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The PENN A19ABC-24C is a remote bulb temperature thermostat engineered for precise temperature control in commercial refrigeration and HVAC applications. This electromechanical temperature controller uses a liquid-filled remote sensing bulb connected via an 8-foot capillary tube to provide accurate temperature measurement and switching control. The remote bulb design enables temperature sensing in locations separate from the control housing, making it ideal for refrigeration cases, walk-in coolers, freezers, and process cooling applications where precise temperature control is critical for product quality and energy efficiency.
| Brand | Part Number | Control Type | Sensing Element | Temperature Range | Capillary Length | Bulb Size |
|---|---|---|---|---|---|---|
| PENN | A19ABC-24C | Remote Bulb Thermostat | Liquid-filled capillary | -30°F to +100°F | 8 feet | 3/8" × 4" |
Designed for temperature control in commercial refrigeration systems including walk-in coolers, walk-in freezers, reach-in refrigerators, display cases, and process cooling equipment. The 8-foot capillary tube provides installation flexibility, allowing the control housing to be mounted remotely from the sensing location. Common applications include compressor cycling control, defrost termination, product temperature monitoring, and safety limit control. The wide temperature range (-30°F to +100°F) supports both refrigeration and HVAC applications, making it suitable for cold storage, food service equipment, and environmental chambers.
PENN's proven electromechanical design delivers consistent, reliable temperature control without the complexity of electronic sensors or calibration drift. The liquid-filled capillary system provides fast response to temperature changes and accurate setpoint control across the full operating range. Industrial-grade construction ensures long service life in demanding commercial refrigeration environments with exposure to temperature extremes, vibration, and moisture. The remote bulb configuration eliminates the need for electrical wiring at the sensing location, simplifying installation and reducing potential failure points in critical refrigeration applications.