
Introduction
WALK-IN BURN-IN CHAMBER
Walk-In Burn-In Chambers are designed to test the reliability and longevity of electronic components, systems, and other devices under sustained, elevated temperatures over extended periods. This process, known as “burn-in,” identifies potential defects and ensures products can withstand real-world operational stresses.
Designed for long-duration, high-load operation, ISOTECH Burn-In Chambers feature uniform temperature distribution, high airflow volume, and robust insulation to maintain consistent performance. Advanced programmable controllers allow precise cycle control, monitoring, and data logging.
These chambers are widely used in semiconductor testing, power electronics, automotive ECUs, military-grade electronics, telecommunications hardware, and aerospace systems. Burn-in testing supports product stability, improves field reliability, and meets quality assurance benchmarks.
ISOTECH offers both standard and customized models, with modular designs suitable for R&D labs and high-volume production environments. Our burn-in solutions ensure compliance, reliability, and customer confidence across critical applications.
Main Features
Reliability Test
- Verification of potential causes based upon DFMEA
- Subassembly ALT, Thermal, Thermal Cycle
- Environmental Testing – Temp/Humidity, Salt Fog
- HALT
- System Level ALT.
Accelerated Testing Applied to PV Inverters
- Accelerated Life Testing
- Temperature
- Humidity, Temperature-Humidity
- Voltage
- Temperature Cycling
- Power Cycling
- Highly Accelerated Life Testing
- Cold Step Stressing
- Hot Step Stressing
- Rapid Thermal Transitions
- Vibration Step Stressing
- Combined Environments
Highly Accelerated Life Test – HALT
- HALT is intended to uncover design and design margin issues
- Five stresses
- Cold Step Stressing
- Hot Step Stressing
- Rapid Thermal Transitions
- Vibration Step Stressing
- Combined environments in addition to maximum loading the inverters are exercised under power
- Corrective Actions
- Achievement of acceptable design margins.
- Temperature margins, Vibration margins, Combined stresses


Chambers Construction
Interior structure made of non frost vapour / air tight type. The high – gloss polished stainless steel test space is welded vapour tight, has well finished edges. it remains impervious to corrosion and easy to clean. Interior structure made of non frost vapour / air tight type. 16 Or 18 SWG 304 grade stainless Steel with adjustable / removable shelving. Outer external structure made of 16 Or 18 SWG CRCA /GI/ Stainless steel with electrostatic powder super fine coating finishing for a good appearance.Insulation is environmentally friendly free of asbestos and CFC free mineral fiber insulation guarantees the best possible insulation values and hence, it will decrease the operating costs. ( Temperature range is above 80°C)CFC free Foamed in place Poly Urethane Foam (PUF) pre-fabricated. 80 mm puff panel insulation only for ITWCC models. (Temperature range below to 80° C)Door hinges fitted on the right hand side of the chamber with front opening single door. Double lined ‘A’ grade silicon gasket on door as well as chamber body so that like proof tightens the door for better performance with multi pan glass viewing window. Defogger heaters provided with an auto cut – off as well as suitable illumination provided to view the specimen under test. ( Temperature range is above 80°C)In ITWCC models flush mounted type door. Glass window for viewing inside. Positive cam lifts hardware. Safety release exit device for opening door from both the sides. ( Temperature range is below 80°C)Performance

Instrumentation System

Safety Devices
Walk In Hot & Cold Chamber equipped with an emergency stop switch. High reliability and operator safety. Easy protection of chamber and specimen in case of failure. Chambers stop if the door is opening as operator safety. European style design signal tower.Control circuit over current protection. Thermal fuse. Adjustable adequate safety cut – out against high and low temperatures. Chamber door limit switch. Every electrical functional circuit is equipped its own safety facility which shuts down the functional circuit affected or the entire test chamber in case of a malfunction.Model Number
Cable Port holes are located on the left or on the right side of the test chamber and shall be used for inserting measurement and control cables, other supply connections or additional equipment with rubber plug.Standard specification shelves and shelf are added as required.Drain out let pipe with suitable fittings.Electrical connection 415 V AC +/- 10%, 3 phase/N/PE 50 Hz.| Model No. | Temperature Range | Test space dimensions in liters. |
|---|---|---|
| ITBIC – 60 LO | RT +10°C TO 60°C | 2500 Liter to 850000 Liter |
| ITBIC – 100 LO | RT +10°C to +100°C | 2500 Liter to 850000 Liter |
Note: LO = Logic programmable Models.
Our Walk-In Hot and Cold test Chamber Samples

Walk-In Hot & Cold Chamber
Isotech Technologies
Walk-In Hot & Cold Chamber
Isotech Technologies
Walk-In Hot & Cold Chamber
Isotech Technologies
Walk-In Hot & Cold Chamber
Isotech TechnologiesLet’s Talk About your Requirements
Check with our team by submitting a simple form, Our team will get in touch with you soon..!
Call Us: (+91) 96064 55074
Testimonials
ISOTECHPL Clients Review
Industry to provide a comprehensive various range of products and services to the environmental test industry.Radha Krishna
Sanjeev Shetty
Lokanath
Malcom Roy
Radha Krishna
Sanjeev Shetty
Lokanath
Malcom Roy
ISOTECHPL
Frequently Asked Questions!
- Product testing
- Environmental testing
- Food processing
- Pharmaceutical manufacturing
- Storage of temperature-sensitive materials
- Standard chambers
- Custom chambers
- Reach-in chambers
- Pass-through chambers
- Cleanroom chambers
- The size of the chamber
- The temperature range required
- The features and options needed
- The budget
- Over-temperature and under-temperature alarms
- Emergency power failure alarms
- Door safety interlocks
- Fire suppression systems




