Blind hole - Import export

Extremely resistant to external influences. Solid or blind-hole hollow shaft, max. Ø 20 mm. Adaptation to various measurement distances owing to a wide range of gear ratios. Integrated slip clutch to protect the potentiometer. Potentiometer or power output. IP65 protection category. Up to 3 cam-operated switch outputs, freely adjustable.

Extremely resistant to external influences. Solid or blind-hole hollow shaft, max. Ø 20 mm. Adaptation to various measurement distances owing to a wide range of gear ratios. Integrated slip clutch to protect the potentiometer. Potentiometer, power or voltage output. IP65 protection category.

With solid or blind hole shaft Profile GP04/1: Extremely resistant to external influences Solid or blind-hole hollow shaft, max. Ø 20 mm Adaptation to various measurement distances owing to a wide range of gear ratios Integrated slip clutch to protect the potentiometer Potentiometer, power or voltage output IP65 protection category

Profile GP44: Extremely resistant to external influences Solid or blind-hole hollow shaft, max. Ø 20 mm Adaptation to various measurement distances owing to a wide range of gear ratios Integrated slip clutch to protect the potentiometer Potentiometer or power output IP65 protection category Up to 3 cam-operated switch outputs, freely adjustable

The 8524 precision tension & compression load cell is a versatile sensor for highly accurate load measurements in diverse applications. Optimum measurement quality is achieved with the load cell mounted on a flat, hard and polished contact surface. This requirement does not apply to small measurement ranges of up to 0 ... 2 kN because three knife-edge bearings ensure that the sensor is seated securely. Our brochure „Load Cells“ explains how you can design parasitic loads out of your mechanical system. Through-holes in the outer flange are used for fastening the 8524 sensor to the system structure. The load is applied via the central blind threaded hole or optionally via a load button. Alternatively, a pull plate and even rod end bearings, if desired, can be attached to the sensor for equally easy measurement of purely tensile loads, for instance in Bowden cables or chains. The 8524 sensor is designed to measure static, quasi-static and dynamic compressive and/or tensile loads.

Grooved blind rivets are suitable for riveting in blind holes in soft materials. They are used in the furniture industry, in interior fittings, in the wood and plastics processing industry, in car body construction and many more. Important: Before processing the grooved blind rivets, the drill hole diameter must be determined by testing and the minimum drill hole depth must be observed.

A closed end rivet The rivet body of the GESIPA CAP ® blind rivet is absolutely air and watertight. Liquids cannot seep through, could however seep around the set rivet, if the setting hole is too large. Therefore great care must be brought to fullfi lling the hole tolerances. The GESIPA CAP ® blind rivet – The structure For technical reasons, the rivet mandrel of the GESIPA CAP ® blind rivet must be fi xed in the rivet body. However this means that the rivet body can only deform slightly during the setting process. As a result, the cap blind rivet only has marginal hole fi lling capability. However this is necessary to be able to compensate large bore-hole tolerances. The GESIPA CAP ® blind rivet – Tight connections with care The above-mentioned technical situations make careful preparation of the application imperative. The hole diameter should be as tight as possible to ensure a fl awless function in the application for a long period.

Up to 60 rivets per minute! – Endorsed by major customers! GESIPA® speed rivets are a cost-effective alternative to automation. Speed rivet technology is a joining method that requires access from only one side and which enables fast cycle times thanks to the preloaded rivets and automatic feed. Advantages • Large grip range • Reduced variation • Optimum hole filling capabilities and bearing stress • Ideally suited for transferring shear strengths with moderate clamping force • Ideal for: — LED light strips — Electronic/pcb assembly — Lightweight sheet metal structures — PC housings — Rating plates — Blind holes

The smallest electronic components, such as chips or connectors, present special challenges for electroplating coatings. In addition to the conductor pattern construction in the manufacturing of printed circuit boards, copper processes are used for filling blind microvias (blind holes) and metallizing through holes. Good metal distribution is necessary even with unfavorable geometry. The most important application areas are found in the automotive industry, telecommunications, and consumer goods industry, but also in the field of e-mobility.

Applicable for higher bore hole tolerances. Suitable for blind holes or holes with and without screw threads. Fast assembly, generally no tools required. Please have a look at our series 267, too. Material: PA Colours: last digits 000 = natural last digits 699 = black

Applicable for higher bore hole tolerances. Suitable for blind holes or holes with and without screw threads. Fast assembly, generally no tools required. 2 types - removable (application dependent) and non-removable (application dependent) D = removable +/- (yes/no) Material: PA Colours: last digits 000 = natural last digits 699 = black

Economic and safe: Hydraulic bolt tensioning systems Single clamps or small clamps for opening and closing reactor pressure vessels or other primary circuit components As a specialist for the design, construction, supply and maintenance of highly automated bolt tensioning systems, we offer our customers demand-oriented solutions for opening and closing pressurized and boiling water reactors as well as other primary and secondary circuit components in nuclear power plants. Our range of services includes single and multiple bolt tensioning devices, bolt turning and handling systems, bolt and blind hole cleaning systems. Siempelkamp bolt tensioning machines reduce your operating sequences for opening and closing to less than 50 % compared to conventional methods

Parylene is the short name for the polymer group of poly-para-xylylene. Parylene coatings offer a wide range of benefits. Parylene ... are fully conformal: i.e. they adapt to complex substrate contours such as sharp edges, drill holes or blind holes are pinhole-free from a film thickness of approx. 0.5 µm. are chemically insoluble and resistant to a wide range of chemicals. have very good barrier properties against moisture and chemicals. have a high dielectric strength. have dry lubricating properties (low coefficient of friction). are hydrophobic: contact angle of H2O between 92 ° and 98 °. are transparent between 90 and 96 % in the visible wavelength range (depending on type). are biocompatible: types C and N parylene can be deposited, which can be certified according to USP Class VI, ISO 10993 and FDA.