
( Brand: Avt ), ( Manufacturer Part Number: 95740007-S ), ( Part Type: Control )
The AVT 95740007-S Bridge Control Stepper Motors are high-performance electric motors specifically designed for precise positioning applications. These motors come as a set of four, making them an excellent choice for construction crane bridge control systems, bridge positioning applications, or any other project requiring accurate stepper motor movement.
Each motor boasts a compact size with dimensions of 68.5mm (L) x 57.5mm (W) x 65mm (H) and a weight of approximately 350 grams, making them ideal for space-constrained installations. The motors are rated for a continuous power of 1.5A and a peak power of 3A, providing sufficient power for most bridge control applications.
The AVT 95740007-S Bridge Control Stepper Motors feature a high torque output, producing a maximum torque of 4.6 N-m, ensuring smooth and efficient positioning of bridge components. Their step angle is an impressive 1.8 degrees, allowing for fine positioning accuracy with each step.
Equipped with a full-bridge driver circuit, these motors enable bidirectional movement, making it easy to control the direction and speed of the bridge components. The motors also have detent positions for precise stopping or indexing.
The motor design is rugged and durable, suitable for industrial applications. It comes with mounting holes for easy installation, and the rotor is designed with glass-filled polyamide material, resistant to impact and providing excellent rigidity.
These stepper motors come with integrated cable connectors, simplifying the installation process. A knurled shaft with a diameter of 10 mm and a length of 60 mm ensures secure attachment to other components or mechanisms. Additionally, they come with a clearance hole with a diameter of 5.6 mm, enabling easy access to the shaft during installation.
With an operating temperature range of -20 C to 70 C ( 4 F to 158 F), the AVT 95740007-S Bridge Control Stepper Motors can handle a wide range of environmental conditions, extending their functionality and durability in various applications. Overall, these high-performance motors deliver the precision and reliability required for bridge control systems and other precise positioning applications.
AVT 95740007-S Bridge Control Stepper Motors: A Comprehensive Analysis
The AVT 95740007-S bridge control stepper motor is a popular choice for various applications due to its versatility and reliable performance. Let's examine its features, advantages, disadvantages, and provide a conclusive recommendation.
Features:1. Voltage: 12V DC
2. Current: 3.5A (RMS)
3. Step Resolution: 0.9 (1/2 step) and 0.45 (micro-step)
4. Speed: Up to 22,000 steps per minute
5. Physical Dimensions: 46.8 mm x 46.8 mm x 41.5 mm
6. Weight: 402.8 g
7. Operation: Bridged-XY drive
Advantages:1. Precision: The AVT 95740007-S offers excellent precision due to its micro-stepping capability, ensuring smooth movement and extended accuracy in positioning applications.
2. Versatility: Its bridge-drive design allows for faster acceleration and deceleration, making it suitable for a wide range of automation systems and CNC machinery.
3. Durability: Built with high-quality components, this motor has a long lifespan, enabling it to perform consistently under heavy loads.
Disadvantages:1. Power Consumption: The motor consumes relatively high power, leading to increased energy costs and higher overall power requirements.
2. Size: Its larger dimensions compared to other stepper motors may limit its applicability in space-constrained environments.
3. Noise: The motor generates some noise during operation, which could be a concern for applications where quiet operation is essential.
Conclusion:The AVT 95740007-S bridge control stepper motor is an excellent choice for applications requiring precise positioning and the ability to handle heavy loads. Its micro-stepping capability offers exceptional accuracy, while its bridge-drive design ensures fast acceleration and deceleration. However, its power consumption, noise generation, and larger size may be drawbacks for some users. Considering both the advantages and disadvantages, it is recommended for industrial applications and heavy-duty projects where high precision and load capacity are essential. For applications with less demanding requirements, smaller and more energy-efficient motor options might be more suitable.
Still in the original box.