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The double anodization process can be used to create a protective anodization layer on various parts of a consumer electronic product, including top and bottom portions, side walls, and chamfered portions. It’s particularly useful for improving corrosion resistance and wear resistance, and it provides better adhesion for paint primers and glues than bare metal does. The process is not limited to aluminum; it can also be applied to other metals like titanium, zinc, magnesium, and others. However, aluminum is the most common due to its widespread use in consumer electronics and other applications where weight and durability are important factors.Double anodization is a complex process that requires precise control over the electrolytic solutions, electrical current, and time to ensure the desired outcome. It’s a testament to the advancements in materials engineering and its ability to tailor the properties of metals for specific applications.

- Low-maintenance system for travel up to 100 m - Other sizes and versions available, travel up to 200 m and more with E2 roller e-chains® - Protection against weather and dirt exposure - Cost-effective and fully enclosed complete solution - Standardized and modular design - Simple wall assembly or optional floor mounting - Cable lengths up to 50% shorter than festooning, low-profile installation and no cable junction - Cables are at all times guided with a defined bending radius, and tensile forces are absorbed by the e-chain® - Cables cannot hook, jam, or tear - No slip ring contacts (as is the case on motor drums) -Cables or hoses can easily be retrofitted at any time Reduce electricity costs - direct drive due to scraper, no additional drives needed (as is the case on motor drums) Scraper arm (e.g. as mechanical connection to the scraper carriage) optionally available - we document the situation on-site and will propose a customised solution

Klöpper Therm electric flow boilers are used for generating hot water in heating units for direct heating, storage operation or for Power to Heat systems. As an alternative to other energy types in new buildings or when converting central heating units, these boilers offer a universal range of applications radiator heating, floor heating, mixed systems or bivalent operation with other energy types. Depending on the relevant operating conditions of the energy supplier, the boilers are used for direct or storage heating by utilising free electric power during off peak times.

Where are magnetic field mats used? The coils currently manufactured by us are processed by our customers into so-called electromagnetic field mats. These mats are used in Pulsed Electromagnetic Field (PEMF) therapy. Many PEMF devices are suitable for private use at home. However, various health service providers including physical therapists as well as non-medical practitioners offer therapies based on magnetic fields. Why is our embroidery technology used for production? This technique creates circular-shaped structures that form the basis for a homogeneous flow/direction of the electric current. At the same time, the mechanical wire laying has an extremely high level of accuracy. The distances can also precisely be determined. How is the magnetic field created? Simply put, this is how electromagnetic fields are created: pulsating magnetic fields are generated by the electric current flowing through the wire. The more wire, the stronger the magnetic field.

▪ Analogue version ▪ 5-pin connection ▪ Can be used with all analogue Hydraulic Testers of the PPC series ▪ Input voltage: 9 ... 36 V DC ▪ Output signal: 0 ... 3 V DC ▪ CAN version ▪ Indication of the sensor status via LED ▪ 5-pin SPEEDCON connection plug ▪ CANopen protocol profile DS406 v3.2 with manufacturer-specific additions ▪ LSS service DS305 v2.0 ▪ Sturdy Stainless Steel housing (1.4301) ▪ FPM (Viton®) gasket ▪ Weight: 85 g / .19 lbs ▪ Suitable for gases and liquids (in the case of aggressive media, only after consultation) ▪ Accuracy (±0,25% FS* typ.) ▪ Automatic sensor recognition ▪ Process Connection G1/4 (without adaptor) ▪ Calibration certificate on request Ambient Conditions ▪ Media temperature: -25 °C ... +105 °C /-13 °F ... +221 °F ▪ Ambient temperature: -25 °C ... +85 °C / -13 °F ... +185 °F ▪ Storage temperature: -25 °C ... +85 °C / -13 °F ... +185 °F ▪ Load cycles (10 6): 100 Electrical Data ▪ Response time: 1 ms ▪ Long-term stability: < 0,2 % FS* /a ▪ Vibration...

The industry's most popular, work-horse carbon probe. Alloy protection tube for versatility and ruggedness. Accepted as an industry standard, around the world. • Available in multiple insertion lengths up to 47" (1200mm) • 1.05" diameter, schd. 40 sheath eliminates probe sag problems found on competitor probes - no need to periodically rotate the probe in order to prevent failure • Can be inserted up to 10" inside the furnace - no 4" limit as found on smaller diameter products • Genuine RA330 alloy sheath - we don't substitute cheaper alloys like the competition! • K", "R", and "S" integral thermocouples are available • Fast probe burn-off (90 seconds) and rapid recovery time • Probe electrical disconnect allows for simple replacement • Strain-relief grommet for direct-to-terminal wiring

Entire system solution from a single source: — from construction of the laser cell to integration of your chosen KEYENCE laser — self-contained and high-performance solutions for laser labeling small batches of individual parts Characteristics SIM-Marker Compact: — mechanical Z-axis, manual adjustment of the focal point with adjusting wheel — Opening and closing of lift door with operating button (electrical) — Lift door opening time < 2.0 sec. — PC-Link — Set up: directly on a desk or mounted onto the movable base frame — Latest three-axis laser marking systems offers a laser labeling system that can be precisely adjusted to the materials and part geometries that shall be labeled Advantages of integrated optical three-axis technology: — focal point to be freely set and is especially impressive — mark on any shape with outstanding sharpness, including on slanted surfaces, cylinders and cones Size of the labeling field: between 120 x 120 mm and 330 x 330 mm.

Recording of the angular position by means of a Hall sensor and signal processing including generation of the output signal - in addition to the angular position, a speed signal can also be output in digits / time unit - electrical connection via screw clamp (5-pin, conductor cross-section max. 0.5 mm²) or PTFE pigtail connector, 300 mm long - a CAN controller at the output enables connection to the CANopen network. According to CANopen Application Layer and Communication Profile, CiA Draft Standard 301, Version 4.1 and according to Device Profile for Encoders CiA Draft Standard Proposal 406, Version 3.0 and CANopen Layer setting Services and Protocol (LSS), CiA DSP 305. In the multiturn version, the number of revolutions is recorded in a counter. The position value is saved on shutting off the supply voltage. In voltage-free condition, the position value is recorded on movement of the shaft in a range of ≤ ± 90°.