Thermal Mass Flowmeters
Update: 2014/3/17 View:
- Brand: HOMKOM
- Type: HKC
Introduction
Features: Highly sensitive, measuring as low as 8 mm/sec, and as high as 65 m/sec with a single assembly
Sensor directly senses mass flow using thermal mass flow principle
Proprietary MEMS design for better reliability
Standard 8-24V power supply
Low pressure loss reducing energy cost. Industrial standard communication ports provide easy control
Specifications:
Highly sensitive, measuring as low as 8 mm/sec, and as high as 65 m/sec with a single assembly
Sensor directly senses mass flow using thermal mass flow principle
Proprietary MEMS design for better reliability
Standard 8-24V power supply
Low pressure loss reducing energy cost. Industrial standard communication ports provide easy control
Specifications:
Accuracy: ± (1.5+0.2FS)%, conventional
Flow Range: 0.01~65 m/sec
Flow channel: 3~19 mm
Environment Temperature: -20~65° C;
Humidity: ≤ 95%RH.
Display: Flowrate and accumulated flow Interface: 4~20mA; RS232; Pulse
Calibration: 20° C; 101.325 kPa.
Product selection:
In addition to the models listed, we can also provide customized products that taillored to customers' very nedds. For further information, please
Contact manufacturer. The meters are made by referencing to: ISO14511; CE Directives: EN61000-6-1 EN61000-6-2
MF50(1)-(2)-(3)-(4)-(5)-(6)-(7)-(8)-(9)
MF50: Product series name
(1): Flow channel diameter (mm)
(2): Connection (N - NPT; B - BSPT; C - VCO; D - VCR)
(3): Proof (E - with Ex proof; E - without Ex proof)
(4): Minimum flow rate (SLPM)
(5): Maximum flow rate (SLPM)
(6): Maximum working pressure (XX Mpa. E. G. 0.6MPa - 06)
(7): Output (A-4~20mA; B-RS485; D-pulse)
(8): Display (D - with LCD display; N - without LCD display)
(9): Gas (A-air; N-nitrogen; O-oxygen; R-argon; C-carbon dioxide; E-helium;
H-hydrogen; For other gases, please contact manufacturer. )
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