Product Description
Photo Stability Chambers
Our company offers wide range of high quality Photo Stability Chambers that are designed with double walled SS mirror polished interior that includes air plenum, cabinet, supports and shelves.Photo stability chambers have UV tubes for ultra violet rays, integrated UV energy share of 200 watts and puff insulation fluorescent tubes for day light effect.
Control System: Precise control of Temperature by using microprocessor based PID Controller with out volatile memory.
Temperature Range: 15deg.C to 40 deg.C +/-0.2deg.C
Unitformity : 0.5deg.C
Some of the technical specifications are as follows:
| Model | Capacity | Inner Chamber H x D x W (cms) | No. of Components |
| Cu.Ft | Ltrs |
| AEI-10a | 6 cft | 180 Ltr | 70 x 51 x 51 | 3 |
| AEI-10b | 10 cft | 300 Ltr | 100 x 55 x 55 | 4 |
| AEI-10c | 12 cft | 360 Ltr | 100 x 60 x 60 | 6 |
| AEI-10d | 16 cft | 480 Ltr | 114 x 65 x 65 | 8 |
Superior Light and Environmental ControlOur Photo Stability Chambers deliver superior environmental uniformity, supporting light validation per ICH Q1B guidelines. The combination of precise illumination control (fluorescent and UV lamps, 1500-8000 Lux) and programmable cycling ensures consistent, reproducible photo stability testing for a range of sensitive samples. The microprocessor PID controller allows for effortless adjustment and monitoring of environmental settings through a user-friendly touchscreen interface.
Advanced Safety and Data ManagementThese chambers are built with essential safety features like over-temperature protection, secure door locks, and circuit breakers, ensuring safe continuous operation. Comprehensive data logging through USB ports and printer connectivity allows for real-time recording and export of vital parameters such as temperature, humidity, and light intensity, which supports regulatory compliance and audit requirements in laboratory settings.
FAQ's of Photo Stability Chambers:
Q: How does the chamber ensure uniform temperature and humidity for stability testing?
A: The chamber employs a high-efficiency compressor-based cooling system and PID controlled heating elements, working in tandem with a humidification system to precisely maintain and distribute temperature (10C-60C) and humidity (40%-90% RH) throughout the chamber, achieving uniformity within 1C.
Q: What is the benefit of using programmable cycling in the photo stability chamber?
A: Programmable cycling allows users to automatically schedule changes in temperature, humidity, and light exposure, simulating real-world environmental variations and accelerating stability testing protocols for pharmaceuticals, cosmetics, and other sensitive samples.
Q: When should I use the UV versus fluorescent lamps during photo stability studies?
A: Use fluorescent lamps to simulate typical daylight conditions, and UV lamps when assessing samples' degradation or reaction to ultraviolet exposure as per ICH Q1B guidelines. The chamber allows switching or combining both light sources based on study requirements.
Q: Where can the data recorded by the chamber be accessed or exported?
A: Data on parameters such as temperature, humidity, and light intensity can be accessed directly on the digital LCD touchscreen, and exported via the built-in USB port or via printer connectivity for documentation and compliance purposes.
Q: How does the chamber support laboratory safety during operation?
A: The chamber features multiple safety measures, including over temperature protection to prevent overheating, a secure door lock to restrict access, and a circuit breaker to safeguard against electrical faults, ensuring secure operation in laboratory environments.
Q: What makes the chamber's construction suitable for frequent laboratory use?
A: Constructed with an inner chamber of SS 304 stainless steel and an outer powder-coated mild steel body, the unit is resistant to corrosion and chemical exposure. Adjustable stainless steel shelves and robust castor wheels with locking capability provide durability, flexibility, and convenient mobility.