Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter, with XPC

The Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter is a high-precision instrument designed for accurate measurement of optically active substances, particularly in the sugar industry. Operating at a wavelength of 850 nm (Near-Infrared), it features the patented XPC Peltier temperature control system, ensuring stable and precise temperature regulation during measurements. The funnel flow tube design facilitates high sample throughput, making it ideal for busy laboratory environments.

Key Features:

• Brand: Bellingham
• Wavelength: 850 nm (Near-Infrared)
• Temperature Control: Patented XPC Peltier system for precise thermal regulation
• Tube: 100 mm funnel flow tube
• Measurement Range: -225 to +225 °Z
• Resolution: 0.01/0.001 °Z (selectable)
• Accuracy: ±0.060 °Z
• Display: High-definition 4" full-color display
• Data Output: USB, Ethernet, RS232 via USB adaptor
• Housing: Corrosion-free polyurethane foam case with sealed optics

This saccharimeter is ideal for sugar factories and laboratories requiring precise and efficient sucrose analysis, especially for dark sugar solutions where Near-Infrared measurement is beneficial.

Frequently Asked Questions

1. What is the Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter, with XPC used for?

It is a high-precision instrument designed for accurate measurement of optically active substances, particularly in the sugar industry. Operating at a wavelength of 850 nm (Near-Infrared), it features the patented XPC Peltier temperature control system, ensuring stable and precise temperature regulation during measurements. The funnel flow tube design facilitates high sample throughput, making it ideal for busy laboratory environments.

2. Is the Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter, with XPC suitable for accurate measurement of optically active substances, particularly in the sugar industry?

Yes. It is designed for accurate measurement of optically active substances, particularly in the sugar industry, and offers a wavelength of 850 nm (Near-Infrared) and 100 mm funnel flow tube to support this kind of work.

3. What wavelength and tube does the Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter, with XPC have?

It has a wavelength of 850 nm (Near-Infrared), 100 mm funnel flow tube and a resolution of 0.01/0.001 °Z (selectable), and is supplied under manufacturer part number 37-96.

4. What temperature control and measurement range does the Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter, with XPC offer?

It offers patented XPC Peltier system for precise thermal regulation, -225 to +225 °Z, high-definition 4" full-color display and USB, Ethernet, RS232 via USB adaptor.

5. How does the Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter, with XPC compare with the ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242 from ISOLAB?

The Bellingham + Stanley ADS458-Flow 100 NIR Saccharimeter, with XPC is a strong choice when accuracy of ±0.060 °Z matches the workflow. The ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242 is an alternative offering capacity of 500 ml, so the preferred option depends on the required specification and compatibility.