Description
The Johnson Controls VA9104-AGA-2S is a professional-grade, direct coupled ball valve actuator engineered for precision control in commercial HVAC and building automation applications. Designed to operate on a 24Vac power supply, this actuator delivers reliable two-position and floating control without timeout, making it an ideal solution for hydronic systems, fan coil units, and air handling applications where dependable valve positioning is critical.
Key Features
- 24Vac operating voltage for compatibility with standard commercial control systems
- Two-position and floating control modes without timeout for flexible system integration
- 35 lb-in (4 Nm) torque output for positive, consistent valve actuation
- 60-second travel time for smooth, controlled valve movement
- 120″ (10 ft) plenum-rated cable for safe installation in air-handling plenums and return air spaces
- Non-spring return design maintains last valve position on power loss
- Direct coupled mounting for fast, tool-free installation on compatible ball valves
- Manual override handle allows local valve positioning during commissioning or power outages
Technical Specifications
- SKU: VA9104-AGA-2S
- Brand: Johnson Controls
- Control Type: Two-Position and Floating (without timeout)
- Supply Voltage: 24Vac
- Torque: 35 lb-in
- Travel Time: 60 seconds
- Cable Length: 120″ (10 ft) plenum-rated
- Return Type: Non-spring return
- Mounting: Direct coupled
- Override: Manual override handle included
Application & Benefits
The VA9104-AGA-2S is purpose-built for HVAC professionals who demand reliability and ease of installation. The direct coupled design eliminates the need for linkage kits, reducing installation time and potential points of failure. The plenum-rated cable ensures compliance with building codes in air-handling spaces, while the manual override handle provides added convenience during system startup and maintenance. The non-spring return function retains the last commanded valve position during power interruptions, making it well-suited for energy-saving strategies in building automation systems.
Reviews
There are no reviews yet.