Package Inspection Systems Advanced Control / Versatile Inspection The TapTone 4000 isa versatile package inspection system capable of examining containers for leaks, fill level, vacuum and pressure, and physical defects. The system's software gives users greater control over their product set-up and changeover, rejector set-up and alarms, and "last reject" values. The system combinesan Intuitive user interface, proven technology, and a long-standing record of high reliability, making the TapTone 4000 a cost effective solution for inspection of your plastic, metal, and glass containers. Benefits Applications On-line, production leaks, vacuum, pressure, physical defects, and fill level on rigid and flexible Easy operation 8 product set-up using a large color touch screen and icon driven Controlled access to system features with multi level passwords Combined inspections on a single controller: Up lo 4 primary inspections (Acoustic, * Imo Independent Reject Outputs tot Pressure inspection on carbonated or LN2 dosed beverage cans Vacuum/Pressure inspection in plastic containers with plastic closures or composite closures Leak inspection on glass beer bottles with Fill height inspector plastic containers. Cooker protection Acoustic Technology Acoustic technology measures pressure or vacui metal closures that do not have a measurable lid deflector "he sensor applies a "tap" to the top of each container lid using an electromagnetic pu so, oxcit rc thocbsuc ~,"c lid vibrares ata natural resonant frequency "tone" based on internal pressure orvacuum.The resultant ''tene" s gr; is sensed by a rnicropib.be. The digital • cjbal Processor (DSP] produces a real-time signal spectrum and calculates the frequency of the "tone" for that lid which is then compared to user set limits. Containers w Ih a frequency outside these limits aio ■oicctod. Proximity Technology Jroximity technology measures pressure or vacuum in containers with ~ctal dcsi.ies by motisur ne; vie- I d ccfloctiob. T ic sensor produces a continuous magnetic fie d that monitors the distance between the sensor and the metal lid. The continuous signal is digitally sampled to produce a mor : val.io of the o orbfile fio :;'o: le value is then compared to user so: I Otntairc; t" ;: do: ::ticn ou:-: those I rr.it: aio '0|oc:c-cl. Fill Level Technology Optica Techno ogy: The Optical sensor is used to measure fill level of water based products in glass and plastic containers. Trie sensor utilizes a special emitter/receiver infrared wavelength tuned to the absorption band of water. The beam is powerful enough to pass through most types of plastic aí;: glass :;i-lan:is b..t wil ro: pass through water based liquids, X-ray Technology: The X-ray sensor is used to measure the fill level in steel, aluminum, glass, plastic and paper containers. An x-iay beam is focused in the expected fill level region of the container. As the x-ray beam penetrates the container, it is attenuated by the amount of product blocking the beam. Trie atténuât or is poor: o-ato to the fill level of

SYSTEM SPECIFICATIONS General Specifications TapT ■ray, Digital Inputs} Digital Outputs Shaft Encoder ìejed Outputs Operating Temp e rature Reject Signals pulse width and time delay Material & Control Enclosure Endosiire Environmental Rating Stainless steel, NEMA4X, IP65 rated Wash Down Low-pressure water Touch Screen Display 25.4 cm (10 in), color HMI Software & Networking Capabilities Remote Diagnostics Supports Multiple Languages Stores Multiple Product Set-Ups Supports Industrial Ethernet Protocols (EtherNet/IP and Modbus TCP) Multi-Level Password Protection Package Inspection Systems ATeledyne...