FORTEST_T8990_absolute_decay_leak_tester - RGB T8000_retro

T8060

Standard level differential leak tester

ForTest T8060 is the benchmark instrument for differential pressure decay leak testing, designed to ensure maximum precision and reliability in industrial contexts, achieving a resolution of 0.1 Pa.

The device stands out for its innovative “ForTest MMI” video interface with a 6.2″ color display and capacitive touch-screen, which simplifies programming and monitoring of test cycles.

The advanced connectivity (USB, RS232, RS485 and optional fieldbus based on Ethernet) and the robust pneumatic section make it ideal for integration into automated production lines, ensuring fast testing and secure data storage.

  • High Precision Differential Technology
  • 6.2″ Touch-Screen HMI User Interface
  • Complete Connectivity and Industrial Integration

Excellence in Differential Testing
Designed to guarantee extreme sensitivity, this equipment is capable of detecting infinitesimal leaks with unparalleled stability, surpassing the limits of traditional absolute decay systems in the most critical applications.

Interfaccia Video e Display da 6,2”
L’esperienza utente è rivoluzionata dal sistema ForTest HMI, che gestisce un ampio display a colori da 6,2”. Il pannello frontale in vetro temperato con tecnologia touch capacitiva offre un’interazione fluida e intuitiva, permettendo di visualizzare grafici di prova dettagliati e programmare i parametri in pochi tocchi.

Superior Metrological Precision Thanks to the world’s most advanced measurement section, the T8060 boasts a real resolution of 0.1 Pa. The integration of the dual opto-isolated Faraday cage and windowing centering technology reduces settling times to less than 18 ms, ensuring stable measurements completely free from electronic interference.

High-Speed Pneumatics
The pneumatic section has been completely redesigned with new generation solenoid valves, allowing a 50% increase in filling speed compared to previous models. This translates into a drastic reduction in cycle times, optimizing the productivity of high-rate automatic lines.

Unlimited Connectivity for Industry 4.0
The T8060 is a native digital device, equipped with USB, RS232, RS485 ports and industrial protocols such as Profinet, EtherNet/IP and EtherCAT. The front USB Master port facilitates test data saving, parameter backup and immediate integration with MES and PLC systems.

Robust and Functional Design
The combination of tempered glass and aluminum makes the T8060 extremely resistant and easy to sanitize, making it suitable for both laboratory use and demanding production environments. Every component is designed to minimize maintenance, ensuring long-term reliability and precision.

Model 0-0,2 bar 0-0,5 bar 0-1 bar 0-2 bar 0-3 bar 0-6 bar 0-10 bar 0-15 bar
Accuracy Dp 0,5% RDG+3DGT 0,5% RDG+3DGT 0,5% RDG+3DGT 0,5% RDG+3DGT 0,5% RDG+3DGT 0,5% RDG+3DGT 0,5% RDG+3DGT 0,5% RDG+3DGT
Range of measurements Dp 0-65 mbar 0-65 mbar 0-65 mbar 0-65 mbar 0-65 mbar 0-65 mbar 0-650 mbar 0-650 mbar
Resolution Dp 0,001 mbar 0,001 mbar 0,001 mbar 0,001 mbar 0,001 mbar 0,001 mbar 0,01 mbar 0,01 mbar
Direct pressure accuracy 1,0%FS 1,0%FS 1,0%FS 1,0%FS 1,0%FS 1,0%FS 1,0%FS 1,0%FS
Direct pressure measurement range 0-FS 0-FS 0-FS 0-FS 0-FS 0-FS 0-FS 0-FS
Direct pressure resolution 0,01 mbar 0,01 mbar 0,1 mbar 0,1 mbar 0,1 mbar 0,1 mbar 1  mbar 1 mbar
Accuracy measuring loss in cc/’ 1%RDG+0,01cc/min 1%RDG+0,01cc/min 1%RDG+0,03cc/min 1%RDG+0,03cc/min 1%RDG+0,03cc/min 1%RDG+0,03cc/min 1%RDG+0,03cc/min 1%RDG+0,03cc/min
Measurement range in cc/’ 0-10 cc/min 0-10 cc/min 0-10 cc/min 0-10 cc/min 0-10 cc/min 0-10 cc/min 0-10 cc/min 0-10 cc/min
Measured measurement resolution in cc/’ 0,01 cc/min 0,01 cc/min 0,01 cc/min 0,01 cc/min 0,01 cc/min 0,01 cc/min 0,01 cc/min 0,01 cc/min
Accuracy measure volume in cc 1,5%RDG+2cc/min 1,5%RDG+2cc/min 1,5%RDG+2cc/min 1,5%RDG+2cc/min 1,5%RDG+2cc/min 1,5%RDG+2cc/min 1,5%RDG+2cc/min 1,5%RDG+2cc/min
Volume range in cc 0-500 cc 0-500 cc 0-500 cc 0-500 cc 0-500 cc 0-500 cc 0-500 cc 0-500 cc
Volume measurement resolution in cc 0,1 cc 0,1 cc 0,1 cc 0,1 cc 0,1 cc 0,1 cc 0,1 cc 0,1 cc
Measure unit mbar, bar, psi, mmHg, mmH2O, Pa, HPa, cc/min, cc/h, pressure/s.
Dimensions 270X160X300 mm
Weight 8 kg
Display size 800x280 pixel
Operating temperature range 5-40 °C
RS232 ports 2
RS485 ports 1
“master” usb port 1
“slave” usb port 1
Ethernet port Optional
I/O signals Start, Stop, Filling, Test, Good, Reject, 4BCD
Auxiliary I/O signals (optional) 8 output programmable, 4 input programmable, 4BCD
Number of programs 300
 Test archive memory Advanced
Password block Yes
Program name Yes, 16 characters
Note The resolution to be considered for accuracy is always 1 Pa.

Reference Normatives: EN 61010-1, EN61326-1 / EN61326/A1, EN61000-3-2 / EN61000-3-2/A14, EN61000-3-3 / EN61000-3-3/A1, EN61000-4-2 / EN61000-4-2/A1, EN61000-4-3 / EN61000-4-3/A1 / EN61000-4-3/A2, EN61000-4-4, EN61000-4-5, EN61000-4-11, EN1779
 
  • The resolution for uncertainty calculation is 1 Pa up to 10 bar.
  • The flow measurement of the flow meters is of mass type and referred to the reference condition of 0°C - 1013,25mbar.
  • Flow measurement of leak test equipment is volumetric.
  • Accuracy data are referred to and guaranteed under laboratory calibration conditions.
  • The accuracy of the flow measurement is referred up to 2 bar, for higher pressures variations are possible depending on the characteristics of the model.
  • For measurement scales greater than the limits indicated, the accuracy will be specified in the offer phase.
  • External discharge solenoid valve with filter
  • External start button
  • External start/abort push-button panel
  • External 4-program selection push-button panel
  • Start foot pedal
  • Barcode reader
  • Adhesive label for printer 4500pcs
  • AUX signal extension cable
  • Venturi
  • Air filter
  • Stäubli® male connector
  • Precision micrometric valve
  • Micrometric valve
  • PC Software T-Series Manager
  • Communication protocol
  • Cylinder-type valve splitting unit with filters
  • Proprietary serial cable PC – T-Series
  • External temperature probe
  • PC Software Data Manager
  • Stäubli® female connector
  • Thermal printer with label dispenser
  • Thermal printer without label dispenser
  • AUX adapter cable T-Series – ET Series
  • Start/Abort/Good/Reject button
  • 5 micron air filter
  • Pneumatic with fast micro solenoid valves
  • Front connector for calibrated leak Staubli©
  • Front precision pressure regulator – (STANDARD)
  • Remote pneumatic measurement module
  • Electronic pressure regulator
  • Primary pressure auto-zero circuit – (STANDARD)
  • Pre-filling
  • Primary pressure reading on standby
  • Secondary reject output (third result)
  • Barometric measurement
  • Leak analog output
  • I/O expansion board 24 Vdc
  • Two-hand safety logic start input
  • Ethernet/TCP-IP Interface
  • Active USB port – (STANDARD)
  • WI-FI connection
  • Remote radio control kit for program selection/start
  • High resolution measurement (1M pts AD) – (STANDARD)
  • Capacimeter for part volume measurement
  • Automatic dual branch pre-regulated pressures
  • Profinet interface
  • EtherNet/IP Interface
  • EtherCAT interface

Product Sheet

Datasheet T8060 ForTest – ENGLISH – REV.1 – PDF

Datasheet T8060 ForTest – GERMAN – REV.1 – PDF

Datasheet T8060 ForTest – SPANISH – REV.1 – PDF

3D Model

T8000 3D Model – STEP

T8000 3D Model – PDF

Serial communication protocols

Communicatin Protocol ForTest – PDF

Communication Protocol Modbus RTU – PDF

Profinet documentation (*)

Data mapping Profinet ForTest – Revision-D – PDF

GSDML File ForTest – Revision-D – ZIP

Data mapping Profinet ForTest – Revision-H – PDF

GSDML File ForTest – Revision-H – ZIP

EtherNet/IP Documentation(*)

Data mapping EtherNet/IP ForTest – Revision-H – PDF

ESD File ForTest – Revision-H – EDS

EtherCAT documentation(*)

Data mapping EtherCAT ForTest – Revision-H – PDF

XML File ForTest – Revision-H – XML

Software

USB Drivers for Windows OS – Windows x86/x64 – ZIP

(*) Ethernet-based interfaces with standardized industrial communication protocols are optional and not included by default in the instrument. Furthermore, depending on the availability of embedded modules that support these protocols, it is necessary to refer to the specific model and hardware revision installed, as the modules are integrated based on availability at the time of order.

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