high temperatures experienced along the equatorial plane. IP-66 and IP-68 make Nova-65I the choice of professionals. CHARACTERISTICS User selectable power and flash code settings for multiple visual range performance Full monitor and control capability SignalView™ program to set user options Approved by USCG for class A, B and C offshore structures A constant current power source provides maximum lifetime of LEDs Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change Hard Wire Synchronization Proven Long Term Reliability OPTIONS GPS Synchronization -
Tideland Signal Nova-65 Led marine lantern
The Nova-65 features unique and proprietary optics which provide a 360° beam at 5°, 10°, 20° or 30° vertical divergence. Utilizing a highly efficient compact lens, the Nova-65 is a one of a kind, small, lightweight marine beacon. The 10° divergence lens is ideal for fixed or floating aids to navigation while the 20° and 30° lenses provide exceptional performance on buoys. The 5° lens can be used to meet specific needs that require a much further range while still using a minimal amount of power. Two options of housing are available for general marine use (GMU) and for NEC Class 1 Division 2: polycarbonate and a ruggedized metal version. For ATEX/IECEx (Category 3), housing is available in ruggedized metal only and with a 10° lens. Both housing options are designed to withstand the harsh marine environment including ice buildup in extremes of latitude and the high temperatures experienced along the equatorial plane. IP-66 and IP-68 make Nova-65 the choice of professionals. CHARACTERISTICS User selectable power and flash code settings for multiple visual range performance Full monitor and control capability SignalView™ program to set user options Approved by USCG for class A, B and C offshore structures A constant current power source provides maximum lifetime of LEDs Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change Hard Wire Synchronization Proven Long Term Reliability Intensity exceeds candle power requirements by 33CFR 118.60 OPTIONS GPS Synchronization 5°, 10°, 20° or 30° vertical divergence lens -
Tideland Signal Nova-65 SC Self-contained marine lantern
The Nova-65 SC features unique and proprietary optics which provide a 360° beam at 5°, 10°, 20° or 30° vertical divergence. Utilizing a highly efficient compact lens, the Nova-65 SC is engineered to utilize the advanced and cost-effective technology of LEDs. Solar modules and high-grade batteries are housed in a compact self-contained marine lantern, designed for low maintenance with a projected service life of 10 years before any significant maintenance is needed. The 5° and 10° divergence lenses are ideal for fixed or floating aids to navigation while the 20° or 30° lens provides exceptional performance on buoys. The 5° lens can be used to meet specific needs that require a much longer range while still using a minimal amount of power. CHARACTERISTICS User selectable power setting for visual range Photovoltaic system sized for demanding locations SignalView software to program user options Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change Availability in all IALA approved colors Constant current power source for maximum LED lifetime Optional GPS synchronization module Optional GSM and Satellite monitoring Optional AIS AtoN module for message 21and monitoring via message 6 256 user selectable flash characters Full monitor and control capability Optional 5°, 10°, 20° or 30° lens -
Tideland Signal RLED-355 Led Range Lantern With Master Range
Tideland’s original RL-355 range lantern was developed for the US Coast Guard as a high intensity range lantern and has earned its place as our most popular range lantern. Our new development, RLED-355, is an LED version of the original lantern. Featuring MasterRange (II), RLED-355 provides exceptional performance over traditional incandescent lamps. MasterRange is a versatile LED light panel that is used to upgrade RL-355 from existing incandescent lamp technology. This new assembly not only eliminates traditional lamp changers, it also eliminates costly mirrors and does not require focusing. MasterRange is available with multiple numbers of LEDs, from 2 to 15, allowing for a wide range of effective intensities, with ranges up to 24NM. RETROFITTING RLED-355 is available complete or alternatively MasterRange (II) is available as a conversion kit that can be retrofitted to existing RL-355s. All control electronics, LEDs, LED drivers, LED lenses (not external spreader lenses), flashers, daylight control circuitry and mounting hardware are included in the conversion kit. MasterRange LED panels are available in a range of assembly sizes and can be retrofitted to similar lanterns manufactured by companies other than Tideland Signal. OPTIONAL EQUIPMENT Optional hood assembly helps keep lens clear of dirt and bird droppings. Optional Tideland GPS based system, to maintain flash synchronization of two or more range lanterns. CHARACTERISTICS Supports all marine signaling industry standards. Utilizes 1/4-inch-thick transparent acrylic lens. Spreader lenses are available for varied horizontal divergences. Constructed of corrosion resistant, marine grade materials. Reliable in the severest of environments. All IALA approved colors are available. Easy horizontal aiming and adjustment. External Sunswitch. Full monitor and control access. IR Remote Control (MasterRange II only) -
Tideland Signal SB-1000 Sentinel Multi-purpose Buoy
SB-1000 is a product of Tideland’s continued development of high performance, low maintenance, cost effective, multipurpose buoys. The unique design of the buoy allows it to be deployed in a variety of applications that include shallow water, channel edges, rivers up to 4 knots current, marinas and harbours. CHARACTERISTICS UV-stabilised polyethylene – rotationally moulded to form a seamless hull, 9.5mm thick, able to withstand knocks and/or collisions. Through a unique mould design and a controlled process, an increased thickness is formed at major stress points. This rugged material is abrasion resistant and reduces marine growth. Polyethylene eliminates the need for costly sandblasting and painting. Long-term strength – equipped with a stainless steel mooring and lifting eye, the buoy is easily handled. SB-1000 buoy is Polyurethane foam filled to prevent water ingress in event of a puncture. As with all Sentinel® buoys, minor punctures are on-station repairable. Colours – SB-1000 is available in all recommended IALA colours. Now with replaceable mooring and lifting eyes to comply with the latest IALA Guidelines. Lantern – A SolaMAX-3 (or similar) can be fitted to the top for nighttime applications. -
Tideland Signal SB-1500 Sentinel multi-purpose buoy
SB-1500 is a product of Tideland’s continued development of higher performance, low maintenance, cost-effective multi-purpose buoys for use in all marine environments. The unique design of this buoy allows it to be deployed in a wide variety of applications that include shallow water, channel edges, rivers up to 6 knots current, deep harbours and fast current tidal. CHARACTERISTICS UV-STABILISED POLYETHYLENE – Rotationally moulded to form a seamless body, 9.5mm thick, able to withstand knocks and/or collision. Through a unique mould design and a controlled process, an increased thickness is formed at major stres points. This rugged material is abrasion resistant and repels marine growth, eliminating costly sandblasting and painting. LONG-TERM STRENGTH – SB-1500 is quipped with a galvanised steel mooring and lifting eye and the complete assembly is removable for inspection. SB-1500 buoy is EPS foam filled to prevent significant water ingress in event of a puncture. As with all Sentinel®punctures are on-station repairable. STABILITY – SB-1500 is ideal for up to 6 knots. The unique keel with 160kg (350lb) of internal the buoy stable, upright and MATCHING OR ALTERNATING COLOURS – SB-1500 is available in all recommended IALA colours, including cardinal and bifurcation markings, with optional IALA recommended topmarks and daymark OPTIONAL EQUIPMENT Internal radar reflector Repair equipment 4” Lifting eye -
Tideland Signal SB-2.6 Buoys Sentinel Buoy
The SB-2.6 has a fully modular design which is configurable to meet most of the demands of our customers. Manufactured using the latest raw materials and construction methods, the buoy is fully compliant with IALA Guidelines. Medium Density Polyethylene float sections form the heart of the buoy giving it physical strength that resists damage. The buoys unique design and controlled manufacturing process ensure a homogeneous profile with an increased thickness in high stress areas.CHARACTERISTICSCentral Core manufactured from either High Density Polyethylene (HDPE) or Galvanized Steel. The design allows each of the hull sections to be easily fitted and quickly replaced if damaged. As an option the Central Core can be fitted with zinc anodes.The buoy has two lifting and two mooring eyes; they are manufactured from 316 Stainless Steel for the HDPE Core option and Galvanised Steel for the Galvanised Steel Core option.The tower can be manufactured from MDPE in either a two module or three module configuration or Galvanized Steel painted in line with IALA requirements. The steel tower can only be fitted on the steel Central Core.When required, the top section of the tower can be fitted with additional solar panels and an optional battery box and lockable hatch can be fitted in the base of the tower.All IALA configurations are available.The buoy is available with the following options:-Stainless Steel Ladder rated for over 200kgsNameplatesAluminium or Polyethylene Top MarkPolyethylene Day Mark Panels to improve daytime visibilityBENEFITSCentral Core design allows each of the hull sections to be easily fitted and quickly replaced if damaged.Outstanding colour retention and physical strength that resists damage.Medium Density Polyethylene repels marine growth. -
Tideland Signal SB-3.0 Buoy Sentinel Buoy
The SB-3.0 has a fully modular design which is configurable to meet most of the demands of our customers. Manufactured using the latest raw materials and construction methods, the buoy is fully compliant with IALA Guidelines. Medium Density Polyethylene float sections form the heart of the buoy giving it physical strength that resists damage. The buoys unique design and controlled manufacturing process ensure a homogeneous profile with an increased thickness in high stress areas.CHARACTERISTICSCentral Core manufactured from either High Density Polyethylene (HDPE) or Galvanized Steel. The design allows each of the hull sections to be easily fitted and quickly replaced if damaged. As an option the Central Core can be fitted with zinc anodes.The buoy has two lifting and two mooring eyes; they are manufactured from 316 Stainless Steel for the HDPE Core option and Galvanised Steel for the Galvanised Steel Core option.The tower can be manufactured from MDPE in either a two module or three module configuration or Galvanized Steel painted in line with IALA requirements. The steel tower can only be fitted on the steel Central Core.When required, the top section of the tower can be fitted with additional solar panels and an optional battery box and lockable hatch can be fitted in the base of the tower.All IALA configurations are available.The buoy is available with the following options:-Stainless Steel Ladder rated for over 200kgsNameplatesAluminium or Polyethylene Top MarkPolyethylene Day Mark Panels to improve daytime visibilityBENEFITSCentral Core design allows each of the hull sections to be easily fitted and quickly replaced if damaged.Outstanding colour retention and physical strength that resists damage.Medium Density Polyethylene repels marine growth. -
Tideland Signal SeaBeacon 2 System 6 racon
SeaBeacon 2 System 6, a frequency agile radar beacon (RACON), provides dependable service to all marine radars including those with modern narrow band receivers. SeaBeacon 2 System 6 is unequaled in frequency matching accuracy, consistency pulse-by pulse response and advanced sidelobe suppression. CHARACTERISTICS Greater operational range – SeaBeacon® 2 System 6 provides improvements in receiver dynamic range, receiver sensitivity, power consumption and transmitter power. Better receiver sensitivity and higher gain antennas give superior range performance with solid-state radars. Available with or without pressurisation – The GMU version of SeaBeacon® 2 System 6 is available with or without pressurisation. Pressurising racons with nitrogen provides added protection against the corrosive marine environment, seasonal variations in ambient temperature, pressure fluctuations, condensation and accidental submergence. Available with or without pressurisation – The GMU version of SeaBeacon® 2 System 6 is available with or without pressurisation. Pressurising racons with nitrogen provides added protection against the corrosive marine environment, seasonal variations in ambient temperature, pressure fluctuations, condensation and accidental submergence. Dual-token sidelobe suppression – Radars are identified accurately by measuring frequency and pulsewidth. Amplitude values are used to block responses to sidelobes. User selections – Operating parameters such as quiescent periods, trace length, active period, extended quiescent and standard response code (per IALA recommendations) can be programmed in the field using an optional hand-held keypad or laptop. Intelligent power management – Users may program quiescent and active time intervals to match performance and power consumption requirements. To further reduce power consumption, if no local radar is detected, the racon automatically returns to its quiescent state after a four second active period. Extended quiescent state for low traffic areas and seasonal inhibit further reduce power consumption. Periodic quiescent periods allow the radar operator to view the radar screen ensuring that no targets have been obscured by a racon response. Proportional scaling – Ensures length of racon trace appearing on the radar screen is generally uniform on all range settings. Monitoring – SeaBeacon® 2 System 6 racons can be linked, via Tideland’s NavLink®, to a manned base station for remote monitor and control functions. Hazardous use rating – Available for General Marine Use (GMU), NEC Class 1 Division 2 (not pressurized), IECEx/ATEX Category 2 (Zone 1) or ATEX Category 3 (Zone 2)for hazardous areas. Compliant to – IALA Recommendation R-101 on Marine Radar Beacons (RACONS) Edition 2 December 2004. -
Tideland Signal SolaMAX-65 Class 5 and 7 self-contained lantern
The SolaMAX-65 is a self-contained lantern capable of ranges up to 5NM in the standard version and up to 7NM in the extended version (SolaMAX-65-T). Its compact design makes it the ideal self-contained lantern for many applications including inland waterways, buoys and offshore platform marking to provide years of maintenance-free operation. Revolutionary optics and high efficiency solar panels make the SolaMAX-65 exceptionally suitable for northern and southern latitudes and low solar radiation applications. The built-in IR receiver allows for full customisation of the power level, flash character, sunswitch setting and features a self test mode. A convenient magnetic switch is used for switching off, storage/sleep mode or regular operation. CHARACTERISTICS Options of battery capacity for demanding locations from 12Ah to 50Ah Optional GPS synchronization module Available in all IALA approved colors 256 user selectable flash characters Constant current power source for maximum LED life Magnetic On/Off Switch for quick deployment, hassle free storage and battery maintenance check User selectable power, flash character and Sunswitch settings via an optional IR controller Programming and self-test option with IR controller Full monitor and control capability via options of GSM, Satellite or AIS Internal AIS option Theft deterrent design Optional Power and Data ports for charging and programming -
Tideland Signal SolaNOVA-65 6NM self-contained lantern
Tideland Signal has combined its proven solar module and battery self-contained package with the rugged and optically superior Nova-65 LED Lantern. This combination provides a low maintenance and longer-range signal lantern, called SolaNOVA-65. The SolaNOVA-65 is capable of ranges in excess of 6NM covering a variety of fixed applications. In addition, four vertical divergence options of 5°, 10°, 20° and 30° make it the ideal lantern for fixed structures or buoy applications. Revolutionary optics/Solar power system greatly increase efficiency making the SolaNOVA-65 suitable for northern and low solar radiation applications. CHARACTERISTICS User selectable power setting for visual range Battery test and charge mode selection without opening the lantern housing (Quick Check) Seasonal shutdown Photovoltaic system sized for demanding locations SignalView software to program user options Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change Available for Class I Division 2 Hazardous Locations Availability in all IALA approved colors shown here in IALA approved red Optional GPS synchronization module 256 user selectable flash characters Full monitor and control capability Vertical divergence options of 5°, 10°, 20° and 30° -
Tideland Signal TF-3B Micropower omnibus II flasher/lampchanger
TF-3B is a completely automatic solid-state flasher and six-place Lampchanger for use in Tideland Signal marine signal lanterns. It is also compatible with most other manufacturers’ Lampchanger. CHARACTERISTICS LAMPCHANGER – A moisture protected stepper motor provides necessary torque to rotate a six-place lamp turret. This unit is suitable for lamps rated from 2 to 70 watts. An optional high temperature lamp turret is available when using lamps rated 70 to 110 watts. All contacts are gold-plated for corrosion resistance and long life. PROGRAMMING MODES – TF-3B provides 256 preprogrammed flash code characters that can be synchronized to flash in unison with other lights with the same flash code selected and synchronizing terminals connected. In the event that one or more lights fail, remaining lights continue to flash in synchronization. Tideland’s optional SignalView allows for easy user programming from a laptop/PC. REMOTE MONITOR AND CONTROL – MicroPower OMNIBUS® II circuit allows for monitor and report status of the following via Tideland’s NavLink® system: status of operating lamp, number of lamps remaining, battery voltage (loaded and unloaded), Sunswitch, active flash code, alternate flash code, flash code setting, lamp fuse, solar voltage, lamp current and rotation period (if used in rotating beacon). Available control functions include switch to alternate flash code, override Sunswitch, recount good lamps, variable voltage to lamp (optional).