Name: FD-R200 Keyence Clamp-on Flow Meter | Industify
Brand: Keyence
Price: 1.00 USD
Availability: InStock

Model

FD-R200

Supported pipe diameter

6" (150 A), ø152 to ø191 5.98" to 7.52"8" (200 A), ø191 to ø220 7.52" to 8.66"

Supported pipe materials

Metal / resin*1

Supported fluids

chemicals)*1, oils, Various liquids (i.e. water

Supported fluid temperature

– 20 to + 120°C – 4.0 to + 248 °F (no freezing on the pipe surface)*2

Maximum rated flow

Rated flow velocity range: 5.0 m/sFlow rate range (Typical):6" (150 A): 5500 L/min 1400 gal/min 330 m3 /h8"(200 A): 9500 L/min 2500 gal/min 570 m3 /h

Zero cut flow rate

Zero cut: 0.3 m/s (default)*3Flow rate (Typical): 570 L / min 150 gal / min 36 m3 / h

Display method

14-segment LED; Large status indicator; Output indicators; Stability indicator; Unit indicator, 5-digit display with white, Dual row

Display update cycle

Approx. 3 Hz

Display Resolution

1 (L / min)

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 (variable)

Measurement accuracy

Between 20 and 100% of F.S. : ±2.0% of RD*4*5Between 6 and 20% of F.S. : ±0.4% of F.S. *4*5

Protection Circuit

Power supply reverse connection protection, power supply surge protection, Short-circuit protection for each output, Surge protection for each output

Zero point error

±0.5% of F.S.*4*6

Hysteresis

Variable

Flow units

gal / min, L / min, m3 / h

Integrated flow unit display

1 / 10 / 100 / 1000 / 10000 (L)

Pipe temperature measurement accuracy

– 4 to + 122°F)±5°C ±9°F (liquid temperature of 50 to + 120°C, ±3°C ±5.4°F (liquid temperature of – 20 to + 50°C, 122 to 248°F)(ambient operating temperature of 25°C 77°F)*4

Wiring specifications

DC power supply: M12 4-pin connector / AC power supply: M4 screw terminal block (selectable), When using a DC power supply: M12 4-pin connector / when using an AC power supply: M3 screw terminal block

Input/Output (Selectable)

Control output / Integrated pulse output / Error output / Temperature alarm, Flow rate analog output / Temperature analog output and 4 – 20 mA / 0 – 20 mA (selectable), input time: 20 ms or more*7, Integrated flow reset input / Flow rate zero input / Origin adjustment input (selectable), load resistance: 500 Ω or less*7, max. 100 mA / ch., NPN / PNP setting switchable, open collector output 30 VDC or less, residual voltage: 2.5 V or less*7, short-circuit current: 1.5 mA or less

Rating

20 to 30 VDC including 10% ripple (P-P), 400 mA or less (load current included) When using an AC power supply: 15 VA or less, Class 2 / 100 to 240 VAC – 15% or + 10% (50 / 60 Hz), When using a DC power supply: 200 mA or less (load current excluded)

Environmental resistance

– 20 to + 60°C – 4.0 to 140 °F (no freezing)*2, 10 to 55 Hz, 100 m/s2, 1000 times for each axis, 16 ms pulse, 5 to 90%RH (no condensation), compound amplitude 1.5 mm 0.06", Enclosure Type 4X (NEMA250), IP65 / 67 (IEC60259), IP69K (ISO20653), XYZ axes, XYZ axes 2 hours for each axis

Dimensions

Main unit size: 218.5 mm × 66.9 mm × 70.7 mm 8.60" × 2.63" × 2.78"

material

Body: aluminum die-casting + coating / PPS, connectors: SUS304-equivalent, display: reinforced glass, Rubber, SUS304

Weight

Main unit: Approx. 1.0 kgUpper/lower bracket: Approx.2.5 kg (including sub unit)

Brand

Keyence

Description

Keyence FD-R200 Clamp-on Flow Meter

Experience accurate flow measurements with the Keyence FD-R200 Clamp-on Flow Meter. This innovative device supports a variety of pipe materials and fluids, making it versatile for various industrial applications. Its dual row, 5-digit display with LED indicators ensures easy readability and quick status checks, enhancing user convenience and efficiency.

Gain real-time flow rate information
Monitor fluid temperature accurately
Benefit from protection circuits for reliable operation

With a response time as quick as 0.5 seconds and measurement accuracy of up to ±2.0% of rate deviation, the Keyence FD-R200 provides precise results for critical processes. Its user-friendly interface and robust construction ensure long-lasting performance in demanding environments, making it a valuable asset for efficient flow monitoring.