Heating Bath

Name: Heating Bath
Brand: CALTECH ENGINEERING SERVICES
Price: 50 INR
Availability: InStock

Price 50 INR/ Piece

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MOQ : 50 Pieces

Heating Bath Specification

Protection
Over-temperature protection

Frequency
50 Hz

Sensor Type
PT100 temperature sensor

Equipment Type
Heating Bath

Resolution
0.1C

Temperature Range
Ambient to 100C

Diameter
240 mm

Measurement Range
Ambient to 100C

Capacity
5 liters

Application Media
Water, Oil

Material
Stainless Steel Inner Chamber

Power Supply
230 V AC, 50 Hz

Power Consumption
1000 W

Accuracy
0.5C

Display Type
Digital LED

Range
Ambient to 100C

Heating Bath Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
500 Pieces Per Day

Delivery Time
1 Week

About Heating Bath

Technical details

Technical Item	Temperature Range	Power	Cubage	Interior Dimension	Overall Dimension
Ordering Information			(mm)WDH	(mm)WDH
BGD 834	RT+5~99	500W	11L	420180150	570270260
BGD 835	RT+5~99	1000W	34L	600300190	750400300
BGD 836	RT+5~99	400W	12L	320240160	460280190
BGD 837	RT+5~99	600W	22L	450300160	610340190
BGD 838	RT+5~99	1000W	30L	600300160	760340 190

Advanced Temperature Control

Enjoy highly precise thermal management with the microprocessor-based controller and PT100 sensor, offering precise accuracy and a clear digital LED display. The temperature can be finely adjusted in 0.1C increments for critical experimental requirements or sample processing.

Safety and Durability Assured

The heating bath is equipped with automatic shutoff and over-temperature protection, minimizing risks and safeguarding experiments. A durable stainless steel inner chamber resists corrosion, supporting long-term, reliable laboratory use.

Versatile Laboratory Application

Optimized for both water and oil, this unit supports a variety of laboratory procedures, from sample incubation to chemical reactions. Its removable stainless steel lid and immersion heating element ensure efficient operation across a range of indoor environments.

FAQs of Heating Bath:

Q: How do I operate the heating bath for laboratory applications?

A: To operate, fill the chamber with water or oil up to the maximum recommended level. Plug in the device using the 1.5-meter power cable, set the desired temperature using the microprocessor-based controls, and monitor readings on the digital LED display. The removable lid helps maintain temperature efficiency.

Q: What safety features are incorporated in this heating bath?

A: The heating bath features an automatic shutoff system and over-temperature protection to prevent overheating. The robust stainless steel chamber adds another layer of safety by enhancing durability and resisting leaks or corrosion.

Q: When should I use this equipment for water or oil applications?

A: Select water for applications below 90C and oil for higher temperature requirements approaching the 100C limit to ensure proper heat transfer and avoid vaporization or boiling over. The unit provides stable performance across the entire range.

Q: Where is the best environment to install this heating bath?

A: This heating bath is specifically designed for indoor laboratory use. Install it on a flat, stable surface with suitable ventilation and close proximity to a 230 V AC power supply to ensure safety and ease of operation.

Q: What is the process for cleaning and maintaining the unit?

A: After use, allow the bath to cool, then remove any remaining liquid. Clean the stainless steel chamber and lid with a mild laboratory detergent. Disconnect the power supply before any maintenance, ensuring longevity and continued accurate performance.

Q: How does the PT100 sensor and microprocessor controller benefit temperature control?

A: The PT100 sensor provides precise temperature readings, while the microprocessor controller maintains accuracy within 0.5C, allowing reliable and consistent temperature management for sensitive procedures.

Q: What are the advantages of the immersion-type heating element?

A: The immersion-type heating element offers uniform and efficient heat distribution throughout the medium, resulting in consistent temperature control and rapid heat-up times for laboratory tasks.

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