QT-ECO Compact Economic Solution
High PrecisionStable & ReliableEasy Integration
Flow Control Solutions (FCS)

QT-ECO Compact Economic Solution

QT-ECO compact economic solution is designed for cost-sensitive OEM machinery manufacturers. It highly integrates mass flow/pressure sensor modules with control valves, shut-off valves, filters and other functional modules within a compact manifold panel. Modular construction facilitates installation and replacement, while the tubeless design reduces leak points. Factory pre-tested for "plug-and-play" operation, effectively reducing customer testing costs. Manifold available in aluminum or stainless steel with female thread connectors. Widely used in process industry, medical/pharmaceutical, analytical instruments, biotechnology, food & beverage, semiconductor and other fields requiring economical compact fluid control.

Key Takeaways

  • High-precision measurement & control, professional Flow Control Solutions (FCS) solution
  • MEMS thermal flow sensor chip technology for fast response
  • Supports RS485/Modbus/4-20mA multiple communication protocols
  • Widely used in semiconductor, new energy, biopharma industries
  • Professional selection support and complete after-sales service

Key Specifications

Flow Range0.1~5 mln/min to 1~50 Ln/min (N₂ equivalent)
Accuracy (Flow)±0.5%Rd ±0.1%FS (standard)
Pressure Range2~100 mbar to 0.2~10 bar (abs/gauge)
Accuracy (Pressure)±0.5%FS
Settling Time≤1.2s (typical)
Max. Operating Pressure10 bar (gauge)
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Model Specifications

Core Performance
Flow Range0.1~5 mln/min to 1~50 Ln/min (N₂ equivalent), higher ranges customisable
Flow Accuracy±0.5%Rd ±0.1%FS (based on actual calibration)
Turndown Ratio1:50 (higher in digital mode)
Repeatability<0.2%FS
Settling Time≤1.2s (typical above 5%FS)
Control Stability< ±0.1%FS
Functional Modules
Mass Flow ModuleThermal mass flow meter/controller, supports various gases
Pressure ModulePiezoresistive pressure sensor/controller, 2~100 mbar to 0.2~10 bar
Filter ModuleSintered stainless steel filter, 0.5/2/7/15 µm selectable
Control ValveNC or NO type, Kv max 1.0, max temperature 50°C
Solenoid ValveNO/NC shut-off valve; 3-way switching valve
Mixing/DistributionCustom mixing chambers, split blocks available
Mechanical & Electrical
Manifold MaterialAnodized aluminum (std); 316L stainless steel (optional)
Connector TypeFemale thread (standard); other fittings customisable
Seal MaterialEPDM (std); Viton/Kalrez optional
Max. Operating Pressure10 bar (gauge)
Operating Temperature-10°C ~ +50°C
Power Supply15~24 Vdc
Analog Signals0-5V/0-10V/4-20mA/0-20mA
Digital Comm.RS232, Modbus RTU, DeviceNet, PROFIBUS DP
Electrical Conn.9-pin D-sub; M12 connector; terminal blocks
MountingPanel or base mounting, any orientation
Cleanroom AssemblyAvailable on request

QT-ECO is the economical version of QT-COMP, maintaining compact integration and tubeless design advantages while optimizing cost structure, making it ideal for high-volume OEM applications.

Compact construction effectively saves installation space, suitable for space-constrained equipment integration.

Tubeless integrated design reduces fitting count, significantly lowering potential leak points and improving system reliability.

Modular construction allows individual module replacement, convenient maintenance and reduced downtime.

Factory pre-assembled, pre-tested and pre-calibrated for "plug-and-play" operation, reducing customer on-site testing and commissioning work.

Manifold material available in aluminum (cost-effective) or stainless steel (corrosion-resistant), adapting to different media and environmental requirements.

Custom configurations available: combine flow, pressure, filtration, valves and other functional modules per specific application requirements.

Typical applications: process industry gas control, medical equipment gas delivery, analytical instrument gas circuits, bioreactors, food & beverage processing, semiconductor electronics manufacturing, welding shield gas mixing, laboratory gas systems, etc.

Due to the wide variety of custom solutions, we recommend contacting GASKITO technical team to discuss your specific application requirements for an optimal configuration.

Key Features

MEMS Flow Chip

High precision measurement

Wide Range

Covers various applications

Fast Response

Real-time flow monitoring

Long-term Stable

Pressure & temperature insensitive

Digital Display

Easy and intuitive operation

Multi-interface

Easy system integration

Applications

AI Data Center
Hydrogen Energy
Other Industries
Surface Treatment
Chemical & Materials
Oil & Gas

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Frequently Asked Questions

Disclaimer: The content on this page is for reference only and does not constitute any offer or commitment. Product specifications and parameters are subject to change without notice. Please refer to the actual product manual.

Last Updated: 2026-08-07(Content updated regularly)