Printed 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.

Use: Miniature Jack/Socket for thermocouple and RTD circuits. Designed for direct soldering onto printed circuit boards. This version is suitable for flat mounting other versions available, please see separate specification sheet. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple materials and • spring-loaded sockets for reliable contact. • Moulded barriers prevent short-circuits. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses.

Use: Miniature Jack/Socket for thermocouple and RTD circuits. Designed for direct soldering onto printed circuit boards. This version is suitable for flat mounting other versions available, please see separate specification sheet. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple material and spring-loaded sockets for reliable contact. • Moulded barriers prevent short-circuits. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses.

Use: Miniature Jack/Socket for thermocouple and RTD circuits. Designed for direct soldering onto printed circuit boards. This version is suitable for flat mounting other versions available, please see separate specification sheet. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple materials and spring-loaded sockets for reliable contact. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses.

The MLD1200 V2.0-OS is a single-sided offline AOI system for the inspection of assembled printed circuit boards from the top. It has one multi-LED illuminated image scanner as well as our patented parallax-free lenses. It includes a modus control unit with the latest modus software. An optional trolley is available. Characteristics: Single system for inspection printed circuit boards from the top side. Combination of different inspection tasks such as SMD placement, THT solder joints, conformal coating and full screening for solder beads (solder balls). Capture of any number of barcodes and data-matrix codes on the multi PCB. Scan range 300 x 400 mm

The AOI system is designed for simultaneous inspection of printed circuit boards top and bottom side. It has two multi-LED illuminated scan units with parallax free view. Those systems are also available for single side as for top or bottom view. The system includes complete set of modus control units. The transport module has a length of 1200mm (47.2 in). Characteristics: Double System for dual side simultaneous inspection for printed circuit boards. Simultaneous display of all results of double side inspection. Combination of different inspection tasks such as SMD placement, THT solder joints, conformal coating and full screening for solder beads. Capture of any number of barcodes and data-matrix codes on the multi PCB. Scan range 420 x 530 mm or 300 x 400 mm.

The almost maintenance-free modusAOI MCS18/42-Inline was specially developed for transport conveyor modules in production lines. Existing lines can easily be retrofifitted with this system. The small, cost effective system comes with a 18 or 42 megapixels camera, control unit, modus software and led lighting inclusive controller. Characteristics: Single system for inspection of printed circuit boards from the top side. Combination of diverse application tasks such as SMD placement, pre-reflow, chip control, THT fitting, conformal coating and full screening for lost components. Reads barcodes and data-matrix codes in any position and quantity even on multi-PCBs.

• Most popular shape for assembly work, trimming printed circuit boards, also for radio and telephone work • Cutting edges inductively hardened • Precision cutting edge for the finest wires • Tight-fit joint movement • With box-joint and opening spring • Handles coated with plastic • Made of special tool steel, forged, oil-hardened

• Most popular shape for assembly work, trimming printed circuit boards, also for radio and telephone work • For gripping small parts and forming wires • Tips bent 45°, smooth inside jaws, edges rounded • Tight-fit joint movement • With box-joint and opening spring • Handles with ergonomically shaped ESD multi-component sleeves, electrically conductive • Made of tool steel, forged, oil-hardened

This involves a play-free electronic switching cam encoder (abbreviated to: NOCE) with a maximum of four galvanically separated switching outputs, which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with SSI interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The SSI interface can be preset, the code direction can be set and the switching outputs can be preset.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCA) with a maximum of four galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with analogue interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The analogue signal and switching outputs can be parameterised separately using multifunction pins (MFP and PRE) in the connector.

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.

This involves a play-free electronic switching cam encoder (abbreviated to: NOCN) with a maximum of four galvanically separated switching outputs (cams), which can be set by the customer and which are activated or deactivated depending on the relevant position of the drive shaft. A parameterisable multiturn absolute encoder with CANopen interface plus the switching cam encoder printed circuit board with separate controller are integrated into the compact housing. The encoder's CANopen position signal and the switching outputs can be parameterised separately. Parameterisation is carried out via the relevant CANopen objects in accordance with the encoder profile according to CiA, DS 406, revision 4.01. The NOCN has a fault monitoring system which outputs a fault message via the CANopen bus (emergency message) on detection of a fault.