SOXHLETI EKSTRAHEERIMISSÜSTEEM - POOLAUTOMAATNE

Raypa Espinar SX-6

SOXHLET EXTRACTION UNIT -SEMI-AUTOMATIC RAYPA SX-6
System for extracting fats or solvents soluble in a solvent using methods Soxhlet and Randall. Compatible with a wide range of samples.
Extraction system with solvents, according to Randall method for fat and soluble materials determination, in food, feeds, soils, detergents, polymers, paper pulp, fibres, rubbers, textiles, petrochemical products, pharmaceutical products, etc.
Furniture in stainless steel, epoxy resin painted.
Heating by an electric plate with an armoured heater to assure homogeneous distribution of heat.
Control of temperature by a microprocessor with P.I.D. action and probe Pt100 class A.
Over-temperature safety control by independent thermocouple.
Vitón® seal set.
In accordance with standardized international methods: AOAC, ISO, AACC.
Advantages
Independent programming of “boiling” extraction time and “rinsing” extraction time.
Specifications
Working range of temperatures: room temperature +5 ºC to 220 ºC.
Solvent volume: up to 50 ml.
Sample max. volume: 25 ml.
Solvent recovery: 60-70%.
Reproducibility: ±1%.
Extraction cartridge Ø ext 26 × 60 mm.
“boiling” extraction time: 0-99 h.
“rinsing” extraction time: 0-99 h.
Extraction speed: 30-60 min.
Electric protection IP65.
NOTE: Components supplied with our equipment:
18 extraction vessels + magnetic adapter.
3 racks for extraction cartridges.
Isdpfx Aofiulfem Ujbc
3 racks for extraction vessels.
Aligning rack.
Box containing 25 thimbles.
Documents: Instruction manual for use and maintenance in Romanian and English.
Year of manufacture 2007, never used

• For the Romanian companies there is the possibility of selling in instalments.
Price Euro 2.350+ VAT
Ex Works Loaded of FCA: Oradea/Romania
Irrtum, Anderungen und Zwischenverkauf vorbehalten /
Subject to errors, changes and prior sale /
Ne rezervăm dreptul la greșeli, modificări și vânzare
We speak English. /Wir sprechen Deutsch./ Beszélünk magyarul. /Nous parlons français/Vorbim romana