The most space-efficient unit of the San series continuous flow analyzers
Despite its compact design and smaller footprint, the San++ Compact provides the same high level of automation It is an ideal and cost-effective solution for laboratories requiring automation of 2-3 parameters.
The San++ Compact analyzer incorporates all the latest features and developments, including a touch screen to control and monitor basic analyzer functionalities, such as pump speed, reactor temperature and the display of maintenance prompts. Other developments are integrated electronics, dual-zone leak detection and automatic pump deck release.
Features
- Compact and modular system for up to 3 analytical modules
- Automatic, high accuracy pre- and post-dilutions of multiple sample matrices and preparation of working standards (sampler dependent)
- Touchscreen for basic system control and to display maintenance prompts
- Full analyzer control with FlowAccess V3 multitasking software package
- High resolution, precision detectors for extreme low-level detection
- Extended operation outside working hours due to automatic start up and shut down
- Skalar applications conform to methods set by regulatory agencies such as ISO, EPA, Standard Methods, EBC and ASBC
- Various application areas such as water, soil, plant, fertilizer, beer and malt, tobacco, food and others
- Future extendable by connecting additional module holders
Typical Applications
Our San++ range of analyzers are for decades the reliable “workhorse” for many routine laboratories around the world, across a variety of industries with hundreds of different applications. Our comprehensive applications library provides a large selection of documentation and standardization references.
The Skalar analyzing methods are approved and conform methods by regulatory agencies such as ISO, EPA, ASTM, EBC, AOAC, Standard Methods, Coresta and others. Each method has been thoroughly tested in our well-equipped application laboratory. All analyzers are supplied with detailed method description of reagent make up, flow diagram and any information required running a specific application trouble free for many years.
The amount of available Skalar analyzing methods is nearly unlimited. We have created a list with the most common ones.