GETH17 Motorized X-Axis Overview

The GETH17 is a motorized X-axis linear drive system featuring a ball screw drive mechanism. It is designed for precise linear motion applications with options for various stroke lengths, motor outputs, and sensor configurations.

1. Specifications

• Stroke Length: 100 mm to 1250 mm with 50 mm pitch increments.
• Maximum Speed: Up to 2000 mm/s.
• Ball Screw Diameter: Ø20 mm.
• Motor Output: Typically 400 W AC servo motors from brands such as Panasonic, Mitsubishi, and Delta.
• Repeatability: ±0.01 mm.
• Rated Thrust: Varies by configuration, with horizontal and vertical load capacities specified.
• Linear Guide: High rigidity linear guides sized 20x15 mm or 14x12 mm depending on model.
• Allowable Overhang: Specified in N·m for horizontal and vertical installations, varying with ball screw lead.

2. Motor and Drive Options

• Servo motors available with or without brakes, suitable for horizontal (without brake) or vertical (with brake) installations.
• Motor positions configurable as bottom (BM), right side (BC), left side (BL), or in-line (M).
• Motor brands include Panasonic, Mitsubishi, and Delta with compatible driver models (e.g., MR-J3-40A for Mitsubishi).

3. Sensor and Limit Switch Configurations

• Home sensors and limit sensors available in various configurations: external, built-in, or none.
• Sensor types include EE-SX672 and EE-SX674 (NPN output).
• Light indicator (red) for main circuit load status.

4. Mechanical and Installation Details

• Ball screw leads offered: 5 mm, 10 mm, 20 mm, and 40 mm.
• Stroke and pitch combinations allow customization for specific application needs.
• Static loading moments and allowable overhangs are provided for both horizontal and vertical installations to ensure mechanical stability.
• Weight ranges from 5 kg to 110 kg depending on configuration.

5. Performance Notes and Recommendations

• For strokes exceeding 850 mm, shaft runout may occur; it is recommended to use deceleration to mitigate this effect.
• Selection of motor with or without brake depends on installation orientation and load requirements.
• Proper sensor configuration is critical for accurate positioning and safety.

6. Ordering Method

• Models are specified by stroke length, ball screw lead, motor brand and power, motor position, and sensor options.
• Special order numbers are used for customized configurations.

Summary Table Highlights

Note: The system is designed for high precision and speed in industrial automation contexts, with flexibility in motor and sensor configurations to suit various application requirements.