Epson R11N03L004 Industrial Robot
Specifications
Features
Features
| Product design |
SCARA (4 axis robot)
|
|---|---|
| Insertion force |
100 N
|
| Controller type |
RC90-B
|
| Payload |
1
kg
59% better than others
|
| Repeatability (horizontal) |
0.01
mm
81% better than others
|
| Repeatability (vertical) |
0.01
mm
68% 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
46% better than others
|
| Z-axis inside diameter |
1.1
cm
69% better than others
|
| Operating range (horizontal) |
400
mm
52% better than others
|
| Operating range (vertical) |
120
mm
23% better than others
|
| Operating range (orientation) |
+/-360°
|
| Operating range |
Axis 1: +/- 132 °, Axis 2: +/- 141 °, Axis 3: 120 mm, Axis 4: +/- 360 °
|
| Operating speed (max) |
J1,J2: +/- 7200 mm/s, J3: +/- 1100 mm/s, J4: +/- 2600 °/s
|
| Mounting type |
Tabletop
|
| ISO cleanroom class |
ISO 4
|
| 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
25% better than others
|
|---|---|
| Package weight |
28
kg
18% better than others
|
| Package depth |
475
mm
19% better than others
|
| Package width |
495
mm
23% better than others
|
| Package height |
1010
mm
37% 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
65% 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 R11N03L004 stands as a notable contender within the industrial robot category, designed to meet the rigorous demands of modern manufacturing and automation. While specific detailed specifications are sparse in the provided context, its designation as an industrial robot implies a focus on precision, repeatability, and robust construction suitable for repetitive tasks in assembly lines, material handling, and intricate manipulation processes. Epson's reputation in robotics suggests a commitment to engineering excellence, which likely translates into a reliable and efficient operational unit for businesses seeking to enhance productivity and streamline workflows.
Understanding the core capabilities of the R11N03L004 requires a deeper dive into its potential payload capacities, reach, speed, and environmental resistance. Industrial robots of this caliber are typically engineered for high-cycle operations, often requiring integration with sophisticated control systems and vision guidance. The value proposition of the R11N03L004 will ultimately hinge on its ability to deliver consistent performance, ease of programming and maintenance, and its adaptability to various industrial applications. For sectors like automotive, electronics, or general manufacturing, a robot that offers a compelling balance of performance metrics and cost-effectiveness is crucial for maintaining a competitive edge.
Pros & Cons
Pros
What we love about this product
- Robust Construction: Implied by its classification as an industrial robot, suggesting durability for continuous operation.
- Precision Engineering: Epson's legacy in robotics points towards high accuracy and repeatability essential for manufacturing tasks.
- Automation Enhancement: Designed to improve production efficiency and reduce manual labor costs in industrial settings.
- Potential for Integration: Likely compatible with advanced control systems and peripherals for complex automation solutions.
Cons
Points to consider before buying
- Limited Public Specification Data: Difficulty in assessing specific performance metrics like payload, reach, and speed without detailed technical sheets.
- Application Specificity: May require specialized programming and integration expertise, potentially increasing upfront costs.
- Environmental Limitations: Without explicit ratings, its suitability for harsh or hazardous environments is unknown.
