Mounting components - Import export

Superbright bipolar red, yellow and green LEDs assemblies with resitor for 120VAC or 240VAC. Plastic housing or rugged screw on metal housing-all available with IP66 sealing. Custom wire leads,plug, connectors options available by verco electromechanical components. mounting holes 7,93 mm or 12,70 mm

turning inserts for pressure diecasting components for SCR clean diesel technology exhaust components mounting sleeves prototypes sample and ramp up series

Mounting nuts for diaphragm accumulator Category Hydraulic systems, valves and components / Accumulators / Mounting nuts Product number supplier 461063

Mounting nuts for diaphragm accumulator Category Hydraulic systems, valves and components / Accumulators / Mounting nuts Product number supplier 461063

Industrial Ethernet Profile AG26 Fieldbus/IE: compact dimensions, high power density easy mounting and commissioning High flexibility, high protection category stainless steel 20 mm hollow shaft, robust housing Brushless EC motor with a long service life solid absolute sensor, magnetic sensing technology integrated power and control electronics integrated Industrial-Ethernet-Fieldbus Integrated positioning controller M12 component mounting technology

Fieldbus Profile AG06 Fieldbus: easy mounting, no additional coupling needed stainless steel hollow shaft, glass fibre reinforced casing brushless 24 VDC motor with long service life solid absolute sensor, magnetic sensing technology 2-line LCD for target and position value and operating keys 2 LEDs for user guidance integrated RS485 or CANopen interface Integrated positioning controller M8 + M12 component mounting technology

Fieldbus Profile AG05 Fieldbus: easy mounting, no additional coupling needed stainless steel 14 mm hollow shaft, glass fibre reinforced casing brushless 24 VDC motor with long service life solid absolute sensor, magnetic sensing technology 2-line LCD for target and position value and operating keys 2 LEDs for user guidance integrated RS485 or CANopen interface Integrated positioning controller M8 + M12 component mounting technology

Fieldbus Profile AG03/1 Fieldbus: Space-saving, easy mounting Through hollow shafts up to max. ø14 mm Brushless 50 W, 24 V EC motor with long service life Integrated power and control electronics with inverse polarity and overload protection Integrated magnetic absolute position encoder on the output shaft Integrated CANopen or Profibus-DP with M12 component mounting technology Integrated RS458/SIKONETZ5 interface with M8 component mounting technology

Industrial Ethernet Profile AG25 Fieldbus/IE: Small dimensions, high power density easy mounting and commissioning High flexibility, high protection category stainless steel 14 mm diam. hollow shaft, robust housing Brushless EC motor with a long service life solid absolute sensor, magnetic sensing technology integrated power and control electronics integrated Industrial-Ethernet-Fieldbus Integrated positioning controller M12 component mounting technology

Compact dimensions, high power density. Easy mounting and commissioning. High flexibility, high protection category. Stainless steel 20 mm hollow shaft, robust housing. Brushless EC motor with a long service life. Solid absolute sensor, magnetic sensing technology. Integrated power and control electronics. Integrated Industrial-Ethernet-Fieldbus. Integrated positioning controller. M12 component mounting technology.

Compact and powerful actuator for automated positioning jobs Easy mounting, no additional coupling needed. Stainless steel hollow shaft, glass fibre reinforced casing. Brushless 24 VDC motor with long service life. Solid absolute sensor, magnetic sensing technology. 2-line LCD for target and position value and operating keys. 2 LEDs for user guidance. Integrated RS485 or CANopen interface. Integrated positioning controller. M8 + M12 component mounting technology.

High-performance compact actuator for complex positioning jobs Space-saving, easy mounting. Through hollow shafts up to max. ø14 mm. Brushless 50 W, 24 V EC motor with long service life. Integrated power and control electronics with inverse polarity and overload protection. Integrated absolute position encoder on the output shaft. Integrated CANopen or Profibus-DP with M12 component mounting technology. Integrated RS458/SIKONETZ5 interface with M8 component mounting technology. With IO-Link

Easy mounting by dismantling the system components Highprecisioninstallation Simple, time-saving machine alignment Equipment: rig, core borer, steering bore head, winged bore head for upsizing, re-usable retrievable pipes, augers Walk-over detection system

Secure hold for the valuable solar modules for at least 20 years in any wind and weather. This requires a good and correctly calculated mounting system. An elementary component of every substructure is the mounting rail.

Secure hold for the valuable solar modules for at least 20 years in any wind and weather. This requires a good and correctly calculated mounting system. An elementary component of every substructure is the mounting rail

Most compact actuator with high performance for automated positioning jobs Easy mounting, no additional coupling needed. Stainless steel 14 mm hollow shaft, glass fibre reinforced casing. Brushless 24 VDC motor with long service life. Solid absolute sensor, magnetic sensing technology. 2-line LCD for target and position value and operating keys. 2 LEDs for user guidance. Integrated RS485 or CANopen interface. Integrated positioning controller. M8 + M12 component mounting technology.

With a maximum nominal torque of 14 Nm, the new AG24 is a real power pack for format adjustment Easy mounting. Stainless steel hollow shafts up to max. Ø 20 mm. “Manual” traveling without control via micro-button. Brushless 160 W, 24 V DC motor with long service life. Integrated absolute position encoder on the output shaft. Integrated positioning controller. Integrated spring-operated brake (option). 2-line LCD for target and position value and operating keys. Integrated Industrial-Ethernet-Fieldbus. M12 component mounting technology. Manual emergency adjustment.

• Universal use with various enclosure types • High current (5 A per bus pcb-rail) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments

• Universal use with various enclosure types • High current (5 A per bus pcb-rail) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments

This feeder consists of a completely overhauled rotary feeder from CMC, a new pressure/vacuum pump made by Becker, and a self-programmed control system. All components are mounted on a stable frame made of aluminum construction profiles, which can be placed as a compact unit autonomously at any desired position in the production. The machine can either be operated continuously or controlled by an external signal. This allows inserts to be placed with pinpoint accuracy in a collecting section or at high speed on a conveyor belt to be addressed via inkjet, for example. We offer a 6-month warranty on parts and service for this machine. Our systems can be freely configured according to your needs. Tell us your requirements so that we can present a concrete solution proposal.

• Universal use with various enclosure types • High current (5 A per pcb-rail) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be adapted according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Optional coding of the bus system to prevent incorrect assembly • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments

• Universal use with various enclosure types • High current (5 A per power cable) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments

Special mechanical engineering - unique, individual, tailored For the plant, machine and special machine engineering sector, we manufacture ■ custom-made components ■ casings and coverings ■ machinery racks ■ noise-protection cabins ■ complete assemblies Thanks to our vertical integration combined with a large material storages, we are realizing shortest throughput time for your projects on highest quality level. We serve numerous sectors like the rubber industrie, steel processing industry, automation technology, consumer goods industry, energy industry and any other branches where individual steel, stainles steel and aluminium components and assemblies are needed. Whether you want custom-made components or ready mounted and suface-finished overall systems, we do it for you!

The HONSEL RIVET NUT "headless" can be used in existing and new applications. The blind rivet nut can be flush mounted in smooth bores without countersinking. The omission of the "countersink" process of the hole realizes enormous potential for savings. Due to the 0 mm protrusion, components can be mounted without interfering edges or slide over one another without obstruction. Advantages: — Flush mount in smooth bores — No countersink required — Protrusion 0 mm — No interfering edges — High-quality corrosion protection (zinc-nickel) with 720 h salt spray test resistance

Aluminum nitride ceramics have excellent electrical and thermal properties, and are considered to be the most promising high thermal conductivity ceramic substrate materials. In order to seal the package structure, mount components and connect input and output terminals, the surface and interior of the aluminum nitride ceramic substrate need to be metallized. The reliability and performance of ceramic surface metallization have an important impact on the application of ceramic substrates, and firm bonding strength and excellent air tightness are the most basic requirements. Considering the heat dissipation of the substrate, it is also required to have high thermal conductivity at the interface between the metal and the ceramic. The metallization methods on the surface of aluminum nitride ceramics include: thin film method, thick film method, high melting point metallization method, electroless plating method, direct copper cladding method (DBC), etc.

IMS (Insulated metal substrate) technology allows the mounting of power components directly on a highly thermally conductive printed circuit board . The result is a compact and reliable solution which, thanks also to the reduced cost compared to systems with traditional heat sinks, is finding more and more application in sectors where effective dissipation of the heat generated by electronic components is required, such as of Lighting, Automotive and Power Supply . The devices can operate at lower temperatures with a guarantee of greater reliability and lifespan , avoiding the assembly phases of mechanical heat sinks. The assembly cycle is simplified and can in some cases be reduced to just the SMT assembly operation. The availability of dielectric layers of different nature and thickness offers many design possibilities from a thermal and electrical insulation point of view. It is possible to use different materials with both aluminum and

NC Turned Automotive Pins are a specialized type of pin that is used in the automotive industry. These pins are made using a CNC turning process and designed to meet specific requirements of the automotive industry. Automotive pins are used in various applications, such as engine and transmission mounts, suspension and steering components, or body panels. CNC Turned Automotive Pins are made from high-strength materials that can withstand rigorous automotive environments. The pins are precision-machined to tight tolerances, ensuring a perfect fit and function for the intended application. CNC Turned Automotive Pins come in a variety of sizes and designs to meet specific needs of the automotive industry. CNC turned automotive pins can be made from a variety of materials, each with its own set of benefits and drawbacks.If the material you required is not listed in the table, please contact us.

This product is made of high-grade polycarbonate or ABS and are typically designed for enclosing electrical and electronic components and even complete small-scale controllers. The BERNSTEIN Series CT plastic enclosers all comes with a transparent polycarbonate cover and follows protection class IP 65 of DIN EN 60529. Also provided are attachment bosses on the enclosures' base to built-in components mounting. Components can be easily secured using self-tapping mounting screws. These plastic enclosures allows various direct mounting options because attachment bosses' location and installation of mounting rails is possible. The BERNSTEIN Series CT enclosures are manufactured with the BERNSTEIN developed and patented quick-release fastener.

The CC-4000 / CC-4000 SL are modular aluminium control enclosure systems. With their outstanding technical features, the enclosures simply and efficiently encapsulate industrial controllers and operator control panels for centralised and decentralised automation in production processes. — Customised solutions to your specifications — Simple and modern industrial design — Freely selectable width and height (max. 800 x 800 mm) — Depths from 52 mm up to max. 646 mm — High-quality extruded aluminium sections (naturally anodised) — Coloured areas that emphasize the design — Optimum heat dissipation due to aluminium sections — Integrated handle elements with vertical section — Protection class IP65 — Front panels internally-mounted or externally-mounted — Internal grooves for fixing components — Product features SL (in addition to CC-4000) - Two enclosure depths (55 und 99 mm) - Slimline design - For encapsulating flat IPCs