Sailor – RZ-Σ Series
Posted by: Eastern Plastics | on June 7, 2013
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A full servo robot of advance function |
■Product Introduction
3 or 5axes full servo traverse robots.
A totally utilized of servo performance, high precision injection molding machine standard model. |
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More Rigidity !
A high rigidity more than any models
before achieved overall.
The shaking and the noise are greatly decreased,
and durability has increased further, too. |
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Refined Design !
Rack & pinion mechanism is adopted for the horizontal parts.
It becomes aneat form with no ball screw. |
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Operator Friendly !
7inch wide display is compact, light, and easy to operate. It makes your setup time greatly shorter than ever. Functions such as the data edits and the data storage are enhanced further.
Also, “Very First in the industry” the wireless handy pendant can be used.(optinal) |
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Take-Out Dry Cycle |
0.8 seconds |
Dry Cycle |
5.0 seconds |
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New Controller |
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Mypro Function |
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With this software, your original program,
like Position, Timer, Input/Output, etc.
can be added freely.(More→) |
Login Function |
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The administrator and ten(10) other users can be registered. The operation level of five strages can be set to each user. |
Name Edit Function |
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Default names of teaching data and timer can be changed using keybord on the screen. Even when the robot of two or more manufactures is used at your factory, names can be united. |
Collision Prevent Function |
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It automatically calculates max/min values to prevent the collision of parts arm, runner arm, and runner arm with wrist turn when ten key teaching. |
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Each axis operation can be done actually feeling it at the teaching. |
USB-Data Transfer |
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It equips with 2 slots of USB ports. The mold data can be saved in USB drive. and the backup of data is eazy. The alarm and the operation history can be saved in USB drive too.
It is a function with a high extendibility to the important of productivity and the process controll. |
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Option |
◇Web Function |
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The situation of the site can be managed by connecting LAN (Wireless LAN is also acceptable ) and the USB camera in the office via the internet. |
◇Wireless Function |
Wireless Handy Pendant |
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Wireless telecommunications with the handy pendant become possible by installing a wireless unit in the pendant. One(1) wireless pendant can control multiple robots. Because it’s a wireless, adjustment of position, timer, speed, etc. can be done from non-operator side easily. |
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→RZ-Σ Catalogue(pdf 808kB) |
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Power Supply |
AC200V±10% 50/60Hz |
Maximum electric power required |
3~6 kVA |
Normal air pressure |
0.5~0.6 MPa |
Maximum air pressure capacity |
0.97 MPa |
Driving method |
AC Servo motor |
Maximum loading capacity |
10~15kg(inclusive of gripper weight) |
Accuracy of re-positioning |
±0.1mm |
Model |
Molding
Machine
application |
Horizontal Forward
Limit Position[mm] |
Stroke
[mm] |
Maximum
Loading
Capacity
[kg] |
Parts-side |
Runner-side |
Traverse |
Vertical |
RZ-100Σ |
S |
75~120t |
500 |
– |
1200 |
700 |
10 |
W |
500 |
385 |
RZ-200Σ |
S |
150~250t |
700 |
– |
1400 |
800 |
10 |
W |
700 |
585 |
RZ-300Σ |
S |
250~350t |
900 |
– |
1600 |
1000 |
10 |
W |
900 |
785 |
S:Single arm |
W:Double arm |
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Standard Specifications |
1 |
A-type 90 degree wrist turn unit |
2 |
Parts vacuum circuit, detect circuit |
3 |
Mechanical parts chuck circuit |
4 |
Wirst turn sequence control |
5 |
Parts release & runner release position setting |
6 |
Priority setting for parts release & runner reject |
7 |
Parts & runner vertical position setting |
8 |
Runner reject position (traverse forward / backward ) |
9 |
All axes palletizing (999 positions for each axis) |
10 |
Definable palletaizing direction for horizontal and traverse storokes |
11 |
Definable shift position and direction for horizontal and traverse storokes |
12 |
Intermediate traverse wait position |
13 |
Teaching data verification check function |
14 |
Login function NEW |
15 |
Undercut release servo operation |
16 |
Initial reject, NG parts reject, overflow reject |
17 |
Shutdown circuit sfter consecutive NG reject |
18 |
Definable 2nd machine interlock |
19 |
Vertical arm – close to mold wait |
20 |
Curved approach on mold movement |
21 |
Dedailed display of operation histry and data storage NEW |
22 |
Maintenance period setting, Alarm reminding |
23 |
Teach positioning on-the-fly in auto mode (max. ±0.3mm) |
24 |
Energy saving operation |
25 |
Sampling mode |
26 |
Production control mode |
27 |
Mypro function |
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Optional Specifications |
1 |
AB, D-type wrist turn unit |
Programmed in
standard software |
2 |
Volume dual syatems circuit increase capacity |
3 |
Vacuum circuit for Parts-Side Runner |
4 |
Pivot wrist turn sequence controll |
5 |
Parts unload 2 Positions (with vertical shift function) |
6 |
Gate cut at traverse end 4 positions/cycle |
7 |
Gate cut at traverse end all axis direction setting |
8 |
Gate cut inside chuck at unload or traverse midway position |
9 |
Chuck pitch adjusting |
10 |
Undercut release pnuematic operation |
11 |
Extension of vertical, horizontal, traverse strokes |
12 |
Blower specification |
13 |
Vacuum breaking circuit |
14 |
Vacuum multiple-system circuit (over 3 systems) |
15 |
Stand for main touch panel |
16 |
Wireless function NEW |
17 |
Web function NEW |
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