BOD Incubator

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BOD Incubator Specification

Frequency
50 Hz Hertz (HZ)

Accuracy
0.5C C

Capacity
170 Litres Ltr

Core Components
Refrigeration system, microprocessor controller, heater, circulation fan

Temperature Range
5C to 60C Celsius (oC)

Power Source
Electric

Automation Grade
Automatic

Voltage
220 V Volt (v)

Equipment Materials
Double Walled (Inner chamber stainless steel, outer mild steel powder coated)

Type
Laboratory BOD Incubator

Usage
Biochemical Oxygen Demand testing, Incubation, Laboratory

Display Type
Digital

Dimension (L*W*H)
W 565 mm x D 565 mm x H 875 mm Millimeter (mm)

Weight
Approx. 70 kg Kilograms (kg)

About BOD Incubator

With rich industry experience and knowledge, we manufacture, export and supply a huge array of B O D Incubator. Offered incubator is precisely manufactured under the guidance of trained professionals using high quality components and advanced technique. Besides, this incubator finds its application majorly in hospitals, clinics and research laboratories for preserving syringes, blood samples, surgical tools, medicines, etc. In addition, we provide this B O D Incubator in various technical specifications and at affordable price.

Features:

Compact design
Easy maintenance
Energy efficient
Smooth functioning

Precise Environmental Control for Laboratory Incubation

Maintain ideal conditions for sensitive experiments with digital temperature regulation (5C to 60C) and a uniformity of 1C. The BOD Incubators advanced refrigeration and heating system ensures consistent performance for reliable Biochemical Oxygen Demand testing and other incubation processes.

Flexible Design and User-Friendly Features

Three adjustable perforated shelves allow versatile arrangement to accommodate up to 90 BOD bottles. Observe samples without disturbing the internal environment using the full-view inner acrylic door and energy-efficient fluorescent lamp, supporting efficient workflow in busy laboratory settings.

Safety and Compliance Assured

Built for peace of mind, the incubator includes an audio/visual alarm system for temperature deviations and is constructed using robust materials. It meets IS: 8623/ISO/ASTM standards, making it suitable for a range of laboratory, industrial, and research applications.

FAQs of BOD Incubator:

Q: How does the BOD Incubator maintain stable temperature conditions?

A: The incubator utilizes a hermetically sealed compressor, microprocessor controller, and heater to ensure accurate temperature control from 5C to 60C. It delivers exceptional accuracy (0.5C) and uniformity (1C), crucial for reproducible laboratory results.

Q: What are the main benefits of the full view acrylic inner door and fluorescent lighting?

A: The full view acrylic inner door enables users to easily monitor samples without opening the incubator, minimizing temperature fluctuations. The fluorescent lamp provides clear illumination of contents, enhancing observation while conserving energy.

Q: When should the audio/visual alarm system be used?

A: The alarm system is activated automatically whenever there is a temperature deviation beyond the set parameters. This safeguard ensures prompt corrective action, protecting sensitive samples and maintaining experimental integrity.

Q: Where can this BOD Incubator be installed?

A: This incubator is designed for laboratory environments with ambient temperatures between 5C and 40C and relative humidity up to 80%. Its compact footprint (W 565 mm x D 565 mm x H 875 mm) allows placement on lab benches or specialized stands.

Q: What processes and applications is this incubator suitable for?

A: It is ideal for Biochemical Oxygen Demand (BOD) testing, general incubation, culture growth studies, and other laboratory applications that require controlled low-temperature environments and compliance with IS: 8623/ISO/ASTM standards.

Q: How does the adjustable shelving improve sample capacity and workflow?

A: The three adjustable perforated shelves can be configured to efficiently fit approximately 90 BOD bottles (300 ml), enabling flexible sample organization, easy loading/unloading, and optimal air circulation for uniform incubation.

Q: What energy-saving features are incorporated in the design?

A: The incubator employs a low power consumption design, with efficient insulation, a high-performance refrigeration system, and fluorescent lighting, which together minimize energy costs while supporting rigorous laboratory operations.

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