Indramat HRP3 109-1070-3A03-00 Product Introduction
1. Product Overview
The Indramat HRP3 109-1070-3A03-00 is a high-performance industrial servo power supply module designed for Indramat’s servo drive systems. It serves automotive manufacturing, robotics, and precision machinery industries—focusing on supplying stable DC power to servo drives (e.g., Indramat DDS/DDC series), which is critical for ensuring smooth, precise motion control of robotic arms, CNC machine axes, and automated assembly lines.
Integrating active power factor correction (PFC) and regenerative braking support, it balances power efficiency and dynamic load adaptability. Compatibility with Indramat’s servo ecosystem ensures seamless integration, making it a reliable choice for high-precision motion control power needs.
2. Technical Parameters (Table)
|
Category
|
Specification
|
|
Device Type
|
Servo power supply module (for Indramat servo drive systems)
|
|
Input Voltage
|
3-phase: 380–480 V AC (50/60 Hz); Input voltage range: 340–528 V AC
|
|
Output Voltage
|
DC bus voltage: 540–650 V DC (adjustable); Continuous output power: 10 kW
|
|
Output Current
|
Continuous: 18 A; Peak (10s): 36 A
|
|
Key Features
|
Active PFC (power factor ≥0.95); Regenerative braking support; DC bus sharing
|
|
Efficiency
|
≥94% (at full load, 400 V AC input); Standby power consumption: ≤50 W
|
|
Environmental Ratings
|
Operating temperature: 0°C to +40°C (32°F to +104°F); Storage temperature: -20°C to +60°C (-4°F to +140°F); Humidity: 5%–90% (non-condensing); Protection class: IP20 (enclosure)
|
|
Protection Functions
|
Overvoltage (700 V DC trip), overcurrent (40 A trip), short circuit, overtemperature, phase loss protection
|
|
Mechanical Design
|
Mounting: Cabinet-mounted (flange); Housing material: Steel; Dimensions: 280 mm (W) × 360 mm (H) × 180 mm (D); Weight: ~12 kg (26.46 lbs)
|
|
Communication
|
RS485 (Modbus RTU) for status monitoring; Digital I/O (4 inputs/2 outputs)
|
|
Certifications
|
CE; UL 508C; IEC 61800-3; RoHS compliant
|
3. Product Specifications & Features
3.1 Core Specifications
The Indramat HRP3 109-1070-3A03-00 is optimized for 3-phase industrial grids, with 10 kW continuous output power fitting mid-sized servo systems (e.g., powering 2–3 servo drives for CNC machine axes). Its 540–650 V DC bus voltage matches Indramat servo drive requirements, ensuring consistent power delivery for dynamic motion tasks (e.g., rapid acceleration/deceleration of robotic arms).
Active PFC (≥0.95) reduces grid harmonic distortion, complying with industrial power standards, while regenerative braking support recovers energy during deceleration—lowering overall power consumption. Phase loss protection prevents damage from 3-phase input irregularities, enhancing system reliability.
3.2 Key Features
- Servo-Specific Compatibility: Tailored for Indramat servo drives (DDS/DDC series), ensuring seamless electrical/mechanical integration.
- High Power Efficiency: ≥94% efficiency and regenerative braking cut energy costs, ideal for 24/7 production lines.
- Robust Protection: Multi-layer safeguards (overvoltage/phase loss) protect both the module and connected servo drives.
- Grid-Friendly Design: Active PFC minimizes harmonic impact, meeting global industrial power regulations.
- Easy Monitoring: RS485 communication and digital I/O enable real-time status tracking (e.g., DC bus voltage, fault alerts).
4. Other Indramat Servo Power Supply Products
Indramat offers complementary servo power modules for diverse motion control needs:
- Indramat HRP3 109-1070-3A05-00: Higher-power variant (15 kW, 3-phase 380–480 V AC) for heavy-duty servo systems (e.g., large robotic arms).
- Indramat HRP3 109-1070-3A01-00: Lower-power model (5 kW, 3-phase 380–480 V AC) for small servo setups (e.g., precision linear actuators).
- Indramat HRP2 109-1060-3A03-00: 2-phase input variant (10 kW, 200–240 V AC) for single-phase industrial grids.
- Indramat HRP3 109-1070-3A03-01: Enhanced model with Ethernet (Profinet) for smart factory integration.
- Indramat HRP4 109-1080-3A03-00: High-voltage variant (10 kW, 500–690 V AC) for industrial grids with higher input voltage.
There are no reviews yet.