HIGH TEMPERATURE OIL BATH

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HIGH TEMPERATURE OIL BATH Specification

Voltage
220 V

Power Source
Electric

Accuracy
100 %

Feature
Highly Efficient

Automation Grade
Semi-Automatic

Frequency
50 Hz

Temperature Range
Ambient to 250C

Measurement Range
0 to 250C

Core Components
Heater, Temperature Controller, Bath Chamber

Capacity
12 Liters

Model No
HTB-250

Equipment Materials
Stainless Steel

Type
High Temperature Oil Bath

Usage
Laboratory

Display Type
Digital

Dimension (L*W*H)
420 x 290 x 220 mm

Weight
18 kg

About HIGH TEMPERATURE OIL BATH

HIGH TEMPERATURE OIL BATH

Double wall construction. Inner chamber made of highly polished stainless steel or copper sheet and outer made of mild steel duly finished in stoving enamel. Temperature range 50^oC to 250^oC + 2^oC is controlled by a thermostat. Supplied complete with stirrer, diffuser shelves, cover etc. panel provided with on-off switch, pilot lamps thermostatic control knob etc.

Chamber Size in mm & Inches approx.

a. 250x250x250 (10x10x10)

b. 300x300x250 (12x12x10)

c. 350x 350x250 (14x14x10)

Optional : -

i)                  Mercury contact thermometer and relay with accuracy better than 1C.
ii)                 Imported thermostat EGO/JUMO german with accuracy of 1C.
iii)                Digital temp. Indicator- Cum- Controller.
iv)                Microprocessor PID Digital temp. Indicator- cum- Controller .
v)                Digital temp. Indicator.

Precision Temperature Control

The HTB-250 employs advanced microprocessor-based PID technology, achieving highly accurate temperature regulation from ambient to 250C. The digital display ensures easy monitoring, while uniform heat distribution keeps your samples protected and results consistent across the entire bath.

Integrated Safety Mechanisms

Safety is central, with features such as an over-temperature alarm and thermal cut-off, which protect both the operator and sensitive samples. The baths construction includes high-grade insulation and a robust stainless steel lid with handle, minimizing heat loss and physical risks.

Versatile and Efficient Laboratory Use

Built for flexibility, the HTB-250 accommodates a variety of laboratory heating needs. Its compatibility with mineral and silicone oils makes it suitable for diverse applications, while rapid heating and efficient thermal management enhance laboratory workflows and throughput.

FAQs of HIGH TEMPERATURE OIL BATH:

Q: How do I operate the HTB-250 High Temperature Oil Bath for laboratory processes?

A: To operate the HTB-250, fill the chamber with compatible mineral or silicone oil, set the desired temperature on the digital PID controller, and secure the stainless steel lid. The device will heat at a rate of 12C per minute until the target temperature is reached, maintaining uniformity of 1C throughout.

Q: What safety features are included in the HTB-250 model?

A: The HTB-250 is equipped with an over-temperature alarm and a thermal cut-off mechanism to prevent overheating, ensuring the protection of both samples and users during operation.

Q: When should mineral oil or silicone oil be used as the bath medium?

A: Use mineral or silicone oils when temperature stability, efficient heat transfer, and chemical compatibility with your experimental samples are required. Both oils are well-suited for operations between ambient and 250C.

Q: Where can this oil bath be installed for optimal performance?

A: Install the oil bath in laboratory environments where ambient temperatures range from 10C to 40C on a stable, heat-resistant surface. Ensure adequate space for ventilation around the unit, given its dimensions of 420 x 290 x 220 mm.

Q: What are the benefits of using a microprocessor-based PID controller in the HTB-250?

A: The microprocessor-based PID controller delivers precise temperature regulation, ensuring consistent accuracy and minimal fluctuation. This results in highly reliable experimental conditions and improved reproducibility of results.

Q: How does the uniformity specification contribute to the oil baths performance?

A: The baths temperature uniformity of 1C ensures that all samples receive consistent heating, minimizing the risk of localized overheating or cold spots, which is critical for sensitive laboratory processes.

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