Quadrans

The Fiber-optic Gyro offers a high-performance compact strap down fiber-optic gyrocompass and Inertial Measurement Unit (IMU) for navigation and control of ships, submersible vessels and autonomous vehicles. Fiber-optic Gyro is a gyrocompass (FOG) and attitude heading reference system (AHRS) which will seamen provide a very accurate read-out of important data for navigation purpose. The fiber-optic gyrocompass has no moving parts and is therefore maintenance free. It has already been equipped to thousands of ships, submersible vessels and autonomous vehicles engaged in civil and military applications. The fiber optic gyro compass is both a fiber-optic survey-grade IMO certified gyrocompass and a Motion Reference Unit for marine applications. Quadrans is certified to meet the requirements of the International Marine Organization (IMO and IMO HSC) for gyrocompass. The core of the fiber optic gyro compass is a compact strap down Inertial Measurement Unit (IMU) which contains three accelerometers, three fiber-optic gyroscopes and a real-time computer. This unit computer is a Digital Signal Processor (DSP) chip enabling complex real-time computation.

2020-06-09T16:28:27-03:0022/04/2020|

Electronic Inclinometer

The VL-Inclinometer is a digital roll sensor for the Installation on vessels. The power supply and the serial interfaces are galvanic isolated. The system fulfills the following standards: - ISO/PAS 19697:2014 - ISO/DIS 19697 - IEC60945 - IEC61162-2 - IEC61162-450 The measured results are transmitted as NMEA through two serial Interfaces (RS422). The device sends the following standard telegrams: $--HRM, $--XDR and $--ALR. The status is indicated by three LED's.

2020-04-22T17:00:36-03:0022/04/2020|

Reflecta 1

REFLECTA/1/Fiberline is a reflector compass binnacle for worldwide use. It meets all important national and international specifications. Included in the range of delivery are all necessary components as magnetic reflector compass, azimuth device, reflection tube, correctors (only Flinder´s bar as extra) illumination, emergency illumination and installation material. Instead of a vertical reflection tube a horizontal by-pass up to 2m of length can be fitted.

2020-06-10T13:32:54-03:0022/04/2020|

OMC-118 Ultrasonic

The OMC-118 Ultrasonic Wind Sensor is used in case when an ultrasonic wind sensor is required. It is a ‘commercial off the shelf sensor’, Observator Instruments has supplied this stainless steel instrument to several navies. Other applications where Observator applied this sensor are in general marine and offshore applications, as well as in several tunnels. The OMC-118 can be connected to all Obsermet equipment like data loggers, signal conditioning units and displays using the NMEA or polar format. The OMC-118, which has a standard 0..65 m/s, is optionally also available in a 0..75 m/s range.

2020-06-23T11:43:32-03:0022/04/2020|

OMC-118 I.S – Ultrasonic I.S

This intrinsically safe wind sensor is approved to EEx ia IIC T5 for use in hazardous areas. This industrial anemometer will monitor wind speeds of 0-75m/s and is particularly suited to offshore oil platform applications. With a low start-up speed (0.01 m/s) and no moving parts, the OMC-118 Intrinsically Safe Anemometer exhibits significant benefits over standard three cup anemometers. Approved to EEx ia IIC T5, this intrinsically safe anemometer is ideal for use in hazardous areas, requiring no calibration or maintenance.

2020-06-10T15:48:47-03:0022/04/2020|

OMC-150/158-2 (ATEX)

The OMC-150 is an intrinsically safe, combined wind speed and direction sensor, based on the cup and vane principle. A complete wind set consists, besides this sensor, of an Eex junction box which is placed nearby the sensor OMC-156, and a Zener barrier interface box OMC-158-2. Using a sin/cos potentiometer, wind direction is measured without a dead-band, while speed is measured using a proximately switch and a code cap. The unit is made from stainless steel and comes with a mounting arm, which can be clamped to a mast using two U-Bolts.

2020-06-18T12:59:30-03:0022/04/2020|

OMC-160 Mechanical

The OMC-160 wind sensor is a combined wind speed and direction sensor, based on the cup and vane principle. It is made from the highest quality stainless steel materials and internal non-contact measuring devices. This sensor has a long life span, having the highest accuracies within both the low range, as well as the high range wind speeds. This sensor is commonly used within the shipping and offshore industry, but can also be found on airfields, container terminals, harbors, along highways and on bridges.

2020-06-10T15:02:58-03:0022/04/2020|

HTA-1400

Hanshin anemometer is an accurate and reliable wind sensor specifically designed for the rigors of the marine environment. The wind speed sensor is a three cups type in order to make easy to install and maintain. Unique transducer produces a NMEA signal without electrical contacts. All materials are carefully selected for corrosion resistance and maximum durability in the harsh marine environment. The HTA-1400 is a TRUE & RELATIVE MODE MONITORING, digital display, with Wind speed range of 70m/s.

2020-06-11T19:40:34-03:0022/04/2020|

HAA-1600

Hanshin anemometer is an accurate and reliable wind sensor specifically designed for the rigors of the marine environment. The wind speed sensor is a three cups type in order to make easy to install and maintain. Unique transducer produces a NMEA signal without electrical contacts. All materials are carefully selected for corrosion resistance and maximum durability in the harsh marine environment. The HTA-1600 is a RELATIVE MODE MONITORING, digital display, with Wind speed range of 70m/s.

2020-06-11T20:06:42-03:0022/04/2020|

JAX-9B

The JAX-9B weather facsimile receiver is a very compact and lightweight solution, incorporating a set of enhanced features that allows for flexible operation. The received fax broadcasts are recorded on thermal recording paper in a solid-state recording environment, using a thermal head. JRC integrated an automatic frequency selection, allowing for optimized receiving. The JAX-9B can receive in four different modes.All operations can be remotely controlled to automatically start up, set parameters, receiving images, feed paper, and stop by remote signals from the broadcasting stations. Only halftone recording is manually controlled. You can manually set the index of co-operation (IOC), scanning speed, and the halftone recording. The JAX-9B automatically records the stops in this mode. This is an extensive function of the automatic recording mode. The JAX-9B can manually record while neither in automatic or manual recording mode, also while broadcasting is in progress. Phasing is done manually. It also adapts to a unique system to terminate phase matching instantaneously.

2020-06-11T19:23:48-03:0022/04/2020|