Bergen Solar Power & Energy Limited Sector 1, Gurugram, Haryana

High Accuracy & High Speed 3D AOI Sensor Head (TRSC-I) -High Speed CMOS Camera (4Mega-pixel) with Dual Laser Technology -RGB LED Lights -Telecentric Lens -Light Weight, Compact Sensor Head Design -Industry Leading Inspection Speed: 65 cm2sec @ 14 x 14um -Cycle Time: For PCB 260mm x 200mm = 10 seconds including load and unload 3D AOI True 3D measurement provides the most accurate and repeatable inspection results with the minimum false calls.

The instrument is used in detecting and measuring positioning holes on the PCB to check deviation between layers. Features: Precision: Adopting sealed micro focus X-ray tube and high-quality imaging system; Take a variety of image processing and measuring techniques. Efficient： Real-time observation, visual navigation and positioning. Safety: Taking Triple protection technology (sealed micro focus X-ray tube, semi-enclosed lead protective structure and double-lead rubber protective curtain).

The WB-100 series are designed as multi-purposes semiautomatic wire bond tools for R&D purpose and small series production. They are based on a robust, and reliable mechanical concept, easy to use, flexible, for multiple application. The WB-100 series are designed as multi-purposes semiautomatic wire bond tools for R&D purpose and small series production. Its flat bench Top size allows easy carriage and also operation. Since 10 years our WB-100 is a successful established equipment on the worldwide market.

PANNFIX vices for industry, laboratories and workshops The vices constructed on ball-and-socket joints are rotatable easily in all directions and capable of being set securely with maximum working capacity by simple operation. The base with ball-and-socket joint and threaded stud M 12 x 1,5 enables an exact and secure adjustment e. g. for optoelectronic measuring instruments, for monitors and watch cameras.

Market research shows that nearly 80% of the defects produced in an SMT production line result primarily from the printing process with approx. 64% and from the reflow process with approx. 15%. Ersa, Europe's largest manufacturer of soldering systems, has expanded its product range by screen printers for solder paste application on PCBs. This consequential step newly defines Ersa's role as a strategic supplier taking increased responsibility for the entire SMT processes of printing and reflow.

Market research shows that nearly 80% of the defects produced in an SMT production line result primarily from the printing process with approx. 64% and from the reflow process with approx. 15%. Ersa, Europe's largest manufacturer of soldering systems, has expanded its product range by screen printers for solder paste application on PCBs. This consequential step newly defines Ersa's role as a strategic supplier taking increased responsibility for the entire SMT processes of printing and reflow.

High end selective soldering system to integrate into in-line manufacturing concepts. Mini-wave soldering for high flexibility or multi-wave soldering for high volume applications. Product change without loss in production time with the multi-wave process. Processable area 20" x 20". Soldering module YZ variable. Parallel process through separation of fluxing, preheating and soldering cycle. Use of up to 4 flux spray heads. Fluxer y-variable. Flexible system configuration on account of modularity of the design. Ideal for linking to manual workstations or peripheral equipment. Secure process control with monitoring of all relevant processes. CAD-Assistant for offline programming. Link for traceability systems for process control.

VERSAFLOW 345 Enlarge High Volume Selective Soldering with Dual Transport The new VERSAFLOW 345 is the world's first in-line selective soldering machine with dual track transport and ERSA's proven single wave solder nozzle technology for highest flexibility and highest volume throughput for two each PCBs sized up to 508 mm x 204 mm (20" x 8"). Parallel processing of as many as 22 PCBs in the machine at one time! With up to 4 individual single wave solder nozzles and 8 flux heads running simultaneously, the VERSAFLOW 345 boasts the world's fastest throughput.

The phoenix v|tome|x s is a versatile high-resolution system for 2D X-ray inspection and 3D computed tomography (micro ct and nano ct)) as well as for 3D metrology. To allow high flexibility, the phoenix v|tome|x s may optionally be equipped with both, a 180 kV 15 W high-power nanofocus X-ray tube and a 240 kV 320 W microfocus tube. Due to this unique combination, the system is an very effective and reliable tool for a wide range of applications from extreme high-resolution scans of low absorbing materials as well as for 3D analysis of high absorbing objects.

v|tome|x L 450 Enlarge The phoenix v|tome|x L 450 is a versatile high-resolution microfocus system for 2D and 3D computed tomography (micro ct) and 2D non-destructive X-ray inspection. With its granite-based manipulation it is handling even large samples with highest precision. The system is an optimal solution for void and flaw detection and 3D metrology (e.g. first article inspection) of castings. An optionally second X-ray tube allows to adapt the v|tome|x L 450 to any kind of industrial and scientific CT application.

The phoenix v|tome|x L 300 is a versatile high-resolution microfocus system for 2D and 3D computed tomography (micro ct) and 2D non-destructive X-ray inspection. It is equipped with the first unipolar 300 kV 500 W microfocus source ensuring best in the world magnification at 300 kV. With its granite-based manipulation it is handling even large samples up to 50 kg and up to 600 length 500 mm in diameter with extremely high precision. The system is a great solution for void and flaw detection and 3D metrology (e.g. first article inspection) of composites, castings and precision parts, e.g. injection nozzles or turbine blades. An optionally high power nanofocus X-ray tube allows to adapt the phoenix v|tome|x L 300 to any kind of industrial and scientific high-resolution CT application.

The phoenix v|tome|x L 240 is a high-resolution microfocus computed tomography (micro ct) system for 3D computed tomography and 2D non-destructive X-ray inspection of e.g. large castings, welding seams, electronic devices and much more.

UV Laser Marking Machine Series Enlarge It is widely used for consumer electronic products, electronic components, jewellery, horologe, Food and beverage packaging, Medical packaging, PCBFPC, glass container, etc. Use: The machine employs the imported UV laser and imported high-speed galvanometer as its central devices. It is widely used for metal or nonmetal’s surface marking to make up for the lack of IR Laser’s processing ability. The main applicable materials are electronic products shell marking, battery charger, data line, mobile phone, computer fitting marking, electronic components, jewellery, horologe marking, PCB, FPC marking and cutting, Glass product marking, metal, alloys marking and plastics material’s marking, etc. Features: Hyper-fine Laser marking base on Imported UV Laser’s good light beam quality and small focusing spot. Good processing effect and wide applicable material type base on mild heat-affected of UV Laser marking. High processing accuracy, high marking speed and good stability base on imported high-speed galvanometer. Convenient Operation：Convenient data processing with dedicated laser marking software. Interface is simple and friendly, easy operation. Available support file format: PLT、DXF、AI、SDT、BMP、JPG、JPEG、TGA、PNG、TIF、TIFF, etc. Support one-dimensional code and two-dimensional code marking such as Code39，EAN，PDF417，DATAMATRIX, etc. Option function: marking-on-the-fling, rotary marking and X,Y 2D platform.

The machine is used in cutting,opening the window and uncovery for CVLFPCRF and thin multilayer board, as well as cutting a variety of substrates, such as ceramic, silicon etc. Features: Precision：Adopting linear motor module，Servo control,sizing compensation,optical positioning and secondary positioning technologies. High quality: little carbonization; high density graphics cutting. Highly intelligent、efficient：With multi-panels cutting、auto-positioning、auto-correcting、automatic sizing compensation and exclusive cutting previews functions.

Cutting Cover layer, FPC,Regid-Flexible board and thin multi-layer board, and opening window and opening cover. Use: This machine is equiped with Imported UV laser system, granite base, high precision linear motor, small size table, it can high efficiently cut FPC, RF. Thin multi-layer board, cover layer, and open window, remove cover. as well as cutting variety of substrates, such as ceramic, silicon etc. Features: Security and Reliablity:High security and reliablity of marble base as well as fully enclosed design. High Precision:Equipped with imported Linear motor system and super high precision scan galvanometer, high cutting precision, great stability

Ultrasonic Cleaning is the follow-up to manual cleaning. While manual cleaning removes most or all of the visible soil from an instrument, it may not remove small or microscopic particles that are protected by the texture of a surface or design features like hinges. Ultrasonic creates microscopic bubbles in the solution that collapse when they contact the instrument releasing energy. This energy “kicks” any soil that is in the area off the instrument. This process is called Cavitation. The detergent in the ultrasonic bath suspends the soil particles and keeps them from attaching back to the instrument. Ultrasonic cleaning should be done for a duration, as specified by the detergent or ultrasonic machine manufacturer, whichever is longer. The detergent solutions must be changed following the instructions of the manufacturer of the detergent or the ultrasonic, whichever states a shorter change interval? This procedure ensures that the potential for cross contamination of instruments is minimized. Following ultrasonic cleaning, the instruments are rinsed with clean water and dried. Ultrasonic cleaners for medical cleaning are available in different configuration with single or dual ultrasonic frequencies and within the tank size ranging from 0.8 to 250 liters and also customized sizes as per user specific needs.

The IRPL 650 is Ersa's flagship rework machine affords the highest degree of automation in the Ersa rework line and was specifically designed for large (460 x 560 mm 18" x 22") and complex PCBs. The DynamicIR Heating Technology

The HRIRHP 100 fulfils all needs of a modern Rework System providing highest flexibility at the lowest cost! Advanced operators using the HRIRHP 100 complete system can not only set air volume and heating power levels, but they can also run & record profiles! Ersa's ergonomically designed Hybrid Tool handle contains a positioning laser which

-Compact, reliable and economical -Quick and safe -Chamber volumes ranging from 15 to 40 liters. -Microprocessor control; easy and clear operation -Can be placed on table-tops -Wide range of sterilization programs on offer

The new design for the Steca Tarom sets new standards in this power class. A graphic display informs the user about all important system data and enables configuration and adjustment of the controller to the specific requirements of the individual system. Numerous clever functions allow the user to adjust the controller to the particular features of the system in question.

Smart Energy Manager for coolcept, coolcept-120, coolcept-x, StecaGrid 8000+ 3ph and 10000+ 3ph The feed-in management solution In Germany, photovoltaic systems require feed-in management. To this end, ripple control receivers of the respective grid operators are installed. These ripple control receivers transmit a reduction signal from the grid operator whenever the system has to be throttled due to grid overloads. StecaGrid SEM is the easiest way to connect your StecaGrid inverter to the ripple control receiver. StecaGrid SEM evaluates the relay outputs of the ripple control receiver and transmits the signals via the Steca solar bus (or Steca RS485 bus) to the connected inverters. SEM stands for Smart Energy Manager Easiest installation StecaGrid SEM can be installed in the switching cabinet right next to the ripple control receiver. The casing features a dimensioning typical for switching cabinets and can be mounted onto a top-hat rail. Its width is 4 HP. Direct power supply at 230 V. A mains adapter plug or an external direct current power supply are not required.

Plug and Play When the Ethernet interface of the coolcept inverter is connected to a router, the data from the data logger of the inverter is sent directly to the StecaGrid Portal. Setting up the portal is easy: Follow the link below to the system data entry mask. In addition to system output, the modules used and the location of the system, the serial numbers of the installed inverters are queried. On the StecaGrid Portal, up to 5 coolcept* and coolcept-x inverters can be combined to one system. The data of the individual devices are added up and displayed as a complete system. Free use for two years If the system operator agrees to having his system data published on www.solare-energiewende.de, the StecaGrid Portal (offered in collaboration with meteocontrol) can be used free of charge for two years. Afterwards for further optional use, which is not free of charge, he will receive an offer. Clear presentation of yield data The software interface is very clearly structured. In addition to the system data, yield data is displayed in daily, weekly, monthly and annual profiles. A scale evaluates current yield data of the system in comparison to values from other systems in the same region. This allows the user to determine at a glance whether the system‘s yield lies above or below the regional average. The display also shows the user‘s environmental contribution in terms of CO2 saved due to yields. Smart networking Monitor the output of your PV system for free with the StecaGrid Portal. With the intuitive user interface, you can access your yield data anywhere and at any time – even from your smartphone or tablet PC.

Highest efficiency with longer service life The high efficiency results in a peak efficiency of 98.6 % and a European efficiency of up to 98.3 %, which results in less lost power that must be dissipated into the environment. This improves your yields. In addition to this, a new and unique cooling concept inside the inverter ensures an even distribution of the dissipated ­heat and a long service life for the device. Product design and visualisation The StecaGrid has a graphical LCD display for visualising the energy yield values, current performance and operating parameters of the system. Its ­innovative menu allows individual selection of the various measurements. The guided, pre-programmed menu allows easy final commissioning of the device.

Highest efficiency with longer service life The high efficiency results in a peak efficiency of 98.6 % and a european efficiency of up to 98.3 %, which results in less lost power that must be dissipated into the environment. This improves your yields. In addition to this, a new and unique cooling concept inside the inverter ensures an even distribution of the dissipated heat and a long service life for the device. Product design and visualisation The StecaGrid has a graphical LCD display for visualising the energy yield values, current performance and operating parameters of the system. Its innovative menu allows individual selection of the various measurements. The guided, pre-programmed menu allows easy final commissioning of the device. Installation The lightweights weigh only 8.3 kg, 9.1 kg and 9.6 kg and can be easily and safely mounted on a wall. The supplied wall bracket and practical recessed grips for right and left handed installers make mounting of the device simple and convenient. The device does not need to be opened for installation. All connections and the DC circuit breaker are externally accessible.

Ocean Central is a centralized database option, which makes it possible to tie all Ocean users together via network and internet. Simplicity and consistency are some of the benefits that come from saving all data in one place and sharing the same templates – whether the measured data are used by a small or large team. RTI's focus of making work easier is a reality with Ocean Central.