Pacific Scientific SCE904AN-002-01 | Servo controller | PCE835-001-T

Description

Product Overview：Pacific Scientific SCE904AN-002-01

Technical Specifications：Pacific Scientific SCE904AN-002-01

Parameter Name	Parameter Value
Product Model	SCE904AN-002-01
Manufacturer	Pacific Scientific
Product Type	Servo Controller
Input Voltage	24–72 VDC
Continuous Current	4 A
Peak Current	12 A (3-second peak)
Communication Protocols	Modbus RTU, CANopen, Analog I/O
Feedback Types	Incremental encoder (up to 2048 PPR), Absolute encoder
Physical Dimensions	100 mm (W) × 150 mm (H) × 100 mm (D)
Weight	1.5 kg
Operating Temperature	-20°C to +60°C
Humidity	5–95% non-condensing
Mounting Type	DIN rail or panel-mounted
Country of Origin	United States

SCE904AN-002-01

Key Features and Advantages：Pacific Scientific SCE904AN-002-01

Energy-Efficient Operation: The controller’s regenerative braking capability recovers energy during deceleration, feeding it back into the power supply and reducing overall energy consumption. This feature is particularly beneficial in high-cycling applications, such as conveyor systems or textile machinery, where energy savings directly impact operational costs.

SCE904AN-002-01

Application Areas：Pacific Scientific SCE904AN-002-01

• Semiconductor Manufacturing: Used in wafer handling systems, pick-and-place robots, and inspection equipment to achieve sub-micron positioning accuracy. The controller’s low noise and high feedback resolution are critical for maintaining yield in delicate semiconductor processes.
• Medical Device Production: Supports the assembly of precision components in medical devices, such as syringe pumps and diagnostic instruments. Its smooth velocity control ensures consistent performance in sterile environments.
• Automated Packaging: Drives conveyor belts, labeling machines, and form-fill-seal systems in food and beverage packaging. The controller’s ability to switch between speed and position modes optimizes packaging line efficiency and product consistency.
• Aerospace Assembly: Used in robotic arms for aircraft component assembly, where repeatable motion and reliability are essential. The controller’s rugged design meets the stringent environmental requirements of aerospace manufacturing.
• Woodworking and CNC Machining: Powers spindle motors and axis drives in CNC routers and lathes, enabling high-speed cutting with minimal vibration. The real-time diagnostic features help identify tool wear or misalignment before it affects part quality.
  

  SCE904AN-002-01

Related Products：Pacific Scientific SCE904AN-002-01

1. SCE904AN-001-01: A variant with 24–48 VDC input and 3 A continuous current, suitable for smaller motors in low-power applications like laboratory automation.
2. SCE908AN-002-01: A higher-power model supporting 72 VDC input and 8 A continuous current, designed for heavy-duty machinery such as industrial presses or large-scale conveyors.
3. SCE904BN-002-01: Features an integrated EtherCAT interface for high-speed industrial Ethernet networks, ideal for real-time control in smart factories.
4. SCE904AN-002-02: Includes the STO (Safe Torque Off) function for safety-critical applications, compliant with ISO 13849-1 PLd safety standards.
5. Pacific Scientific 5240-006 Servo Drive: A complementary drive module that works with the SCE904AN-002-01 to manage motor power and feedback in multi-axis systems.
6. EMERSON MP3300 Motion Controller: A higher-level controller that can coordinate multiple SCE904AN-002-01 units in complex motion applications, such as robotic palletizers.

Installation and Maintenance：Pacific Scientific SCE904AN-002-01

• Routine Inspections: Monthly checks for loose connections, overheating, or unusual noise. Use a dry cloth to clean dust from the controller’s vents, ensuring adequate airflow.
• Firmware Updates: Periodically update the controller’s firmware via WinPACs to access new features or bug fixes, particularly for compatibility with newer motors or software versions.
• Encoder Calibration: Annually verify encoder alignment and calibration to maintain positioning accuracy. Replace encoder cables if signs of wear (e.g., fraying, corrosion) are detected.
• Component Testing: Every six months, test the regenerative braking function and I/O signals using the controller’s built-in diagnostics. Replace faulty components immediately to prevent cascading system failures.
  

  SCE904AN-002-01

Product Warranty：Pacific Scientific SCE904AN-002-01