The new KAC stainless steel pipe and KAC pulse jet solenoid valve bodies are highly corrosion resistant, which makes them suitable for heavy use. However, they still require a reliable and stable electrical connection to function well. Mentioned below is the electrical ordering code for a KAC stainless steel pipe and KAC pulse jet solenoid valve body assembly. For an installation to be completed according to the electrical code, the correct electrical wiring should be installed between the solenoid assembly and the pipe body. If any other wiring is used, it must be replaced.
For best results, the pipe must be completely seated in the solenoid housing with the valve fully opened. A two-inch pipe length, including the seat area, is recommended for maximum effectiveness. There should not be any sloping sections within the seating area. In addition, the seating depth must be at least three times the internal diameter of the pipe. To maximize cleaning lower air temperatures due to internal pressures caused by internal cooling fan exhausting, and to improve air flow through a KAC system, the inside of the valve body must be at a cooler ambient temperature than the outside air temperature.
For easy installation, the front end of the KAC solenoid should be disconnected from the front end of the KAC pipe using terminals. Cut the lead that connects the solenoid to the KAC pipe with a pair of scissors. Secure the connection with plumber’s tape, securing the terminal end of the KAC pipe to the outside of the solenoid body with an adjustable nut and bolt. This routing was referred to as a cutout when it was first introduced into the market by Michaels. Due to ease of installation, this now standard routing is the preferred method of cutting open and closing the KAC pipe connection to the solenoid for washing.
The optional step of adding a pulse jet valve body material casing, available in several different materials, to the existing KAC is an option for those who prefer a more standard, and somewhat conservative, appearance. When the port connection is closed, the body of the KAC is removed and the new body installed. This is accomplished by removing the threaded end from the pipe. The new body is then installed, lined up with the pipe, and pressed into place with plumber’s tape. The threading on the new body is the same size as the threading on the pipe, providing an appearance that is more consistent with the other KAC products.
A second, less popular option for upgrading KAC valves is to purchase the KAC pulse jet solenoid valve body material solenoid enclosure integral pilot to the same diameter of the original. These units are offered by several manufacturers, but again, the ordering code number should be looked up on the product web site to be certain that this is the correct option. If you have any sort of inquiries concerning where and exactly how to utilize use this link, you can call us at our own page. Many of these KAC products come standard with the proper code numbers.
A third option for upgrading a KAC is to replace the current pilot with a mid-range or high-end model that has a lower mean pressure flow. These products do not offer the same fast response time as the higher-end ones do, however, they still work quite well. In fact, a slow-speed KAC pulse button can even be used when a slow-speed KAC is installed. In addition, the low-speed pilot eliminates the need for expensive high-temperature mixing tanks in applications where fast response is critical.
Finally, for more reliable high-performance control and increased reliability it is often necessary to upgrade to a high-end pressure vessel valve. This option is often recommended for application areas that see unusual operating temperatures, or that are subjected to harsh corrosive conditions. Some high-end valves offer adjustable liners that allow for precise temperature control. They can also have variable pulse widths, which are especially helpful for applications that experience varying pump flow velocities.
Whatever the case, any KAC pressure vessel valve that is replaced should always be paired with a Mikesel block or sheet metal valve guide that is in good condition. When shopping for a replacement valve, the distributor or installer should be able to provide one of these guides along with the original. The correct valve guide is essential to the operation of a Mikesels metal stamping machine and ensures that the machine will run at its optimal performance for many years to come.