Thermal

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eYc FTC04 Hot Wire Thermal Flow Switch

Feature : Strong, wide measurement range, flexible for water, oil and gas measurement
Type : Resistance Temperature Detector (RTD)
Range 1. : Water : 1 ... 200 cm/s
Range 2. : Oil : 3 ... 300 cm/s
Range 3. : Gas Flow : 20 ... 2000 cm/s
Output Signal : PNP, NPN, Relay

eYc FTS34/35 Air Velocity Transmitter

Features :
Sensor type : Thermal mass flow sensor
Air velocity measuring range : 2 m/s ; 10 m/s;20 m/s;40 m/s
Air velocity min. measuring range : 0.2 m/s
Accuracy( +25°C ) : air velocity : ± 2 % F.S.
Output : 4 ... 20 mA / 0 ... 10 VDC
Display:Optional
●Additional option (ILAC/TAF) Test report - Standard Calibration laboratory(TAF Accreditation: 3032)

eYc FTS14 Air Velocity Transmitter

Output : 4 ... 20 mA / 0 ... 10 VDC
Air velocity measuring range : 20 m/s
Accuracy( +25°C ) : ± 5 % F.S. ( nonlinear error, hysteresis error,repeatability error )
Thermal sensitivity temp. error : 0.2 % / °C
●Additional option (ILAC/TAF) Test report - Standard Calibration laboratory(TAF Accreditation: 3032)

eYc FTM94/95 Industrial Grade High Accuracy Thermo Air Velocity Transmitter

Feature:Suitable for harsh environments, industrial processes flow monitoring or compressed air
Input type:Pt20 / Pt300(Air velocity),Pt1000(Temp.)
Measuring range:0 ... 20 / 0 ... 40 / 0 ... 60 Nm/s
Output signal:4 ... 20 mA / 0 ... 10 V / RS-485
Linear accuracy:±1.5%(±3% of F.S.)
Installation:Duct type / Remote type
IP rating:IP67

eYc FTM06 Hot wire thermal air velocity transmitter

Feature:Micro-corrosion air measurement. Strong housing with analog and RS-485 output.
Type:Resistance temperature detector
Range:Air:0 ... 60 m/s
Output Signa:Analog:4 ... 20 mA / 0 ... 10 V ; RS-485
Product Accuracy:Air(at 25°C):3%<60 m/s(Because the probe is affected by the operating Temp., there will be some error)
Power Supply:DC 8 ... 35 V
●Additional option:( ILAC/TAF ) Test report - Standard calibration laboratory ( TAF accreditation:3032, complying with ISO/IEC 17025 )
TAF has mutual recognition arrangement with ILAC MRA