FJK-W150 Power Plant and Mining Magnetic Proximity Switch; Travel switch FJK-W150CYES
Travel switch FJK-W150CYES
Performance characteristics:
1. This product uses magnetic excitation and mutual control to collect the conduction or disconnection of the contact points of the capture unit, without mechanical collision, so it has no wear, simple structure, convenient installation and debugging, and less maintenance than mechanical travel switches. Mechanical, micro, proximity, and infrared types require 95% or more, reducing the labor intensity of maintenance< br />2, The chipset mutual control technology used in this product ensures that the contact points of the capture unit will still have the function of maintaining the working state after being connected or disconnected. Its breakthrough point is to make up for the shortcomings of the mechanical, micro moving, proximity, and infrared travel switches used before, which require accurate installation of the contact points to be connected or disconnected< br />3, This product is a passive product and does not require an additional power supply to function. It is also a dry contact, without voltage reduction or loss, and can be directly connected in series to the circuit for convenient wiring< br />4, This product has three synchronicities, namely, the LED carried by the product itself is synchronized with the local control cabinet indicator light, synchronized with the computer window instructions in the control room, and synchronized with the internal contacts connected or disconnected* Even if the LED light on the product itself is damaged, its internal contacts will still work. The tongue spring magnetic proximity switch often has the following problems during operation:
1. The tongue spring magnetic proximity switch will gradually be magnetized, resulting in a high failure rate< When there is a slight change in the pressure of the air source or when there are foreign objects such as coal slag obstructing the valve, the built-in magnetic ring cylinder often causes the plug-in valve to not be able to close or open, resulting in poor stroke reset performance (i.e. free stroke), and sometimes the tongue spring magnetic proximity switch signal is not available< 3. The tongue spring magnetic proximity switch has a large displacement error and poor positioning accuracy< 4. The tongue spring magnetic proximity switch operates with a short induction distance to the magnetic ring, often resulting in no signal feedback< 5. The tongue spring magnetic proximity switch has a simple structure, low contact current, no protective circuit, and a high failure rate< For the signal switch FJK-W150 matched with the built-in magnetic ring cylinder cold temperature and wind speed cut-off door, it is recommended to use our company's following products: FJK-W150 magnetic induction switch
FJK-JA-LE
FJK-6Z2-JA-LE
FJK-w150-LE
FJK-W150-MCWTH
FJK-W150-FNXH-LE
FJK-W150-TKTSB
FJK-W150-SSSW
FJK-W150-JBZK-LE
FJK-LXJ-W150-LE
FJK-G6Z2-110NH-LE
FJK-G6Z2-165NH-LE
FJK-P-LE
FJK-6Z2-P-LE
FJK-6Z2-NH-LE
FJK-TL-LE
FJK-6Z1-TL-LE
FJK-6Z2-TL-LE
5. LED display, convenient and intuitive, allowing for remote viewing of equipment operation status< br />6, The capture unit adopts a sealed structure, which is waterproof, dustproof, and has strong capabilities, suitable for various harsh environments< The FJK-W150CYES magnetic control travel switch, abbreviated as magnetic induction proximity switch, is widely used in the control of valve position travel in power plants. Its breakthrough point is to make up for the shortcomings of mechanical, micro action, proximity, and infrared travel switches that need to be installed accurately in place and the contacts can only be connected or disconnected< This switch is a passive control series product that does not require separate power supply. The use of chipset mutual control technology ensures that the contacts of the capture unit will still have the function of maintaining the working state after being connected or disconnected. Its breakthrough point is to make up for the shortcomings of the mechanical, micro, proximity, and infrared travel switches that were previously used, which require accurate installation of the contacts to be connected or disconnected< The travel switch FJK-W150CYES has been our company's independent intellectual property for many years. Its performance is stable and reliable, and it has been well received by users for over a decade. After replacement, the above-mentioned problems can be solved and the maintenance amount during equipment operation can be reduced. Its characteristics are as follows:
1. Our company's FJK-TL product uses multiple two terminal network components and four terminal network components to form a composite circuit, with strong capabilities. The LED displays synchronously, and the valve operation status is clear at a glance. It can be observed from a long distance, making it convenient for duty personnel to inspect and reducing labor intensity< br />2, Make full use of the piston magnet in the cylinder to trigger, without mechanical wear during the action process, with a function to maintain the working state, accurate signal acquisition, and good stability< br />3, Suitable for AC and DC working voltage environments, it can directly drive various relays and contactors, or directly enter PLC or CS systems, and can also display the working status of the equipment on site< br />4, Installation connection method. Adopting a clamping bracket, the installation and debugging are convenient< br />5, One installation positioning, during the operation cycle of the main equipment, does not require on-site adjustment and maintenance, and has a long service life< br />6, Can adapt to harsh working environments, waterproof, moisture-proof,. Reliable operation in situations with high levels of dust& nbsp;