Dispensing: Making Money, or Perhaps Making a - 0 views

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  #1 Lohmann Cooper on 27 May 13

   

  Grease, silicone, RTV, planting ingredient, anti-splatter water, decay chemical, marking fluids, hot glue. All of these products have at least something in common: theyre furnished on a daily basis in numerous companies over the US, oftentimes with wildly varying degrees of success. Our organization works together these fluids regularly, for a wide selection of clients. Within the last few six decades, weve leaned a great deal about dispensing systems and how to apply them to meet up with the needs of our clients. Listed here are a couple of important elements to consider when facing your next dispensing software.
  
  High Pressure or Low?
  
  Time-Pressure vs. Good Displacement
  
  Closing the Loop with Stream Meters
  
  High-pressure or Low?
  
  The viscosity (frequently measured in centipoises) of our media can determine the pressure that it takes to go it. For example, dispensing dots of Cyanoacrylate, (Super Glue) might require no more then 5-10 PSI, while flange sealant (RTV) might require 2000 PSI or more. The exact pressure required doesnt really matter, as factors are offered to cover most applications. The important thing isn't to combine and match low and high pressure elements. Sound obvious, right? Unfortuitously, we see it every single day.
  
  Time-Pressure vs. Good Displacement
  
  The reliability and reliability of your specific application will ultimately determine the method of dispensing your equipment selection, and therefore. In several applications where complete reliability isn't required, among the simplest ways of dispensing is time-pressure. Time-pressure requires opening a valve o-r orifice for a given duration to furnish a liquid at a given stress, since the name suggests. This theory holds that over and over repeatedly opening the same device, with the same fluid, at the same force, for the same period of time may yield similar quantities of allocated fluids. Depending on the particular valve, method of actuation, and repeatability of the operator or PLC, this method can generate hot tapping surprisingly repeatable results. Programs that include large volumes of material such as for example running a bead, filling a container or void, or treating glues or oil, respond perfectly to the approach. Key components are the valve, pressure pump or pot, and timer, often a PLC.
  
  Applications that hinge on a critical quantity of adhesive or other substance desire an even more controlled process. Applying facts of grease, specific amounts of glue, o-r specific amounts of a pricey substance are illustrations of where positive displacement (PD) dispensing equipment does apply. PD involves filling a chamber with a media and then applying air pressure or other force to move this media downstream to the part. This step and some always check valves or shut-off plates separate the primary way to obtain fluid from the part and drive the fluid to be delivered in particular packages, or displacements. Major human body dimensions coupled with great mechanical changes enable creating the quantities of these displacements to fit the requirements of this program.
  
  Closing the LoopFlow Measures
  
  If the process is totally essential, o-r if the customer demands, it might be necessary to confirm the specific amount of liquid allotted through usage of a flow meter. A flow meter is a system that translates liquid flow into a power output signal. This signal is normally both pulsed-output or analog. Some examples of movement meters: coriolis, positive displacement, generator, ultrasonic, and doppler. Each is of another design and is manufactured for-a specific application. Amount (ccs compared to. gallons), flow (continuous versus. Irregular) and viscosity (heavy fluids compared to. thin), can all affect the sort of meter that's suitable for your particular job.

   

  <div class="cArrow"> </div><div class="cContentInner">Grease, silicone, RTV, planting ingredient, anti-splatter water, decay chemical, marking fluids, hot glue. All of these products have at least something in common: theyre furnished on a daily basis in numerous companies over the US, oftentimes with wildly varying degrees of success. Our organization works together these fluids regularly, for a wide selection of clients. Within the last few six decades, weve leaned a great deal about dispensing systems and how to apply them to meet up with the needs of our clients. Listed here are a couple of important elements to consider when facing your next dispensing software. <br /> <br /> High Pressure or Low? <br /> <br /> Time-Pressure vs. Good Displacement <br /> <br /> Closing the Loop with Stream Meters <br /> <br /> High-pressure or Low? <br /> <br /> The viscosity (frequently measured in centipoises) of our media can determine the pressure that it takes to go it. For example, dispensing dots of Cyanoacrylate, (Super Glue) might require no more then 5-10 PSI, while flange sealant (RTV) might require 2000 PSI or more. The exact pressure required doesnt really matter, as factors are offered to cover most applications. The important thing isn't to combine and match low and high pressure elements. Sound obvious, right? Unfortuitously, we see it every single day. <br /> <br /> Time-Pressure vs. Good Displacement <br /> <br /> The reliability and reliability of your specific application will ultimately determine the method of dispensing your equipment selection, and therefore. In several applications where complete reliability isn't required, among the simplest ways of dispensing is time-pressure. Time-pressure requires opening a valve o-r orifice for a given duration to furnish a liquid at a given stress, since the name suggests. This theory holds that over and over repeatedly opening the same device, with the same fluid, at the same force, for the same period of time may yield similar quantities of allocated fluids. Depending on the particular valve, method of actuation, and repeatability of the operator or PLC, this method can generate <a rel="nofollow" href="http://www.rangeline.com/wet-tapping-hot-tapping.html">hot tapping</a> surprisingly repeatable results. Programs that include large volumes of material such as for example running a bead, filling a container or void, or treating glues or oil, respond perfectly to the approach. Key components are the valve, pressure pump or pot, and timer, often a PLC. <br /> <br /> Applications that hinge on a critical quantity of adhesive or other substance desire an even more controlled process. Applying facts of grease, specific amounts of glue, o-r specific amounts of a pricey substance are illustrations of where positive displacement (PD) dispensing equipment does apply. PD involves filling a chamber with a media and then applying air pressure or other force to move this media downstream to the part. This step and some always check valves or shut-off plates separate the primary way to obtain fluid from the part and drive the fluid to be delivered in particular packages, or displacements. Major human body dimensions coupled with great mechanical changes enable creating the quantities of these displacements to fit the requirements of this program. <br /> <br /> Closing the LoopFlow Measures <br /> <br /> If the process is totally essential, o-r if the customer demands, it might be necessary to confirm the specific amount of liquid allotted through usage of a flow meter. A flow meter is a system that translates liquid flow into a power output signal. This signal is normally both pulsed-output or analog. Some examples of movement meters: coriolis, positive displacement, generator, ultrasonic, and doppler. Each is of another design and is manufactured for-a specific application. Amount (ccs compared to. gallons), flow (continuous versus. Irregular) and viscosity (heavy fluids compared to. thin), can all affect the sort of meter that's suitable for your particular job.</div>

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