Leak testing and flow in a single device
The T8997 stands out in the industrial testing landscape for its ability to handle two distinct test methodologies without requiring separate equipment. The absolute pressure decay technology is dedicated to detecting micro-leaks, while the mass flow section verifies proper fluid passage or absence of obstructions. This versatility makes it ideal for complex components such as gas rails, injectors, and medical devices (bags, filters, catheters).
Advanced user interface and touchscreen display
Human-machine interaction is managed by the new ForTest HMI video controller. The equipment features a stunning 6.2″ color display protected by a capacitive tempered glass panel. Programming is made quick by an extended numeric keypad integrated into the menus, while real-time graph visualization allows immediate and intuitive monitoring of every phase of the test cycle.
Maximum level metrological precision
The technological heart of the T8997 adopts windowing technology and a double opto-isolated Faraday cage. These solutions reduce settling times to less than 18 ms, ensuring a real measurement resolution of 0.1 Pa at 1 bar. The result is reading stability free from electronic noise, essential for ensuring test repeatability on a large scale.
Optimized pneumatics and zero maintenance
Thanks to the use of new generation solenoid valves, the equipment offers a filling speed that is 30% higher than previous models. The pneumatic section is designed to resist humidity and to operate without the need for costly periodic maintenance, ensuring high reliability over time even in intensive production environments.
Unlimited connectivity for Industry 4.0
The T8997 is ready for the digital factory. It features standard USB ports (Master/Slave), RS232 and RS485. Optionally, it can integrate the main fieldbus protocols such as Profinet, EtherNet/IP and EtherCAT. The front USB port allows exporting test data, performing program backups and updating firmware, facilitating the complete traceability required by modern quality standards.
