The ES series by Nachi offers two high-speed SCARA robots, the ES06 and ES12, designed for precise and efficient handling tasks. Maximize your workspace efficiency with the compact ES series robots, perfect for tight spaces ideal for fast-paced production lines.
ES06 ES12 |
High speed handling
Cycle time of standard ES06Â : 0.29sec ES12Â : 0.30sec Prevent cable interference
Fully utilize installation space
Range of swivel operation reaches entire periphery and back area
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Exterior dimensions and operating envelope
ES06-01 Dimensions
Max. reach | A | B | C | D | E | F | G | H |
---|---|---|---|---|---|---|---|---|
350mm | 125 | R350 | R142 | 210 | R253 | 220 | R174 | 342 |
450mm | 225 | R450 | R135 | 337 | ||||
550mm | 325 | R550 | R191 | 160 | R244 | 172 | R197 |
Vertical stroke | J | K | L | M |
---|---|---|---|---|
200mm | 200 | 133 | 798 | 386 |
340mm | 340 | -7 | 938 | 526 |
ES12-01 Dimensions
Max. reach | A1 | A2 | B | C | D | E | H |
---|---|---|---|---|---|---|---|
550mm | 225 | 325 | R550 | R191 | 145 | 240 | R295 |
700mm | 375 | R700 | R216 | ||||
850mm | 525 | R850 | R278 | 153° | — | — |
Vertical stroke | F | G |
---|---|---|
350mm | 1080 | 350 |
450mm | 1180 | 450 |
Robot specifications:ES06
Robot model
Robot model | ES06- 3520-01 |
ES06- 3534-01 |
ES06- 4520-01 |
ES06- 4534-01 |
ES06- 5520-01 |
ES06- 5534-01 |
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Structure | Horizontal articulation | ||||||
Number of axes | 4 | ||||||
Drive system | AC servo system | ||||||
Brake | Axes 1, 2, and 4: No brakes Axis 3: With brake | ||||||
Max. operating envelope |
J1 | ±2.97rad (±170°) | |||||
J2 | ±2.53rad (±145°) | ||||||
J3 | 200mm | 340mm | 200mm | 340mm | 200mm | 340mm | |
J4 | ±6.28rad (±360°) | ||||||
Max. velocity *4 | J1 | 6.98rad/s (400°/s) | |||||
J2 | 11.69rad/s (670°/s) | ||||||
J3 | 2400mm/s | ||||||
J4 | 43.63rad/s (2500°/s) | ||||||
Payload(Max.) | 3kg (6kg) | ||||||
Maximum pressing force of third axis |
165NÂ *7 | ||||||
Max. allowable moment of inertia *1 |
0.12kg·m2 (0.01kg·m2 rated) | ||||||
Position repeatability |
X and Y combined |
±0.012mm | |||||
J3 (Z) | ±0.01mm | ||||||
J4 (θ) | ±0.004° | ||||||
Max. reach | 350mm | 450mm | 550mm | ||||
Air piping | Primary:Ă˜6 x 2 Secondary:Ă˜4 x 8 *5 | ||||||
Application wirings | Hand: 8 points input/8 points output (20 lines) Dedicated signal line for multipurpose hand (2 lines + 2 power lines) 1 Ethernet cable <100BASE-TX> (8 lines)Â *6 |
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Installation | Floor mount | ||||||
Ambient conditions |
Ambient temperature : 040°C *2 |
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Environmental conditions *3 | IP20 | ||||||
Robot mass | 36kg | 37kg |
Robot specifications:ES12
Robot model
Robot model – (ES12) | ES 12- 5535-01 |
ES 12- 5545-01 |
ES 12- 7035-01 |
ES 12- 7045-01 |
ES 12- 8535-01 |
ES 12- 8545-01 |
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---|---|---|---|---|---|---|---|
Structure | Horizontal articulation | ||||||
Number of axes | 4 | ||||||
Drive system | AC servo system | ||||||
Brake | Axes 1, 2, and 4: No brakes Axis 3: With brake | ||||||
Max. operating envelope |
J1 | ±2.97rad (±170°) | |||||
J2 | ±2.53rad (±145°) | ±2.67rad (±153°) | |||||
J3 | 350mm | 450mm | 350mm | 450mm | 350mm | 450mm | |
J4 | ±6.28rad (±360°) | ||||||
Max. velocity *4 | J1 | 7.33rad/s (420°/s) | 4.89rad/s (280°/s) | ||||
J2 | 7.85rad/s (450°/s) | ||||||
J3 | 2800mm/s | ||||||
J4 | 41.89rad/s (2400°/s) | ||||||
Payload(Max.) | 3kg (12kg) | ||||||
Maximum pressing force of third axis |
200NÂ *7 | ||||||
Max. allowable moment of inertia *1 |
0.3kg·m2 (0.025kg·m2 rated) | ||||||
Position repeatability |
X and Y combined |
±0.012mm | ±0.015mm | ||||
J3 (Z) | ±0.01mm | ||||||
J4 (θ) | ±0.005° | ||||||
Max. reach | 550mm | 700mm | 850mm | ||||
Air piping | Primary:Ă˜6 x 2 Secondary:Ă˜6 x 8 *5 | ||||||
Application wirings | Hand: 8 points input/8 points output (20 lines) Dedicated signal line for multipurpose hand (2 lines + 2 power lines) 1 Ethernet cable <100BASE-TX> (8 lines)Â *6 |
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Installation | Floor mount | ||||||
Ambient conditions |
Ambient temperature : 040°C *2 |
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Environmental conditions *3 | IP20 | ||||||
Robot mass | 65kg | 67kg | 69kg |
1[rad] = 180/π[°], 1[N·m] = 1/9.8[kgf·m]
Also, an overload error occurs if pressure is applied for a long period of time. Use under conditions in which errors do not occur.
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