Integrated circuits - Import export

Electroplating, also known as electrochemical deposition or electrodeposition, is a process that involves coating a solid substrate with a thin layer of metal through the reduction of metal cations using direct electric current.Electroplating is widely used in industry and decorative arts to enhance surface qualities such as abrasion resistance, corrosion resistance, reflectivity, and appearance. It's used to build up thickness on undersized or worn-out parts (electroforming) In electronics, it deposits copper for printed circuit boards and interconnects in integrated circuits. Electroplating can also purify metals like copper.

The new UBX flow monitor is designed with all components so that it simply runs smoothly even under harsh climatic conditions. You can count on it.

Situations often occur in practice in which it is necessary to place a measuring amplifier immediately in the neighborhood of the sensor in order to be able to access a standard signal there. In this way, long distances to the evaluating electronics can be covered. This task can ideally be performed by the 9236 in-line measuring amplifier. With its high degree of protection (IP67) its singlechannel version can be integrated into the application even in the tough environment outside the switch gear cabinet. — Automatic production machinery — Laboratory measurements — Integration into customer‘s circuit boards — Field measurements Features: — Operates with up to 4 measuring channels — Voltage output 0 to ± 5 V / 0 to ±10 V — Protected against reverse connection and short-circuit — Also available as circuit board without housing — Simple configuration using DIP switch — High degree of protection up to IP67

With the decentralised solution, gwk adds a machine series that offers a high level of flexibility for numerous applications to its portfolio. The customer can individually and precisely set the ideal cooling water temperature for every production machine and for every process in production. Thanks to the direct connection to the consumer, there are no thermal losses, but instead a high flow rate and constant pressure. The weco wd series consists of easy to operate plug&play machines that can easily be installed and commissioned. Three processes can be run with the solution: Free cooling, refrigeration process for low temperatures down to -5°C and temperature control up to 90 °C –everything can be chosen as desired. There is a total of four models with cooling powers between 14 kW and 36 kW (at 15 °C feed flow temperature) and heating powers between 9 kW and 36 kW.

Transformers with forced oil cooling systems require reliable, glandless transformer oil pumps. We offer a large range of such pumps, from which customers can choose a type that suits their specific requirements and ensures optimum operating conditions. Our oil circulation pumps are of simple, straightforward design and robust construction. Due to their compact size, the pumps can be easily integrated into the oil circuit. Four pump designs are available for different applications: Power Transformer Applications Inline and angle-type pumps with radial impellers and inline pumps with propeller-type impellers. Traction Transformer Applications Pumps with radial impellers for traction transformers in rail-mounted vehicles.

Reliable Opto-Electronic Characterization for DC and RF Values The opto-electronic test station NanoTest PIC HD complies with all requirements for the testing of high-density photonics integrated circuits, such as silicon photonics structures or active PICs. Probe cards with up to several hundreds of contacts provide the connection for DC and RF measurements.

Earthing Clear tasks relating to earthing arise from relevant norms and regulations: DIN VDE 0101: 9.3.4 Measuring for earthing of operating media and systems All exposed metal parts of electrical operating media which are not part of the operational power circuit (structures), which are part of the electrical network must be earthed.Insulated areas should be created in special cases. All metal parts which are not part of electrical operating media should be earthed, provided this is appropriate (e.g. due to accidental arcing, capacitive and inductive coupling). Betonbau generally realises this task through discretely-structured visible connections between the HPAS of the building and active plant components. This offers you the advantage of high process reliability and contributed to overall comprehension and verifiability for everyone. Reinforced concrete also offers enormous advantages in itself with regard to equipotential bonding and integration in earthing current circuits.

The stable structure of Betonbau modular units enables factory equipping with plant and equipment. Factory installation is particularly economical, considerably reducing your co-ordination outlay for many minor tasks on the construction site. On-site commissioning time is considerably reduced as a result. The spectrum in this respect ranges from the basic 230V/400V installation for lighting, heating and socket circuits to the integration of emergency lighting and explosion protection. We can supply a standardised sub-distribution system with the delivery if requested, meaning you simply have to connect everything on site. Cable trays, electrical heating equipment, ventilators, air conditioning systems and sanitary equipment can be fitted in the manufacturer's facilities if required. Experienced engineers and master craftsmen plan and monitor the production and, together with our installation technicians, ensure that quality and safety standards are reliably realised.

• Light emitting seals (Flat seal with integrated circuit, LED and transient voltage suppression); • Light emitting sockets (LED, with integrated seal and screw, transient voltage protection); These light-emitting Staiger seals and sockets are above all suited for assuring operational readiness of new and existing installations The light-emitting seals and sockets immediately signalize malfunctions and their precise location. This is particularly advantageous in valve cascades or similar systems with high packing density. Your system’s operational readiness is considerably improved by using the electronic components fitted with LEDs. This is an effective measure to consistently reduce required maintenance costs and time. Owing to their low height and standardized connections, the light-emitting seals and sockets may also be installed in retrofitting.

It works - even in your smaller DC links! A few years ago, our PK16TM pioneered the large-scale shift from batteries of electrolytic DC link capacitors to energy-efficient and highly reliable film capacitors which has become so common nowadays. The E61 range makes the benefits of this substitution available for DC links with smaller powers now. With their pin terminals, these capacitors can be integrated directly into your printed circuit board. The capacitors of the E61 series are optimized for high rms and surge currents. Along with their high specific ratio of capacitance to volume, they offer long-term stability and storability, as well as excellent self-healing without loss of capacitance. It is our advanced know-how in special capacitor film coating, combined with many decades of practical experience in designing and manufacturing capacitors, which have allowed us to develop this range with its numerous advantages over traditional electrolytic capacitors:

Registration of inclination in the gravitational field by means of MEMS sensors (Micro-Electro-Mechanical-System) with subsequent digitisation and linearisation via controllers. MEMS sensors are integrated circuits manufactured using silicon bulk micromechanical technology. Double capacities are formed with the aid of moveable micromechanical structures. If these structures are deflected in the case of acceleration, e.g. gravitational acceleration (g), this results in capacity changes, which are registered and further processed using measuring technology. The output voltage follows the function U ~ g * sin α. In this case, the angle α is the sensor's inclination angle measured against the g-vector. These sensors measure precisely, have a long service life and are very robust. The measuring axes operate independently of each other.

The linear transducer model PWA measures the absolute position of the plunger without contact or wear using an inductive resonator measuring system. This consists of an excitation coil which causes an oscillating resonance circuit (moving target) fastened to the plunger to oscillate. This in turn excites the receiver coils fixed in the housing, which are printed on a printed circuit board. The integrated electronics transform these signals (sin/cos) into a signal proportionate to the linear travel. The measuring system is insensitive to electrical and magnetic fields. 0(4) to 20 mA and 0 to 10 VDC are available as standard as analogue signal outputs. CANopen, IO link and SSI are in preparation. The sensor is fastened using at least two retaining clips HK-01 or using sliding blocks ST-01. The sensor can be equipped with ball joints at the front and rear. Alternatively, the sensor's plunger can be designed as a button.

The top tier of aesthetic and technology: With their flawless welding seams and trademark look, the KASPAR SCHULZ tanks are convincing in every aspect of brewery plant manufacturing. Thanks to our in-house only production, we can offer you customized plans that precisely tailor the tank measurements to the room height in your facility. The tanks are suitable for all types of beer, plus carbonated non-alcoholic and mixed beverages given that they are principally manufactured for a 3 bar operating pressure Ideal cleanup thanks to rounded manholes Temperature measurement using a contact sensor The bung apparatus (pressure regulator) can be integrated into the tank cleaning circuit without disassembly Welded and ground surfaces create an attractive appearance All piping is mounted mechanically (thus, without a welding arc). Piping is curved and therefore meets the highest biological safeguard requirements Minimal installation costs thanks to pre-piping

Electrostatic Innovations from Eltex have been creating safety in hazardous areas for over 60 years: Controlled electrostatic grounding protects production sites and employees when handling highly flammable and explosive substances. Terrabox TCB030 is designed for direct installation in explosion hazard areas (Zone 1 or 21)and for connecting a clamp. Two clamps are connected when used for BIG BAG grounding. The dual-color indicator lamp signals the correct grounding state. The integrated contacts allow an enable circuit to be implemented.

Stainless steel heating circuit distributor, with integrated control valve insert for supply flow and thermostat valve inserts for return flow, incl. zinc-coated wall bracket and draining set

The stainless steel heating circuit distributors are complemented by an extensive accessory programme. Alongside cabinets for wall-mounted and concealed installtion, there are fittings and installation kits for the primary connection and bridging joints for the secondary side. Room thermostats and actuators alloe precise control of the room temperature. The unique pre-connected circuits, with an integrated pump, can be connected directly to the heating circuit. This makes it possible to integrate a low temperature circuit into an existing high temperature circuit. This eleminates the need for a separate hot water supply from the boiler and any works entailed. At the same time, the need for a separate hot water supply from the boiler and any works entailed are eliminated. A separate control circuit with extensive pipin g and troublesome interventions in the building structure is no longer necessary. regulating valve with internal sensor and integrated non-return valve

The plusMETER combines the functionality of a power monitoring system, a process data acquisition system as well as that of a process control system in a single device and can replace whole control cabinets because of its integrated load circuit. Acquisition of all energy carriers Don’t limit yourself to electrical energy – all energy flows in your facility can be acquired and plotted by one central device. Transparent production costs Keep an eye on your profit margin – automatically visualize production costs or communicate them to your ERP system. Remote maintenance Avoid engine downtimes by worldwide system access for problem analysis – for authorized personnel only, of course. Communication of events Stay up to date, define events and keep being informed automatically either by e-mail or directly per push message on your smartphone. Automatization of routine tasks Automate maintenance processes and more..