Name: FD-H20K Keyence Clamp-On Flow Sensor | Industify
Brand: Keyence
Price: 1.00 USD
Availability: InStock

Model

FD-H20K

Type

High-temperature model

Supported pipe diameter

1/2" (15A), ø18–23 ø0.71"-0.91"3/4" (20A), ø23–28 ø0.91"-1.10"

Supported pipe materials

hard plastic piping*1, Metal piping

Supported fluids

All fluids (water, chemicals, etc.)*1, oil

Supported fluid temperature

0–180°C 32–356°F (no freezing on pipe surface)*2*3

Maximum rated flow

1/2" (15A) : 60 L/min 15.9 gal/min3/4" (20A) : 100 L/min 26.4 gal/min

Zero cut flow rate

initial value), 0.5 L/min 0.13 gal/min (variable

Detection principle

Delta TOF + Pulse Doppler

Function for automatic correction for speed of sound in liquid

Yes

Display

QVGA 2.0 model: color LCD, status indicator light

Display update cycle

Approx. 10 times/second

Display Resolution

0.01/0.1/1 (L) (default value: 0.1; up to 8 digits), 0.01/0.1/1 (L/min) (default value: 0.1)

Response Time

0.5 s / 1.0 s / 2.5 s / 5.0 s / 10.0 s / 30.0 s / 60.0 s / 120.0 s / 200.0 s

Measurement accuracy

Between 10 and 100% of F.S.: ±3.0% of RD*4*5Between 0 and 10% of F.S.: ±0.3% of F.S.*4*5

Repeatability

0.5 s: ±1.0%, 1 s: ±0.7%, 10 s: ±0.2%, 2.5 s: ±0.45%, 30 s: ±0.15%, 5 s: ±0.3%, 60 s: ±0.1% of F.S.*4*6

Hysteresis

Variable

Flow units

L/min m3/h G/min

Pulse output increments (L)

0.02–999.99

Pipe temperature measurement accuracy

—

Network support

IO-Link*7

Heat calculation function

0.02–999.99*8, Instantaneous value (MJ/h): 0.01/0.1/1 (default value 0.1); Integrated value (MJ): 0.01/0.1/1 (default value 0.1)*8, MJ/h kW kBTU/h*8

Data accumulation

Approx. 1 year, USB2.0

Power I/O connector

M12 8-pin connector (male)

I/O (switchable)

4–20 mA/0–20 mA (switchable), Instantaneous flow mode / area mode / pulse output mode / integrated flow mode / bubble detection mode / error outputNPN/PNP setting switching, Integrated reset input / flow-rate zero input / zero-point adjustment input / bank inputShort circuit current: 1.5 mA or less; input time: 20 ms or more, load resistance 500 Ω or less, max. 100 mA/Ch or less, open collector output 30 VDC or less, residual voltage 2.5 V or less

Power supply

20–30 VDC, 240 mA or less (when using flow sensor standalone; with analog output; excluding load current)*9, Class 2/LPS, ripple (P-P) 10% included

Protection Circuit

Protection against reverse power connection, and output surges, output short circuits, power supply surges

Environmental resistance

Y and Z axes, 10–500 Hz; Power spectral density: 0.816 G2/Hz; X, 100 m/s2 (approx. 10 G), 1000 times each for X, 16 ms pulses, 35–85% RH (no condensation), IP65/67 (IEC 60529)*10, Sensor head: −20 to +60°C –4 to +140°F (no freezing); Display unit: −20 to +50°C –4 to +122°F (no freezing)*2, Y and Z directions

material

Body: PEEK/PPS/PET/PAR/SUS304Sensor element: special rubber; Mounting bracket: SUS304/SUSXM7, Body: PPS/PET/POM; Display window: PAR

Weight

approx. 540 g 19.05 oz

Brand

Keyence

Description

Enhance Your Flow Monitoring with the Keyence FD-H20K Clamp-On Flow Sensor

Improve Efficiency: The Keyence FD-H20K High-Temperature model offers accurate and reliable flow monitoring for a wide range of pipe diameters and materials, from metal piping to hard plastic. With automatic correction for speed of sound in liquids and a maximum flow rate of up to 100 L/min, this sensor ensures precise measurement even in challenging environments.

Streamline Operations: The QVGA color LCD display provides real-time data updates and a user-friendly interface for quick insights. With a rapid response time and high measurement accuracy, you can make informed decisions promptly, optimizing your processes and reducing downtime due to flow issues.

Maximize Performance: The Keyence FD-H20K offers a comprehensive range of features, from network support to heat calculation functions, empowering you to enhance your system’s efficiency and productivity effortlessly.
Ensure Reliability: With robust environmental resistance and a durable design, this flow sensor can withstand challenging conditions while maintaining accurate measurements, providing long-term reliability for your operations.