Organic elemental analyzer CNS928 type
LECO Japan LLC
About This Product
■Carbon/nitrogen/sulfur analyzer using combustion method that can collect up to 3g of sample
Equipped with the latest hardware and a mounted touchscreen monitor, the 928 Series is easy to operate using combustion (modified Dumas) techniques for the widest range of applications including food, feed, fertilizer and soil. This is a device for measuring. The basic analysis principle and performance follow the conventional LECO macro combustion method device, and further improvements have been made in three areas: throughput, downtime reduction, and reliability. It is designed for maximum performance, with outstanding features such as combustion capacity for up to 3 g of sample (FP928 model), fast analysis times, and low running costs.
■Analysis target
Organic matter such as food, feed, soil, fertilizer, etc.
Features and benefits
■High-throughput analysis and minimal downtime
・FP928 achieves cycle time of 5.3 minutes
・Extends reagent life and enables 4,000 continuous analyzes of reduced copper (3cc aliquot loop)
・Equipped with 100 position autoloader as standard
■Versatile and durable design suitable for a wide range of applications
・Horizontal ceramic combustion tube with a maximum temperature of 1,450°C completely burns macro samples in a pure oxygen stream
・A reusable sample boat with a wide opening facilitates sampling and supports efficient combustion.
・The ash content of the sample is collected together with the boat, reducing the frequency of combustion tube maintenance.
・Carrier gas can be compatible with both helium and argon, and can be switched without replacing hardware.
■Low running cost
・Highly efficient combustion furnaces do not need to be filled with reagents such as oxidizers, and intelligent control allows for longer lifespans of combustion tubes and heating elements.
・Remove water without using reagents using thermoelectric cooler (FP/CN model)
・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.
・Energy-saving design reduces power supply capacity to less than half that of conventional models
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Product
Organic elemental analyzer CNS928 type
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Handling Company
LECO Japan LLC
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Categories
3 Models of Organic elemental analyzer CNS928 type
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Analysis accuracy Carrier gas 《3 cm3 loop》 | Analysis accuracy Carrier gas《10 cm3 loop》 | Analysis range Carrier gas 《3 cm3 loop》 | Analysis range Carrier gas《10 cm3 loop》 | Autoloader | Cycle time (EDTA, normal sample amount) | Detection method | Dimensions body and autoloader | Furnace | Gas carrier used | Gas used | Gas used Combustion | Operating environment | Power capacity | Sample amount | Weight |
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CNS928 |
Available upon quote |
Helium Sulfur 0.02 mg or 0.8% RSD Argon Sulfur 0.02 mg or 0.8% RSD |
Helium Sulfur 0.01 mg or 0.4% RSD Argon Sulfur 0.01 mg or 0.4% RSD |
Helium Sulfur 0.04 mg~50 mg Argon Sulfur 0.04 mg~50 mg |
Helium Sulfur 0.02 mg~50 mg Argon Sulfur 0.02 mg~50 mg |
100 samples | 5 minutes (12 samples/hour) |
Nitrogen: thermal conductivity method Carbon/Sulfur: Non-dispersive infrared absorption method |
Height: 112 cm x Width: 150 cm x Depth: 76 cm (The length from the back panel of the device to the front leg is 56 cm) |
Resistance heating furnace 600℃ – 1,450℃ ±10℃ |
Helium (99.99%), 0.17 MPa ±10% Argon (99.99%), 0.17 MPa ±10% |
Compressed air or nitrogen (no moisture or oil), 0.28 MPa ±10% | Oxygen (99.9%), 0.17 MPa ±10% |
Temperature: 15℃~35℃ Relative humidity: 20%~80% (non-condensing) |
200 V (+10%/-15%, boosted to 230 V), 50/60 Hz, single phase 14 A (maximum), 6 A (standby), 4,100 BTU/hr during analysis |
Nitrogen (FP) up to 3.0 g, typical 1.0 g Carbon/Nitrogen up to 1.0 g, typically 0.5 g Carbon/Nitrogen/Sulfur max. 0.3 g, typically 0.2 g |
Main unit, autoloader approximately 178 kg Monitor 10 kg |
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FP928 |
Available upon quote |
Helium Nitrogen 0.02 mg or 0.6% RSD Argon Nitrogen 0.06 mg or 1.2% RSD |
Helium Nitrogen 0.01 mg or 0.3% RSD Argon Nitrogen 0.03 mg or 0.6% RSD |
Helium Nitrogen 0.04 mg~300 mg Argon Nitrogen 0.12 mg~300 mg |
Helium Nitrogen 0.02 mg~300 mg Argon Nitrogen 0.06 mg~300 mg |
100 samples | 5 minutes (12 samples/hour) |
Nitrogen: thermal conductivity method Carbon/Sulfur: Non-dispersive infrared absorption method |
Height: 112 cm x Width: 150 cm x Depth: 76 cm (The length from the back panel of the device to the front leg is 56 cm) |
Resistance heating furnace 600℃ – 1,450℃ ±10℃ |
Helium (99.99%), 0.17 MPa ±10% Argon (99.99%), 0.17 MPa ±10% |
Compressed air or nitrogen (no moisture or oil), 0.28 MPa ±10% | Oxygen (99.9%), 0.17 MPa ±10% |
Temperature: 15℃~35℃ Relative humidity: 20%~80% (non-condensing) |
200 V (+10%/-15%, boosted to 230 V), 50/60 Hz, single phase 14 A (maximum), 6 A (standby), 4,100 BTU/hr during analysis |
Nitrogen (FP) up to 3.0 g, typical 1.0 g Carbon/Nitrogen up to 1.0 g, typically 0.5 g Carbon/Nitrogen/Sulfur max. 0.3 g, typically 0.2 g |
Main unit, autoloader approximately 178 kg Monitor 10 kg |
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CN928 |
Available upon quote |
Helium Carbon 0.02 mg or 0.8% RSD Argon Carbon 0.02 mg or 0.8% RSD |
Helium Carbon 0.01 mg or 0.4% RSD Argon Carbon 0.01 mg or 0.4% RSD |
Helium Carbon 0.04 mg~200 mg Argon Carbon 0.04 mg~200 mg |
Helium Carbon 0.02 mg~200 mg Argon Carbon 0.02 mg~200 mg |
100 samples | 5 minutes (12 samples/hour) |
Nitrogen: thermal conductivity method Carbon/Sulfur: Non-dispersive infrared absorption method |
Height: 112 cm x Width: 150 cm x Depth: 76 cm (The length from the back panel of the device to the front leg is 56 cm) |
Resistance heating furnace 600℃ – 1,450℃ ±10℃ |
Helium (99.99%), 0.17 MPa ±10% Argon (99.99%), 0.17 MPa ±10% |
Compressed air or nitrogen (no moisture or oil), 0.28 MPa ±10% | Oxygen (99.9%), 0.17 MPa ±10% |
Temperature: 15℃~35℃ Relative humidity: 20%~80% (non-condensing) |
200 V (+10%/-15%, boosted to 230 V), 50/60 Hz, single phase 14 A (maximum), 6 A (standby), 4,100 BTU/hr during analysis |
Nitrogen (FP) up to 3.0 g, typical 1.0 g Carbon/Nitrogen up to 1.0 g, typically 0.5 g Carbon/Nitrogen/Sulfur max. 0.3 g, typically 0.2 g |
Main unit, autoloader approximately 178 kg Monitor 10 kg |
Click on the part number for more information about each product
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About Company Handling This Product
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