Testing Process On Water Test Dynamic on water testing in harsh coastal conditions. Mounted to a test vessel to evaluate its performance in rough sea states. Corrosion Test 100-hours of a special formula salt spray that simulates accelerated marine environmental effects on the product. IP Test Water and dust protection under test laboratory conditions to international IP standards. We test between IPX4 (waterjet) and IP68 (submersion). Impact Test Drop tests to assess the impact of items falling onto our products and ensure they can withstand impacts while being used as intended. Cable Bend Test Electrical products are bolted into a specially designed automated jig to mechanically bend the cable -45° to +45° for 3000 cycles. This ensures cables will not fail even after prolonged use. On Water Charge Test Using real life on water temperature data to ensure devices will continue to charge at an acceptable speed in extreme cold and hot temperatures. Accelerated UV Material Test We accelerate the effects of UV exposure to replicate our products usage in extreme tropical climates. We do this to ensure parts do not become brittle, discolour or fail over time. Humidity Chamber Test Similar to our brutal SCA Thermal Chamber Test, but we’ve added humidity to make it even more punishing. Shaker Table Test Shock testing in X / Y / Z and +/- axis at 5G increments up to 30G to evaluate the products strength, particularly relevant for our Radar mounts. FEA Analysis Finite Element Analysis, simulates the behaviour of the design in virtual conditions to allow us to optimise the design before prototyping and physical testing. 30G Shock Test Shock testing at 30G (30 times the force of gravity) to evaluate strength, particularly relevant for our Radar mounts and other powerboat products. Material Test Positive Material Identification (PMI) ensures consistent quality of 316 Stainless Steel and Aluminium products. This controls strength and environmental performance. Cable Twist Test Electrical products are bolted into a specially designed automated jig to mechanically twist the cable -45° to +45° for 3000 cycles. This ensures cables will not fail even after prolonged use. Thermal Chamber Test Laboratory chamber running from -40°C (-40°F) to +85°C (185°F) and back to -40°C (-40°F) for 120 cycles, this accelerates material ageing to simulate real world environment. Temperature Chamber Test Product placed in a laboratory chamber at high temperatures to ensure our products continue to perform as designed. On Water Testing Global Similar to SCA standard on water testing, however we select locations and vessels for more varied and challenging environmental conditions. For sales enquiries contact: Scanstrut HQ sales@scanstrut.com +44 (0) 1392 531280 Scanstrut USA usasales@scanstrut.com +1 860 308 1416 To view full range visit scanstrut.com 7
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