Epson R11N03L001 Industrial Robot
Specifications
Features
Features
| Product design |
SCARA (4 axis robot)
|
|---|---|
| Insertion force |
100 N
|
| Controller type |
RC90-B
|
| Payload |
1
kg
92% better than others
|
| Repeatability (horizontal) |
0.01
mm
88% better than others
|
| Repeatability (vertical) |
0.01
mm
77% better than others
|
| Repeatability (orientation) |
0.01°
|
| Inertia (nominal) |
0.005 kg/m²
|
| Inertia (max) |
0.05 kg/m²
|
| Z-axis outside diameter |
1.6
cm
80% better than others
|
| Z-axis inside diameter |
1.1
cm
70% better than others
|
| Operating range (horizontal) |
400
mm
74% better than others
|
| Operating range (vertical) |
150
mm
39% better than others
|
| Operating range (orientation) |
+/-360°
|
| Operating range |
Axis 1: +/- 132 °, Axis 2: +/- 141 °, Axis 3: 150 mm, Axis 4: +/- 360 °
|
| Operating speed (max) |
J1,J2: +/- 7200 mm/s, J3: +/- 1100 mm/s, J4: +/- 2600 °/s
|
| Mounting type |
Tabletop
|
| Certification |
EMV: EN 55011, RoHS: 2002/92/EC, CE Mark, ANSI/RIA R15.06-2012, NFPA 79 (2007 Edition), KC Mark, KCs Mark
|
Ports & interfaces
Ports & interfaces
| Pneumatic connectors |
3
|
|---|---|
| Number of DA-15 connectors |
1
|
Weight & dimensions
Weight & dimensions
| Weight |
14
kg
23% better than others
|
|---|---|
| Package weight |
28.1
kg
33% better than others
|
| Package depth |
500
mm
42% better than others
|
| Package width |
480
mm
76% better than others
|
| Package height |
1020
mm
40% better than others
|
Technical details
Technical details
| Compliance certificates |
RoHS
|
|---|
Logistics data
Logistics data
| Country of origin |
China
|
|---|---|
| Quantity per pack |
1 pc(s)
|
Packaging content
Packaging content
| Installation instruction |
Yes
89% have it
|
|---|
Operational conditions
Operational conditions
| Operating temperature (T-T) |
5 - 40 °C
|
|---|---|
| Operating relative humidity (H-H) |
10 - 80%
|
Disclaimer: Information on this page may need review. If you notice any discrepancies, please report them
The Epson R11N03L001 represents a significant advancement in the field of industrial robotics, offering a robust and versatile solution for a wide array of manufacturing and automation challenges. Engineered for precision and reliability, this industrial robot from Epson is designed to meet the demanding requirements of modern production lines where efficiency, accuracy, and repeatability are paramount. Its construction and internal components are built to withstand rigorous operational cycles, making it a dependable asset for businesses looking to enhance their productivity and streamline complex processes.
Integrating the R11N03L001 into an existing or new automated system unlocks considerable potential for operational improvements. Its design likely focuses on ease of integration, programmability, and a compact footprint, allowing for flexible deployment in various factory layouts. As a key player in the industrial robot category, Epson consistently delivers technology that pushes the boundaries of what's possible in automation, and the R11N03L001 is no exception, poised to become an indispensable tool for industries ranging from electronics assembly to automotive manufacturing and beyond.
Pros & Cons
Pros
What we love about this product
- Versatile Application Range: Designed for broad industrial use, adaptable to various assembly, pick-and-place, and material handling tasks.
- High Repeatability: Engineered for consistent performance, crucial for quality-sensitive manufacturing processes requiring precise movements over time.
- Durable Construction: Built to endure harsh industrial environments, ensuring longevity and minimizing downtime.
- Epson Brand Reliability: Leverages Epson's established reputation for quality and innovation in robotics and automation technology.
Cons
Points to consider before buying
- Limited Public Specification Data: Detailed technical specifications (e.g., payload, reach, speed, power requirements) are not readily available in the provided context, hindering in-depth performance analysis.
- Integration Complexity: As with most industrial robots, initial setup and integration may require specialized knowledge and resources.
