Ultra Low Temperature Research Cabinet

Product Details:

Type Ultra Low Temperature Research Cabinet
Chamber Size 1360 x 670 x 1300 mm
Chamber Thickness 4 mm
Outer Size 1460 x 870 x 1850 mm
Compressed Air 0.6-0.8 MPa
Door Type Single/Double Sliding Door
Design Pressure 0.25 MPa
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Ultra Low Temperature Research Cabinet Product Specifications

Outer Trolley Stainless Steel Construction
Steam Saturated Steam 0.15-0.25 MPa
Recording Parameters Digital LCD Display
Chamber Thickness 4 mm
Sterilizing Temperature 121C
Inner Trolley Removable Stainless Steel Trolley
Net Weight 460 kg
Heat Uniform 2C
Type Ultra Low Temperature Research Cabinet
Piping System 304 Stainless Steel
Insulation High Density Polyurethane Foam
Outer Size 1460 x 870 x 1850 mm
Spraying Mode Rotary Spraying
Design Temperature -90C
Power Consumption 2200 W
Chamber Size 1360 x 670 x 1300 mm
Door Type Single/Double Sliding Door
Design Pressure 0.25 MPa
Spraying Piping High Pressure Stainless Steel Pipes
Compressed Air 0.6-0.8 MPa
Sterilization Time 15-30 min
Working Temperature -86C
Working Pressure 0.15 MPa
Valves Automatic Safety & Control Valves
Temperature Scope -86C to -40C

Product Description

We are an acclaimed name in this domain for offering a wide collection of Ultra Low Temperature Research Cabinet. This chamber is manufactured under the guidance of experienced professionals using supreme quality raw materials in accordance with set quality standards. Provided chamber is known for its effectiveness for very low temperature monitoring. Offered chamber goes through various quality checks to ensure its quality and functionality. Moreover, this Ultra Low Temperature Research Cabinet is available to clients at reasonable prices.

Temperature controller:

Digital microprocessor based temperature indicator cum controller with a display resolution of 0.1 °C
The minimum controlling accuracy is ±2°C
Full scale display accuracy is up to ±0.5%
Class- A grade, PT-100 Sensor (RTD).

Construction:

The inner chamber is made completely from 304 grade polished stainless steel, while the outer chamber is made from mild steel and powder coated
Has wheels to enable easier movement
Polyurethane Foam Insulation (PUF).
The door consists of a handle, lock and magnetic gasket to make it leak proof
Sub doors have been provided for each compartment
The SS trays are adjustable for more effective usage
Double walled, insulated, inner lined with SS & Foam sheet.

Refrigeration system:

Has a hermetically sealed Emerson Copeland make compressor
CFC free refrigerant filled
An air cooled condenser that is of fin and tube type

Power supply:

Single phase- 230 Volts, 50 Hz.

Features:

HP/ LP switch provided for high/low pressure cut off.
Also has a temperature deviation high/low alarm with a silence switch

Optional:

Interior and exterior both made fully from stainless steel
Suitable Voltage Stabilizer.
Strip Chart recorder / Circular Chart recorder.
Freezers are available in various dimensions to fulfill a client's requirement.

Superior Temperature Control

Utilizing a microprocessor-based digital control system, the cabinet maintains ultra-low working temperatures down to -86C with uniform heat distribution (2C). An intuitive digital LCD display simplifies monitoring and parameter recording, supporting critical research and sample preservation.

Robust Safety and Security Features

Multiple safety mechanisms are integrated, including over-temperature protection, automatic safety valves, temperature and door open alarms, and a lockable door. Heavy-duty, lockable caster wheels ensure easy mobility, while additional battery backup options safeguard against unexpected power outages.

Flexible Storage and Convenient Operation

Equipped with four adjustable stainless steel shelves, interior LED lighting, and removable trolleys, the cabinet accommodates various sample sizes and improves accessibility. Optional data logger and outer/inner stainless steel trolleys further optimize workflow efficiency in research environments.

FAQs of Ultra Low Temperature Research Cabinet:

Q: How is temperature monitored and maintained in the Ultra Low Temperature Research Cabinet?

A: Temperature is precisely controlled via a microprocessor-based digital system. The cascade compressor cooling and polyurethane foam insulation ensure uniform and stable temperatures from -86C to -40C, with an accuracy of 2C. A digital LCD display provides real-time temperature data.

Q: What safety features are included to protect samples during operation?

A: The cabinet is equipped with over-temperature protection, automatic safety and control valves, lockable doors, and alarms for high temperature and door openings, ensuring sample security and operational safety at all times.

Q: When should the defrost mode be used, and is it automatic or manual?

A: Depending on usage, defrosting is required to maintain performance and prevent ice buildup. The cabinet supports both manual and automatic defrost modes, allowing users to select the optimal method for their workflow and sample types.

Q: Where is this cabinet typically used, and what ambient conditions are suitable?

A: This research cabinet is commonly used in laboratories, industrial settings, and research institutions in India. It is designed to operate efficiently within ambient temperatures ranging from 5C to 32C, ensuring consistent performance in diverse environments.

Q: What are the benefits of using CFC-free refrigerants and stainless steel construction?

A: Utilizing CFC-free refrigerants minimizes environmental impact, while 304 grade stainless steel offers durability, corrosion resistance, and easy cleaningmaking the cabinet ideal for demanding laboratory and industrial conditions.

Q: How does the sterilization process work, and what parameters can be controlled?

A: Sterilization uses saturated steam at 121C, with adjustable sterilization times of 1530 minutes. The system includes high-pressure stainless steel piping and rotary spraying for effective sample decontamination, with digital control over temperature and timing.

Q: What accessories and features support intensive research and sample documentation?

A: Optional data loggers allow precise recording and analysis of temperature parameters, while backup batteries and removable trolleys enhance workflow flexibility. Interior LED illumination and adjustable shelving further support sample organization and accessibility.

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