BSE-0062 KJDAHL Units (Without Glass Parts) (I) Kjdahl Digestion Units

BSE-0062 KJDAHL Units (Without Glass Parts) (I) Kjdahl Digestion Units Specification

Heating Capacity
6 samples

Control Mode
Individual energy regulator for each mantle

Power Source
Electric

Condition
New

Accuracy
2C

Heating Method
Heating mantle

Type
Kjeldahl Digestion Unit

Model
BSE-0062

Volume
Suitable for 300 ml to 800 ml Kjeldahl flasks

Temperature Range
Ambient to 450C

Material
Mild Steel with powder-coated finish

Dimension (L*W*H)
Approx. 750 x 250 x 375 mm

Power
600 W per unit (approx.)

Voltage
220V AC

Surface Finish
Powder Coated

BSE-0062 KJDAHL Units (Without Glass Parts) (I) Kjdahl Digestion Units Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0062 KJDAHL Units (Without Glass Parts) (I) Kjdahl Digestion Units

Specification

Cat. No
BSE-0062(A)	Units of 3 tests (Heater Type)	5060.00
BSE-0062(B)	Units of 6 tests (Heater Type)	6270.00
BSE-0062(C))	Units of 3 tests (Mantle Type)	5060.00
BSE-0062(D)	Units of 6 tests (Mantle Type)	6380.00

OPTIONAL KJELDAHL DIGESTION & DISTILLATION UNITS

Fume duct made of PVC 3 unit. 880.00
Fume duct made of PVC 6 unit. 1650.00
Sunvic energy regulator. 440.00
Glass part for 3 unit. 6380.00
Glass part for 6 unit. 12540.00

Efficient Simultaneous Sample Processing

The BSE-0062 KJDAHL Unit streamlines workflow by handling up to six Kjeldahl flasks at once, each on its dedicated mantle. This capability increases productivity, letting laboratories process multiple samples in parallel, reducing overall analysis time for nitrogen and protein content assessment.

User-Focused Control and Safety

Each mantle features an individual energy regulator, allowing precise temperature adjustments to avoid overheating. The front-panel indicator lamps provide instant visual feedback for operational status, while the built-in fume duct arrangement promotes safer laboratory conditions during digestion.

Durable, Practical Construction

Built with powder-coated mild steel, this digestion unit withstands the rigors of daily laboratory use while resisting corrosion. Its compact design (approx. 750 x 250 x 375 mm) fits seamlessly onto standard lab benches, making it suitable for a variety of food, feed, and chemical analysis settings.

FAQ's of BSE-0062 KJDAHL Units (Without Glass Parts) (I) Kjdahl Digestion Units:

Q: How is the BSE-0062 KJDAHL Digestion Unit operated?

A: This unit operates electrically, with each of the six heating mantles managed by its own energy regulator on the front-mounted control panel. Indicator lamps for each position provide clear status at a glance, and the device supports temperature adjustments up to 450C.

Q: What is the primary application of this Kjeldahl Digestion Unit?

A: The BSE-0062 is primarily used in chemical laboratories for the determination of nitrogen and protein in food and feed analysis, following the established Kjeldahl method.

Q: When should this digestion unit be used without glass parts?

A: It is ideally used in laboratory environments where only the heating mantle arrangement is required, and where users have access to their own compatible Kjeldahl flasks, as this unit is supplied without glass parts.

Q: Where is this Kjeldahl unit typically installed?

A: The compact design allows it to be positioned conveniently on laboratory benchtops, integrating seamlessly within food testing, feed analysis, and general chemical laboratory environments.

Q: What safety features does the BSE-0062 offer during operation?

A: For safety, each mantle is equipped with an energy regulator to help prevent overheating. The overall construction includes robust, powder-coated steel and an integrated fume duct arrangement for proper ventilation during digestion processes.

Q: How accurate is the temperature control on this digestion unit?

A: The BSE-0062 ensures precise sample heating with an accuracy of 2C, suitable for consistent and reliable analytical results.

Q: What are the benefits of using this unit for nitrogen/protein analysis?

A: Key advantages include the ability to process multiple samples at once, adjustable and highly accurate heating, robust build quality, and features that promote laboratory safety and efficiency for high-throughput analyses.

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