
( Brand: Eclipse Aviation ), ( Manufacturer Part Number: 756-21C ), ( Type: Direct Cranking Starter ), ( Fits: Bendix Aviation ), ( Voltage: 28vdc ), ( Rotation: Cw )
The Eclipse 756-21C Starter is a powerful and reliable solution for cranking your 28-volt deep cycle battery bank. This starter, with model number 4116-L1, is specifically designed for use in various types of solar and renewable energy applications.
The 756-21C Starter features a robust 12-volt design, which is then stepped up to 28 volts using a high-efficiency DC-DC converter. This design ensures that the starter can handle the demands of larger battery systems, making it an excellent choice for off-grid applications, solar electric vehicles, and other power systems.
The starter motor itself boasts a heavy-duty construction, with a 2.1 horsepower output and 110 amps of starting current. This high power output makes it suitable for starting even the largest deep cycle batteries. The motor's cranking speed is an impressive 180 RPM, ensuring quick and efficient starting.
The 4116-L1 Control Module is an integral part of the Eclipse 756-21C Starter system. It includes features such as Soft Start and Reverse, which help to protect the battery bank from deep discharge and overcharging. The Soft Start feature gradually ramps up the battery voltage during startup, reducing the inrush current and minimizing the load on the batteries. The Reverse feature can help to expel any residual fuel or air from the engine during cranking, improving the reliability and longevity of the engine.
The 756-21C Starter is also designed for easy installation and maintenance. It comes with a number of mounting options, including a surface mount bracket and a flange mount bracket, making it a versatile choice for a range of applications. The starter is also equipped with a maintenance-free brushes and commutator design, which eliminates the need for regular brushing or adjustment.
Overall, the Eclipse 756-21C Starter with model number 4116-L1 is an advanced and reliable solution for cranking 28-volt deep cycle battery banks. Its powerful design, robust construction, and advanced features make it an excellent choice for off-grid applications and other renewable energy systems.
The Eclipse 756-21C starter and AN4116-L1 CW 28V motor are commonly used in industrial applications that require heavy-duty starting and moving of large loads. This analysis aims to provide a comprehensive comparison of the advantages and disadvantages of purchasing these components individually.
Eclipse 756-21C Starter: Advantages:1. High starting torque: The Eclipse 756-21C starter is designed to deliver a high starting torque, making it suitable for applications that require large motors to be started.
2. Robust design: The starter is built with heavy-duty components that can withstand the rigors of industrial applications.
3. Reversible operation: The starter can be used to reverse the direction of rotation of the motor, which is a useful feature in certain applications.
Disadvantages:1. High power consumption: The Eclipse 756-21C starter consumes a significant amount of power during the starting process, which can lead to increased energy costs.
2. Complex installation: The installation process for this starter can be complex due to the need for specialized tools and wiring.
3. High cost: Compared to standard starters, the Eclipse 756-21C starter is more expensive due to its heavy-duty design and high starting torque.
AN4116-L1 CW 28V Motor: Advantages:1. High efficiency: The AN4116-L1 CW 28V motor is designed for high efficiency, which can lead to energy savings over time.
2. Low maintenance: This motor requires minimal maintenance, reducing downtime and maintenance costs.
3. Versatile application: The motor can be used in a variety of industrial applications, making it a versatile choice.
Disadvantages:1. High initial cost: The AN4116-L1 CW 28V motor is more expensive than standard motors due to its high efficiency and robust design.
2. Large size: The motor is relatively large, which can make it difficult to install in tight spaces.
3. Complex wiring: The motor requires complex wiring, which can make the installation process more time-consuming and potentially more expensive.
Conclusion:Both the Eclipse 756-21C starter and AN4116-L1 CW 28V motor have their advantages and disadvantages. The Eclipse 756-21C starter offers high starting torque, robust design, reversible operation, but comes with high power consumption, complex installation, and a high cost. On the other hand, the AN4116-L1 CW 28V motor delivers high efficiency, low maintenance, versatile application, but has a high initial cost, large size, and complex wiring.
Recommendation:The decision to purchase the Eclipse 756-21C starter and AN4116-L1 CW 28V motor depends on the specific requirements of your application. If high starting torque is a priority, the Eclipse 756-21C starter may be the best choice, despite its higher cost and complex installation. If energy efficiency and low maintenance are your primary concerns, the AN4116-L1 CW 28V motor is the better option, despite its higher initial cost and complex wiring. It is essential to carefully consider the unique needs of your application before making a purchasing decision.
Eclipse Aviation Starter Direct Cranking AN4116-L1 CW 28 volts 756-21C For Parts.