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DS-H015A 16KG High voltage low profile Servo

Operating Voltage: 6.0~7.4V DC
Standby Current: ≤20mA
Consumption Current (No Load): 6.0V ≤90 mA;7.4V ≤100 mA
Stall Current : 6.0V ≤3.6A;7.4V ≤4.2 A
Weighting Torque(Max.): 6.0V ≧6kg/cm;7.4V ≧7 kg/cm
Max. Torque: 6.0V ≥13 Kgf.cm;7.4V ≥16 Kgf.cm
No Load Speed: 6.0V ≤0.16 Sec/60°;7.4V ≤0.12Sec/60°
Rotating Direction: (500us→2500us)
Pulse Width Range : 500~2500 us
Neutral Position: 1500 us
Operating Travel Angle: 180° ±10°(500~2500 us)
Max. Operating Travel Angle: 180°±10°(500~2500us)
Mechanical Limit Angle: 360°
Centering deviation: ≤ 1°
Back Lash:  1°
Dead Band Width: ≤ 5 us
Operating Temperature Range : -10℃~+50℃
Storage Temperature Range : -20℃~+60℃
Weight: 42.5± 0.5g
Case Material: Half-Aluminum Frame
Gear Set Material : Metal Gear
Motor Type: Iron Core Motor

 


Product Detail

Product Tags

DSpower S015A 16KG Metal Gear Half-Aluminum Frame Low Profile Servo is an advanced servo motor designed for applications that require a combination of high torque, durability, and a reduced profile. With its metal gear construction, half-aluminum frame, and low-profile design, this servo is tailored for projects where space constraints, strength, and precision control are paramount.

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Key Features and Functions:

High Torque Output (16KG): This servo is engineered to deliver a robust torque output of 16 kilograms, making it suitable for applications that demand substantial force and precise control.

Metal Gear Design: Equipped with metal gears, the servo ensures durability, strength, and efficient power transmission. Metal gears are essential for applications requiring resilience and the ability to handle heavy loads.

Half-Aluminum Frame: The servo features a frame constructed with a combination of aluminum and other materials. This design enhances structural integrity while maintaining a reduced profile, making it suitable for applications with limited space.

Low-Profile Design: The servo's low-profile design allows for seamless integration into applications with height constraints. This is particularly beneficial in projects where maintaining a sleek and compact profile is crucial.

Precision Control: With a focus on precise position control, the servo enables accurate and repeatable movements. This precision is vital for applications that demand exact positioning.

Wide Operating Voltage Range: The servo is designed to operate within a versatile voltage range, providing flexibility for different power supply systems.

Plug-and-Play Integration: Engineered for seamless integration, the servo is often compatible with standard pulse-width modulation (PWM) control systems. This enables easy control via microcontrollers, remote controls, or other standard control devices.

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Application Scenarios

Robotics: Ideal for high-torque applications in robotics, the servo can be used in various robotic components, including arms, grippers, and other mechanisms requiring powerful and precise control.

RC Vehicles: Well-suited for remote-controlled vehicles, such as cars, trucks, boats, and airplanes, where the combination of high torque, durable metal gears, and a low-profile design is essential for optimum performance.

Aerospace Models: In model aircraft and aerospace projects, the servo's high torque output and durable construction contribute to precise control of control surfaces and other critical components.

Industrial Automation: The servo can be integrated into various industrial automation systems, including conveyor controls, robotic assembly lines, and other applications requiring robust and precise movement.

Research and Development: In research and development settings, the servo is valuable for prototyping and testing, particularly in projects that demand high torque and precision.

Automation in Compact Spaces: Suitable for applications where maintaining a low profile is crucial, such as compact robotics, small-scale automation, and experimental setups.

DSpower S015A 16KG Metal Gear Half-Aluminum Frame Low Profile Servo combines high torque output with a reduced profile, making it a versatile solution for a variety of applications. Its durability and precision control make it suitable for both hobbyist projects and more demanding industrial applications.

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FAQ

Q: What certifications do your servo has?

A: Our servo have FCC, CE, ROHS certification.

Q: For a customized servo, how long is the R&D time (Research& Development time)?

A: Normally, 10~50 business days, it depends on requirements, just some modification on standard servo or a totally new design item.


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