XILS
In-line Test Systems
For critical instrumentation
XILS600
A multipurpose handler designed for both ISP (In-System Programming) and FCT (Functional Circuit Test) applications.
It features a secondary conveyor at SMEMA level that enables a pass-through function, removing the need for parallel production lines. A special instrumentation subrack with a secondary fixture interface offers a short wiring distance between the instrumentation and the DUT, making it particularly suitable for critical applications.
The handler achieves an approximate 6-second handling time, not including test duration, and is compatible with the XILS800 as well as other XILS600 units configured in series.
For high-demand applications
XILS800
Designed to meet demanding requirements involving a high number of test points and large PCBs, making it suitable for ICT (In-Circuit Test), ISP (In-System Programming), and FCT (Functional Circuit Test) applications.
It delivers an approximate handling time of 7 seconds, excluding the test phase. The unit can be connected in a serial layout with XILS600 and XILS1200 handlers.
Built with a robust iron and aluminum structure, it is engineered to withstand forces exceeding 15 kN. Also supports major test equipment platforms, including Teradyne, Keysight, Checksum, TRI, and others.
For extra-large PCB
XILS1200
Engineered for ICT, ISP, and FCT testing of oversized PCBs. It offers an approximate handling time of 8.5 seconds, excluding the test phase.
Designed to integrate seamlessly with XILS800 and XILS600 units in serial production lines, features a durable iron and aluminum structure capable of withstanding forces exceeding 18 kN.
For additional information, please contact Controlar at info@es.controlar.com
Overview
Developed by EIIT – A Controlar company, the XILS (eXtended In-line Systems) handlers support a broad range of PCB sizes and test requirements. These versatile handlers are engineered for different electronic test technologies across PCBA assembly and different test environments.
Fully automated, configurable, and designed for scalability, the XILS systems feature a modular architecture that enables assembly in a serial configuration. This results in a small footprint while supporting high-throughput production.
With fast handling speeds and adaptability for numerous test points, our XILS handlers are capable of processing everything from individual PCBs to fully assembled devices.
Line configurations are easily adjusted through software and customized during product setup. This ensures a straightforward setup process and simplifies product changeovers.
Product Configuration
- Compact footprint: Handlers can be connected in series, forming an in-line configuration with other handlers.
- Built-in communication: Internal communication eliminates the need for external link-conveyors, barcode readers, and buffer stations.
- Software-configurable setup: Fully configurable on a case-by-case basis during product changeover.
- Special instrumentation subrack: Includes a secondary interface for fixtures, allowing minimal wiring between instrumentation and DUT (Device Under Test), making it ideal for critical instrumentation.
- Lateral connector actuation: Designed for interfaces like USB and Ethernet, ensures controlled insertion force, enhancing reliability and performance.
- Suitable to validate LED status (on/off), luminance and colour parameters.
Main applications
Controlar and EIIT’s in-line handling systems are built to meet the rigorous standards of the automotive industry and are also well-suited for consumer and industrial electronics. These handlers ensure precise, scalable, and high-speed testing of a wide variety of PCBs and PCBAs.
LC1000: Loader conveyor for handling boards and connecting to in-line machines.
XILS800: Versatile handler for high-volume ICT, ISP, and FCT testing.
RFILS1000: RF test handler for wireless applications like Wi-Fi, Bluetooth, and RF metering.
XILS1200: Board handler built for extra-large PCB testing in ICT, ISP, and FCT.
LC1000: Loader conveyor for handling boards and connecting to in-line machines.
