Valeport is an industry-leading designer and manufacturer of oceanographic, hydrographic and hydrometric equipment. Our worldwide customer base includes major players in the environmental, oil and gas, defence, construction, dredging, civil engineering and renewable energy sectors. Over 40 years of experience in the development of innovative and reliable products makes us one of the industry’s most trusted technology providers.
Established in 1969, Valeport has grown its operations steadily over a period of four decades, giving us time to develop and perfect a whole series of high quality products aimed at critical industries. We’re now able to offer an expansive product range that includes the most reliable oceanographic, hydrographic and hydrometric instrumentation on the market.
In 2003, we finally outgrew the factory that we had been working from for 34 years, acquiring in its stead a state-of-the-art facility in which we develop, produce, calibrate and test all of our products. Each of these products has been developed in response to demand: we pride ourselves on our ability to take a market-led idea and turn it into a specification that can be realised by our expert team of mechanical, electronic, firmware and software R&D engineers.
The industries we serve require nothing less than perfection. That’s why we take every step to ensure the quality of our products remains as high as possible. The confidence that we place in the integrity our products allows us to offer a 3 year warranty with every device.
With excellent products comes an excellent level of service. As a 100% family owned business, we’re answerable to our customers alone, which means we act your best interests.
The MIDAS WLR Water Level Recorder replaces the Model 730T as our Water Level Recorder/ Seabed Tide Gauge. The MIDAS WLR has been expertly designed to suit long or short term deployments in offshore environments or where traditional shore-based tide gauge is impractical. It can be moored in-line or to the seabed and is fitted with a 0.01% accuracy pressure sensor and acetal housing suitable for up to 500m depth rating. A deep water titanium housed option is also available.
This innovative Multi-Parameter CTD features Valeport’s very latest 400 Series electronics, allowing it to sample all fitted sensors at exactly the same moment, at up to 8Hz. A range of standard sensors are available, and an advanced setup software allows for a wide variety of sampling regimes – including burst modes, delay starts, and conditional sampling. With an internal battery pack, up to 64mb memory, and a selection of real time output formats, the MIDAS CTD+ is ideal for both profiling and fixed mooring applications. You can find out more about the MIDAS CTD + by visiting the Valeport website, where datasheets and manuals can be downloaded.
We recognise the conflict faced by users who require the superior Sound Velocity data from an SVP yet still need the Salinity and Density data from a CTD. That’s why we developed the MIDAS SVX2, an instrument unique to Valeport that combines two technologies to give the best of both worlds. Fitted with a 0.01% pressure sensor as standard, the SVX2 uses synchronised sampling to give perfect profiles. And, because our highly acclaimed digital “time of flight” SV sensor is the most accurate in the world, the user is also able to compare the true sound velocity data with that generated by commonly used equations. Find out more about the MIDAS SVX2 Combined CTD/SVP online at Valeport.co.uk.
This affordable Sound Velocity Profiler has been developed in order to make the most accurate SV measurements in the world available to everyone. The miniSVP is fitted with our world-renowned “time of flight” SV sensor, giving the very best results in Sound Velocity technology. Fitted with a single C cell and a large Flash memory, this unique device allows hundreds of profiles to be recorded. Meanwhile, the pre-programmed profiling patterns mean it can be set up and deployed extremely quickly and easily.
Our miniSVS Sound Velocity Sensors feature ‘time of flight’ technology to provide the lowest noise, highest accuracy and best resolution sound velocity data. This small instrument features sensor lengths in a range of sizes down to just 25mm and features an optional pressure or temperature sensor for versatility. Customers can also choose from a range of data formats to enable interface with existing systems.
Valeport has developed the Monitor SVP from the world leading Midas SVP. The Monitor SVP features the digital time of flight sound velocity sensor and synchronised sampling technique in a much smaller package. This lightweight model is designed to suit small boats or shallow water applications.
This compact Tide Recorder has been designed specifically for short term underwater deployments. The miniTIDE has been fitted with a 0.01% temperature compensated piezo-resistive cell, allowing it to record high accuracy pressure data for a period of up to one month with 10 minute sampling intervals. Needing only a single alkaline C cell, the miniTIDE is ideal for short term projects or academic studies. A choice of pressure ranges and housing types (500m acetal or 6000m titanium) are available.
Offering a new approach to the problem of underwater positioning, the VA500 Altimeter uses state of the art signal processing to give unrivalled range and performance with millimetre precision. This compact, robust device comes with a choice of analogue outputs (RS232, RS485) and power supply types. If required, the VA500 Altimeter can also be fitted with a high accuracy pressure sensor (0.01%), offering a total solution for your underwater positioning requirements. For downloadable data sheets and device manuals, head directly to the Valeport website.
The VRS-20 is able to work seamlessly with the TideMaster tide logger, interface with third party data loggers, and can also operate as a standalone unit with optional GPRS telemetry. Highly versatile and easy to install, this pulsed K-band radar level sensor has been developed to address a number of issues traditionally associated with water level measurement. Non-contact technology eliminates the installation, corrosion and fouling problems of submerged sensors while at the same time simplifying datum control. The VRS-20 also offers accuracy and performance that are unaffected by changes in atmospheric conditions and water density.
This compact and cost effective Water Level Recorder has been specifically designed by Valeport for applications where an accurate record of water height is required, but with the added option of taking meteorological data via an ultrasonic wind speed and direction sensor. The TideMaster Portable Tide Gauge is suitable for use in both fresh and salt water, and can be deployed for up to one year (dependant on sampling rate). Instrument setup and data retrieval are possible via an optional display panel or PC software. If required, the TideMaster can be fitted with radio modules for real time data transmission.
Representing a significant stride forward in PUV wave recording technology, the MIDAS DWR (Directional Wave Recorder) is able to perform full onboard directional data analysis, in addition to the standard non-directional data that is offered by the MIDAS WTR. The DWR therefore allows the user to gather real time directional information at an unsurpassed 2° resolution. These unique features, along with many others, make the MIDAS Directional Wave Recorder the most cost-effective solution to directional wave monitoring requirements in shallow water coastal applications.
The Model 106 Lightweight Current Meter is a cost effective alternative to larger flow meters and is particularly suited for use in applications where the greater durability and depth rating of our larger meters are not necessary. Utilising Valeport’s standard 125mm diameter impeller, this lightweight current meter includes speed and direction parameters as standard, while further options for temperature and depth measurement may also be incorporated. Data gathered by Model 106, whether logged or real time, is fully compatible with our unique DataLog™ software. Manufactured from titanium and high grade polymers, the Model 106 is low in weight yet highly resistant to corrosion, making it ideal for coastal and estuarine applications.
The MIDAS WTR uses the time-proven Linear Wave Theory wave analysis method of measurement to deliver accurate results every time. This market-leading Wave Recorder benefits from our latest sensor measurement technology and features a 64 bit data processer. An improved range of sampling options, fast data upload, quick change battery carousel and intuitive operating software make the WTR one of the most versatile and easy to use pressure based wave recorders available on the market. Head directly to the Valeport website for more information, data sheets and user manuals.
Model 801 is a small solid-state sensor specifically designed for use in environments where fouling by weed or sewage can cause problems. Our extensive experience in electromagnetic technology has enabled us to build a highly precise instrument that can be totally relied upon to provide accurate readings (±0.5% of reading plus zero stability) over a wide flow range (±5 m/sec), in as little as 5cm of water. An integrated control display gives the user a choice of averaging modes, standard deviation of data, as well as an optional logging facility. You can find out more about Model 801 Electromagnetic Open Channel Flow Meters by visiting the Valeport website.
The Model 803 provides real time and relative water velocity information for pilots and has been designed specifically for use on ROV’s and other types of underwater vehicles. It can be fitted to ROV’s to provide through-the-water speeds or fitted to Tether Management Systems to provide measurement of local flow conditions. Measurements on the Model 803 are updated every second and the ROVLog™ software provides users with a graphic and data display. It also enables data to be easily logged to disk if required.
Our “Braystroke” Model 001 and 002 Open Channel Flow Meters offer a low cost yet highly reliable way of monitoring flow in a number of environments, including salt, fresh and effluent water, from shallow streams to tidal waterways. Both meters benefit from sophisticated impeller bearings which give low threshold velocity and consistent performance. Developed for ease of use, the 001 and 002 are ideal for field studies and are both invaluable tools for hydrometric projects. All systems feature a Model 0012B real time control display unit and are available as either a wading or suspension set.
The latest generation of our highly successful Valeport 108 direct reading current meter is fitted with speed and direction sensors as standard, and may come complete with conductivity, temperature and depth sensors as optional extras. The Model 108 MkIII has been developed to meet the needs of oceanographers, hydrographers and surveyors, with full control, setup and viewing of data achieved via DataLog™ software or our Model 8008 Control Display Unit. Find out more about the Model 108 MkIII Direct Reading Current Meter by visiting our website at http://www.valeport.co.uk/.
This Self Recording Current Meter incorporates industry standard sensors that meet the needs of oceanographers, hydrographers and surveyors who require an accurate current meter alongside flexible configuration and large memory capacity. The Model 308 can output data directly to the user’s PC and may be employed in both self recording and direct reading modes with a number of cables. All data gathered by the Model 308 Self Recording Current Meter is fully compatible with our unique DataLog™ software.
Valeport’s industry recognised “Time of Flight” sound velocity technology can be found in a variety of our standard instrument packages, catering for applications which require the ultimate in SV measurement. In-house design and manufacturing capabilities also allow us to produce customised versions of the same technology to suit emerging or less mainstream applications. “Time of Flight” sound velocity technology may also be integrated into third party systems. If you would like to discuss your requirements with our experts, please do not hesitate to get in touch.
The Sound Velocity Profiler has been developed specifically for the rapid collection of data. Fitted with the world’s most accurate SV sensor with an instantaneous response time, the rapidSV offers data acquisition rates of up to 32Hz. Quality of data is uncompromised thanks to low drag housing, resulting in the very highest quality profiles at drop rates of over 5 m/s. You can find out more about the Valeport rapidSV profiler on our website, where datasheets and user manuals may also be downloaded.
The Thru-Hull configuration of our MODUS SVS allows the probe to be deployed through the hull of the vessel and safely recovered for cleaning and maintenance without requiring docking. This innovative sound velocity sensor is particularly useful in multibeam applications where knowledge of sound velocity adjacent to the multibeam transducer is required. The Thru-Hull MODUS SVS probe is also available with a PRT temperature sensor.
Designed to provide a cost-effective solution for small scale hydrographic surveys, the MIDAS Surveyor features Valeport’s advanced digital signal processing techniques in order to ensure outstanding accuracy and highly reliable bottom tracking. The system comes supplied with a 210kHz transducer as standard, as well as an integrated SBAS enabled DGPS receiver. This MIDAS Surveyor is capable of logging position and depth data for over 30 hours and can perform on-line correction using external heave and tide data inputs. Additional 33kHz transducers and high accuracy 16-channel DGPS receivers are available as optional extras.
Employing state of the art sensors to generate highly precise sound velocity and density profiles for accurate depth and height data, the BathyPack is without doubt one of our premier MIDAS products. Incorporating BathyLog, a simple top-end PC software suite, the BathyPack allows all profile data to be used to simultaneously monitor and correct a number of miniIPS pressure sensors, offering the complete picture with only one integrated sensor suite.
The MIDAS Surveyor has been expertly designed for small scale hydrographic surveys. It features a 210kHz transducer and advanced digital signal processing techniques to ensure high accuracy and reliable bottom tracking. The MIDAS Surveyor logs position and depth data for up to 30 hours via an integral SBAS enabled DGPS receiver. It also performs on-line correction via external heave and tide data inputs. Additional 33kHz transducer and high accuracy 16 channel DGPS receivers are also available.
The miniCT Probe, our latest direct reading Conductivity and Temperature sensor, features digital sampling techniques offering improved performance. It has also been developed with high strength construction methods to guarantee consistent performance and stability under extreme pressure. Two versions are available, including 500m acetal and 6000m titanium, both of which feature RS232 or addressable RS485 data outputs as standard. Head directly to the Valeport website to find out more.
The MONITOR CTD+ features accurate, robust and synchronised sampling techniques. It is similar to models in the MIDAS range yet is a much smaller, lightweight unit designed for small boats or shallow water applications. It features an additional sensor for versatility in gathering profiles of CTD and one other parameter of Turbidity, Dissolved Oxygen or Chrophyll.
The miniIPS precision underwater pressure sensor features 0.01% accuracy and is available in a choice of pressure ranges. It has a titanium housing and provides users with a cost effective solution for offshore engineers, vehicle pilots and operators who require highly accurate depth information in real time. The miniIPS is compatible with the MIDAS BathyPack and BathyLog software which enables depth data to be continually updated for density variations in the water.
This Data Telemetry Unit is supplied in a robust IP67 housing containing an internal battery pack that provides total autonomy. Our GPRS data telemetry solutions are compatible with most Valeport devices and many other third party products. GPRS telemetry units are designed to transmit data files from the instrument to third party internet/FTP sites and data display services. All units are pre-configured with pay as you go SIM cards from GO-SIM, providing GPRS coverage in over 80 countries. Visit our website or get in touch directly if you would like to find out more.
This is a quick and simple storage and publishing solution for environmental data that has been acquired via a number of monitoring techniques and sensors. It is available from OceanWise either as an online service or as part of a comprehensive system that can be deployed on your servers. Port-Log has been developed to be instrument and transmission independent, allowing it to be used flexibly and comprehensively within many applicable environments.
This Data Telemetry Buoy is compatible with all Valeport Wave recorders and a range of other instruments. The Model 750 offers a fully bi-directional UHF link between the instrument and the PC. It features a classic spar design with a rigid floatation unit – all electronic systems and batteries are contained within a submerged stainless steel pod which also features an integrated connector for communications with the instrument. An attached omni-directional antenna supports data transmission in an area of up to 20km (providing there is a clear line of sight). The receiver unit is supplied with a 3dv antenna and can be plugged directly into a PC.
Info
| Registration Number: | 01950444 |
| VAT Number: | GB165 8753 67 |
| Registered at Companies House: | 26 September, 1985 (38 years and 7 months ago) |
| No of Employees: | 51-100 |
| Annual Turnover: | 5-10m |
| Importers: | |
| Exporters: | |
| Company Type: |
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Opening Times
| Monday | 08:00 AM - 05:30 PM |
| Tuesday | 08:00 AM - 05:30 PM |
| Wednesday | 08:00 AM - 05:30 PM |
| Thursday | 08:00 AM - 05:30 PM |
| Friday | 08:00 AM - 05:30 PM |
| Saturday | Closed |
| Sunday | Closed |
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| ISO 9001:2015 - Quality management systems – Requirements |
| ISO 14001:2015 - Environmental management systems – Requirements with guidance for use |
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