Angle Seat: Angle Seat Valves are linear motion on-off valves. They are pneumatic actuated, low cost, and compact. Applications vary greatly. Designed for special applications that require flow in both directions and incorporate an anti-water hammer design for liquid applications. Standard visual indicator shows open or closed position.

Ball: Ball Valves are quarter-turn ball valves available in manual, electric, or pneumatic actuators. The materials they are made from include brass, stainless steel, and plastic models. Applications include heating systems, water treatment, and gas or liquid flow control. Ball valves are available in a wide variety of sizes for versatile application.

Butterfly: Butterfly valves are quarter-turn butterfly valves available in manual, electric, and pneumatic actuators. There are steel and plastic models. Manual gear operators and SAE valves are available in the manual category. A few models have a cartridge seat design which alleviates installation problems.

Check: Check valves are back flow prevention valves. There are in-line and flap models. They are economical and used for both commercial and industrial application. A few models are designed with a smooth flow profile to minimize head loss and accumulation of debris.

Diaphragm Pulse: Diaphragm pulse valves are for controlling air pulses in dust collectors. A coupling connection allows for a quick and simple installation. Valves are offered in both integrated and remote coil configurations.

Globe: Globe valves are linear motion valves for flow control of gases, liquids, and steam. Models are pneumatic actuated and economical valves. Coupled with the high flow capacity, the Hi-Flow™ control valve maintains a wide rangeability of 50:1. A few models have metal-to-metal seating that ensures excellent flow control and shut-off service.

Needle: Needle valves are manual linear motion valves for precise flow control in low flow, small pipe applications. Models provide excellent performance and reliability. They have a tamper-proof design and blowout-proof stem. A few models are designed to be used in pressure or non-critical vacuum applications.

Self Acting Temperature Control: Self Acting Temperature Control valves are linear motion globe valves for flow control that has their own mechanical temperature sensors and temperature set points. No external power sources needed and this model is ideal for regulating the temperature of tanks, process streams, and various types of industrial equipment.

Solenoid: Solenoid valves are electric actuated on-off valves. They have a compact design. Some models are immune to mounting orientation. Compatible with a wide range of gases and liquids. Applications include flow control, water, process control, and chemical mixing.

Zone: Zone valves are electric actuated valves for flow control of hot and cold water in HVAC systems. Typically used in conjunction with a thermostat to control room temperature, models are either two or three way valves. Consult factory for 220 VAC power supply, optional auxiliary switches, and BSP or sweat connections.

Manifold: Manifold valves are manual block and bleed manifold valves for pressure instruments. Suited to control oil, water, toxic fluids, chemicals, air, and steam. Flanged models are designed to mount to an industrial differential pressure transmitter. Applications include oil refineries, nuclear power stations, petrochemical processing and more.

Strainer: Strainer valves provide excellent filtration to help prevent damage to valves, meters, etc. from rust and dirt, without sacrificing high flow characteristics. They are cost effective and high flow valves. Strainer valves have two options of materials: Brass and stainless steel. Manufactured for industrial applications.

Most Popular

Series MV

Series SMV2

Series DCV/RDCV

Series NVII

Questions

Question

Hi-Flow™ control valves call out ANSI B16.104 Class IV flow leakage. What does this mean?

Answer

ANSI B16.104 is a testing specification for control valves. This specification has actually been superseded by ANSI/FCI 70-2 Class IV. The class IV designation defines the allowable amount of leakage through the valve seat in the closed position. Class IV allows for .01 percent of the rated flow (Cv), to pass through the seat. Class IV is common for metal to metal seated valves.

Related

Series 2000VA/3000WA

Question

What if I need parts for my Hi-Flow™ control valve?

Answer

Many Hi-Flow™ valves have been in service for 15+ years with all original parts. However, since Hi-Flow™ valves are commonly used in steam service, a severe application, some parts may wear over time. Unlike other control valves, Hi-Flow™ valves are designed with removable seat rings making repair or replacement of components an option. Although all parts are available, you will probably never need more than a seat ring, plug assembly, and stem packing to have a valve that is like new.

Related

Series 2000VA/3000WA

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