macchine-frontali_t9730

T9730

High-performance continuous flow measurement equipment

T9730 ForTest is a high-level continuous measurement flow tester that utilizes Coriolis sensor technology for precise and reliable detection. Designed for demanding industrial applications, this equipment offers a wide range of flow measurements from 200 cc/min up to 200,000 cc/min, with exceptional accuracy of 1% RDG + 0.1-0.5% FS.

Equipped with an 800×480 pixel touch screen display and memory for 300 programs, it ensures operational versatility and advanced traceability.

The interface includes RS232, RS485, USB and optional Ethernet ports, making the T9730 ideal for integration into automated production lines and quality control systems.

  • High precision (1% RDG + 0.1-0.5% FS)
  • Flow range from 200 cc/min up to 200,000 cc/min
  • 7″ capacitive touch screen display
  • Complete connectivity: RS232, RS485, USB and optional Ethernet

Advanced measurement technology
The T9730 stands out for its use of Coriolis technology, a mass measurement method that ensures extremely accurate and repeatable air flow detection. Unlike traditional volumetric methods, the Coriolis sensor provides measurements referenced to standard conditions of 0°C and 1013.25 mbar, eliminating uncertainties related to ambient temperature and pressure variations. This characteristic makes the equipment particularly reliable for critical applications where precision is fundamental.

Versatility and configurability
The equipment offers a complete range of configurations to adapt to different production needs. Eight flow ranges are available, from the smallest 0-200 cc/min up to the largest 0-200,000 cc/min, allowing testing of components with highly variable dimensions. The measurement resolution varies automatically based on the selected scale, always ensuring the highest possible precision. Optionally, the T9730 can be equipped with direct pressure sensors from 0-0.5 bar or 0.5-6 bar for applications that also require pressure monitoring.

User interface and data management
The 7″ color touch screen display with 800×480 pixels provides an intuitive and easy-to-use interface. Operators can manage up to 300 different test programs, each with customizable parameters according to specific requirements. USB Mass Storage data storage enables complete recording and traceability of performed tests, a fundamental requirement for certified quality management systems. The password protection system ensures data security and prevents unauthorized modifications to test parameters.

Connectivity and Industrial Integration
The T9730 is designed for complete integration in modern production environments. Dual RS232 ports, RS485 port, and USB Master and Slave interfaces enable communication with PLCs, supervisory computers, and other devices. The optional Ethernet port enables network connectivity, facilitating remote monitoring and integration into MES (Manufacturing Execution System) systems. Standard I/O signals include Start, Stop, Filling, Test, Good, Reject, and 4BCD, while an optional module adds 8 programmable outputs and 4 programmable inputs for complex automation.

Application Sectors
The T9730 is employed in multiple industrial sectors where flow control is critical: automotive (valve testing, injectors, braking systems), medical (respiratory devices, fluid delivery systems), hydraulic and pneumatic (proportional valves, regulators), appliances (washing machine solenoid valves, cooling systems) and general industry. Its versatility and precision make it an indispensable equipment for ensuring product compliance with required quality standards.

Model 0-0,5 bar 0,5-6 bar 0-200 cc/min 0-5000 cc/min 0-10000 cc/min 0-20000 cc/min 0-50000 cc/min 0-100000 cc/min 0-200000 cc/min
Flow accuracy 1 - - 1% RDG+0,1%FS 1% RDG+0,1%FS 1% RDG+0,1%FS 1% RDG+0,1%FS 1% RDG+0,5%FS 1% RDG+0,5%FS 1% RDG+0,5%FS
Flow measurement range 1 - - 0-FS 0-FS 0-FS 0-FS 0-FS 0-FS 0-FS
Flow resolution - - 0,01 cc/min 1 cc/min 1 cc/min 1 cc/min 10 cc/min 100 cc/min 500 cc/min
Filling pressure accuracy 0,5%FS 0,5%FS - - - - - - -
Filling pressure measurement range 0-FS 0-FS - - - - - - -
Filling pressure resolution 0,01 mbar 0,1 mbar - - - - - - -
Leak measurement accuracy in cc/’ - - - - - - - - -
Leak measurement range in cc/’ - - - - - - - - -
Leak measurement resolution in cc/’ - - - - - - - - -
Volume measurement accuracy in cc/’ - - - - - - - - -
Volume measurement range in cc/’ - - - - - - - - -
Volume measurement resolution in cc/’ - - - - - - - - -
Unit of measurement mbar, bar, psi, mmHg, mmH2O, Pa, HPa, cc/min, cc/h, l/h, l/min.
Dimensions 300x160x350 mm
Weight 10 kg
Display dimensions 800x480 pixel
Working temperature range 5-40 °C
Port RS232 2
Port RS485 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
Lock with password 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.
¹: può variare a seconda della scala di pressione utilizzata
  • 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
  • Air filter
  • Stäubli® male connector
  • Precision micrometric valve
  • Micrometric valve
  • Software M Series manager
  • Proprietary serial cable PC – T-Series
  • External temperature probe
  • PC Software Data Manager
  • Thermal printer with label dispenser
  • Thermal printer without label dispenser
  • AUX adapter cable T-Series – ET Series
  • Start/Abort/Good/Reject button
  • PC Software “Data Manager”
  • 5 micron air filter
  • Pneumatic for fast filling – (STANDARD)
  • Front connector for calibrated leak Staubli©
  • Frontal precision pressure regulator
  • Electronic pressure regulator
  • Primary pressure auto-zero circuit
  • Pre-filling
  • Primary pressure reading on standby
  • Secondary reject output (third result)
  • Leak analog output
  • I/O expansion board 24 Vdc
  • Two-hand safety logic start input
  • Ethernet/TCP-IP socket
  • Active USB port
  • WI-FI connection
  • Remote radio control kit for program selection/start
  • High resolution measurement (1M pts AD) – (STANDARD)
  • Indirect measurement

Product Sheet

Datasheet T9730 ForTest – ENGLISH – REV.1 – PDF

Datasheet T9730 ForTest – SPANISH – REV.1 – PDF

Serial communication protocols

Protocollo di comunicazione ForTest – RS232/RS485/USB/TCP-IP – PDF

Protocollo di comunicazione Modbus RTU – RS232/RS485/USB/TCP-IP – 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

Documentazione EtherNet/IP(*)

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

ESD File ForTest – Revision-H – ZIP

Documentazione EtherCAT(*)

Data mapping EtherCAT ForTest – Revision-H – PDF

XML File ForTest – Revision-H – ZIP

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 equipment. 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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