Series 890, 1620 Nl/min

MATRIX 890 Series: Next-Gen High-Speed Solenoid Valves for Maximum Throughput

The MATRIX 890 Series solenoid valves represent a significant leap forward in performance, speed, and reliability for high-speed automation and sorting systems. Engineered with the latest advancements in valve technology, this new series replaces the older 850 series and delivers superior operating characteristics, a longer service life, and greater application flexibility.

Designed specifically for demanding OEM applications, the 890 Series is built to support high-frequency operation (up to 1200 Hz) with response times as low as 0.25 milliseconds—one of the fastest in its class. With a life expectancy of up to 1 billion cycles, this robust valve ensures consistent, repeatable performance with minimal maintenance over extended periods of usage.

Each valve features a single inlet and up to 9 outlets, making it ideal for manifold-mounted configurations, especially in ultra-high-speed sorting machines. Matrix also offers turnkey manifold solutions tailored to customer specifications, significantly reducing integration time and cost for OEMs.

Despite its compact size (just 2” x 2” x 2”), the MATRIX 890 Series delivers a massive flow capacity of 1620 LPM, ensuring maximum efficiency in throughput-critical applications. Whether body-ported or manifold-mounted, the valve remains vibration-insensitive, energy-efficient, and highly customizable.

Key Features:

• 2/2-way normally closed configuration
• Single inlet with 1, 3, or 9 outlet options
• Flow rate: 1620 LPM at up to 8 bar
• Opening/Closing time: < 1 ms
• Integrated speed-up driver for ultra-fast switching
• Operates up to 1200 Hz on select models
• Low power consumption (0.8 – 2.9 watts)
• IP62 protection
• Compact footprint: 67 x 46 x 46 mm
• Life expectancy: 500 million to 1 billion cycles
• Custom manifold solutions available

With wide global acceptance, the MATRIX 890 Series continues to raise the bar in industries requiring ultra-fast response, precision control, and exceptional reliability—especially in automated sorting, industrial automation, and high-speed flow systems.