Double unit organ bath thermostatic control

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Double unit organ bath thermostatic control Specification

Control Type
Manual

Accuracy
0.1C

Glass Type
Borosilicate Glass

Power Supply
Electric Mains, 220V

Features
High Quality

Temperature Resistance
Up to 100C

Shape
Rectangular

Type
Double Unit Organ Bath Thermostatic Control

Dimension (L*W*H)
Approx. 800 x 400 x 400 mm

Equipment Materials
Mild Steel Body, Plastic Channels, Glass Chambers

Power
600W

Voltage
220V AC, 50 Hz

Material
Plastic & Glass

Application
Laboratory

Capacity (Ltr)
2 x 1 Litre Chambers

About Double unit organ bath thermostatic control

A Perspex organ bath with fine thermostatic temp control, electric stirrer and complete set of accessories, making it a versatile unit for all research work. Bath 12"x9"x8", with leak proof dovetailed joints, resting in sturdy metal frame; top of the bath carries a 1"x3/8" thick band, for fixing accessories, inside the bath is a metal sheathed heating element (easily replaceable), controlled by means of a fine adjustable thermostat with sensitivity + 1⁰C. The stirrer unit is completely independent and dips in the bath in one comer, fixing on its special stainless steel upright. AMS junction box is fitted to the bath frame, and carries all the electrical leads and connections, two pilot lamps indicate functioning of the thermostat and stirrer. Standard components are: -

a) Double set of glass inner vessels

b) Oxygen tubes

c) Warming coils

d) Two SS capillary levers

e) Four SS uprights with boss heads

f) X blocks

Accessories or Spares for Student Organ Bath

A) Organ tube for single unit organ bath

B) Organ tube for two unit organ bath with side tube

C) Warming coils

Reliable Temperature Control for Accurate Experimental Results

Equipped with a precision thermostat and uniform water circulation, the Double Unit Organ Bath maintains stable temperatures up to 100C, with an accuracy of 0.1C. The magnetic stirrer ensures even distribution, critical for reproducible results in pharmacology and physiology studies. Overheat protection further safeguards sensitive specimens during extended research.

Versatile Design Enhances Laboratory Efficiency

Each bath unit holds up to 1 litre and comes with stainless steel mounting rods, acrylic or glass lids, oxygen tubing, and necessary clips. Its double-walled insulation and water-level markings streamline experimental setup and monitoring, while the rust-resistant construction and efficient drainage system facilitate easy cleaning and maintenance.

FAQs of Double unit organ bath thermostatic control:

Q: How does the thermostatic control ensure precise temperature regulation in the organ bath?

A: The fitted precision thermostat constantly monitors and adjusts water temperature, maintaining it within 0.1C accuracy. Coupled with magnetic stirrer recirculation, it delivers uniform thermal conditions vital for reliable experimental outcomes.

Q: What types of research applications are suitable for the Double Unit Organ Bath?

A: This instrument is well-suited for pharmacology, physiology, and experimental research, supporting studies such as tissue response, organ contractility, and drug testing using samples like frog hearts.

Q: When should laboratory personnel use the drainage valve on the organ bath?

A: The drainage valve should be operated after experiments to efficiently remove water, prevent residue buildup, and prepare the chambers for cleaning or subsequent use.

Q: Where is the Double Unit Organ Bath ideally installed in the laboratory?

A: It is best placed on sturdy laboratory benches, ensuring proximity to power mains (220V AC, 50 Hz) and adequate workspace around its 800 x 400 x 400 mm dimensions for easy access and operation.

Q: What is the process for mounting organs or tissues in the bath chambers?

A: Specimens are secured using the included stainless steel rods, mounting clips, and oxygen tube within each 1-litre borosilicate glass chamber. The accessories facilitate stable positioning and optimal oxygenation during experiments.

Q: What are the main benefits of using a double unit thermostatic organ bath?

A: Dual chambers permit simultaneous or comparative experiments, precise temperature control enhances experimental accuracy, and robust insulation with overheat protection increases safety and reliabilityoptimizing workflows for active laboratory environments.

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