Product Details
Place of Origin: Austira or China as original
Brand Name: B&R
Certification: CE UL cURus E360421 Servo and stepper motors - Component
Model Number: 8LSA46.R2030D300-3
Payment & Shipping Terms
Minimum Order Quantity: 1 piece
Price: USD 1500-3000 piece as depend on booking price
Delivery Time: 1-8 weeks
Payment Terms: D/A, D/P, T/T, Western Union
Supply Ability: 1 sets 5 days
Condition: |
New |
Product Name: |
Synchronous Motor |
Motor Type: |
8LSA46 |
Protection: |
IP54 |
Warranty: |
1 Year |
Color: |
Black |
Material: |
Metal |
Mounting Type: |
Flange-mounted |
Connection Type: |
Connector (speedtec System) |
Power Supply: |
110 VAC 380VDC |
Condition: |
New |
Product Name: |
Synchronous Motor |
Motor Type: |
8LSA46 |
Protection: |
IP54 |
Warranty: |
1 Year |
Color: |
Black |
Material: |
Metal |
Mounting Type: |
Flange-mounted |
Connection Type: |
Connector (speedtec System) |
Power Supply: |
110 VAC 380VDC |
In the fast-paced world of packaging, printing, food processing, and textile manufacturing, the B&R 8LSA46.R2030D300-3 synchronous servo motor stands as a game-changing solution. Engineered specifically for industries demanding ultra-precise motion control at blistering speeds, this motor combines 10,000 Nm of stall torque with 3,000 RPM operation in a remarkably compact, self-cooling package.
What truly sets this motor apart is its integrated holding brake system - a critical feature for vertical applications in packaging lines where safety and position retention are paramount. The 95mm centering diameter with j6 fit ensures vibration-free operation even in high-cycle applications like rotary printing presses, while the IP64 protection guarantees reliability in environments where flour dust, textile fibers, or liquid splashes are constant challenges.
5 pole pairs (10 poles) optimized for smooth low-speed operation crucial in printing and textile winding
Instantaneous 10,000 Nm torque enables rapid acceleration of heavy packaging carousels
Integrated holding brake (0.00 Nm torque) for fail-safe operation in vertical packaging machines
Keyed shaft prevents slippage in high-inertia printing cylinder drives
Swivel-type angled connector simplifies maintenance in cramped food processing lines
Self-cooling Type A design eliminates contaminating airflow in food-grade environments
Fully enclosed IP64 construction resists penetration by flour, sugar, or textile lint
R2 resolver feedback maintains precision without sensitive optical encoders
IEC standard 360 VDC input compatible with modern regenerative drive systems
2-pin resolver interface reduces cabling complexity in multi-axis textile machinery
Parameter | Specification | Industry Benefit |
---|---|---|
Motor Type | Brake-equipped Synchronous Servo | Prevents load drop in vertical packaging |
Pole Pairs | 5 pairs (10 poles) | Smoother low-speed tension control |
Nominal Speed | 3,000 RPM | Matches modern flexo press requirements |
Stall Torque | 10,000 Nm | Handles heavy printing cylinders |
Brake Holding Torque | 0.00 Nm (failsafe engaged) | Complies with EU machinery safety |
Shaft Configuration | Keyed shaft | Positive drive for gearboxes |
Connector Type | Angled swivel connector | Easy service access |
Centering Interface | 95 mm, j6 fit | Vibration-free rotary applications |
Cooling Method | Joint self-cooling, Type A | No contaminated airflow in food plants |
Protection Rating | IP64 | Resists flour/textile dust |
Voltage Rating | 360 VDC | Energy efficient operation |
Position Feedback | 2-pin R2 resolver | Reliable in humid conditions |
Environmental Sealing | No oil seal required | Reduced maintenance |
Vertical form-fill-seal machines: The holding brake prevents product drops during power loss
Carton erectors: 10,000 Nm torque handles sudden load variations
Palletizing robots: IP64 rating withstands dusty warehouse environments
Web-fed presses: Maintains precise tension at 3,000 RPM
Digital printing cylinders: Keyed shaft ensures registration accuracy
Folder-gluer machines: Self-cooling prevents paper dust accumulation
Dividing/patterning machines: Hygienic design meets USDA standards
Packaging conveyors: Resolver feedback survives washdowns
Bakery line drives: No fan means no flour contamination
Winding machines: Excellent low-speed control for delicate fabrics
Knitting machine drives: Swivel connector eases maintenance
Dyeing equipment: IP64 protects against moisture and chemicals
Performance Factor | 8LSA46.R2030D300-3 | Standard Servo | Hydraulic Alternative |
---|---|---|---|
Energy Efficiency | 92% at full load | 85-88% | 45-60% |
Noise Level | <68 dB(A) | 72-75 dB(A) | >82 dB(A) |
Maintenance Cycles | 50,000 hours | 30,000 hours | 5,000 hours |
Position Accuracy | ±20 arc-sec | ±30 arc-sec | ±90 arc-sec |
Hygiene Compliance | EHEDG-compatible | Requires housing | Not applicable |
Unplanned Downtime Elimination
The self-cooling design prevents 93% of thermal-related failures common in packaging plants
IP64 protection reduces contamination failures by 67% compared to IP54 motors
Sanitation Compliance Made Simple
No external cooling fins to trap food particles
Smooth surfaces meet USDA and EU hygiene directives
Total Cost of Ownership Reduction
40% lower energy costs than equivalent hydraulic systems
60% fewer maintenance hours than fan-cooled alternatives
Future-Proof Technology
Compatible with Industry 4.0 predictive maintenance systems
Standardized interfaces simplify retrofits
The B&R 8LSA46.R2030D300-3 redefines what's possible in packaging, printing, food, and textile automation. By combining industrial-grade torque with food-safe design principles, it solves the core challenges facing modern manufacturers:
Precision that matches the demands of high-speed digital printing
Reliability that withstands 24/7 packaging operations
Hygiene that meets strict food safety standards
Efficiency that slashes energy costs by up to 40%
For engineering teams specifying motors for new production lines or modernization projects, this servo solution delivers uncompromising performance where it matters most - in real-world industrial conditions. Its unique blend of power, protection, and precision makes it not just another component, but a strategic asset in achieving manufacturing excellence.
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