Solenoid Coil Dealers in Vadodara

• Material: ALUMINIUM
• SUPPLY: 230 V AC , 24 V DC , 110 V DC ,
• THREAD SIZE: 1/2 '' NPT
• Usage/Application: FOR SOLENOID VALVE
• Voltage: 230 VAC , 24 VDC , 110 VDC
• Brand Name: NASA
• Thread Size: 1/2 '' NPT
• Model Number: NEFL
• Power: 8 W, 11 W
• Height: 40 MM,

• Material: Stainless Steel
• Number of Pin: 3 Pin
• Country of Origin: Made in India
• Voltage: 230 V AC and 24 V DC
• Power: As Per Customer Requirement
• Type Of Power Source: DC

Our expertise helps us in providing advanced and reliable Solenoid Coil. Our clients are our first priority and all our products are designed to meet their optimum requirements. We offer our products in different customized patterns and verify their high performance on several quality aspects. Our products are high in demand, best in performance and affordable in price.   Features   High functioning Long durability Superior and advanced

Life of the Solenoid depends on ambient temperature, duty cycle, temperature rise and class of insulation used for the solenoid. Temperature rise depends on design, current density and insulation system of the coil. Rotex ensures that for all its design of the coil, temperature rise above ambient is less than 70 °C   As per IS 4800 standard, insulation system is designed for minimum life of for 20000 Hours When used continuously. Using the half life decay principle, every 10 °C reduction of the coil temperature, twice the life can be extra polated. Considering worst temperature rise of the coil at 1.2 times the rated voltage, continuously energized coil shall be less than 70 °C. For a ambient temperature of 55 °C, the maximum temperature of the coil will be 55 + 70 = 125 °CFor a Solenoid having class F insulation minimum life expected shall be as under:20000 Hours at 155 °C40000 Hours at 145 °C80000 Hours at 135 °C160000 Hours at 125 °C Which means, Life of a Continuously energized Solenoid having Class F Insulation, i.e. (ambient of 55 °C) is Minimum of 160000 Hrs ie 18 Yrs.   In case if more life is expected then Solenoid with better insulation or lower temperature rise is to be used (e.g. Low Power Solenoid)

Life of the Solenoid depends on ambient temperature, duty cycle, temperature rise and class of insulation used for the solenoid. Temperature rise depends on design, current density and insulation system of the coil. Rotex ensures that for all its design of the coil, temperature rise above ambient is less than 70 °C As per IS 4800 standard, insulation system is designed for minimum life of for 20000 Hours When used continuously. Using the half life decay principle, every 10 °C reduction of the coil temperature, twice the life can be extra polated. Considering worst temperature rise of the coil at 1.2 times the rated voltage, continuously energized coil shall be less than 70 °C. For a ambient temperature of 55 °C, the maximum temperature of the coil will be 55 + 70 = 125 °CFor a Solenoid having class F insulation minimum life expected shall be as under:20000 Hours at 155 °C40000 Hours at 145 °C80000 Hours at 135 °C160000 Hours at 125 °C Which means, Life of a Continuously energized Solenoid having Class F Insulation, i.e. (ambient of 55 °C) is Minimum of 160000 Hrs ie 18 Yrs. In case if more life is expected then Solenoid with better insulation or lower temperature rise is to be used (e.g. Low Power Solenoid)

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