Product Description
Aerospace and Defense Applications:target acquisition systems, fin
actuator control, jet engine fuel control, hydraulic system control, motor commutation
and velocity feedback, high lift, spoiler and horizontal stabilizer, guidance and navigation,
cockpit controls, control surface feedback, electro-optic and radar systems,
nosewheel feedback, gun trunnions, forward-looking-infra-red (FLIR) systems
Downhole Oil & Gas Applications: well drilling, formation evaluation,
well intervention, oil and gas production systems
Medical Applications: medical instrumentation and medical imaging including
radiation environments.
Automation Applications: automotive assembly, paper mills, and textile applications
Comprehensive Industrial CompatibilityDesigned for demanding industrial uses, this frameless resolver accommodates a wide range of automation scenarios. Its versatile mounting type, broad temperature range, and durable construction ensure integration with CNC machines, servo drives, and advanced robotics. The units adaptability simplifies implementation in both new and retrofitted automation projects.
High Accuracy and Robust PerformanceBenefit from high-precision measurement with non-contact technology, reducing mechanical wear and extending service life. The robust metal construction and high insulation resistance (>100 M) guarantee stability in harsh environments, while its shock and vibration resistance offer reliable operation even under the most strenuous industrial conditions.
FAQs of FRAMELESS RESOLVER:
Q: How is the frameless resolver typically installed in industrial applications?
A: The resolver is designed for frameless or PCB mounting, facilitating easy integration into motors or machinery where space is limited. It can be seamlessly housed within servo-driven assemblies or embedded in custom automation setups for reliable rotary position sensing.
Q: What benefits does using a non-contact rotary resolver provide over other position sensors?
A: Non-contact measurement significantly reduces mechanical wear, improving long-term accuracy and minimizing maintenance requirements. The resolvers robust design ensures high reliability in harsh environments, while its analog Sin/Cos output supports high-resolution feedback for precise control applications.
Q: When should you choose this particular resolver for automation systems?
A: This resolver is ideal when your application demands precision rotary positioning in challenging industrial environments, such as CNC machines, robotics, or servo-controlled processes. Its especially suited for use cases requiring high accuracy, resilience to high temperature and vibration, and streamlined installation.
Q: Where can this frameless resolver be implemented for maximum effectiveness?
A: It is most effective in industrial automation settings, including robotics, CNC equipment, servo motors, and any location demanding precise, durable rotary position feedback. Its compact, frameless design allows integration even in constrained or high-vibration environments.
Q: What is the process for achieving 16-bit resolution with this resolver?
A: The resolver itself provides high-precision analog Sin/Cos signals, which can be converted to digital signals using external electronics. By pairing with a suitable resolver-to-digital converter, the system can achieve up to 16-bit resolution, enhancing position detection accuracy.
Q: How does the insulation and shock resistance of this resolver enhance its use in industrial settings?
A: With an insulation resistance greater than 100 M at 500V DC and shock resistance up to 100G, this resolver is well-protected against electrical surges and mechanical shocks. Such features ensure uninterrupted, precise performance in demanding, high-reliability industry environments.
Q: What customizable options are available for connectivity and installation?
A: Cable length is customizable to fit specific installation requirements, and the wired connection ensures stable, interference-free signal transmission. The flexibility in mountingframeless or direct onto a PCBfurther simplifies adaptation for diverse automation systems.