BH8101-T150 Precision High Temperature Oil Bath

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BH8101-T150 Precision High Temperature Oil Bath

Product ID：SYJRGZshyyy035

Price: Please inquire PDF Format

Supply Ability:80 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

BH8101-T150 Precision High Temperature Oil Bath
Product Introduction
The BH8101-T150 Precision High Temperature Oil Bath is a high-performance laboratory temperature control device designed for accurate heating, constant temperature maintenance, and high-temperature experimental applications.
Using advanced dynamic constant temperature control technology, the BH8101-T150 provides excellent temperature stability and uniform heating performance. With a maximum operating temperature of 150℃, the instrument is widely used for:
• Distillation experiments
• Rotary evaporator heating
• Material aging tests
• High-temperature processing
• Chemical synthesis
The compact desktop design, stainless steel bath structure, and multiple safety protection systems make the BH8101-T150 an ideal precision oil bath for laboratories, research institutes, universities, and industrial testing applications.

Key Features and Advantages
1. Precise Temperature Control
• Uses high-precision dynamic thermostatic control technology.
• Temperature fluctuation:
Water: approximately ±0.2℃
Oil: approximately ±0.5℃
• Ensures stable experimental conditions and repeatable results.

2. Wide Temperature Range Options
Available temperature grades:
• +150℃
• +250℃
• +350℃
The BH8101 series can meet different laboratory heating requirements.

3. Dual High-Temperature Safety Protection
The instrument features two independent over-temperature protection systems:
• Microcomputer-controlled temperature limit setting.
• Independent mechanical knob temperature protection.
This design maximizes protection for:
• Instrument safety
• Sample safety
• Operator safety

4. Optimized Thermal Insulation Design
• Advanced insulation structure.
• Efficient ventilation design.
• Low surface temperature during high-temperature operation.
Even under high-temperature conditions, the instrument maintains safer operating conditions.

5. External Sensor and Heater Design
The temperature sensor and heater are positioned outside the stainless steel bath.
Advantages:
• Improved temperature measurement accuracy.
• Better user operating environment.
• Reduced influence on sample placement.

6. Compact Desktop Structure
• Small footprint.
• Elegant appearance.
• Suitable for laboratory bench-top applications.
Optional communication interfaces:
• RS232
• RS485
• USB
for data monitoring and system integration.

Working Principle
The BH8101-T150 precision oil bath operates through an intelligent temperature control system.
The built-in temperature sensor continuously monitors the bath temperature and sends real-time feedback to the microcomputer controller. The controller automatically adjusts heating power according to the set temperature to maintain stable thermal conditions.
The dynamic temperature regulation system minimizes temperature fluctuation and ensures uniform heat distribution throughout the bath.
The independent mechanical over-temperature protection system provides additional safety by preventing excessive heating beyond the preset limit.

Technical Specifications

Parameter	Specification
Product Model	BH8101-T150
Product Type	Precision High Temperature Oil Bath
Temperature Range	RT+10℃ to 150℃
Temperature Stability	±0.5℃ to ±2.5℃
High Temperature Protection Range	50℃ to 320℃
Bath Material	Stainless steel bath
Bath Size	Φ230 × 130H mm
Nominal Capacity	5.4 L
Heating Power	1000 W
Temperature Display Resolution	0.1℃
Temperature Setting Resolution	0.1℃
Temperature Control Technology	Dynamic constant temperature control
Safety Protection	Dual over-temperature protection
Communication Interface	Optional RS232 / RS485 / USB
External Dimensions	320W × 375D × 235H mm
Power Supply	AC220V ±10%, 50Hz

Applications
1. Distillation Experiments
Provides stable heating conditions for:
• Laboratory distillation systems
• Chemical separation experiments

2. Rotary Evaporator Heating
Used as a precision heating source for:
• Solvent evaporation
• Sample concentration
• Chemical extraction

3. Material Aging Testing
Suitable for:
• Polymer aging studies
• Material thermal stability evaluation
• High-temperature performance testing

4. Chemical Synthesis
Provides controlled heating environments for:
• Organic synthesis
• Reaction temperature control
• Laboratory chemical processes

5. Research Laboratories
Widely used in:
• Universities
• Scientific research institutions
• Pharmaceutical laboratories
• Industrial R&D centers

BH8101-T150 vs Traditional Heating Equipment

Comparison Item	BH8101-T150 Precision Oil Bath	Traditional Heating Equipment
Temperature Accuracy	High precision dynamic control	Lower stability
Temperature Uniformity	Excellent	Uneven heating possible
Safety Protection	Dual independent protection	Usually single protection
Maximum Temperature	Up to 150℃	Depends on equipment
Temperature Setting Resolution	0.1℃	Limited adjustment accuracy
Surface Safety	Optimized insulation design	Higher surface temperature
Communication Options	RS232/RS485/USB optional	Usually unavailable
Laboratory Integration	Excellent	Limited

Frequently Asked Questions (FAQ)
Q1: What is the BH8101-T150 oil bath used for?
The BH8101-T150 is mainly used for laboratory heating applications such as distillation, rotary evaporation, material aging tests, and chemical synthesis.
Q2: What is the maximum operating temperature of the BH8101-T150?
The maximum temperature range of this model is 150℃.
Q3: How does the BH8101-T150 ensure temperature stability?
The instrument uses dynamic constant temperature control technology with real-time sensor feedback to automatically regulate heating power.
Q4: Does the BH8101-T150 have over-temperature protection?
Yes. It includes dual high-temperature protection systems: microcomputer control and independent mechanical protection.
Q5: Can the BH8101-T150 connect to a computer?
Yes. Optional RS232, RS485, and USB communication interfaces are available for data monitoring and system integration.

Product Summary
The BH8101-T150 Precision High Temperature Oil Bath is a reliable laboratory temperature control solution combining accurate heating, advanced thermostatic technology, compact design, and comprehensive safety protection.
With excellent temperature stability, adjustable safety limits, and compatibility with various laboratory processes, the BH8101-T150 is ideal for distillation, rotary evaporation, chemical synthesis, materia

Frequently Asked Questions (FAQ)
Q1: What is the BH8101-T150 oil bath used for?
The BH8101-T150 is mainly used for laboratory heating applications such as distillation, rotary evaporation, material aging tests, and chemical synthesis.
Q2: What is the maximum operating temperature of the BH8101-T150?
The maximum temperature range of this model is 150℃.
Q3: How does the BH8101-T150 ensure temperature stability?
The instrument uses dynamic constant temperature control technology with real-time sensor feedback to automatically regulate heating power.
Q4: Does the BH8101-T150 have over-temperature protection?
Yes. It includes dual high-temperature protection systems: microcomputer control and independent mechanical protection.
Q5: Can the BH8101-T150 connect to a computer?
Yes. Optional RS232, RS485, and USB communication interfaces are available for data monitoring and system integration.