We Make Valve Automation Easy! Assured Automation is a leading provider of actuated valves, flow meters, and fire-safety emergency shutoff devices for industrial process control applications. For over 25 years we have been providing state of the art automation to a diverse clientele ranging from small equipment manufacturers to Fortune 500 Manufacturing, Chemical and Pharmaceutical Companies.
Our product line consists of a complete offering of electrically and pneumatically actuated ball, butterfly, and plug valve assemblies with a variety of commonly used accessory items. Anyone can quickly and easily specify a complete assembly using our interactive valve configurators.
In addition, we offer complete valve automation services where we provide unique custom solutions developed around your particular application.
I hope this message finds you well. FLow sensing is costly and trickey , I am are writing to provide you with information on the calibration and prediction of flow rate and the time required to dispense water under varying pressure conditions. This knowledge is essential for efficient water management and distribution in various applications. Flow rate is a crucial parameter, and it is influenced by several factors, including the water source, pipeline type, and pressure control mechanisms in place. For consistency and reliability in maintaining pressure, there are options such as utilizing pumps, auto-filling overhead tanks, or employing devices like the Pressure Controllers. To calculate the flow rate and the time needed to dispense 1000 liters of water with a pressure of 3 bar, we've collected the following data: At 2 bar pressure, the tap dispenses 20 liters of water in 1 minute. At 4 bar pressure, the tap dispenses 40 liters of water in 1 minute. Let's begin by determining the flow rates at both 2 bar and 4 bar pressure: Flow Rate at 2 bar pressure: Flow rate = Volume / Time Flow rate = 20 liters / 1 minute Flow rate = 20 liters/minute Flow Rate at 4 bar pressure: Flow rate = 40 liters / 1 minute Flow rate = 40 liters/minute Now, we need to find the flow rate at 3 bar pressure. Given the flow rates at 2 bar and 4 bar, we can assume that the relationship between flow rate and pressure is linear. To estimate the flow rate at 3 bar pressure, we can use linear interpolation. First, we calculate the flow rate increase per bar of pressure: Flow rate increase per bar = (Flow rate at 4 bar - Flow rate at 2 bar) / (4 bar - 2 bar) Flow rate increase per bar = (40 liters/minute - 20 liters/minute) / (4 bar - 2 bar) Flow rate increase per bar = 20 liters/minute / 2 bar Flow rate increase per bar = 10 liters/minute/bar Now, we can find the flow rate at 3 bar: Flow rate at 3 bar = Flow rate at 2 bar + (Flow rate increase per bar * (3 bar - 2 bar)) Flow rate at 3 bar = 20 liters/minute + (10 liters/minute/bar * (3 bar - 2 bar)) Flow rate at 3 bar = 20 liters/minute + (10 liters/minute) Flow rate at 3 bar = 30 liters/minute With a flow rate of 30 liters/minute at 3 bar pressure, we can calculate the time required to dispense 1000 liters of water: Time = Volume / Flow rate Time = 1000 liters / 30 liters/minute Time = 33.33 minutes In conclusion, it would take approximately 33.33 minutes to dispense 1000 liters of water at a pressure of 3 bar. This information is valuable for planning and optimizing water distribution processes in your specific application.
Can you please answer these questions about the product? Because I need it in my project. 1. Does it work in 6-12V DC voltage? 2. It is normally open type?. 3. Can it be controlled with a thermostat? 4. Can it work in temperature of about 80°C
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1) Is it available in India? 2) Cost of the Product? 3) How do we operate it's opening and closing? 4) Is it controlled wirelessly? If yes the what is the range ?
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Thanks for sharing the video Manasmicro is one of the best Electromagnetic flow meter manufacturer in pune India. We supply best electromagnetic water flow meter at best price www.manasmicro.com/electromagnetic-flow-meter/
Check out assuredautomation.com/flow/ If you still have questions call us at 1-800-899-0553 and one of our flow meter specialists will be glad help you
Sorry i live in México But i need like a "y" But close one and open de second one like a input selector you have a product can solve my problem and is your enterprise chipping to México
+masterserch lolol Please contact our office for product information. By email sales@assuredautomation.com or phone 800-899-0553 Thanks for your interest
Complete Video Trancript: Introducing the FireChek Series Exclusively from Assured Automation. The FireChek Valve is a heat activated pneumatic shutoff valve that is used to stop supply air and exhaust pneumatic valve actuators in the event of a fire or excess heat emergency. The FireChek Series Includes models to fit pneumatic actuators of almost any size. The FireChek Valve by itself is suited for use on smaller actuators, typically those found on valves up to 4 inches in size. When larger valves require emergency thermal shut-off operation, the FireChek Valve with Quick Exhaust drastically increases the exhaust speed of the pneumatic actuator. This provides for faster return to failsafe. When valves with extremely large actuators require thermal shutdown the FireChek Valve is packaged with a high flow pilot valve to provide even faster exhaust capabilities. The most advanced FireChek Valves include an Explosion Proof electric solenoid. This allows the unit to provide the means of actuator control in addition to the thermal shutdown functionality. The FireChek Valve operates using a coil made of a patented shape memory alloy that changes physical state at specific temperatures. Once the actuation temperature is reached, the FireChek Valve is triggered and simultaneously performs 2 important functions. One: it vents the actuator, allowing the valve to return to its failsafe position. Two: it cuts off supply air to prevent it from potentially feeding the fire. FireChek Valves have 1/4” NPT connections and are available in three different actuation temperatures: 135, 150, and 165 degrees Fahrenheit, where 165 is the standard. These temperatures are extremely accurate and repeatable ensuring that actuation happens at the right temperature, and ONLY the right temperature. Many plants currently use fusible plugs or plastic burn-through tubing on the actuator’s air supply line to exhaust the actuator. While these methods effectively allow the actuator to return to failsafe, they also allow the supply air to FEED oxygen to the localized fire making conditions worse. Fusible Links are another common emergency shut-off technique, however, they require an entire valve assembly dedicated to this function. FireChek Valves enable any pneumatically operated valve to perform this duty while maintaining its original functionality, whether it is on/off or modulating. Another valuable feature of the FireChek Valve is that it can be tested and reset easily as part of a regular safety monitoring and maintenance program. When using the FireChek Valve by itself on smaller actuators, installation is as simple as connecting the FireChek Valve inline on the supply air line to the actuator. The FireChek Valve can be nippled directly into the actuator port, or installed anywhere upstream. Using two compression fittings makes for an extremely easy retrofit into stainless steel tubing. The FireChek Valve can be located either before or after the actuator’s control solenoid. Installation of the FireChek Valve with Quick Exhaust is similar, however the outlet, or downstream side has the quick exhaust diverter valve attached. These units function exactly the same as the FireChek Valve, except when they are triggered, the exhaust from the actuator is diverted through a larger exhaust port, providing a faster evacuation of the air from the pneumatic actuator. The exhaust Cv increases from .56 to 3.3 for the 3/8” model and up to 8.8 for the ¾” model. In cases where the actuators are large enough to require a high flow piloted spool valve for operation, the FireChek Valve is installed on the external pilot line of the spool valve. This setup provides the same functionality, but does so in a slightly different manner. The FireChek Valve vents the spool valve’s pilot, causing the spool to shift, which then exhausts the actuator. These pilot valve assemblies expand the FireChek Valve’s capability by increasing BOTH the opening AND exhaust Cv. The Cv of the FireChek Valve itself is .49 inlet and .56 exhaust. ¼” pilot valves increase both values up to 1.53/8” goes up to 2½” up to 5.5And 1” pilot valves increase both inlet and exhaust Cvs up to a whopping 11.1.That’s about 20 times the airflow of the FireChek Valve itself. The Pilot valve models are available in various mounting styles including NAMUR, Plate mounted, and inline. Inline models can have female NPT threaded ports, or include compression fittings on the inlet and outlet for connection to stainless steel tubing. This makes for an easy retrofit in any system. All Pilot Valves are SIL 3 stainless steel 3-way valves. They are available as air operated spring return, which simply act as a larger version of the FireChek Valve, or with an Class 1 Div 1 explosion proof solenoid with potted coil to provide for control of the pilot valve - therefore control of the actuator itself. The solenoid valves can be 12 or 24 volt DC, or 120 or 240 volt AC. You can easily select the FireChek valve that is right for your application by using the online configurator. Simply select the type, size, mounting style, and temperature, and you will see pricing, model code, and photo update instantly. For additional information about the FireChek Series visit assuredautoamtion.com/firechek or call Assured Automation at 1-800-899-0553 to speak with a representative.
