Endurance - Import export

iglidur® W300: The endurance runner The specialist for extremely high wear resistance, also for rugged shafts or especially abrasive environmental media. Attain maximum holding times in your applications with iglidur® W300. Dimensions according to ISO 3547-1 and special dimensions. iglidur® W300 is available as cylindrical bearings, plain bearings with flange and thrust washers. For extremely high service life in continuous operation Low friction value Extremely high wear-resistance Suited for rough shafts and stainless steel shafts Dirt resistant

iglidur® H1: The endurance runner for high temperatures iglidur® H1 is the first choice when high holding times are required in extreme environmental conditions. Extreme wear resistance is coupled with excellent resistance to temperature and chemicals - not only in the packaging and foodstuff industries or the automotive industry. iglidur® H1 is available as cylindrical bearings and plain bearings with flange. High wear resistance in extreme ambient conditions Very low coefficients of friction High resistance to temperature and chemicals For applications in the engine compartment

Diameter [mm]: length [mm]: iglidur® W300 - Material data iglidur® W300 - The continuous runner for maximum holding times. iglidur® W300 - Material data Polymer bearings applications overview Polymere bearings application examples overview Polymer bearings applications overview iglidur® W300: The endurance runner For extremely high service life in continuous operation Low coefficient of friction extreme high wear-resistance Suited for rough shafts and stainless steel shafts Dirt resistant Diameter [mm]: length [mm]: iglidur® W300 - Material data iglidur® W300 - The continuous runner for maximum holding times. iglidur® W300 - Material data Polymer bearings applications overview Polymere bearings application examples overview Polymer bearings applications overview

Single color, two color and fiber optic models Temperature range: 50 to 3200 °C (122 to 5792 °F) Superior optical resolution to 300:1 Spot sizes down to 0.6mm (0.02 inch) Fast response times down to 2 ms Easy adjustment with manual variable focus integrated head optics Through-the-lens sighting, with optional laser, LED or video aiming function Compact, rugged housings with IP65 (NEMA-4) rating Ethernet, Profinet and EtherNet/IP options Programmable relay output for control Simultaneous analog and digital outputsThe Fluke Process Instruments Endurance® series has been designed to meet the requirements of modern industry that allows you to integrate with all major control systems quickly, easily and seamlessly. The series are available in single color, two color and fiber optic Endurance models. The innovative Endurance® Series of low-temperature and high-temperature two color pyrometers meets all requirements of modern industry: it is flexible and easy-to-install; durable to withstand

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

The Classic-Line series comprises thermoformed design sheets. Using various tool moulds and surface colours it is possible to match the sheets to the shape and colour of the modular furniture. Whether modern or classic, playful or geometrical, metallic or wood colours - anything is possible. The samples shown simply represent a small selection of what is possible. There are virtually no individual ideas or templates from the metal and wood sectors that cannot be reproduced in plastic.

Self-Compensating, Rolling Diaphragm Technology Energy capacity 136 Nm/cycle Stroke 25 mm Tried-and-tested and durable: Due to a hermetically sealed rolling diaphragm in each absorber, the MC150 to MC600 product family is suitable for an exceptional high lifetime of use with up to 25 million cycles. The rolling diaphragm technology perfected by ACE ensures complete separation of the damping fluid from the surrounding air. This makes direct installation in a pressure chamber e.g. as end stop damping in pneumatic cylinders up to approx. 7 bar possible. The rolling diaphragm also benefits the very low return forces of these maintenance-free, ready-to-install absorbers. Progressive energy capacities, with a wide range of effective weight potential make these miniature shock absorbers, complete with an integrated positive stop a winner. Furthermore, the use of a side load adapter allows impact angles of up to 25°. Miniature shock absorbers capable of universal mounting even inside a...

Self-Compensating, Rolling Diaphragm Technology Energy capacity 41 Nm/cycle Stroke 12 mm Tried-and-tested and durable: Due to a hermetically sealed rolling diaphragm in each absorber, the MC150 to MC600 product family is suitable for an exceptional high lifetime of use with up to 25 million cycles. The rolling diaphragm technology perfected by ACE ensures complete separation of the damping fluid from the surrounding air. This makes direct installation in a pressure chamber e.g. as end stop damping in pneumatic cylinders up to approx. 7 bar possible. The rolling diaphragm also benefits the very low return forces of these maintenance-free, ready-to-install absorbers. Progressive energy capacities, with a wide range of effective weight potential make these miniature shock absorbers, complete with an integrated positive stop a winner. Furthermore, the use of a side load adapter allows impact angles of up to 25°. Miniature shock absorbers capable of universal mounting even inside a...

Self-Compensating, Stainless Steel, Rolling Diaphragm Technology Energy capacity 20 Nm/cycle Stroke 12.5 mm Brilliant in every respect: These high performance miniature shock absorbers in stainless steel are based on the MC150 to MC600 product family and its proven damping technology. This means that these special absorbers offer all of the benefits of the MC standard units such as the proven ACE rolling diaphragm technology for maximum service life and direct installation in a pressure chamber with up to approx. 7 bar. Thanks to perfectly progressive maximum energy absorption and effective weight potential, their use is augmented even further by the outer body and a complete range of accessories made of stainless steel (material 1.4404). Miniature shock absorbers made of stainless steel are mainly used in medical and electro-technology, but also in shipbuilding, packaging and chemicals industry and in the food processing. For the latter, they are filled with a special oil in...

Self-Compensating, Stainless Steel, Rolling Diaphragm Technology Energy capacity 41 Nm/cycle Stroke 12.5 mm Brilliant in every respect: These high performance miniature shock absorbers in stainless steel are based on the MC150 to MC600 product family and its proven damping technology. This means that these special absorbers offer all of the benefits of the MC standard units such as the proven ACE rolling diaphragm technology for maximum service life and direct installation in a pressure chamber with up to approx. 7 bar. Thanks to perfectly progressive maximum energy absorption and effective weight potential, their use is augmented even further by the outer body and a complete range of accessories made of stainless steel (material 1.4404). Miniature shock absorbers made of stainless steel are mainly used in medical and electro-technology, but also in shipbuilding, packaging and chemicals industry and in the food processing. For the latter, they are filled with a special oil in...

Self-Compensating, Stainless Steel, Rolling Diaphragm Technology Energy capacity 136 Nm/cycle Stroke 25.4 mm Brilliant in every respect: These high performance miniature shock absorbers in stainless steel are based on the MC150 to MC600 product family and its proven damping technology. This means that these special absorbers offer all of the benefits of the MC standard units such as the proven ACE rolling diaphragm technology for maximum service life and direct installation in a pressure chamber with up to approx. 7 bar. Thanks to perfectly progressive maximum energy absorption and effective weight potential, their use is augmented even further by the outer body and a complete range of accessories made of stainless steel (material 1.4404). Miniature shock absorbers made of stainless steel are mainly used in medical and electro-technology, but also in shipbuilding, packaging and chemicals industry and in the food processing. For the latter, they are filled with a special oil in...

Temperature range: 250 °C to 3200 °C 4-year warranty Durable IP65 (NEMA4) housing Manual Variable focus Sighting options: Laser through the lens and Visible through the lens Video Camera through the lens and Visible through the lens LED through the lens and Visible through the lens LAN/Ethernet interface with PoE for sensor communication (ASCII, Video, and Webserver) Profinet interface option Programmable relay output Fail-safe alarm Isolated analog input/output Rugged stainless-steel housing Dirty-window alarm Endurance software for remote configuration, remote monitoring and field calibration Single or two color models available APPLICATIONS Metals processing: molten metal/forging, hot rolling mills, rod/wire mills Heat treating & annealing Induction heating Lightbulb and halogen lamp production Glass melting Semiconductor furnaces Cement & lime kilns Refuse burning Carbon graphite production Foundry & welding Rubber & thick plastic

Broad temperature range 50 to 3200°C 4-year warranty Durable IP65 (NEMA4) housing Visible through the lens sighting and manual variable focus plus optional laser sighting, video camera, or LED sighting LAN/Ethernet interface with PoE for sensor communication (ASCII, Video, and Webserver) Profinet interface option Programmable relay output Fail-safe alarm Isolated analog input/output Rugged stainless-steel housing Dirty-window alarm Endurance software for remote configuration, remote monitoring, and field calibration In addition to single-color models, the series also comprises two-color (ratio) pyrometers and models with a remote sensor head (Endurance Glass-Fiber). APPLICATIONS Metals: forging, hot rolling, rod/wire production Heat treating & annealing Induction heating Lightbulb and halogen lamp production Glass melting Semiconductor furnaces Cement & lime kilns Refuse burning Carbon graphite production Foundry & welding Rubber & thick plastic

The infrared sensor head tolerates ambient temperatures up to 315°C without cooling. Separated from the rugged electronics housing by a flexible fiber-optic cable, it may be positioned near the measured target. The sensor head is non-conductive and offers improved immunity to RFI and EMI interference. Temperature range 250 – 3200°C 4-year warranty Durable IP65 (NEMA4) housing Laser sighting option LAN/Ethernet interface with PoE for sensor communication Profinet interface option Programmable relay output Fail-safe alarm Isolated analog input/output Rugged stainless-steel housing Dirty-window alarm Endurance software for remote configuration, remote monitoring, and field calibration One or two-color models available APPLICATIONS Primary & secondary metals production Induction heating Lightbulb, halogen lamp production Glass melting Semiconductor furnaces Cement/lime kilns Refuse burning Carbon graphite production Rubber & thick plastics

The TT100-3 torsion tester is designed to perform dynamic torsion stress tests with ID-1 cards, particularly smart cards. This dedicated test system enables to twist the cards along the long axis and to test 10 cards simultaneously. The purpose of this test is to determine any adverse mechanical or electrical effects arising from repeated application of torsional stress to card test samples. The affordably priced TT100-3 torsion test system is perfect for quality assurance in card production and for card testing in laboratories. It will help in the card prototype stage to ensure that the product to be built meets the expectations of the customer. And as part of an ongoing quality assurance program, the system ensures in the production that the cards continue to meet the established durability test standards. Many cards aren’t performing as they should. Make sure the cards you produce and issue work every time. Perfect for card quality control and quality assurance in...

The BT110-4 bending tester is designed to perform dynamic bending stress tests with ID-1 cards, particularly smart cards. This dedicated test system enables to bend the cards along the short axis or the long axis. In each direction 5 cards can be processed simultaneously. The purpose of this test is to determine any adverse mechanical or electrical effects arising from repeated application of bending stress to card test samples. The affordably priced BT110-4 bending test system is perfect for quality assurance in card production and for card testing in laboratories. It will help in the card prototype stage to ensure that the product to be built meets the expectations of the customer. And as part of an ongoing quality assurance program, the system ensures in the production that the cards continue to meet the established durability test standards. Many cards aren’t performing as they should. Make sure the cards you produce and issue work every time. Optional shortened bending test...

The EP endurance test benches are used to test various components over a defined cycle for durability, e.g. temperature and pressure cycle tests. A high series quality requires precision and reliability. Operational and endurance tests are necessary in order to be able to demonstrably guarantee high quality. In the form of selection or random sampling tests, components are tested for fatigue and wear by means of load tests, for example under pressure and temperature changes. The tests are used for endurance stress testing of various materials and products with different pressure curves and temperatures. We build test benches according to your requirements: e.g. for long-term or short-term tests, under static or pulsating test conditions and depending on other factors. Present us your requirements!

For installation into pipes to the protection of vessels and components against deflagration of flammable liquids and gases. Approved for all substances of explosion groups IIA1 to IIA with a maximum experimental safe gap (MESG) > 0.9 mm. Bi-directionally working in pipes, whereby an operating pressure of 1.2 bar abs. and an operating temperature of 60 °C must not be exceeded. The distance between a potential ignition source and the flame arrester must not exceed 50 times the inner pipe diameter. The installation of the Deflagration flame arrester into horizontal and vertical pipes is permissible. When equipped with one or two temperature sensors, the devices are protected under atmospheric conditions against a short time burning by a burning time tBT = 1.0 min. If only one temperature sensor, then it is to be placed on the device side where a burning could be expected.

For installation into pipes to the protection of vessels and components against deflagration of flammable liquids and gases. Approved for all substances of explosion group IIA1 (old: I) with a maximum experimental safe gap (MESG) ≥ 1.14 mm. Bi-directionally working in pipes, whereby an operating pressure of 1.2 bar abs. and an operating temperature of 60 °C must not be exceeded. The distance between a potential ignition source and the flame arrester must not exceed 50 times the inner pipe diameter. An installation into horizontal and vertical pipes is permissible. To detect a thermal load on the KITO® flame arrester element in operation a temperature sensor can be implemented as an option into the flame arrester body. Proof against “stabilized burning” and withstand this up to a max. burn time BT = 1.0 min.