Eco Smart Walk in Stability Chamber
Introduction
A Walk-In Stability Chamber is a large-capacity controlled environment designed to allow personnel to physically enter the chamber and manage stability studies directly inside. These systems are ideal for large-scale pharmaceutical operations where high-volume batches, bulk samples, or packaged products must be tested simultaneously.
Functionally, walk-in chambers operate just like reach-in stability chambers—precisely controlling temperature and relative humidity—but offer significantly greater capacity, uniformity, and operational convenience for long-term, accelerated, intermediate, and stress stability studies.
Special Features
Construction
CNC-Manufactured Structure
Fabricated using fully automatic CNC machines to ensure high precision, durability, and repeatability.
Modular PUF Insulated Panels
Pre-fabricated, modular, PUF-insulated panel construction designed for easy onsite assembly and excellent thermal efficiency.
Reinforced Floor Panels
Heavy-duty floor panels with enhanced reinforcement to handle sample load, frequent personnel movement, and trolley operations.
Stainless Steel Interior
Water- and vapour-tight inner chamber made of high-grade stainless steel for corrosion resistance, hygiene, and long operational life.
Optimized Conditioning Systems
Equipped with efficient air circulation, heating, cooling, and humidity-generation systems to maintain uniform environmental conditions.
Vacuum-Sealed Viewing Window
Multi-pane, vacuum-sealed observation glass window for safe viewing of samples without disturbing test conditions.
Stainless Steel Trays & Racks
Heavy-duty electro-polished stainless-steel trays (wire mesh/perforated) that are adjustable, easy to clean, and accompanied by detachable racks with customizable angles for flexible sample storage.
Environmental Performance
Suitable ICH Stability Conditions
Notes
Dew Point Control Overview
Dew Point Control is a highly efficient method for maintaining precise humidity conditions inside stability chambers. It functions by controlling the coil temperature according to the dew point and psychrometric properties of air.
- Measures atmospheric moisture accurately
- Determines the temperature at which air becomes fully saturated with its existing water vapour
- Identifies the point where dew or frost begins to form
- Coil temperature is controlled based on dew point and psychrometric chart calculations, ensuring highly stable RH control
This method is significantly more energy-efficient than conventional steam injection or water-spray humidity systems.
Key Features
Alarm & Safety Systems
Model-wise Capacity & Dimensions
| Model | Capacity (Liters) | Internal Dimensions (mm) | External Dimensions (mm) | Racks | No. of Trays |
|---|---|---|---|---|---|
| KGeWS-8KL | 8004 L | 1850(W) × 2080(D) × 2080(H) | 1970(W) × 2200(D) × 2200(H) | 2 | 16 |
| KGeWS-10KL | 10005 L | 1850 × 2600 × 2080 | 1970 × 2720 × 2200 | 2 | 24 |
| KGeWS-12KL | 12020 L | 1850 × 2730 × 2380 | 1970 × 2850 × 2500 | 2 | 24 |
| KGeWS-16KL | 16065 L | 2250 × 3000 × 2380 | 2370 × 3120 × 2500 | 2 | 24 |
| KGeWS-18KL | 18100 L | 2250 × 3380 × 2380 | 2370 × 3500 × 2500 | 2 | 32 |
| KGeWS-20KL | 20028 L | 2250 × 3740 × 2380 | 2370 × 3860 × 2500 | 2 | 32 |
| KGeWS-24KL | 24200 L | 2480 × 4100 × 2380 | 2600 × 4220 × 2500 | 2 | 32 |
Special Features
Software (21 CFR Part 11 Compliant)
Construction
Control System
- Storage available in both PLC and HMI
- PLC data transfer via Ethernet
- HMI data exportable in PDF format via USB drive
Material Of Construction
| Models | Material Of Construction | |
|---|---|---|
| Interior | Exterior | |
| STD | S.S.304 Dull Finish | G.I Power Coated |
| GMP | S.S.304 Dull Finish | S.S.304 Dull Finish |