Description
The Omron R88D-GP08H is a SmartStep 2 servo drive designed for precise motor control using analog and pulse train command methods. Rated for 0.75 kW output and operating on a 200–230 VAC single-phase supply, it supports accurate speed and position control. This servo drive is intended for compact industrial motion control applications requiring dependable performance.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Omron |
| Category |
Servo Drives |
| Part Number |
R88D-GP08H |
| Subcategory |
Servo Amplifiers |
| Series |
SmartStep 2 |
| Product Type |
Servo Drive |
| Servo Control Method |
Analog, Pulse Train |
| Rated Output Power |
0.75 kW |
| Supply Voltage |
200–230 VAC |
| Supply Phase |
Single Phase |
| Input Type |
Pulse Input |
| Application |
Servo Motor Control |
| Mounting Type |
Panel Mount |
| Operating Environment |
Industrial Control Panels |
| Weight |
1.83 kg |
Information About R88D-GP08H
The R88D-GP08H is part of Omron’s SmartStep 2 series, which is engineered for flexible servo control in automation systems. It supports analog and pulse train inputs, making it compatible with a wide range of controllers and motion architectures. The drive is designed for single-phase AC power operation and integrates easily into control panels with limited space. Its design emphasizes stable motor control, straightforward integration, and reliable operation in industrial environments.
Key Features:
- SmartStep 2 Servo Drive: Designed for compact and efficient motion control systems.
- Analog and Pulse Train Control: Supports flexible command input methods.
- 0.75 kW Rated Output: Suitable for medium-duty servo motor applications.
- Single-Phase AC Operation: Operates on 200–230 VAC power supply.
- Precise Motion Control: Enables accurate speed and position regulation.
- Industrial Drive Design: Built for reliable operation in automation environments.
The R88D-GP08H delivers the reliability and precision required for servo-driven motion control applications in industrial systems.
