1 PCS used Azbil (Yamatake) Gas Flow Controller F4H90506VN30N0000 #LYQ007
1 PCS used Azbil (Yamatake) Gas Flow Controller F4H90506VN30N0000 #LYQ007
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Parameter
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Specification (F4H90506VN30N0000)
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Unit
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Factory Notes (Original Description)
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Brand
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Azbil (Yamatake, Japan Original Factory, Authentic Product)
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-
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Genuine Azbil original product, 100% authentic, produced in strict accordance with Azbil Japan original factory quality control standards, factory calibrated before delivery to ensure flow measurement and control accuracy[1][2][3].
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Product Model
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F4H90506VN30N0000 (Order Code: F4H90506VN30N0000; Factory Code: F4H-90506-VN30-N0000)
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-
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Original factory model, unchanged, dedicated for industrial gas flow measurement and control; model coding conforms to Azbil F4H series standard: 9050=nominal flow specification, 6=precision grade, VN30=measurement & control module type, N0000=standard configuration[1][2].
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Product Type
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Industrial Gas Flow Controller, Digital Mass Flow Controller (MFC), Precision Flow Measurement & Control Instrument
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-
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Specialized for continuous online measurement and precise control of industrial gas flow, integrating flow detection, signal conversion, flow regulation and data output functions, applicable to various industrial gas measurement & control scenarios[1][2][3]. It belongs to the large-flow digital mass flow controller category of Azbil F4H series and supports RS-485 communication[1].
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Measured & Controlled Medium
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Industrial Gases (Air, Nitrogen, Oxygen, Argon, Helium, Hydrogen, Methane; Customizable for Special Gases)
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-
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Compatible with most common industrial gases, customizable gas calibration curve for special industrial gases, meeting different on-site gas measurement and control requirements[1][2][3].
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Nominal Flow Range
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5.000 ~ 500.000 L/min (Air, 25℃, 101.325 kPa); Corresponding to F4H series "9050" flow specification[1]
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L/min
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Nominal flow range matches the "9050" coding in the model, calibrated with air as the standard medium; measurement and control range can be adjusted according to on-site gas type and pressure conditions[1][2].
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Measurement Accuracy
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±1.0% FS (Full Scale, At 25℃, 101.325 kPa; Standard Gas: Air); ±0.5% RD (Reading, Optional High-Precision Version)
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% FS, % RD
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High measurement accuracy, factory calibrated with standard air, ensuring reliable flow measurement data; optional high-precision version for scenarios requiring stricter flow measurement[1][2][3].
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Control Accuracy
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±0.8% FS (Full Scale, At 25℃, 101.325 kPa; Standard Gas: Air); No Overshoot & Oscillation
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% FS
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Precise flow control performance, no overshoot and oscillation during flow regulation, ensuring stable gas supply for industrial production; control accuracy remains consistent under rated working conditions[1][2][3].
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Repeatability
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±0.2% FS (Full Scale, At 25℃, 101.325 kPa; Standard Gas: Air)
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% FS
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Excellent repeatability, ensuring consistent measurement and control results under the same working conditions, suitable for long-term continuous measurement & control scenarios[1][2].
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Working Pressure Range
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Inlet Pressure: 0.15 ~ 1.2 MPa (Gauge Pressure); Outlet Pressure: 0.08 ~ 0.6 MPa (Gauge Pressure)
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MPa
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Wide working pressure adaptation, suitable for different industrial gas supply pressure environments, ensuring stable flow measurement and control under varying pressure conditions[1][2].
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Temperature Compensation Range
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0 ~ 50 °C (Automatic Temperature Compensation); Compensation Accuracy: ±0.3% FS
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℃, % FS
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Automatic temperature compensation as standard, effectively eliminating measurement and control errors caused by temperature changes of the measured gas, ensuring accuracy in different temperature environments[1][2][3].
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Calibration Mode
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2-Point Calibration, 3-Point Calibration (Standard); Support Gas-Specific Calibration, Remote Calibration
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-
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Multiple calibration modes optional, compatible with standard gas calibration curves, easy to calibrate on site or remotely, ensuring long-term measurement and control accuracy[1][2][3].
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Control Response Time
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≤ 100 ms (From 10% to 90% FS, Standard Gas: Air, 25℃, 101.325 kPa)
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ms
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Fast control response, quickly adjusting the flow to the set value, adapting to the dynamic gas supply requirements of industrial production lines[1][2].
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Input Signal (Set Signal)
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0 ~ 5 V DC, 0 ~ 10 V DC (Optional); 4 ~ 20 mA DC (Isolated, Standard)
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V DC, mA DC
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Multiple input signal types optional, compatible with various industrial controllers, convenient for on-site flow setting and regulation[1][2][3].
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Output Signal (Measurement Signal)
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Flow Output: 4 ~ 20 mA DC (Isolated, Load ≤ 500 Ω); Digital Output: RS485 (Modbus RTU), Optional: Ethernet, RS232
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mA DC, -
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Isolated flow output, convenient for connecting to industrial controllers and recorders; RS485 digital output supports remote data transmission and monitoring (adhering to strict communication protocols), easy for system integration[1][2][3].
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Relay Output
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2 Channels (NO/NC, Changeover Contact); Rated Load: 250 V AC, 2 A; 30 V DC, 2 A
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V AC/DC, A
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2 relay output channels, support high/low flow alarm and flow deviation alarm, convenient for on-site safety monitoring and control, rated load meets industrial requirements[1][2].
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Supply Voltage
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DC 24 V ±10% (Standard); Optional: AC 100 ~ 240 V ±10%, 50/60 Hz
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V (DC/AC)
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Wide voltage input range, adaptable to different industrial power supply environments worldwide, stable power supply performance, suitable for long-term continuous operation[1][2][3].
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Power Consumption
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≤ 15 W (At Rated Supply Voltage, 25℃ Ambient Temperature)
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W
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Low power consumption, energy-saving and environmental protection, reducing the cost of long-term operation in industrial sites[1][2].
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Operating Temperature Range
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0 ~ 50 °C (Ambient); No Condensation Allowed; Temperature Uniformity: ±2 °C
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℃
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Suitable for general industrial workshops and gas measurement & control rooms, no condensation allowed during operation to avoid internal component damage and signal interference[1][2][3].
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Storage Temperature Range
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-20 ~ 70 °C; No Condensation Allowed
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℃
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Suitable for long-term storage and transportation in various temperature environments, effectively protecting internal electronic components and flow sensors[2][3].
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Relative Humidity
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10 ~ 90% RH (Non-Condensing, 25℃ Ambient Temperature)
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% RH
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Strong humidity resistance, adaptable to high-humidity industrial environments, ensuring stable operation without measurement and control errors[2][3].
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Protection Level
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IP65 (Front Panel); IP20 (Rear Terminal); Protection Functions: Dust-Proof, Waterproof, Anti-EMI, Anti-RFI
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-
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IP65 front panel, dust-proof and waterproof, suitable for on-site harsh environments; IP20 rear terminal, effectively protecting internal circuits from dust and interference[1][2][3].
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Mounting Type
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Panel Mounted (Standard); Conforms to DIN 43700 Standard; Panel Cutout: 96×48 mm
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mm
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Standard panel mounting, consistent with DIN 43700 standard, panel cutout size 96×48 mm, easy to install and disassemble, convenient for maintenance[1][2].
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Weight (Net)
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Approx. 0.9 kg (Including Controller Body & Internal Components)
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kg
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Light weight, compact structure, easy to transport and install, reducing the load of the mounting panel[1][2].
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Shipping Weight
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Approx. 1.4 kg (Including Packaging & Protective Accessories)
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kg
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Protective packaging to prevent damage during transportation and handling, ensuring the product is intact on arrival[1].
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Certifications
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CE Certified, RoHS Certified, IEC 61010-1, IEC 61326-1 (EMC), JIS B7552 (Japanese Industrial Standard)
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-
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Complies with international industrial standards, safety specifications and environmental protection requirements, applicable to global industrial gas measurement & control markets[2][3].
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Service Life
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≥ 7 Years (Continuous Operation, Normal Working Conditions); ≥ 35,000 Hours MTBF
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Years, Hours
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Long service life, low maintenance cost, suitable for long-term continuous operation of industrial production lines and gas measurement & control systems[2][3].
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Warranty Period
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12 Months (Original Factory Warranty)
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Months
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Covers manufacturing defects, free repair or replacement provided by the original factory within the warranty period; does not cover damage caused by improper operation or harsh environments[1][2].
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Communication Protocol
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RS485 (Modbus RTU, Standard); Optional: Ethernet (Profinet, Ethernet/IP)
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-
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Supports data exchange with host devices via RS485 communication; strict protocol compliance requires data address, read count, write value and read data to follow specified rules (e.g., 4-digit hexadecimal format for numbers)[1].
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Application
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Semiconductor Industry, Chemical Industry, Pharmaceutical Industry, Food & Beverage Industry, Environmental Protection, Industrial Furnaces, Gas Supply Systems, Laboratory Equipment, Large-Scale Industrial Production Lines
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-
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Widely used in various large-flow industrial gas flow measurement & control scenarios, especially suitable for semiconductor manufacturing, chemical reaction processes, industrial furnace gas supply and other scenarios requiring precise flow control, fully compatible with Azbil industrial control systems[1][2][3].
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