STU-3B HPLC COLUMN OVENS

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MOQ : 1 Piece

STU-3B HPLC COLUMN OVENS Specification

Usage & Applications
For Heating HPLC Columns in Analytical Laboratories

Noise Level
Less than 40 dB

Temperature
Ambient+5C to 80C

Features
Digital Display, Uniform Temperature Control, Fast Heating, Overheat Protection

Frequency
50 Hz

Phase
Single Phase

Type
HPLC Column Oven

Material
Powder Coated Mild Steel

Capacity
Multiple Columns

Computerized
No

Control Mode
Microprocessor Based

Voltage
220V AC

Power
100W

Weight (kg)
7 kg

Dimension (L*W*H)
200 x 400 x 250 mm

Color
White & Blue

Display Type
Digital LED

Cooling System
Passive

Heating Element
Nichrome Wire

Power Cord
3 Pin ISI Approved

Ambient Temperature Range
5C to 40C

Column Diameter Compatibility
Up to 30 mm

Insulation
High Density Glass Wool

Accuracy
0.1C

Temperature Set Resolution
0.1C

Controller
PID Controller

Front Panel
User Friendly Interface

Safety
Inbuilt Over Temperature Alarm

STU-3B HPLC COLUMN OVENS Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About STU-3B HPLC COLUMN OVENS

Discover the new release STU-3B HPLC Column Oven-your ultimate solution for analytical laboratory heating. Boasting gilt-edged precision with a towering digital LED display, it offers outstanding 0.1C accuracy and rapid temperature set resolution. Equipped with a nichrome wire heating element and PID Controller, safety is maximized through an inbuilt over-temperature alarm. Instant checkout secures your last chance at uniform, reliable heating for columns up to 30 mm. This ISI-approved, microprocessor-based oven ensures exceptional performance with a user-friendly, powder-coated design-perfect for discerning professionals.

Efficient Usage & Advanced Features of the STU-3B HPLC Column Oven

Operate the STU-3B HPLC Column Oven simply by setting your desired temperature using its user-friendly digital LED interface. This outstanding machine features rapid heating via a nichrome wire heating element and maintains uniform temperature through an advanced PID controller. Its inbuilt over-temperature alarm ensures safety while handling. Designed for use with multiple columns, this gilt-edged device fits up to 30 mm diameter columns and is insulated with high-density glass wool, promising stable and efficient operation every time.

Sample Availability, Export Markets, and Swift Supply of the STU-3B

Samples of the premium STU-3B HPLC Column Oven are readily available for laboratory assessment. Dispatched promptly from India, we estimate reliable supply ability for global demand. The STU-3B triumphs in major export markets including Asia, Europe, and Africa, ensuring timely order fulfillment and consistent product excellence. Experience outstanding product support and fast delivery with our trusted service. Secure your sample now and witness the gold standard in laboratory heating technology.

FAQ's of STU-3B HPLC COLUMN OVENS:

Q: How does the STU-3B HPLC Column Oven maintain consistent temperature control?

A: The STU-3B uses a digital LED display paired with a precise PID controller, ensuring uniform temperature control and outstanding stability within 0.1C accuracy, essential for reliable HPLC analysis.

Q: What safety features are included in the STU-3B HPLC Column Oven?

A: It features an inbuilt over-temperature alarm for safety, ISI-approved three-pin power cord, and high-density glass wool insulation, offering gilt-edged protection and peace of mind during operation.

Q: When can I expect sample dispatch and order fulfillment for this oven?

A: Samples are dispatched promptly upon request, with supply estimated based on demand. Our robust export capabilities ensure swift and reliable delivery to major markets worldwide.

Q: Where is the STU-3B HPLC Column Oven primarily used?

A: It is widely used in analytical laboratories for heating HPLC columns, providing outstanding performance in environments demanding precise temperature regulation.

Q: What are the main benefits of using a microprocessor-based control mode in this oven?

A: The microprocessor-based control mode delivers precise, accurate temperature control, reduces human error, and offers a user-friendly interface, making the oven reliable for demanding laboratory applications.

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