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B.O.D INCUBATOR

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B.O.D INCUBATOR Specification

Humidity Range
Not Controlled (For Temperature Only)

Shape
Rectangular Cabinet

Material
Stainless Steel (Inner Chamber), Powder Coated MS (Outer Chamber)

Temperature Range
5C to 60C

Storage Capacity
90-350 Liters (Standard Models)

Function
Medical Equipment

Use
Medical

Frequency
50/60 Hz

Power
500-700 W (approximate)

Color Code
Blue & White

Application
Medical Use

Phase
Single Phase

Weight
Approximately 75-90 kg

Accuracy
0.5C

Dimension (L*W*H)
18 x 18 x 18 (approximate standard size)

Treatment Type
Microbiological & BOD Testing

Suitable For
Laboratory and Medical Institution

Height
Standard Model Height (Approx 3 Feet)

Automation Grade
Automatic

Properties
For Maintaining Controlled Temperature for B.O.D. Tests

Display Type
LED Digital

Product Type
B.O.D INCUBATOR

Display
Digital LED Display

Voltage
220-240 V

Power Source
Electric (230 V AC)

Number of Trays
2 to 4 adjustable stainless steel trays

Additional Product Specifications

Cooling
Hermetically Sealed Compressor Unit

Heating Element
Long Life Stainless Steel Heater

Insulation
High-density PUF insulation for temperature retention

Alarm System
Audio/Visual Over Temperature Alarm

Door Type
Double-walled with Magnetic Gasket

Caster Wheels
Heavy Duty Castor Wheels for Easy Mobility

Glass Window
Double Layer Observation Window on Door

Inner Chamber Finish
Mirror Polish SS-304 Grade

Timer
0-9999 Minutes Digital Timer

Control System
Microprocessor Based PID Controller

Noise Level
Low Noise Operation (<60 dB)

Air Circulation
Uniform Air Circulation Fan Provided

Power Cord Length
1.5 Meter with Three Pin Plug

Safety Features
Overheating and Overcooling Protection

About B.O.D INCUBATOR

B.O.D. INCUBATOR AUTOMATIC

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 Precision

The microprocessor-based PID controller delivers accurate temperature control within 0.5C across the 5C to 60C range. Combined with high-density PUF insulation and efficient air circulation, the B.O.D incubator maintains highly stable incubation conditions vital for sensitive microbiological testing.

User-Friendly and Safe Design

Designed with the user in mind, this incubator offers double-walled doors with magnetic gaskets, heavy-duty caster wheels for easy relocation, and an audio/visual over-temperature alarm for added safety. The mirror-finished SS-304 interior allows for easy cleaning and optimal hygiene.

Versatile Laboratory Solution

Suitable for laboratories, medical institutions, and research facilities, the B.O.D incubator accommodates adjustable trays, various storage volumes, and a standard size for diverse applications. Its automatic operation and digital LED display make monitoring and management effortless during B.O.D testing and microbiological analysis.

FAQs of B.O.D INCUBATOR:

Q: How does the B.O.D incubator ensure uniform temperature distribution inside the chamber?

A: The incubator employs a uniform air circulation fan and high-density PUF insulation, which work together to maintain consistent and precise temperature throughout the chamber, ensuring reproducible test results.

Q: What safety features are integrated into the B.O.D incubator?

A: The unit includes an audio/visual over-temperature alarm, magnetic gasket-sealed door, protection against overheating and overcooling, as well as a double-layer glass observation window to monitor experiments without disturbing conditions.

Q: When should the B.O.D incubator be used in a laboratory setting?

A: The B.O.D incubator is ideal when you need to conduct controlled temperature experiments such as B.O.D determinations, microbiological studies, or any protocol requiring incubation between 5C and 60C in a stable environment.

Q: Where is this B.O.D incubator suitable for installation?

A: Designed for laboratories, research institutions, and medical facilities, the incubator can be placed wherever a reliable, low-noise, and mobile temperature-controlled environment is needed for sensitive biological applications.

Q: What is the process for operating the B.O.D incubator?

A: To operate, load the samples onto the adjustable trays, set the desired temperature and timer using the digital LED controller, and start the incubator. Monitor progress via the observation window and rely on automatic alarms and safety systems for secure operation.

Q: What benefits does the microprocessor PID controller offer in this incubator?

A: The microprocessor-based PID controller ensures accurate, stable temperature regulation with minimal fluctuation, greatly enhancing the reliability and reproducibility of laboratory tests.

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