B.O.D. INCUBATOR GMP MODEL

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B.O.D. INCUBATOR GMP MODEL Specification

Temperature Range
5C to 60C

Power Source
Electric, AC Supply

Measurement Range
5C to 60C

Frequency
50 Hz

Voltage
220-240 V

Core Components
Microprocessor Control System, Cooling Compressor, Circulation Fan

Capacity
90 L

Model No
GMP-BOD-90

Feature
Highly Efficient

Automation Grade
Semi-Automatic

Accuracy
100 %

Equipment Materials
Stainless Steel (304 grade inner chamber), powder coated outer body

Type
GMP Model, B.O.D. Incubator

Usage
Laboratory

Display Type
Digital LED Display

Dimension (L*W*H)
550 mm x 600 mm x 900 mm

Weight
Approx. 65 kg

About B.O.D. INCUBATOR GMP MODEL

B.O.D. INCUBATOR GMP MODEL

Designed for low temperature incubation and routine determination of Bio-Chemical Oxygen Demand (B.O.D.). Double wall construction. Inner chamber made of richly anodized aluminium or highly polished stainless steel sheet with self supports for wide rangeofshelfspacing. Supplied with two/three removeable perforated shelves.

Exterior made out of thick mild steel sheet duly finished in white stoving enable paint or pastle mat finish colour combinations. Outer double wall door is provided with magnetic gasket and lock & key arrangement. Inner door made out of clear acrylic sheet allowing inspection of material in the chamber without disturbing the chamber temperature.

Door operated inner illumination has been provided. The gap between walls of equipment are filled with glass wool for temp. insulation. The cabinet is mounted on castors.

Temperature is controlled by a sensitive thermostat from 5^oC to 50^oC + 1^oC. For lower temp. working a standard cooling unt with a sealed compressor with protective devices has been provided below the chamber for safe and efficient working. Heating arrangement has been made within the chamber for higher temp. working.

The temp. can be regulated within the range by means of a high precision double action thermo regulator. Inner air circulating system is provided to achieve uniform temperature in the whole chamber. A control panel is provided with various indicators, on off switch, L-shaped thermometer. Supplied with cord and plug etc. equipment is workable on 220 V AC 50 Hz single phase.

Inner chamber sizes in mms. Capacity in cft.

610x455x410 (24"x18"x16") 4.00
825x500x415 (33"x20"x16.6") 6.1
865x565x565 (34.6"x22.6"x22.6") 10.0
900x650x575 (36"x26"x23") 12.0

Optional : -
I) Timer 0-24 hours day night cycle.
ii) Co2/air mixer nozzle is provided.
iii) Internal illumination with 3 fluorescent tubes.
iv) Digital temp. Indicator- Cum Controller.
vi) Automatic Voltage Stabilizer 3-5 KVA recommended must

Advanced Temperature Control

The B.O.D. Incubator GMP Model uses a PID digital controller, hermetically sealed compressor, and a high-grade immersion heater to maintain highly accurate temperature settings from 5C to 60C. Its motorized forced air circulation ensures uniform distribution throughout the chamber, achieving a temperature uniformity of 0.5C for reliable analytical results.

Superior Construction and Safety Features

Built with 304-grade stainless steel for the inner chamber and insulated with CFC-free polyurethane foam, the incubator offers durability and eco-friendly thermal efficiency. A double-walled door equipped with a magnetic gasket minimizes heat loss, while over-temperature safety cutoff and audible-visible alarms protect both samples and laboratory personnel.

User-Friendly Operation

With a digital LED display, programmable timer up to 999 hours, and removable stainless steel shelves, the GMP model is designed for convenient setup, monitoring, and maintenance. Its semi-automatic operation and core microprocessor control make it suitable for a variety of laboratory applications where accuracy and reliability are critical.

FAQs of B.O.D. INCUBATOR GMP MODEL:

Q: How does the B.O.D. Incubator GMP Model ensure accurate temperature control during experiments?

A: The incubator utilizes a PID digital controller, hermetically sealed compressor, and motorized forced air circulation to maintain precise temperatures within a range of 5C to 60C, achieving uniformity of 0.5C. This combination delivers stable, accurate conditions essential for laboratory analysis and B.O.D. testing.

Q: What safety features are included in the B.O.D. Incubator GMP Model?

A: Safety is ensured through over-temperature protection with automatic cutoff, and both audible and visual alarms to alert users to temperature deviations. The insulated double-walled door and CFC-free polyurethane foam further enhance operational safety and energy efficiency.

Q: When should a laboratory use this incubator model for its processes?

A: This model is ideally used for B.O.D. analysis, microbial incubation, and other processes requiring controlled temperature and humidity conditions. Its highly efficient and reliable controls guarantee accuracy, making it suitable for research, pharmaceutical, and environmental laboratories.

Q: Where is the B.O.D. Incubator GMP Model typically installed and used?

A: The incubator is designed for laboratory environments, especially in India, where stable and energy-efficient temperature control is needed for scientific testing. Its compact dimensions and moderate weight allow for easy installation in standard lab settings.

Q: What benefits does the programmable timer offer to users?

A: Users can set incubation periods for up to 999 hours, allowing precise management of experimental timelines and reducing manual intervention. This feature streamlines laboratory workflows and improves repeatability of experimental results.

Q: How is temperature deviation detected and managed in this incubator?

A: Temperature deviation is detected through the microprocessor control system. The incubator responds by activating audible and visual alarms, and the over-temperature protection system automatically shuts off heating to prevent sample damage and ensure user safety.

Q: What are the advantages of the stainless steel removable shelves in the incubator?

A: The stainless steel removable shelves provide flexibility for different sample setups, easy cleaning, and resistance to corrosion. This ensures hygiene and durability, accommodating a variety of containers and experimental requirements.

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