Split Type Inline Brix Refractometer

Description

Technical Parameters

Product model CZ-F500 CZ-F150
Measuring parameters Refractive index (nD), temperature (T), Brix(%)
Measurement range nD; 1.33299-1.42009 / Brix;  0.0~50.0% nD; 1.33299-1.35568 / Brix;  0.0~15.0%
Resolution nD; 0.0001 / Brix; 0.1% / T; 0.1℃
Accuracy nD; ±0.001 / Brix; ±1% / T; ±1℃
Temperature compensation 10-60℃
Power supply 12~24V DC
Signal output DC 4~20mA or RS485
Ambient temperature 10-60℃
Protection grade IP65
Operating pressure Maximum tolerance 1Mpa
High & low limit setting Short circuit reset (4/20mA output) ; Protocol reset (RS485 output)
Prism material Artificial sapphire
Wetted material Standard;  SS316L (optional;  2205; Hastelloy C-276)
Process medium Cutting oil; emulsion; sugar content; juice
Installation type Thread
Length of cable ≤20m

Features

1. Accurate, fast, stable and reliable
2. Extremely high resolution and accuracy
3. 24-hour real-time concentration measurement
4. 4-20mA/RS485 dual signal output
5. Split structure, suitable for small space

Application

1. Real-time monitoring of soluble solids (Brix value) of products by various beverage manufacturers.
2. Continuous monitoring of soluble solids content (Brix value) in process flows such as evaporation, dissolution, mixing, dilution, and extraction.
3. Real-time detection of concentration of various industrial solutions, such as cutting oil, lubricating oil, cleaning fluid, emulsion, and release agent.
4. Concentration detection of various aqueous solutions (food, sauce, beer, wort, beverage, juice, pharmaceutical stock solution, chemical solution, slurry, etc.).

Split Type Inline Brix Refractometer

Model:CZ-F

The inline refractometer consists of a light source, sapphire prism, receiver, and signal modulation circuit. The light source emits a fixed wavelength light signal that passes through the sapphire prism to contact the measured medium. Part of the light signal is reflected and received by the receiver. The receiver calculates the refractive index of the measured medium based on the position of the received light signal, thereby obtaining the corresponding concentration through data algorithms. The transmitter internally employs temperature compensation to reduce the impact of temperature drift.

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