Stability Test Chamber

Stability Test Chamber Specification

Display Type
Digital LED Display

Temperature Resistance
2C to 8C or custom (as required)

Glass Type
No front glass (solid insulated door)

Features
Automatic temperature control, audio-visual alarms, caster wheels, adjustable shelves, thermostat protection

Accuracy
0.5C

Heating Capacity
Ambient to 60C

Shape
Rectangular vertical standing

Control Type
Microprocessor based PID controller

Power Supply
Single Phase AC

Type
Stability Test Chamber

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

Equipment Type
Environmental Test Chamber

Equipment Materials
Stainless Steel inner chamber, Powder coated MS outer body

Power
1.5 kW

Voltage
220 V / 50 Hz AC

Material
Stainless Steel / Mild Steel

Application
Stability testing for pharmaceuticals, chemicals, and research laboratories

Capacity (Ltr)
200 Liters (varies with model)

Compressor
Hermetically sealed cooling compressor

External Finish
Powder coated

Internal Chamber Finish
Mirror polished

Safety Features
Over temperature cutoff, door alarm, power failure alarm

Mobility
Heavy duty caster wheels for easy movement

Lighting
Interior illumination available (optional)

Door Type
Single solid door with lock

No. of Shelves
3 to 4 adjustable shelves

Insulation
High-grade PUF insulation for temperature stability

Timer
Programmable timer with delay start function

Humidity Range
40% RH to 95% RH (Optional with humidity system)

Noise Level
Low noise operation

About Stability Test Chamber

Pharmaceuticals: Used for drug substance and product storage testing according to ICH (International Council for Harmonisation) guidelines (e.g., Q1A for stability and Q1B for photostability).
Food & Beverage: Simulates aging to adjust formulations for long-term freshness and packaging integrity.
Electronics: Tests the reliability of sensitive components under extreme climatic stress.
Cosmetics: Evaluates texture, color, and fragrance retention over the product's lifespan.

Types of Stability Chambers

Depending on the volume of samples and specific testing needs, chambers are typically categorized as:

Reach-In Chambers: Compact units ideal for laboratories with limited space or smaller product batches.
Walk-In Chambers: Large, room-sized enclosures designed for high-volume industrial testing where technicians can physically enter the space.
Photostability Chambers: Specialized units equipped with UV and visible light sources to test light-sensitive products.

Precision and Uniformity in Environmental Testing

Stability Test Chambers deliver accurate temperature and humidity conditions critical for pharmaceuticals, chemicals, and research. With microprocessor-based PID controllers and a digital LED display, operators can precisely set and monitor parameters. High-grade PUF insulation coupled with a hermetically sealed compressor ensures unwavering temperature and humidity stability for reliable testing outcomes.

Enhanced Safety and User Convenience

Safety is paramount, with integrated features such as over-temperature cutoff, power failure, and door alarms. Adjustable shelving and interior illumination (optional) aid workflow and organization, while low-noise operation and heavy-duty caster wheels offer smooth mobility and a comfortable laboratory environment. The single-phase AC supply and lockable solid door further enhance usability and sample security.

FAQ's of Stability Test Chamber:

Q: How does the Stability Test Chamber maintain consistent temperature and humidity?

A: The chamber uses a high-grade PUF insulated structure, a hermetically sealed cooling compressor, and a microprocessor-based PID controller. These elements work together to ensure the internal environment remains stable and within the set parameters, offering precise control and minimal fluctuations.

Q: What types of samples is this chamber suitable for testing?

A: This chamber is ideally suited for stability testing of pharmaceutical products, chemicals, and samples used in research laboratories, making it a versatile tool for environmental condition evaluation across multiple industries.

Q: When is the interior illumination feature recommended?

A: Interior illumination is beneficial when operators require visual inspection or quick access to samples without opening the chamber for extended periods. It is offered as an optional feature based on specific laboratory needs.

Q: Where should the chamber be installed for optimal performance?

A: For best results, install the chamber on a flat, stable surface in a well-ventilated area. Ensure there's adequate space for heat dissipation and easy movement by using the durable caster wheels. Keep the power supply within reach and away from excessive moisture.

Q: What process is involved in adjusting the shelves?

A: Shelves are designed to be adjustable and can be repositioned by sliding into different slots within the chamber. This flexibility accommodates various sample sizes and configurations, optimizing the interior for any testing protocol.

Q: How do the built-in alarms enhance safety during operation?

A: The chamber includes over-temperature cutoff, door, and power failure alarms that instantly alert users to any deviations or malfunctions, helping safeguard both samples and equipment from potential harm.

Q: What are the benefits of the programmable timer and delay start function?

A: The programmable timer with a delay start feature allows users to plan and automate test cycles. This capability provides convenience, efficiency, and precise control over testing schedules, contributing to accurate and reproducible results.

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