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Easydriver CA screw feeding system

Easydriver CA screw feeding system
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Tightening automation. Productivity and ergonomics within your reach. Handheld tightening system with automatic screw feeding

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HANDHELD TIGHTENING SYSTEM WITH AUTOMATIC SCREW FEEDING To save you time and money. The time needed for tightening becomes more and more essential for increasing productivity: tightening solutions with automatic screw feeding are the correct answer for setting up workstations which strongly increase productivity, allowing a return on the investment in just a short time. This is why: picking up the screw and  The manualit phases involvingworkpiece are eliminated positioning correctly on the  They are ideal to tighten large and medium batch of equal screws continuous  They guarantee a are...

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Return on investment in a very short time. With regard to the return on investment, here below we describe the example of one of our customers and how the tightening system with automatic screw feeding has modified their production times with tangible benefits. OPERATOR TIME (seconds) OPERATOR TIME (seconds) Component pick-up Right insert pick-up Right insert placement Screw positioning on screwdriver Component/screwdriver approach Tightening screw 1 on insert Screw positioning on screwdriver Component/screwdriver approach Tightening screw 2 on insert Left insert pick-up Left insert...

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HANDHELD TIGHTENING SYSTEM WITH AUTOMATIC SCREW FEEDING To work with precision, reliability and great ergonomics. Together with the high productivity given by the automatic screws feeding that present directly on the tightening point, these latest generation systems allow precise, reliable and constant assembly, cycle after cycle in every production sector. Designed and built entirely by Fiam, they are:  available with pneumatic or electric technology  equipped with different levels of tightening parameters (torque / angle / time), to be chosen according to production needs  they...

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Pistol grip For vertical tightening points, is equipped with “multi-position” suspension device to facilitate the best tool balance. The systems are very quiet especially with electric automatic screwdrivers. High-precision mechanics and modularity Easy and fast clutch adjustment In pneumatic and electric eTensil automatic screwdrivers,to increase or decrease tightening torque you can adjust from the outside and therefore without intervening inside the screwdriver, through a protected access device. The careful design ensures the reduction to a minimum of the torque dispersion transmitted...

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Screw feeders They manage the entire working cycle with great flexibility: they manage tightening sequences quickly and easily, customizing them to the different applications. The INTEGRATED PLC governs all machine parameters according to the assembly needs. Tightening devices • Forward bit stroke (patented) • Telescopic To tighten all kinds of screws on any component geometry and with maximum speed and without effort. TELESCOPIC DEVICE They meet every need in terms of tightening accuracy. Extremely sturdy, Fiam screwdrivers guarantee constant performance for all torque requirements, even...

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EVEN WITH PISTOL GRIP: FORWARD BIT STROKE DEVICE CTRIC TORQUE/ANGLE BY CURRENT CONTROL TORQUE/ANGLE CONTROL BY: - CURRENT CONTROL - BUILT-IN TRANSDUCER AND RESOLVER TORQUE/ANGLE CONTROL BY BUILT-IN TRANSDUCER AND RESOLVER CONTROL UNIT CONTROL UNIT

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screw feeders High working autonomy The vibrating bowl of models available, ensure different working autonomies and the vibrator timed system, managed by the PLC, automatically stops screw feeding when not needed thereby reducing the consumption of electricity The high selection speed allows to reach high screw feeding frequencies; the screw shooting in a closed chamber ensures a low noise level and there are no compressed air dissipations and any screw jam is eliminated INTEGRATED Siemens LOGO! PLC to manage all machine parameters No jamming The ‘overload’ photocell makes sure no screws...

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EasyDriver ED B screw feeder Feeds screws optimally without jams. Bowl: For screws between 10 and 35 mm in lenght 1 x 240 mm Ø bowl feeds an air/electric screwdriver Upon request • Low level sensor: device for the bowl feeder indicates when the bowl needs screw reloading. The signal can be managed by the PLC of the tightening system or by external PLC. • Basic structure to support the feeder, equipped with aluminum base plate already prepared with the holes that allow to fix the suitable feeder on it. With aluminum profiles with channels for cables and tube bundles inside the slots...

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EasyDriver ED B MAXI 1|1 screw feeder Used when the job involves large screws and also in the event of high production rates to allow the system to run unaided for longer. Bowl: For screws between 35 and 60 mm in lenght MAXI 1|1 = 1 x 420 mm Ø bowl feeds an air/electric screwdriver Upon request • Low level sensor: device for the bowl feeder indicates when the bowl needs screw reloading. The signal can be managed by the PLC of the tightening system or by external PLC. • MAXI structure to support the feeder, equipped with aluminum base plate already prepared with the holes that allow to fix...

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EASY DRIVER SCREW FEEDERS TECHNICAL FEATURES Aluminium bowl FESTO components Tube carrying hoses and cables Filter-Regulator-Lubricator unit complete with built-in pressure gauge Electricity consumption, apparent power [VA] With air nutrunner motor With eTensil electric nutrunner motor With 15 MCB electric nutrunner motor With SD2500 electric nutrunner motor PLC Siemens LOGO! For the flexible and detailed management of the individual features of screw feeder The machine is supplied with the parameters already set according to the cycle of customized tightening and the integrated PLC allows...

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Interconnectivity: a key element for Industry 4.0 Not just tightening reliability, in-process checks and planning for any possible operating situation, but above all interaction with the plant management systems. CA handheld tightening systems can be managed remotely just using freely programmable I/O signals or via the Modbus TCP/IP protocol; they can also interface with line PLCs and various devices, interacting for example with: • Bar Code reader • Conveyor belt • Workpiece clamping jig activation/ deactivation systems • Signalling and monitoring mechanisms such as LEDs, part counters,...

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