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Multiple robots can be operated simultaneously through the high-speed communication. Use of link among controllers makes it possible to store programs into only one controller. Newly developed algorithms achieve reduction of the positioning time and improvement of the tracking accuracy.
The RCX340 controller allows high-speed communication among the controllers. As
the master controller sends operation commands to each slave controller, programs and points can be
controlled only with the host master controller.
Additionally, as the RCX340 controller flexibly supports multi tasks, the data exchanging using the
PLC can be simplified. Simultaneous start and arrival of each robot can also be controlled freely.
Complicated and precise robot system using many axes can be constructed more simply at low
costs.
As a new servo motion engine is incorporated into the controller, various operations can be linked. Newly developed algorithms achieve reduction of the positioning time and improvement of the tracking accuracy.
The speed is made faster by liking dif ferent operations, such as PTP, interpolation operation, and conveyor tracking.
Use of linked PTP makes it possible to link all operations as much as possible. As operations with different acceleration/deceleration time are linked at the maximum level by giving priority to the operation time, the movement time can be greatly.
When performing the continuous operation at a constant speed, such as sealing, the conventional PATH is used. When giving priority to the movement time, the liked PTP is used. An optimal operation suitable for the application can be selected.
As the arch motion route designation method is changed, the designation method is simplified and more intuitive designation is possible.
Example : Interpolation operation in dual lane
The interpolation operation in the dual lane is possible by setting the multi-coordinate axes and
making the CP commands applicable to the axis designation. This greatly shortens the cycle time of
the robot with multiple axes having the same coordinate attribute.
Example : 4-axis dispenser robot A1-X/A2-Z/A3-Y/A4-Y
Visualization using the servo analysis functions and high response using the functions increase the followingness. This improves the tracking accuracy when compared to conventional models.
Functions, such as robot languages, multi tasks, sequence functions, communications, and field buses are improved to make them easier to use.
To bring out the robot performance at its maximum level, the motion
optimization corresponding to the operation pattern is further strengthened. Robot operations with
excellent quality, such as shortening of the operation time or suppression of vibrations at stop are
achieved.
Optimal acceleration/deceleration motion
Acceleration/deceleration motion that operates at a high speed while suppressing the vibration is
generated.
The outside dimensions are approx. 355 mm (W) x 195 mm (H) x 130 mm (D). The volume ratio is reduced approx. 85% when compared to the conventional 4-axis controller to achieve the compact design and make the installation inside the control panel easy.
The speed is made faster with the YK-XG series.
Example : YK400XG
Standard cycle time operation 0.49 sec. 0.45 sec.
The number of points is greatly increased.
Total capacity of programs and points: RCX240 364KB, RCX340 2.1MB
The program debugging functions are enhanced to support multi tasks. The quick setup is possible with easy-to-use operability and program input support function.
Easier to use and quicker setup when compared to YAMAHA robots/Effective maintenanceThis programming box supports three languages,"Japanese", "English", and "Chinese". Use of color display greatly improves the visibility. Function addition and edit operations become easy to allow even a novice operator with less programming skill to operate the programming box. A function to save the controller data into a USB memory is also incorporated into this programming box.
RS-232C and Ethernet ports are provided as standard equipment. A wide variety of high-speed and large capacity field networks, such as CC-Link, DeviceNet™, and EtherNet/IP™ are supported as options. Connections with general purpose servo amplifier or other company's VISION are easy. So, the RCX340 is called "connectable controller".
RS-232C and Ethernet ports are provided as standard equipment. Additionally, fulfilling field buses, such as CC-Link, EtherNet/IP™, DeviceNet™, PROFIBUS, PROFINET, and EtherCAT can be supported to connect and control a wide variety of devices. For 5 or more axes, use of YC-Link/E makes it possible to connect up to four RCX340 controllers so as to perform the centralized control of multiple robots. Additionally, when using YC-Link/E Note 1, multiple robots can be handled as if they are operated using one controller. This ensures very easy robot programming and management.
Therefore, this robot controller contributes to reduction of unseen costs, such as labor cost necessary for the setup work.
Note 1. When ordering YC-Link/E, please specify what robot is connected to what number controller.
Basic specifications | |||
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Applicable robots | YAMAHA single-axis robots, linear single-axis robots, Cartesian robots, SCARA robots (except for YK120X and YK150X), P&P robots | ||
Connectedmotor capacity | 1600W or less (in total for 4 axes) | ||
Power capacity | 2500VA | ||
Dimensions | W355 × H195 × D130mm (main unit only) | ||
Weight | 6.2kg (main unit only) | ||
Power supply voltage | Single-phase 200 to 230V AC +/-10% maximum, 50/60Hz | ||
Axis control | |||
No. of controllable axes | Max. 4 axes (simultaneous control: 6 axes) Expandable to up to 16 axes (4 robots) using YC-Link/E. |
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Drive method | AC full digital servo | ||
Position detection method | Resolver or magnetic linear scale | ||
Control method | PTP motion (point to point), ARCH motion, linear interpolation, circular interpolation | ||
Coordinate systems | Joint coordinates, Cartesian coordinates | ||
Position display units | Pulses, mm (1/1000 steps), degree (1/1000 steps) | ||
Speed setting | 1 to 100% (1% steps, This setting can be made even by programming.) | ||
Acceleration/deceleration setting | Automatic acceleration setting by robot model and tip weight parameter Setting by acceleration coefficient and deceleration rate parameters (1% steps) * Can be changed by programming. Zone control (Only the SCARA robot can set an optimum speed corresponding to the arm position.) |
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Programming | |||
Program language | YAMAHA BASIC II conforming to JIS B8439 (SLIM language) | ||
Multi-task | Max. 16 tasks | ||
Sequence program | 1 Program | ||
Memory capacity | 2.1MB (Total of program and point data) (Available capacity for program when the maximum number of points is used: 300KB) |
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Program | 100 programs (maximum number of programs) 9999 lines (maximum number of lines per program) |
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Point | 30000 points (maximum number of points) | ||
Point teaching method | MDI (coordinate data input), direct teaching, teaching playback, offline teaching (data input from external unit) | ||
System backup (Internal memory backup) |
Lithium battery (service life about 4 years at 0 to 40°C) |
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External I/O | |||
SAFETY | Input | Emergency stop ready input, 2 systems Auto mode input, 2 systems (Enabled only when the global specifications are used.) |
|
Output | Emergency stop contact output, 2 systems Enable contact output, 2 systems (Enabled only when the PBX-E is used.) Motor power ready output, 2 systems |
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Brake output | Transistor output (PNP open collector) | ||
Origin sensor input | Connectable to 24V DC B-contact (normally closed) sensor | ||
External communications | RS-232C : 1CH (D-SUB 9-pin (female)) Ethernet : 1CH (In conformity with IEEE802.3u/IEEE802.3) 100Mbps/10Mbps (100BASE-TX/10BASE-T) Applicable to Auto Negotiation USB : 1CH (B type) RS-422 : 1CH (Dedicated to PBX) |
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General specifications | |||
Operating temperature | 0°C to 40°C | ||
Storage temperature | -10°C to 65°C | ||
Operating humidity | 35 to 85% RH (no condensation) | ||
Noise immunity | Conforms to IEC61000-4-4 Level 3 | ||
Protective structure | IP20 | ||
Appliance classes | Class I | ||
Options | |||
Option board Note | Parallel I/O board | Standard specifications | Dedicated input 8 points, dedicated output 9 points General-purpose input 16 points, general-purpose output 8 points NPN/PNP specifications are selected. (maximum 1 board) |
Expansion specifications | General-purpose input 24 points, general-purpose output 16 points NPN/PNP specifications are selected. (maximum 4 boards) |
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CC-Link board Ver1.1/2.0 | Remote I/O Dedicated input/output: 16 points each General-purpose input/output: 96 points each Remote register Input/output: 16 words each |
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DeviceNet™ board | |||
EtherNet/IP™ board | |||
PROFIBUS board | |||
PROFINET board | |||
YC-Link/E board(master/slave) | Communication cycle: 1 ms, control cycle: minimum 1 ms / maximum 8 ms, maximum number of robot units: four units Maximum number of control axes: total 16 axes (including four master controller axes), maximum 12 axes for slaves only |
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YRG(gripper) board | Position detection method: optical rotary encoder, minimum setting distance: 0.01 mm Speed setting: 20 to 100% relative to the maximum parameter speed, number of connected gripper units: maximum four units Drive power: DC 24V +/-10%, 1.0A Max |
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Tracking board | Number of connected encoders: maximum two units, supported encoders: 26LS31/26C31 equivalent line driver (RS422 compliant) Encoder power supply: DC5V (2 counter (ch) total 500 mA or less) (supplied from controller) |
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iVY2 unit | Camera pixels: maximum 2 million pixels, number of registered models: 254 models, number of connected cameras:
maximum two units Power supply: DC24V +/-10% 1.5A Max |
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Programming box | PBX, PBX-E | ||
Absolute battery | 3.6V 2750mAH / axis Backup retention time: About 1 year | ||
RCX-Studio Pro | RCX-Studio Pro |