ABS Premium Lab Refrigerators deliver superior cooling to laboratory environments. Engineered with variable speed compressors (VSCs), these units feature ultra-quiet operation and significant energy savings. VSCs optimize energy consumption by self-adjusting to cooling demands. These compressors also deliver enhanced system performance and provide a longer lifespan than other compressor variations.

Enjoy the uniformity and speed of microprocessor temperature control and a full array of alarms to safeguard your products. Unit controllers also come with a battery backup to keep your data safe. Upgrade your laboratory environment with these premium refrigerators and welcome energy savings, noise reduction, smooth operation, and improved system performance to your work environment.

Temp Controller

• Controller technology: Proportional Integral Derivative (PID) microprocessor with LCD display
• Battery Backup: 24V high-capacity battery, controller, all alarms active, temperature monitoring DAQ and event logging active on battery backup
• Display technology: Non-applicable
• Digital Communication: RS-485 (MODBUS)
• Data Transfer: USB port for data transfer and software updates
• Chart Recorder: Non-applicable
• Adjustable Temperature Range: 1°C to 10°C
• External alarm connection: State switching remote alarm contacts
• Alarms: Alarm logging (last 100 entries) with Visual and audible indicators - Power failure, Temperature sensor failure, Battery voltage monitor and replacement, High / Low temperature, Door ajar.
• Controller probe: Bottle with glass bead thermal media
• Disclaimers: Performance data acquired at 22°C ambient, 4°C nominal set point in an empty cabinet with shelves using air probes, during stabilized steady state operation and a DAQ sampling rate of one measurement every 10 seconds
1. Uniformity is defined as the maximum variance in temperature across all probes at any point in time over the testing period
2. Stability is defined as the maximum variance in temperature experienced by any single probe over the testing period
3. Data per Energy Star test results or equivalent testing and calculation. Heat rejection based on daily averages, not continuous operation. Performance exceeds Energy Star requirements
4. Charts serve as representations of the product family, and actual performance may vary slightly