Organic elemental analyzer CHN828 type
LECO Japan LLC

CHN828

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)

Body approximately 113 kg

Max 0.3 g, typical 0.1 g

Resistance heating furnace up to 1,050℃

Nitrogen: thermal conductivity method
Carbon: Non-dispersive infrared absorption method

Temperature: 15℃~35℃
Relative humidity: 20%~80% (non-condensing)

Helium Hydrogen 0.01 mg or 0.5% RSD
Argon Hydrogen 0.01 mg or 0.5% RSD

Helium Hydrogen 0.01 mg or 0.5% RSD
Argon Hydrogen 0.01 mg or 0.5% RSD

Helium Hydrogen 0.02 mg~17 mg
Argon Hydrogen 0.02 mg~17 mg

Helium Hydrogen 0.02 mg~17 mg
Argon Hydrogen 0.02 mg~17 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)

CN828

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)

Body approximately 113 kg

Max 0.5 g, typical 0.25 g

Resistance heating furnace up to 1,050℃

Nitrogen: thermal conductivity method
Carbon: Non-dispersive infrared absorption method

Temperature: 15℃~35℃
Relative humidity: 20%~80% (non-condensing)

Helium Nitrogen 0.02 mg or 0.6% RSD Carbon 0.02 mg or 0.8% RSD
Argon Nitrogen 0.06 mg or 1.2% RSD Carbon 0.02 mg or 0.8% RSD

Helium Nitrogen 0.01 mg or 0.3% RSD Carbon 0.01 mg or 0.4% RSD
Argon Nitrogen 0.03 mg or 0.6% RSD Carbon 0.01 mg or 0.4% RSD

Helium Nitrogen 0.04 mg~300 mg Carbon 0.04 mg~175 mg
Argon Nitrogen 0.12 mg~300 mg Carbon 0.04 mg~175 mg

Helium Nitrogen 0.02 mg~300 mg Carbon 0.02 mg~175 mg
Argon Nitrogen 0.06 mg~300 mg Carbon 0.02 mg~175 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)

FP828

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)

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

Temperature: 15℃~35℃
Relative humidity: 20%~80% (non-condensing)

Helium Nitrogen 0.04 mg or 1.2% RSD
Argon Nitrogen 0.12 mg or 2.4% RSD

Helium Nitrogen 0.02 mg or 0.6% RSD
Argon Nitrogen 0.06 mg or 1.2% RSD

Helium nitrogen 0.08 mg~300 mg
Argon nitrogen 0.24 mg~300 mg

Helium nitrogen 0.04 mg~300 mg
Argon nitrogen 0.12 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)

FP828P

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)

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

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 0.01 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

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)