Stackable design for flexible lab and production use
High dissipation capacity to support demanding thermal loads
Maximum operating temperature of 260°C (500°F)
High-volume horizontal recirculating airflow for uniform temperature distribution
Automatic modulation damper to optimize energy efficiency
Removable rear wall to simplify fixturing of power leads and test boards
Digital temperature controller with clear 3/4” (1.9 cm) LED display
High-limit over-temperature protection for safe operation
Modbus RS485 communication port for remote monitoring and data logging
Airflow switch to safeguard against fan failure
Durable stainless steel interior for easy cleaning and corrosion resistance
Baked enamel exterior finish for long-lasting scratch resistance
Designed for easy maintenance and servicing
Advanced microprocessor controller with large LCD display, integrated data logging, and USB port for easy configuration and data export
Nitrogen injection system to minimize oxidation during high-temperature processes, including liquid nitrogen cooling for rapid temperature reduction
Ethernet connectivity for network integration and remote control
Lockable casters for mobility and stability
Redundant high-limit temperature safety system
Chart recorder for analog temperature monitoring and record keeping
CE compliance certification for international safety standards
Stacking hardware kit to securely stack multiple units
This stackable benchtop burn-in oven is engineered to provide maximum flexibility for small-lot qualification testing, burn-in cycles, reliability assessments, and research and development applications. Its design supports efficient throughput and optimal equipment use, making it an excellent choice for test labs and production areas with limited space.
Flexibility for Concurrent Testing
The modular, stackable design allows multiple ovens to operate independently, enabling simultaneous tests at different temperatures or cycle durations. This capability is ideal for small batch qualification testing, where new tests can begin in one chamber while others remain in progress, maximizing throughput and equipment utilization.
Space-Efficient Design
Compact footprint allows the oven to be placed on a benchtop or stacked vertically to conserve floor space, making it suitable for environments where space is limited.
Accurate and Intuitive Controls
Standard digital controllers provide precise temperature regulation with integrated high-limit protection for safety. For advanced process control, an optional microprocessor-based controller offers:
Large LCD display for clear status monitoring
Real-time clock enabling scheduled auto-start functions
Integrated data logging for reporting and analysis
USB port for easy data export
Standard Modbus RS485 communication, with optional Ethernet connectivity for network integration
Remote Monitoring and Management
Dedicated network utility software enables centralized control and monitoring of up to 32 ovens from a single PC via RS485 communication. This simplifies remote programming, operation, and data collection across multiple units.
Effective Thermal Dissipation
High-volume recirculation fans ensure uniform temperature distribution in compliance with MIL-STD-883 standards, while efficiently removing heat generated by loaded devices. This makes the oven particularly suited for high-dissipation burn-in applications.
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