ADS435-F100 Series Saccharimeter

$11,538.60

ADS435-F100 series Saccharimeter

MANUFACTURER: SI ANALYTICS

SKU: EA 7815-4

Description

                ADS435-F100 Saccharimeter


Description of ADS435-F100 Series Saccharimeter

The ADS435-F100 Series Saccharimeter is a purpose built polarimeter that displays results in the ISS (°Z) scale. This series of Bellingham + Stanley instruments has been primarily designed for busy sugar laboratories, factories and tare houses. This ADS400 Series Saccharimeter measures in the Sodium (589nm) wavelength.

  • ATC or Patented XPC Peltier
  • ICUMSA and Tropical Scale ATC
  • Funnel flow or standard tube packages
  • High definition 4“ full color display
  • Continuous or single shot readings

ADS435 Series Saccharimeter

Overview of ADS435-F100 series Saccharimeter

ADS435-F100 series Saccharimeters can be purchased with or without XPC Technology – Xylem’s patented Peltier temperature control system.

The ADS435-F100 Series Saccharimeters are designed to operate in isolation but work best when connected to an RFM Refractometer to create a complete Purity system that facilitates accurate purity readings.

The ADS435 Series is built in the UK using a corrosion-free polyurethane foam case – sealed to prevent moisture and dust ingress to its optics. Low power consumption and low maintenance is achieved using an LED light source which offers light for the length of the product lifetime.

The external power unit keeps internal temperatures minimal and in combination with the sealed casing makes the ADS435 Series Saccharimeter a great choice for working in high humidity environments.

Thanks to its intelligent setup wizard, easy-to-use keypad with colorful HD display and intuitive software, operating the ADS435 Series is quick and simple. RFID login allows several levels of access, as well as offering an audit trail, meaning settings can be hidden away so users can only take readings; ideal for allowing use of the instrument no matter what level of training.

A Method system allows for quick configuration, with reading type (continuous or single-shot) and limit checking against pre-defined product specifications made simple. Configurable Purity equations are also accessible through the easy-to-use software using the keypad.

The ADS400 Series Saccharimeter is available in predefined packages to make choosing the right system as simple as possible. All packages are supplied with appropriate cell, lid, onboard purity, LIMS logger PC software, RFID tags & certificate of conformity.

Additional Information:

ADS435 Digital Saccharimeter

 

 

 

Specifications of ADS435-F100 Series Saccharimeter

General Specifications

Sodium (589nm)

NIR (850nm)

Scales
International Sugar Scale (°Z) User Scales/Methods

-225 to +225 – 100

225 to +225 100

Resolution
International Sugar Scale (°Z)

0.01/0.001 (selectable) 0

.01/0.001 (selectable)

Accuracy
International Sugar Scale (°Z)

± 0.030

± 0.060

Precision (Reproducibility) International Sugar Scale (°Z)

± 0.005

± 0.010

User Scales & Methods Library

Rotation (°Z), % Concentration, Purity, angular (°A), % Invert Sugar, % Inversion (A-B)

Reading Time

Continuous measurement and display or single shot (selectable)

Tube Length

100 to 200mm

Sample Illumination

Light Emitting Diode (100,000+ hours)

Beam Diameter

4mm

Optical Density

0.0 to 3.0 OD (using OD filters at 589nm & 850nm)

Instrument Housing

Polyurethane foam with aluminium base

Interfaces

1 x USB (A), 1 x USB (B), 1 x Ethernet

Power

Instrument: 24VDC,±5%,<2A
External PSU: 100-240V, 50-60Hz (supplied)

Data Output

Print to USB, print to printer, csv, XML

Humidity Range

<90% RH (non condensing)

Temperature Specifications

ADS400 ATC

ADS400 XPC (Peltier)

Compensation

None, ICUMSA, Tropical, Quartz or User Defined

Control

None or external waterbath

Patented XPC Technology

Measuring Range

5-40 °C

15-35 °C

Sensor Accuracy

± 0.1 °C

± 0.1 °C

Stability

Waterbath dependent

± 0.2 °C

Stability Checks

None/delay on single-shot

None/delay or SMART

Vendor Information