Johnson Controls 98923 N.O. 3/4" UNION GLOBE VALVE CV=7.3, LESS ACTUATOR

N.O. 3/4" UNION GLOBE VALVE CV=7.3, LESS ACTUATOR

The Johnson Controls 98923 N.O. 3/4" UNION GLOBE VALVE CV=7.3, LESS ACTUATOR is designed for use in commercial and industrial hydraulic applications, such as pumps, fans, sweepers, conveyors and valves. This valve has a maximum pressure of 730PSI at 70ºF and a temperature maximum temperature of 200ºF to 225ºF.

The N.O. 3/4" Union Globe Valve CV=7.3, Less Actuator is a Johnson Controls brand, and is part of the Nelson Valve product line. The Union Globe Valve CV=7.3, Less Actuator has a vacuum breaker, for safety from back-flow contamination, and a special air relief valve allows for applications requiring excess air relief.

The Johnson Controls N.O. 3/4" Union Globe Valve CV=7.3, Less Actuator is designed to cut water consumption for people with central heating systems. It comes with a mains pressure of 7 bar and a flow rate of 8.52 ltr/min. It is supplied complete with actuator handle and rotatable union globe valve spindle.

This Johnson Controls N.O. 3/4" Union Globe Valve CV=7.3, Less Actuator is suitable for application in gas valves, air flow control devices, plumbing fittings, 2- 2 way ball valves, 0-100 psi pressure limiting.

The 98923 N.O. Globe Valve from Johnson Controls With a Cv of 7.3 and a Less Actuator this valve is designed to provide years of quality performance

An N.O. 3/4" union globe valve is a component of a water distribution system. This N.O. 3/4" union globe valve uses a hand wheel to control the flow of water through the metal piping network it serves, and may be used as an on/off switch to control flow or as a traffic controller between sections of pipe containing different sizes or types of valves that require individual control.

The N.O. Series globe valve is designed for non-pressure applications up to 140°F (60°C) or 45psi. It has a simple and economical design with ample capacity to reduce overall costs and simplify maintenance. Use for services such as:

Our time-tested Johnson Controls brand union globe valves are used in the HVAC industry. Our valve products line an array of sizes up to 36". Materials include Cast, pre-galvanized steel bodies, Buna-N seals are used, standard on some models. Other sealing materials are optional. A variety of end connections are available including threaded end for pipe, flange end for pipe, socket end for pipe or flat end for use with adapter on device. Required shut off devices are also offered to meet requirements of the engineer application. Available in both Braze-On and Threaded Flanges.

The Union Globe Valve represents the latest in globe valve technology. It provides pressure sealing by means of a rolling disc, which is pressed against the valve seat, creating a leak-proof seal. The unique construction of the disc allows the Union Globe Valve to have a greater seal area than any other globe, reducing leakage.

Provides full functionality for single stage heat pump systems. The control measures superheat (ambient temp. - suction line temp.), sub-cooling (refrigerant flow - suction line pressure), and discharge pressure to limit or cut out the compressor to maintain the preset differential. It is suitable for use with all of the following components:

With the latest innovation and technology built into our valves and controls, we can help you create a safer and more comfortable environment for your staff and improve efficiency to cut down on maintenance and operation costs. Turn to Johnson Controls – we develop continually improving, eco-friendly technology and user-inspired designs that help our customers to reduce energy use, protect staff and buildings, find new ways to work better, improve safety and comfort, save money, and take care of the environment.

These products are well designed, offer features that the customer wants, and the company communicates content that benefits the customer. The descriptions also focus on product information that allows the customer to share the information with friends and colleagues.