Name: FI-CF1 Keyence Clamp-On Flow Sensor | Industify
Brand: Keyence
Price: 1.00 USD
Availability: InStock

Model

FI-CF1

Type

Pipe type

Main unit

FI-C40F

Detection principle

Refractive index (surface light source)

Rated concentration range

Brix: 0–40% (nD: 1.32500–1.41000)

Display method

Status indicator light

Display range

Brix: 0–50%

Supported fluids

etc.)*1, mold release agents, Non-corrosive aqueous solutions (such as water-soluble coolants

Supported fluid temperature

0–70°C 32–158°F (no freezing)

Connection diameter

Rc3/4 (20 A)

Rated pressure range

1.0 MPa or less

Pressure resistance

2.0 MPa

Display Resolution

Brix: 0.01/0.1% (default value: 0.1)(nD: 0.00001)

Response Time

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

Brix: ±0.2%*2*3 (nD: ±0.0003)

Concentration unit

Brix nD*4

Temperature measurement accuracy

±1.0°C 1.8°F*2

Power supply

25 mA or less

Environmental resistance

IP65/IP67 (IEC60529), –10 to +60°C 14 to +140°F (no freezing), 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), Y and Z directions

material

Body: SCS16A; Gasket: FKM, Body: SUS304; PPS indicator light: PPSU / TPU / PBTCable: PVC

Weight

Approx. 790 g 27.87 oz

Brand

Keyence

Description

Keyence FI-CF1 Clamp-On Flow Sensor

The Keyence FI-CF1 Clamp-On Flow Sensor revolutionizes fluid monitoring with its advanced detection principle, providing accurate measurement of various fluids without direct contact. Featuring a wide concentration range, this sensor delivers precise results for different types of non-corrosive aqueous solutions, enhancing efficiency and quality control in industrial processes.

Designed for reliability, the FI-CF1 ensures seamless integration with existing systems, offering fast response times and high measurement accuracy. Its durable construction and robust pressure resistance make it suitable for a wide range of fluid temperature and pressure conditions, guaranteeing optimal performance in diverse environments.