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The NEMA 4X Enclosed Motor Starter from Springer Controls is a reliable and efficient solution for controlling AC motors in harsh environments. Suitable for use in a variety of applications, including industrial, commercial, and residential settings, this starter provides a safe and easy way to start and stop motors. Its compact design and durable construction make it ideal for use in areas where space is limited, and its ability to operate on a wide range of voltages (24-60V) makes it a versatile option for different power requirements. Perfect for use in factories, warehouses, and other industrial settings.
Top product features:
NEMA 4X rated polycarbonate enclosure for protection in harsh environments
20-24A overload protection to prevent motor damage
Start/stop functionality with separate control voltage for flexible control options
Top product applications:
Industrial Automation: This product is suitable for use in industrial automation systems, where a reliable and durable motor starter is required to control and protect industrial motors.
Commercial Electric Power Distribution: This product can be used in commercial electric power distribution systems to provide a safe and efficient method of controlling and protecting electric motors in commercial settings.
Machine Shop Automation: This product is a good fit for machine shop automation systems, where a high-quality motor starter is required to control and protect electric motors used in machinery and equipment.
Springer controls manufactures a complete line of iec enclosed ac motor starters up to 60hp or 80a. Assembled motor starters consist of a contactor overload relay and a nema 4x rated polycarbonate enclosure. To select the proper starter for your requirements 1) refer to the motor or equipment nameplate to verify the full load amperage (fla) at the input voltage you will supply. Be sure to confirm whether it is 1phase or 3phase power to the motor. Choose a starter rated for current (amps) higher than the fla of your motor. 2) choose the control power used to close the contactor. 3) choose the overload by selecting a current range that contains the fla of the motor from step 1. Once you have done this it should narrow down the starters to only options suitable for your motor and power requirements. Then select your starter based on the following optional criteria 4) incoming power if the line power will be used as the control power as well this is referred to as a "direct-online starter" if the control voltage is not the same as the line voltage we refer to this as "separate control voltage" if the starter needs to be activated from an external switch we add terminals to accept the control power input from that switch. We refer to this as "remote start terminals" it is assumed in this arrangement that the line voltage and control voltage are the sameif you would like remote start terminals and will be using different voltage for line power and control power we refer to this as "separate control voltage + remote start terminals" features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" 26a 3 phase separate control voltage start/stop 24-60v ac/dc coil 20-24a o/l nema 4x poly