|
Full Product Line
|
|
Control Valves
Dyna-Flo specializes in FISHER process control equipment. Whether it is reconditioning your existing FISHER Control Valves or FISHER Valve Parts, supply of completely reconditioned or new valves and valve parts, Dyna-Flo has a solution that will meet your needs. They stock a large range of new quarter turn actuators, level controllers, dump valves and regulators for same day delivery.
 |
Downloadable PDF links:
The DF100 Control Valve is designed to be a tough yet compact valve.
Well suited for many high pressure fluid applications, the DF100's compact design allows for easy installation in tight areas while allowing for easy maintenance.
|
 |
Downloadable PDF links:
The Model DF2000 control valves are heavy duty, top guided, single port, globe valves that can be used for either throttling or on/off control of either liquids or gases.
|
 |
Downloadable PDF links:
The Model 360 globe style control valve can be used for either throttling or on/off control of gases or liquids. The Model 360 has a balanced plug with options of bubble tight shut off. The Model 361 usually used in high temperature applications has a Class II shut off and a balanced plug. Both Models 362 and 363 are unbalanced.
|
 |
Downloadable PDF links:
The Model 363 control valve is a top guided, unbalanced, single port valve that is suitable for either throttling or on/off control of either liquids or gases. Standard shut off class is Class IV with a metal seat and standard trim is equal percentage.
|
 |
Downloadable PDF links:
The 390 Series control valves are cage, or top guided, single port, high pressure globe style valves with bolted bonnets. The Model 390 has three available configurations to meet most process applications. Standard Body Material is Low Temperature Steel (LCC) with 316 SST (CF8M) Bodies readily available.
|
 |
Downloadable PDF links:
The 570 Series Segmented Ball style control valve is suited to high flow, low pressure drop services. The straight through unrestricted flow path provides higher capacity than globe style valves.
|
Actuators
 |
Downloadable PDF links:
The DFC and DFO Series linear output actuator's large diaphragm area allows for low-pressure operation, and the spring provides fail safe positioning of a control valve on loss of pneumatic supply. Model DFC actuators are fail closed and Model DFO actuators are fail open.
|
 |
Downloadable PDF links:
The Model DFR can accept a splined shaft or square stub, making for easy automation of valves, louvers, dampers or any other quarter turn application. A CNC machined steel lever offers a higher factor of safety than a cast steel lever which makes DFR actuators stronger than most competitors. The rigid structure is also a stable base for accurate andrepeatable performance.
|
 |
Downloadable PDF links:
The Model DFN is a bracket-mounted, direct acting, spring and diaphragm actuator. Common applications include operation of butterfly valves, chokes, and louvers. The steel welded design provides necessary stability and reliability under extreme working conditions.
|
 |
Downloadable PDF links:
The Dyna-Flo D-Force actuator is a rugged dual piston scotch yoke actuator designed specifically for automation of quarter turn valves. The torque curve closely matches the requirements of valves that have a lower running torque with higher breakout and re-seat torques. The compact design also makes it a good choice for almost any application where space is limited. Check out the features for more details!
|
Local Pneumatic Controllers
 |
Downloadable PDF links:
The 5000 Level Controllers utilize an innovative relay manifold design providing easy maintenance and greater safety. Unique access to the seal around the displacement arm allows for effortless maintenance without disrupting the vessel connection. The 5000 is field adjustable from direct to reverse acting without additional parts
|
 |
Downloadable PDF links:
The Dyna-Flo 4000 Series pneumatic pressure controllers are the "brains" of a self contained, local pneumatic PID control loops.
The pressure controller detects the process pressure using a Bourdon tube. The process pressure is then compared to an operator manually adjusted set point, which in turn modulates the controller output. The controller pneumatic output is connected to a final control device, typically a control valve, that changes the process pressure.
|
|