BOD INCUBATOR
MAKE DINESH SCIENTIFIC
DESCRIPTION
An incubator for biological oxygen demand, or BOD for short, is a specialized piece of scientific equipment used to quantify and incubate biological oxygen demand in water samples under carefully regulated circumstances. A critical metric for determining the degree of organic contamination in water is BOD. A BOD incubator is described as follows in general:
BOD incubators are essential for doing experiments like figuring out the oxygen demand of organic matter in water samples or growing bacteria for various purposes. They are typically employed in environmental and biological research. These incubators have airtight rooms to keep out contaminants and let researchers change the conditions to suit their own needs.
TEMPERATURE CONTROL:
- Precise temperature control mechanisms are incorporated into BOD incubators to uphold a steady and regulated atmosphere.
- The usual temperature range for BOD testing is 20 to 25 degrees Celsius, which is the typical range.
HUMIDITY CONTROL:
- In order to keep the sample from evaporating throughout the incubation period, certain models could also include humidity control.
Optional Features
- Accessible within the BOD incubator three fluorescent lights for illumination and a digital event timer
- 24 × 7 digital cyclic timer with 21 CFR Data recording software with an RS485 computer interface
- GMP Model Exterior SS304/SS316
- Perforated stainless steel trays
- USB-equipped data logger, humidity system, door-opening buzzer, PLC, and HMI controller
- A 50 mm validation port hole for a cable or sensor
- Brake-equipped caster wheels, an anodized aluminum inner chamber, an aluminum perforated tray, mild steel powder coating on the outside, and a micro PLC PID controller LCD display
TECHNICAL DETAILS:
| MODEL | DS-BOD-900 |
| Chamber Capacity(in liter) | 800-900 Liters |
| Item | BOD Incubator |
| Features available in BOD Incubator | · Window with toughened glass
· Fan for air circulation · Detachable tray · Sensor for temperature · Hinges for doors · Door handle with pad temperature controller and lock and key |
| Temperature Range | 4-40°C (±0.5°C) |
| Temperature Accuracy | ± 0.5°C |
| Temperature Uniformity | ± 1°C |
| No of Trays | 4 |
| Air Circulation | Motorized Blower |
| Exterior body material | Epoxy powder coating and mild steel paint |
| Interior body material | Stainless Steel |
| Insulation material | Polystyrene Foam |
| Outer door material | Mild Steel |
| Inner door material Material of removable tray | Acrylic Sheet |
| Material of removable tray | Wire mesh tray made of stainless steel. |
| Overall Width(in mm) | 900 millimeter |
| Overall Height(in mm) | 1250 millimeter |
| Overall length(in mm) Overall Width(in mm) Overall Height(in mm) Thickness of sheet (in MM ) Thickness of Toughed Glass/Acrylic Sheet (in MM ) Diameter of Stainless Steel wire in mesh ( in MM ) | 800 millimeter |
| Thickness of sheet (in MM ) | 1.0 mm |
| Thickness of Toughed Glass/Acrylic Sheet (in MM ) | 7 mm |
| Diameter of Stainless Steel wire in mesh ( in MM ) | 7 mm |
| Wire Length(in mtr) | 1.0 mtr |
| Power supply | 230 Volts 50 Hz |
| ADDITIONAL | |
| Applications | Features specifically tailored for Drosophila melanogaster were used in its design. |
| Lighting System | Fluorescent lamps with a programmable day-night cycle. |
| Cabinet Construction | A floor drain and movable legs for floor leveling are features of the chamber floor. |
| Voltage Stabilizer | Suitable voltage stabilizer for the incubator. |
| Door | One door with a magnetic gasket. |
| Refrigeration | Phenolic-coated refrigeration coils. |
| Shelving | Five tiers of steel shelving, supported by shelf clips. |
| Temperature Safety Controls | · Adjustable high and low temperature controls.
· Audible alarms. · Visual screen displaying both set point and actual condition. · Automatically shuts down at high temperature above set point and activates alarm. |
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