Refrigerated Liquid Water Bath

Refrigerated Liquid Water Bath Specification

Shape
Rectangular

Heating Capacity
Up to 100C

Temperature Resistance
-5C to 100C

Features
Refrigeration system, corrosion resistant, digital controller, safety cut-off

Glass Type
Borosilicate Glass Lid

Accuracy
0.5C

Display Type
LED Display

Power Supply
AC Mains

Control Type
Digital Temperature Controller

Type
Refrigerated Liquid Water Bath

Dimension (L*W*H)
540 x 340 x 410 mm

Equipment Type
Water Bath

Equipment Materials
Stainless Steel Inner and Outer Chamber

Power
800 W

Voltage
220 V / 50 Hz

Material
Stainless Steel

Application
Laboratory, Chemical Analysis, Pharmaceutical

Capacity (Ltr)
20 Litres

Mounting Type
Bench Top

Noise Level
Less than 60 dB

Lid Type
Double walled with glass observation panel

Ambient Temperature Range
10°C to 35°C

Mobility
Fixed, non-portable

Inner Chamber Dimensions
500 x 300 x 160 mm

Temperature Uniformity
±1°C

Cooling Capacity
Up to -5°C

Safety Features
Over temperature protection, fuse protection

Refrigeration System
Hermetically sealed compressor

About Refrigerated Liquid Water Bath

Standard Construction, inner Chamber made out of stainless steel sheet with digital temp. Controller-cum-indicator. Temperature can be controlled from range minus (-) 20 C to plus (+) 20 C.

Chamber size: 450x 300 x300 mm
Capacity(Approx.) 42 liters.

OPTIONAL:

1.Microprocessor PID digital temp. controller

Exceptional Temperature Control

Experience consistent accuracy with a digital temperature controller and LED display, allowing control from -5C to 100C. The water bath maintains temperature uniformity within 1C, ensuring dependable results for sensitive laboratory applications.

Superior Safety and Durability

Built with a stainless steel interior and exterior, this unit resists corrosion and damage. Equipped with over-temperature and fuse protection, the bath shields your samples and lab from potential hazards, while the double-walled borosilicate glass lid allows safe observation.

User-Friendly Design and Application

Intuitive controls paired with a clear display simplify setup and daily use. Fixed mounting ensures stability for bench-top operation in laboratories, chemical analysis facilities, and pharmaceutical environments, making it valuable for both routine and complex tasks.

FAQ's of Refrigerated Liquid Water Bath:

Q: How does the refrigerated liquid water bath ensure accurate temperature control?

A: The unit integrates a digital temperature controller with an LED display, providing precise temperature adjustments between -5C and 100C. A hermetically sealed compressor maintains temperature uniformity within 1C, ensuring accuracy for sensitive laboratory procedures.

Q: What safety features are included in this water bath?

A: The water bath is equipped with over-temperature protection and fuse protection. These mechanisms safeguard both the equipment and samples from electrical or thermal risks, offering peace of mind during prolonged operations.

Q: When should I use this device in my laboratory processes?

A: This water bath is ideal for processes that require precise thermal regulation, such as chemical analysis, pharmaceutical stability testing, and sample incubation. It is especially useful when subambient or controlled heating is necessary.

Q: Where is this water bath best installed or used?

A: Designed as a bench-top, fixed unit, the water bath is best installed on sturdy laboratory benches in research institutions, chemical labs, or pharmaceutical testing facilities where permanent placement is required.

Q: What are the benefits of the double-walled glass observation lid?

A: The double-walled borosilicate glass lid offers both heat insulation and a clear view for sample observation, reducing heat loss and improving safety by minimizing direct exposure to heated or cooled environments.

Q: How is the equipment resistant to corrosion and wear?

A: Both the inner and outer chambers of the water bath are constructed from high-grade stainless steel, which resists chemical corrosion and ensures long-term durability even in demanding laboratory use.

Q: What maintenance process is recommended for optimal performance?

A: Regular maintenance involves ensuring the interior is clean, inspecting the lid and seals for damage, checking the fuse, and verifying that the temperature controller operates accurately. Proper care maximizes longevity and consistent performance.

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