Sensor head 3/8" FD-ECH9

FD-ECH9 - Sensor head 3/8"

*Please note that accessories depicted in the image are for illustrative purposes only and may not be included with the product.

Data Sheet (PDF)

Manuals

CAD Data

Software

  • CE Marking
  • CSA

Specifications

Model

FD-ECH9

Pipe size

Outer diameter of pipe

3/8" (approx. 9.53 mm 0.38")

Installable range

9.53 0.38"
± 0.15 mm 0.01"

Pipe materials

Polyurethane, nylon, PFA,*1 other*2

Supported gases

Air, nitrogen, argon, and other gases*3

Supported gas temperature

−10°C to +60°C 14 to 140°F

Operating pressure range

0 to 0.75 MPa (upper limit depends on pipe specifications)

Flow rate detection principle

Ultrasonic transmission time difference method

Rated flow rate

(volume flow rate)

100 L/min 3.53 CFM * Initial display

(20°C 68°F, atmospheric pressure conversion)

Gas at 20°C 68°F, 0.2 MPa

300 L/min
10.59 CFM

Gas at 20°C 68°F, 0.4 MPa

500 L/min
17.7 CFM

Gas at 20°C 68°F, 0.6 MPa

700 L/min
24.7 CFM

Repeatability

Response time 250 ms: ±2.5% of F.S.*4*5

Display resolution

Instantaneous flow

0.1/1 L/min

Accumulated flow

0.1/1/10/100/1000 L

Display method

Output indicator

Environmental resistance

Enclosure rating

IP65 (IEC60529)

Ambient temperature

−10°C to +60°C 14 to 140°F (no freezing)

Relative humidity

35%RH to 85%RH (no condensation)

Vibration resistance

10 to 500 Hz, power spectral concentration: 0.816 G2/Hz, XYZ axes

Shock resistance

100 m/s2, 16 ms pulse, XYZ axes, 1000 times for each axis

Material

Sensor unit

PBT/PAR/iron

Sensor surface

Special rubber

Weight

Approx. 114 g
4.02 oz

*1 Use PFA tubes in an environment with a temperature of 40°C 104°F or less.
*2 Resin tubes that transmit ultrasonic waves.
*3 Gases that transmit ultrasonic waves. Measurement may be unstable due to the pressure inside of the pipe and the type of gas.
*4 Accuracy improves with longer response times. As a rule, this is by a proportion of √(250 ms/response time)x.
*5 This value is guaranteed by KEYENCE inspection facilities. Errors will be introduced by factors such as the condition and type of pipes as well as the temperature and type of gas.

Data Sheet (PDF) Other Models