The Aaon Inc. R95660 Aaon Enthalpy Control is a precision instrumentation device designed for HVAC systems within commercial buildings. As part of Aaon Inc.'s lineup of advanced environmental controls, this enthalpy sensor monitors and regulates humidity and temperature by measuring thermodynamic properties to optimize indoor climate. Its technical construction includes a robust sensor assembly with high accuracy, providing real-time data for efficient energy management in commercial HVAC applications, notably in industrial and institutional environments. The control unit features a high-precision thermistor and humidity sensor, making it suitable for integration into building automation systems that demand reliable humidity and enthalpy level regulation. It is specifically engineered to enhance system performance, reduce energy consumption, and ensure environmental stability, driven by a compact, self-contained design with straightforward installation parameters.
Top AllPoints Other R95660 Features
The Aaon Inc. R95660 aaon Enthalpy Control offers precise humidity and temperature sensing through high-grade sensor components, enabling effective climate regulation in commercial HVAC systems. Its durable construction ensures longevity under demanding operational conditions, with easy access for calibration and routine maintenance. The unit seamlessly integrates with existing building automation networks, facilitating smooth workflow and system responsiveness. Designed for installation in HVAC control panels or wall-mounted setups, it supports real-time environmental adjustments for optimal indoor comfort. Its compact size and straightforward wiring allow for efficient system upgrades and scalable configurations.
- High-accuracy thermistor and humidity sensor for precise control
- Durable sensor housing made of corrosion-resistant materials
- Easy access calibration port simplifies maintenance routines
- Compact, unit dimensions facilitate integration into existing HVAC panels
- Supports automated environmental adjustments for energy efficiency
Ideal for commercial HVAC systems requiring accurate environmental regulation and reliable performance.
AllPoints R95660 Aaon Enthalpy Control Technical Specs
This model operates with a standard electrical requirement of 24 V AC, 50/60 Hz, with a typical inrush current of less than 0.5 A. It features a thermistor-based temperature sensor and a humidity sensor housed within a corrosion-resistant polymer casing, capable of functioning within an operating range of 32°F to 122°F (0°C to 50°C). The control unit delivers a measurement accuracy of ±1°F for temperature and ±3% for humidity, supporting demand-based HVAC adjustments. Its internal electronics are housed in a weatherproof, stainless-steel enclosure finished in matte gray for durability. The device measures 4 x 2 x 1 inches, weighing approximately 0.5 lbs, and includes mounting brackets for seamless integration into HVAC control panels. Designed with a self-contained structure, it requires no external cooling methods, relying solely on ambient air for operation. Maintenance involves periodic calibration and cleaning of sensor surfaces with compliant, non-abrasive cleaning agents.
- Electrical Requirements: 24 V AC, 50/60 Hz, Amperage: less than 0.5 A
- Cooling Method: Self-contained with ambient air
- Refrigeration Type: Not applicable
- Production Capacity: Not applicable
- Construction & Finish: Corrosion-resistant polymer with stainless-steel enclosure
- Color: Matte gray
- Temperature Resistance: 32°F to 122°F (0°C to 50°C)
- Food Safety: Not applicable
- Dimensions: 4 x 2 x 1 inches
- Weight: Approx. 0.5 lbs
What is a commercial enthalpy control?
A commercial enthalpy control is a specialized sensor and regulatory device used in HVAC systems to monitor and adjust indoor environmental conditions based on thermodynamic energy content. It utilizes precise temperature and humidity measurements to optimize system performance, reduce energy consumption, and maintain desired comfort levels. Typically installed in building automation systems, the Aaon Inc. R95660 Aaon Enthalpy Control is used in industrial, institutional, and large commercial facilities to improve climate regulation and operational efficiency in central HVAC control applications, making it suitable for mid-volume building environments that require reliable environmental management.
Top commercial HVAC controls for moderate-building climate regulation
Reliable and high-precision, the Aaon Inc. R95660 Aaon Enthalpy Control is designed for installation in system control panels to optimize indoor climate environments across diverse building types. It is ideal for commercial HVAC applications demanding accurate environmental monitoring and efficient operation with moderate throughput levels, supporting consistent indoor comfort and energy savings in institutional settings. Manufactured by AllPoints Other, it offers durable performance suited for mid-volume HVAC environments.
- Operation in moderate-commercial building HVAC systems
- Suitable for compact commercial spaces or larger facility management
- Designed for climate control in commercial building HVAC systems
- Best for mid-level throughput in institutional or industrial HVAC setups
- Supports precise humidity and temperature regulation for environmental stability
Why Choose Aaon Inc. R95660 Aaon Enthalpy Control?
Why choose the Aaon Inc. R95660 Aaon Enthalpy Control over similar HVAC sensors? Its high-precision thermistor and humidity sensors provide accurate data essential for optimizing climate control. The durable, corrosion-resistant housing ensures longevity in demanding environments, while easy calibration enhances maintenance efficiency. Its compact design supports scalable integration into standard control panels, making it a practical choice for reliable building management and energy savings.
- Self-contained design with straightforward installation options
- Robust construction suitable for commercial HVAC control environments
- Supports seamless integration into building automation systems
- Enhanced durability with corrosion-resistant materials for long-term reliability
- Optimized for energy-efficient climate regulation in commercial facilities
