Food Analysis Combustion Method (Improved Dumas) Nitrogen/Protein Analyzer Model FP828-FP828

Food Analysis Combustion Method (Improved Dumas) Nitrogen/Protein Analyzer Model FP828
LECO Japan LLC

About This Product

■Carbon/nitrogen analyzer using combustion method that can collect up to 3g of sampleThe 828 series is an organic element analyzer using the combustion method. State-of-the-art hardware and a touchscreen user interface make it easy and efficient to analyze samples for a wide range of applications. Two types are available: the CN828 Carbon/Nitrogen (Protein) Analyzer or the FP828 Nitrogen (Protein) Analyzer. While inheriting the basic principles and performance of the conventional LECO macro-type organic elemental analyzer, we have made further improvements in terms of throughput, downtime reduction, and reliability.

The 828 series, which boasts the ability to collect large amounts of samples and a short cycle time of 2.8 minutes, is the best and most suitable instrument for laboratories that analyze a large number of various samples every day, from trace amounts to high concentrations and heterogeneous samples. Masu.

■Analysis targetGeneral organic matter such as food, feed, soil, fertilizer, etc.

Features and benefits
■High-throughput analysis and minimal downtime・FP828 achieves cycle time of 2.8 minutes
・Extends reagent life and enables 4,000 continuous analyzes of reduced copper (3cc aliquot loop)
・Autoloader for 30 samples can be expanded to 120 samples as an option

■Versatile and durable design suitable for a wide range of applications・Quartz dual-stage combustion tube with a maximum temperature of 1,050℃ completely burns macro samples in an oxygen stream
・Large porous crucible facilitates combustion of macro samples and reduces maintenance frequency
・The thermal conductivity detector is compatible with both helium and argon carrier gases, and can be switched without replacing hardware.
・Dual sampling loop (adopted in FP828P and CN models) reduces running costs by optimizing according to sample elemental concentration (low/high)

■Low running cost・The combustion tube does not require filling reagents such as oxidizers, resulting in low cost and low maintenance.
・Moisture removal without using reagents using thermoelectric cooler
・Since a fixed amount of measurement gas is sampled from the ballast tank (aliquot system), consumption of reagents such as reduced copper is constant and minimal, regardless of sample volume, components, carbon content, etc.

Model
There is 1 model available for this product.

Product
Food Analysis Combustion Method (Improved Dumas) Nitrogen/Protein Analyzer Model FP828

Handling Company
LECO Japan LLC

170+ people viewing

Last viewed: 6 hours ago

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1 Models of Food Analysis Combustion Method (Improved Dumas) Nitrogen/Protein Analyzer Model FP828

Image	Part Number	Price (excluding tax)	Power capacity	Weight	Sample amount	Furnace	Detection method	Dimensions Equipment (including mounted monitors)	Operating environment	Analysis accuracy Carrier gas《10 cm3 loop》	Analysis accuracy Carrier gas 《3 cm3 loop》	Analysis range Carrier gas《10 cm3 loop》	Analysis range Carrier gas 《3 cm3 loop》	Gas used	Gas used Combustion	Gas carrier used	Cycle time (EDTA, normal sample amount)	Autoloader
	FP828	Available upon quote	200 V (+10%/-15%, boosted to 230 V), 50/60 Hz, single phase 14 A (max), 2,400 BTU/hr	Body approximately 113 kg	Max 1.0 g, typical 0.5 g	Resistance heating furnace up to 1,050℃	Nitrogen: thermal conductivity method Carbon: Non-dispersive infrared absorption method	Width: 59 cm x Depth: 79 cm x Height: 80 cm (The length from the back panel of the device to the front leg is 56 cm)	Temperature: 15℃~35℃ Relative humidity: 20%~80% (non-condensing)	Helium Nitrogen 0.02 mg or 0.6% RSD Argon Nitrogen 0.06 mg or 1.2% RSD	Helium Nitrogen 0.04 mg or 1.2% RSD Argon Nitrogen 0.12 mg or 2.4% RSD	Helium Nitrogen 0.04 mg~300 mg Argon Nitrogen 0.12 mg~300 mg	Helium Nitrogen 0.08 mg~300 mg Argon Nitrogen 0.24 mg~300 mg	Compressed air or nitrogen (no moisture or oil), 0.28 MPa ±10%	Oxygen (99.9%), 0.17 MPa ±10%	Helium (99.99%), 0.17 MPa ±10% Argon (99.99%), 0.17 MPa ±10%	Carrier gas helium: 2.8 minutes, 21 samples/hour Carrier gas argon: 3.0 minutes, 20 samples/hour	30 samples (up to 120 samples, optional)

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LECO Japan LLC

Japan

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Food Analysis Combustion Method (Improved Dumas) Nitrogen/Protein Analyzer Model FP828 LECO Japan LLC

About This Product

■Carbon/nitrogen analyzer using combustion method that can collect up to 3g of sample

■Analysis target

■High-throughput analysis and minimal downtime

■Versatile and durable design suitable for a wide range of applications

■Low running cost

1 Models of Food Analysis Combustion Method (Improved Dumas) Nitrogen/Protein Analyzer Model FP828

FP828

Other products of LECO Japan LLC

About Company Handling This Product

Food Analysis Combustion Method (Improved Dumas) Nitrogen/Protein Analyzer Model FP828
LECO Japan LLC