SSS
Questions About This Product
Merhaba Bu Üründe Pulse girişi 24 V destekliyor mu?
The JSS556 Stepper Motor Driver is designed with high-speed optocoupler isolated inputs to handle control signals effectively. Regarding your question about the pulse input voltage, the JSS556 supports 24V signals directly for its control inputs (Pulse, Direction, and Enable). When connecting your controller to the JSS556, you do not need to add external resistors if your signal is 24V, as the internal circuitry is designed to accommodate this industrial standard voltage level. If you are using a 5V signal , the driver will also function correctly, but for 24V systems, it is ready for direct integration. This driver operates on a power supply range of 20V DC to 50V DC, with 36V or 48V DC recommended for optimal performance. It is engineered to drive NEMA 23 (57mm) and NEMA 34 (up to 4.5 Nm) stepper motors with high precision. You can configure the output current between 1.4A and 5.6A, and the micro-step resolution across 16 options (from 400 to 25,600 steps), using the onboard DIP switches. For reliable operation, ensure that your wiring to the pulse and direction terminals is secure and that you have verified the common ground connections between your controller and the JSS556. The driver features a 32-bit DSP architecture and an integrated Anti-Resonance algorithm to minimize vibration and noise, which is particularly beneficial for CNC router and automation setups. If you are experiencing signal issues or are unsure about your specific controller's output type, please contact Mermak CNC Otomasyon for technical guidance to ensure your wiring configuration matches your specific motion control system.
JSS556 Stepper Motor Driver
The JSS556 Digital Stepper Driver is a high-performance component engineered for precise and stable motion control in industrial automation systems. By utilizing an integrated 32-bit DSP (Digital Signal Processing) processor, this driver modulates the current applied to motor windings into a near-ideal sinusoidal wave. This advanced control minimizes characteristic vibrations, noise, and resonance, allowing stepper motors to achieve smooth, quiet, and vibration-free motion across all speed ranges.
The JSS556 is ideal for NEMA 23 (57mm) and NEMA 34 (up to 4.5 Nm) stepper motors, providing servo-like precision. Its integrated Anti-Resonance algorithm actively detects and suppresses mechanical vibrations, significantly reducing the risk of step loss and improving processing quality at low speeds. The driver features a robust aluminum heat sink for passive, fanless cooling, ensuring long-term reliability in dusty or vibration-prone industrial environments.
Key Features and Advantages:
- 32-Bit DSP Sinusoidal Control: Ensures smooth magnetic field transitions, minimizing torque ripple and maximizing micro-step precision.
- Dynamic Anti-Resonance: Actively eliminates vibrations and noise at critical frequencies, enhancing surface finish in CNC router and laser cutting applications.
- Intelligent Current Management: Automatically reduces current by 50% when the motor is at a standstill, preventing overheating and increasing energy efficiency.
- Easy Integration: Configurable via DIP switches for output current and micro-step resolution, making it suitable for diverse automation, robotics, and 3D printing tasks.
Mermak: Your Trusted Partner in Industrial Automation
With 16 years of experience, Mermak operates from our factory and warehouse in the Ankara Aerospace Industrial Zone. We maintain up-to-date stock levels and prices, ensuring that all listed products are ready for immediate dispatch without production delays. We provide careful packaging, professional documentation, and reliable logistics support for our customers in the United Kingdom, United States, Canada, Australia, New Zealand, South Africa, and other international markets. Our team monitors the entire shipment process, and we are available via WhatsApp or other contact channels to provide product videos or factory demonstrations upon request.
Reviews
There are no reviews yet.