Produkty dla instrumenty (58)

This is an essential onboard instrument to adjust the seaming rolls and the seaming chucks and set them at the same height. It is equipped with a digital and analogue indicator to guarantee precise measurement.

Opens any type of can Easy and efficient mechanical system with pressure adjustment Reversible stainless steel blade Available with clamp locking (OXV55) or with the surface bolted to the worktop (OXP55) Bar length:55cm

The range of incremental encoders with 58 mm round flange includes different mechanical types: the series RE520, with centering mask diameter 50 mm, compatible with the international standard SIZE23, RE540, with centering mask diameter 36 mm and RE510 with centering mask diameter 31.75. All the types are housed in a metal case. The connection type and position can be chosen among different options, as well as the output signal formats and the shaft diameters. The pulses per revolution number ranges from 2 to 12500. The zero reference pulse option is available for all the series (type RE521 etc.). Output signal:push-pull, line-driver Pulses per revolution range :2 to 12500 Voltage supply:5/30 Vdc

Versatile laboratory instrument for various applications.

The Imeta A1 model is a simple model seamer but nonetheless is equipped with all the necessary features for manufacturing small batches and/or seaming tests. The machine has CE protections as standard, and may be supplied with a CO2 flow device to seam carbonated soft drinks cans. The Imeta A1 seams cans up to a diameter of 190mm and a height of 250mm.

This set of calibration wires is used to adjust the correct position of the seaming rolls in relation to the seaming chucks.

Wire transducers series WDS are composed by the draw-wire mechanics coupled to Elap multiturn absolute high-resolution encoder MEM-BUS or MEM. They can provide different communication protocols – EtherNet/IP, EtherCAT, PROFINET, Profibus, CANopen or SSI output signal. The encoder grants high resolutions values (28 or 29 bit) and strokes ranging from 3000 to 15000 mm. The housing is out of aluminium, whilst the wire consists of coated poliamide stainless steel. Strokes range:3 to 15 metres Housing:Alumiun Wire: Coated poliamide stainless steel Available interface:EtherNet/IP, EtherCAT, Profinet, Profibus, CANopen, SSI

The small size encoders series E40 feature great accuracy and compact size. The incremental encoder E40 can be supplied with different mechanical flanges: the type E40 has 6 fixing holes on diameter 30 mm, while the type 40A has 4 holes on diameter 25.4 mm; the encoder E40V has a front fixing screw, and the series E40Q is provided with a square flange of mm 43×43. The types E40M and E40S are hollow shaft encoders designed for motor coupling, respectively by joint and by anti-rotational elastic metal support. For all the types the ppr no. ranges from 2 to 12500, with or without zero pulse (E40 or E41). The series standard case is out of ABS plastics, with axial or radial cable or connector outlet; series RE40 with aluminium housing and IP65 radial cablepress outlet is also available. Pulses per revolution range :2 to 12500 Supply:5Vdc or 8/24Vdc Output signals:push-pull, line driver

The absolute encoders series MEM-Bus avail on an interface to connect to field bus systems according to the CANopen standard. The encoders comply with standards CIA DS301, DS406, DS 305, featuring the functions of Class 2. They are supplied in multiturn version with 29 bit resolution (8192 steps/revolution x 65536 revolutions). The encoder operating parameters are set directly by the user: revolutions no., steps per rev., rotation direction and preset no. The diagnostic function signals possible parameter, position or temperature errors as well as the battery alarm – the data memory is anyway ensured for a long period (30 years). The baud rate and node selection can be easily set by LSS protocol or by means of dip-switches. MEM40-Bus encoders avail on 3 signalling LEDs for supply state, line and error. The encoder comes with metal housing, round flange, solid or hollow shaft. The electrical connection is by M12 connector. The encoders are UL listed for Canada and USA markets. Fieldbus interface:CANopen Resolution:29 bit Supply:10/30Vdc 2 W Certification:UL Listed

Elap absolute encoders series MEM-Bus comply with the Encoder Profile Specifications V4.1 version 3.162 related to Profidrives. They fulfil the requirements of the Application Classes 3 and 4,that is they provide all functions for scaling factor, preset, rotational direction, positioning and speed values, diagnostic. MEM-Bus encoders support the RT Real Time and IRT Isochronous Real Time transmission mode, thus ensuring fast, accurate and safe data transfer. Besides standard telegrams 81, 82, 83, 84 Elap encoders support the user telegram 860, featuring Profibus telegram, a peculiarity which simplifies the encoder handling, as well as the possible migration from Profinet devices. MEM-Bus encoders are supplied in multiturn version with 29 bit resolution (8192 steps/revolution x 65536 revolutions). Different mechanical versions are available to satisfy all application requirements: square flanged, round flanged, with solid or hollow shaft. Fieldbus interface:Profinet Encoder profile : V4.1 version 3.162 Application classes:3-4 Resolution:29 bit Supply:10÷30 Vdc 2.5 W Protection Degree:IP67 – Shaft side IP65 Certification:PI Certified Certification:UL Listed

Just as the digital dynamometer, the hydraulic dynamometer is used to measure the pressure of every single lower lifter during the adjustment of the seaming machine. It provides a faster but less accurate measurement than the digital dynamometer.

The digital dynamometer for beverage cans is used to simply but precisely measure the pressure of every single lower lifters during the adjustment of the seaming machine. The main feature of this instrument is its practicality of measurement and major ease of reading compared to the standard digital one, as it is equipped with a cable that allows readings of parameters reaching every area of the machine.

Semiautomatic seam saw for the automatic cutting of any type of can. Features include electropneumatic operation of blades with adjustable advancement, total retraction of blades if the protective cover is opened, modular fittings for can blocking, CEstandard protection and high soundproofing. Mono or triphase motors available. Can diameter:between 45mm and 155mm Maximum height:350mm

Stout, easy to install, highly protected against environmental agents: ELAP wire encoders series HLS are the ideal solution for those industrial applications which require high accuracy and measuring length up to 12 metres. The encoder HLS is available with strokes ranging from 1000 to 12000 mm, and resolutions ranging from 0.04 to 1 mm, push-pull or line driver output signal. The types HLS-S, HLS-M and HLS-L differ for mechanical size and measuring stroke. Series HLS-S: 1000 mm – Resolution mm: 0.04 – 0.1 – 0.2 – 0.5 – 1 Series HLS-M: 1000, 2000, 3000, 4000, 5000 – Resolution mm: 0.05 – 0.1 – 0.2 – 0.5 -1 Series HLS-L: 6000, 7000, 8000, 9000,10000, 11000, 12000 mm – Resolution mm: 0.5 – 1 Output signals:push-pull, line-driver Zero reference pulse :1 for each encoder revolution Strokes:1000 mm to 12000 mm

The digital dynamometer allows making simple but precise measurements of the pressure in every single lower lifters during the adjustment of the seaming machine. The dynamometer is equipped with a detailed instruction manual and a number of feeler gauges suitable for different can heights. The Dynamometer is available in both with metric or imperial scales.

Stout, easy to install, highly protected against environmental agents: ELAP linear wire potentiometers series HPS are the ideal solution for those industrial applications which require high accuracy and measuring length up to 8 metres. The series HPS, with potentiometer output, is supplied with strokes ranging from 250 to 8000 mm, ±0.25% linearity, 5 KOhm resistance and infinite resolution. The analogue output signals 4-20 mA or 0/10V are also optionally available. The types HPS-S, HPS-M and HPS-L differ for mechanical size and measuring stroke. Series HPS-S: 250, 500, 1000 mm Series HPS-M: 500, 750, 1000, 1250, 1500, 2000, 3000, 4000 mm Series HPS-L: 3000, 4000, 5000, 6000, 8000 mm Strokes range:250 mm to 8 m Resistance :5 KOhm ±10% Linearity:±0.25%

This tablet comes with a preinstalled application that allows for ontheground checks of critical seaming parameters and keeps a record of previous measurements. As a tablet, it also has many features that may be useful at the time of inspection (camera, integrated email, etc.)

This simple machine reduces the volume of empty cans by up to 80% ready for scrapping. It is entirely made of stainless steel.

These special pliers are for the rapid adjustment of seaming roll height, for Angelus L and H Series, Cevolani, FMI, Manzini, SHINI and other brands of seaming machines.

REVO PB contribuisce alla riduzione dei costi energetici nei processi di riscaldamento industriale. REVO PB può ottimizzare i vostri riscaldatori elettrici industriali e rendere i vostri processi produttivi più flessibili. Nei sistemi di riscaldamento tradizionali, basati su resistenze e regolatori di potenza multizona, l'accensione del carico ha un grande impatto sull'assorbimento di picco e, quando si modula il carico per mantenere costante la temperatura, molte perturbazioni vengono immesse nella rete elettrica. Questo porta a possibili malfunzionamenti nei sistemi di controllo elettronici e a sanzioni da parte del fornitore di energia. I regolatori di potenza REVO PB ampliano la serie REVO PN fino a 90A per canale.

This is used for the manual cutting of the seamed edge.

Spesso il problema principale per le industrie di stampaggio non è raggiungere le temperature necessarie per i loro processi, ma mantenerle nel tempo. Da qui l'utilità di unità di controllo della temperatura che non solo mandano in temperatura i fluidi necessari per il lavoro, ma sono in grado di autoregolarsi successivamente. Questo è il modo in cui operano i regolatori di temperatura dell'acqua FTT DC, che avvolgono il raffreddamento diretto per stabilizzare i gradi del fluido dopo il raggiungimento della temperatura desiderata. Ciò richiede l'integrazione con una fonte di acqua raffreddata: un semplice pozzo o un sistema di raffreddamento (chiller o dry cooler). I nostri ingegneri sono a disposizione per determinare la soluzione di raffreddamento più efficace ed economica. Non solo. La gestione di queste fasi successive di riscaldamento-raffreddamento è più semplice se effettuata con un touch screen: una caratteristica di cui sono dotati i termoregolatori DC FTT.

Most industrial process temperature control units work through the pressure exerted on the water of the process utilities: this is convenient in most “standard” cases, given the higher efficiency developed by the system. However, some critical process issues can make this type of operation difficult: this is the case of machines that leak fluids, or with leakage, and that it is not convenient to maintain on the spot. In such cases, it is therefore useful to work with a vacuum temperature control unit, which sucks in utility water. FTT PD water thermoregulators are flexible and effective systems, which can work under either pressure or vacuum depending on the peculiarities of the system. Any fluid losses are therefore minimized during operations. A simplicity of operation is also ensured by the touch-screen panel, also found on other Frigofluid temperature controllers. Models with an increased pump are also available for users characterized by high pressure drops. Temperature Range:up to 90°C

FT water temperature controllers make it possible not only to cut down on the use of electrical power for heating (in fact, the heating elements remain off during steady-state operation), but they also make it possible to limit the cooling power spent on cooling by self-stabilizing through a process called Autotuning. This system also saves resources (water and energy) compared to units without them. They are designed to condition molds and cylinders for various industrial processes, including plastics and rubber molding and extrusion, and in the paper industry. Temperature Range:up to 110°C

Les régulateurs de température d'eau FT permettent non seulement de réduire la consommation d'énergie électrique pour le chauffage (en effet, les éléments chauffants restent éteints en régime permanent), mais ils permettent également de limiter la puissance frigorifique dépensée pour le refroidissement en s'auto-stabilisant par un processus appelé Autotuning. Ce système permet également d'économiser des ressources (eau et énergie) par rapport aux unités qui en sont dépourvues. Ils sont conçus pour conditionner les moules et les cylindres de divers procédés industriels, notamment le moulage et l'extrusion des matières plastiques et du caoutchouc, ainsi que l'industrie du papier.

Often the main critical issue for molding industries is not achieving the temperatures needed for their processes, but maintaining them over time. Hence the usefulness of temperature control units that not only send the fluids needed to do the job up to temperature, but are capable of subsequent self-tuning. This is the way FTT DC water temperature controllers operate, which wrap direct cooling to stabilize fluid grades after the desired temperature has been reached. This requires integration with a source of cooled water: a simple well or a chiller or cooling system (chiller or dry cooler). Our engineers are available to determine which cooling solution is the most effective and economical. Not only that. The management of these successive heating-cooling steps is easier when done with a touch screen: a feature with which FTT DC temperature controllers are equipped. Units in the FTT category are specially designed to condition molds. Temperature Range:up to 140°C

La plupart des unités de contrôle de la température des processus industriels fonctionnent grâce à la pression exercée sur l'eau des utilités du processus : c'est pratique dans la plupart des cas "standard", étant donné la plus grande efficacité développée par le système. Cependant, certains processus critiques peuvent rendre ce type d'opération difficile : c'est le cas des machines qui fuient des fluides, ou qui présentent des fuites, et qu'il n'est pas pratique d'entretenir sur place. Dans ces cas, il est donc utile de travailler avec un thermorégulateur à vide, qui aspire l'eau utilitaire. Les thermorégulateurs à eau FTT PD sont des systèmes flexibles et efficaces, qui peuvent fonctionner sous pression ou sous vide en fonction des particularités du système. Les pertes de fluides sont donc minimisées pendant les opérations. La simplicité d'utilisation est également assurée par le panneau à écran tactile, que l'on retrouve également sur d'autres thermorégulateurs Frigofluid.

Souvent, le principal problème pour les industries de moulage n'est pas d'atteindre les températures nécessaires à leurs processus, mais de les maintenir dans le temps. D'où l'utilité des régulateurs de température qui ne se contentent pas d'envoyer les fluides nécessaires à la réalisation du travail à la température voulue, mais qui sont capables de s'autoréguler par la suite. C'est ainsi que fonctionnent les régulateurs de température d'eau FTT DC, qui enveloppent le refroidissement direct pour stabiliser les qualités du fluide une fois que la température souhaitée a été atteinte. Cela nécessite l'intégration d'une source d'eau refroidie : un simple puits, un refroidisseur ou un système de refroidissement (refroidisseur ou refroidisseur sec). Nos ingénieurs sont à votre disposition pour déterminer la solution de refroidissement la plus efficace et la plus économique. Mais ce n'est pas tout.