Product Description
Easy operation with only one cable for power supply and data output. Optimized for automation of real-time concentration monitoring.
The CM-BASEα transmits data via both 4-20mA signals and RS-232C.
Available Packaging
1 unit
The ATAGO CM-BASEα is an in-line concentration monitor refractometer (0-53% Brix range) optimized for automation of real-time concentration monitoring.
Product Description
Easy operation with only one cable for power supply and data output. Optimized for automation of real-time concentration monitoring.
The CM-BASEα transmits data via both 4-20mA signals and RS-232C.
Available Packaging
1 unit
Use for various applications such as:
Product Specification
Model | CM-BASEα |
Cat. No. | 3713 |
Range | Brix : 0.0~53.0% |
Resolution | Brix : 0.1% |
Accuracy | Brix : ±0.5% |
Temperature Compensation | 10.0~50.0℃ |
Power Supply | DC24V |
Output | RS-232C, DC 4~20mA |
Digital in-line refractometer (0-20% Brix range) with high accuracy (±0.05%) for precision measurement of low concentration samples
Digital hand-held refractometer (7-100% Moisture Content range) for measuring water content
Traditional analog type refractometer (0-53% Brix range) for milky samples such as emulsions in industrial processing
Digital hand-held refractometer (0-25% range) for measuring low-concentration solutions such as industrial cleaning fluids
Programmable benchtop digital refractometer (0-100% Brix range) with very high accuracy (±0.010%) for process control and quality assurance of food and beverage, pharmaceutical, chemical, and cosmetic industries
In-line concentration refractometer with high accuracy (±0.1%) across the entire range of 0-80% Brix
Digital hand-held refractometer (0-25% range) specially designed for measuring release agents concentration
Our Customer Support Team is ready to assist you! Call us at:
Fill out the contact form to ask us about a specific product, request for quotation, or technical consultation.
By submitting this form, you agree to our Privacy Policy
By submitting this form, you agree to our Privacy Policy
Get our free case study to learn how we help solve the lubrication challenges of our customers
By submitting this form, you agree to our Privacy Policy