RBC Stackable Burn-In Chambers
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Thermal Processing Technology u BC Stackable Burn-In Chambers R Dual chambers equate to maximum flexibility Despatch’s stackable burn-in chambers offer maximum flexibility for small lot qualification testing, burn-in, reliability testing, and research and development. Flexibility - The stackable burn-in chambers allow users to run concurrent tests utilizing different temperatures or different cycle times. They are ideal for qualification testing with small lots, because a new test may be started on the second chamber while the first test is still in progress. This chamber configuration is designed to maximize throughput and equipment utilization. Small Footprint - The chamber may be placed on a benchtop, or stacked to conserve valuable floorspace. The small footprint makes these chambers ideal for test labs or production areas where space is at a premium. Easy to use Controls - Standard digital controls regulate temperatures within tight tolerances and provide high limit protection. For more advanced control choose the optional Protocol 3™ microprocessor-based temperature and hi-limit controller with large LCD display and real time clock for auto start capability. Protocol 3™ features three operating modes for quick and easy operation: Manual mode, Timer mode and Profile mode. The data-logging functionality enables reporting and analyzing and data files can be exported via the controller’s USB port. Modbus RS485 communications are included for easy data access. Thermal Dissipation - High volume recirculation fans maintain consistent, uniform temperatures required by MIL STD 883 while removing heat generated by the load. Despatch’s stackable burn-in chambers are ideal for high dissipation applications. FEATURES AT A GLANCE u tackable configuration S u igh dissipation capacity H u aximum temperature: 2600C M u igh volume horizontal recirculating airflow H u utomatic modulation damper for energy A Shown with optional Protocol 3 con

STACKABLE BURN-IN OVENS RBC1-50 STANDARD FEATURES PHYSICAL SPECIFICATIONS Model Nominal Chamber Dimensions (width x depth x height) Capacity in cubic feet (liters) u igital control with 3/4” (1.9cm) LED display D Overall Size (width x depth x height) u odbus communications connection (RS485) for M Electrical (Heater) Approximate domestic shipping weight (export adds weight) 800 watts 1300 watts 1400 watts 800 watts 1300 watts 1400 watts Maximum mean temperature gradient (with evenly distributed live load) Temperature uniformity (empty oven) Control stability Time to temperature (240V) 3 u...