V-2410-7 Johnson Controls Valve

Overview

The Johnson Controls V-2410-7 is a three-way multipurpose solenoid air valve engineered for precise and reliable pneumatic control in commercial and industrial HVAC applications. Designed to interface electrical circuits with pneumatic systems, it diverts air signals to control devices depending on whether the coil is energized or de-energized. It features a compact design with a robust, solid brass construction, providing a dependable and long-lasting solution for environmental and building automation control systems.

Features

• Compact size built with a durable, solid brass construction for high reliability.
• Three-way functionality supports versatile pneumatic circuit configurations, operating as either a normally open, normally closed, or common diverting valve.
• Flexible mounting capabilities allow the valve to be mounted in any position, including an integral bracket for straightforward wall or panel installation.
• Conduit adaptable housing safely protects electrical wiring connections to meet strict commercial code requirements.
• Provides a positive air seal to ensure minimal leakage and maximum efficiency within the air circuit.
• Specialized compatibility allows the valve to be utilized within smoke control applications for critical building safety systems.

Specifications

• Valve Type: Three-Way Multipurpose Solenoid Air Valve
• Operating Pressure Range: 0 to 30 Psig
• Port Connection Size: 1/8 inch NPT
• Coil Voltage: 24 Vdc
• Air Consumption: 1.5 CFM
• Body Material: Brass
• Housing Style: Conduit Housing

Applications

• Pneumatic HVAC control systems requiring directional or automated air switching based on electrical inputs.
• Actuator circuits where the valve serves as a diverting or mixing component to position dampers or valves.
• Air distribution regulation within commercial air handling units and ventilation systems.
• Building automation systems integrating low-voltage controls with compressed air networks.
• Dedicated smoke control systems where quick-response air management is needed.