The UK BSRA (BISRA) has released the basic concept of the legitimate successor to the hull roughness gauge, which has been globally recognized for its necessity.
Managing the surface roughness of a vessel significantly affects its operating costs. Corrosion, pitting, warping of steel plates, mechanical damage, and biofouling all lead to a substantial deterioration in surface roughness. Proper maintenance of the propeller and timely repainting with antifouling and fouling prevention coatings reduce hydrodynamic resistance, contributing not only to fuel efficiency but also to the reduction of CO2 emissions. The AHR value (Average Hull Roughness) measured by the "Hull Surface Roughness Gauge" is closely related to the vessel's navigational capabilities while underway. 【Features】 - Composed of a control unit and a sensor unit - The control unit can be operated with one hand - The four-direction jog buttons, combined with a large display, allow for intuitive operation - Statistical data, time and date, and information on a series of hull positions where average surface roughness was measured are automatically aggregated and stored in the control unit - By using the included USB cable and software, inspection reports can be immediately generated in Microsoft Excel For more details, please check the link.
Inquire About This Product
basic information
【Main Specifications】 ○ Accuracy: ±5μm or the larger of 2% ○ Memory Capacity: Over 10,000 points ○ Unit: μm ○ Hull Position Memory: Indicate position using ship illustration image and click to save ○ Sensor Movement Speed: 50mm/second (movement speed displayed on the sensor unit's LED) ○ Power Supply: 4 AA alkaline batteries ○ Connection to PC: USB cable (included) ● Please check the link for more details.
Price information
Please contact us.
Delivery Time
※Please contact us.
Applications/Examples of results
For more details, please check the link.
Company information
The pressure shower nozzle "Nozzle-less," which does not clog, was born as a solution to the clogging problem that has been the fate of shower nozzles. For nearly 30 years since then, it has received support from many users and has been utilized in various fields as a nozzle that achieves maintenance-free operation in various chemical and environmental plants.
![[For the pharmaceutical manufacturing industry] Digitizing entry management in oxygen-deficient hazardous work.](https://image.mono.ipros.com/public/product/image/20a/2001525768/IPROS14827379347403299223.jpg?w=280&h=280)
![[For the food manufacturing and beverage manufacturing industry] Digitizing the management of oxygen deficiency hazard work in tank entry.](https://image.mono.ipros.com/public/product/image/bf8/2001525769/IPROS12773363766147418267.jpg?w=280&h=280)
