Bouée MOTUS

SB-138P SENTINEL® BUOY Tideland offers a variety of tool kits for minor repairs that may be ordered separately to assist in preserving buoys. The service hatch provides easy entry to energy cells. The battery section will hold one or two energy cells depending on power requirements. The entire power system is above the waterline and designed to avoid corrosion, vibration and battery spillage. OPTIONAL EXTENDED FOCAL PLANE LANTERN PEDESTAL Tideland Signal Corporation (USA) us-sales@tidelandsignal.com Tideland Signal Ltd (Canada) canada-sales@tidelandsignal.comTideland Signal Ltd (Burgess Hill, UK) emea-sales@tidelandsignal.com Tideland Signal (The Netherlands) emea-sales@tidelandsignal.comTideland Signal Ltd (Dubai, UAE) emea-sales@tidelandsignal.com Tideland Signal Pte Ltd (Singapore) asia-sales@tidelandsignal.comTideland Signal Pte Ltd (Tianjin, China) asia-sales@tidelandsignal.com ? 2016 Xylem, Inc. All names are registered tradenames or trademarks of Xylem Inc. or one of its subsidiaries. Technical changes reserved. 2016/11 I6R10 www.tidelandsignal.com SB-138P SENTINEL® BUOY The SB-138P Sentinel® buoy is a product of Tideland Signal’s continued commitment in developing new higher performance, low maintenance, cost effective marine aids to navigation. Deployed in over 40 countries, the SB- 138P buoy utilises the benefits of the latest in materials, manufacturing processes and technology. Providing a rugged, lightweight buoy with exceptional station-keeping and long life, while reducing the long term maintenance expense typically associated with floating aids to navigation. FEATURES UV-STABILISED POLYETHYLENE – Rotationally moulded to form a seamless body, 9.5mm thick. Through a unique mould design and a controlled process, an increased thickness is formed at major stress points. DIVIDED INTO THREE SECTIONS – A float section, battery section and a nav-aid section form an abrasion resistant, shock absorbing buoy able to withstand knocks and/or collisions. The float section has a moulded in slip resistant surface, providing an added safety precaution for on station maintenance. MATCHING OR ALTERNATING SECTIONS – Easily makes bifurcation buoys, either red or green as required. Cardinal boys can be assembled using the same method, with yellow and black sections. Fairway or Safe Water buoys are produced using a process of moulded in colour graphics, resulting in red and white vertical striping. LONG-TERM STRENGTH AND SECURITY – The float section is internally cross-braced with stainless steel rods that are connected to stainless steel bushings in mooring and lifting eyes. Mooring eyes are fitted with a replaceable stainless steel wear bushing. STABILITY – Achieved by filling float section with a calculated amount of reinforced concrete as ballast. Then the entire float section is filled with polystyrene beads. The float is then sealed and placed into a steam-chest to expand the foam beads to maximum size, fusing the beads together. This process results in one solid piece of polystyrene completely filling all voids, preventing water ingress in the event of puncture, adding ruggedness to an already tough floating aid. POWER– Configured for 12V or 24V nominal, the power system for the lantern and optional equipment is housed in the battery section, which also forms part of the tower for the lantern. NAVAID SECTION – Has provision for four 10 peak watt solar modules or up to three 20 peak and one ten peak watt solar modules. Configurations of solar modules can vary depending on electrical load and average insolation for area of deployment. This section also includes an internal high gain passive reflector (10m2) and lantern guard (if needed). Access to battery section and all equipment is through a hinged, tamper resistant, watertight service hatch, located in the navaid section. SB-138P SENTINEL® BUOY SB-138P SENTINEL® BUOYTechnical Details Construction Foam Filling Air Weight Diameter Focal Plane Height Optional Extended Focal Plane Draft Freeboard Submergence Radar Reflector Radar Range, nominal Visual Area with daymark panels (can shape) Visual Area with daymark panels (nun shape) Surface Colour Maximum Mooring Load Maximum Current Rotationally moulded in medium density UV-sta- bilised virgin polyethylene, 9.5mm thick 16kg/m3 expanded polystyrene foam 1000lb (454kg) (including two 38mm (1-½in) shackles) 5ft 9in (1750mm) 7ft 6in (2290mm) 9ft 6in (2900mm) 2ft 6in (751mm) 1ft (305mm) 138lb/in (24.7kg/cm) 10m2 (X-band) 3 to 4NM 17.2ft2 (1.6m2) 16.1ft2 (1.5m2) As Specified 1400lb (636kg) 6 knots Recommend Moorings Current less than 2 knotsWater Depth (ft) Chain Length (Shot) Chain size 35 35-50 50-80 80-120 120-160 160-200 45ft ( 1/2) 90ft (1) 135ft (1 1/2) 180ft (2) 225ft (2 1/2) 315ft (31/2) 11/8 in 1in 1in 3/4 in5/8 in1/2 in Current 2-4 knots Water Depth (ft) Chain Length (Shot) Chain size 35 35-50 50-80 80-120 120-160 160-200 90ft (1) 90ft (1) 135ft (1 1/2) 225ft (21/2) 450ft (5) 450ft (5) 11/8 in 1in 1in 3/4 in5/8 in1/2 in Current 4-6 knots Water Depth (ft) Chain Length (Shot) Chain size 35 35-50 50-80 80-120 120-160 160-200 90ft (1) 135ft (1½) 180ft (2) 270ft (3) 11/8 in 1in 1in 3/4 in

MOTUS Wave Buoy The MOTUS (movement in Latin) Wave Buoy is a perfect solution for collecting environmental data in coastal areas. The platform used for collecting data is the robust MOTUS buoy which has proven to be an excellent platform for providing high accuracy and reliable meteorological and oceanographic data. The MOTUS Wave Buoy can effectively combine various Hydrological and Meteorological parameters. Basic parameters as wind, waves and currents can easily be expanded to include sensor packages with different water quality sensors. Data is controlled and synchronized by the data management systems that Xylem Analytics offers which also controls and powers the real time communication. This provides a low power efficient system offering long-term deployment capabilities. The MOTUS Wave Buoy combines the ultra-low power and field proven solutions we have from developing oceanographic and water quality sensors, as well as 60 years of experience operating in AtoN to provide you with an optimal platform based on the DB1750 buoy, a rugged lightweight polyethylene buoy deployed in more than 40 countries all over the world. By selecting Xylem as your partner in your projects, you are on track for the lowest overall cost of ownership and a versatile platform that can be tailored to your needs. The MOTUS Wave Buoy is developed for both scientific and commercial use. Applications Aids to Navigation Environmental Monitoring Oceanographic Research Structural Engineering Dredging Harbour Monitoring Offshore Windfarm Monitoring Weather Forecasting COLLECT RELIABLE ENVIRONMENTAL DATA WITH MOTUS WAVE BUOY CURRENT DIRECTION AND SPEED Broadband Doppler Current Profiler, Z-pulse single point current sensor TELEMETRY OPTIONS 4G modem, AIS, VHF/UHF, radio, iridium, GOES DATA MANAGEMENT Smar tGuard, 3rd par ty logger WATER QUALIT Y SENSORS Dissolved Oxygen, pH, Temperature, Conduc tivity, Salinity, Turbidity, Chlorophyll, Blue-Green Algae and Hydrocarbons WAVE MEASUREMENTS Wave direc tion, wave height, external or internal compass, correction for buoys made of magnetic material. AIDS TO NAVIGATION Radar reflector, Lanterns, AIS Transponders METEOROLOGICAL MEASUREMENTS Wind, atmospheric pressure, air temperature, humidity. REAL-TIME DATA DELIVERY GeoView, Hydrosphere, general inter face to 3rd par ty data deliver y solutions MOTUS Wave Buoy Solutions Motus Wave Buoy Solutions is a trademark of Xylem or one of its subsidiaries. ? 2019 Xylem, Inc. XA 0720 Aanderaa Data Instruments AS Sanddalsringen 5b 5843 Bergen, Norway +47 55 60 48 00 aanderaa.info@xyleminc.com Aanderaa.com