|
iM-£ series is characterized by high
speed, high accuracy, and motion stability because it adopts
high performance of a digital amplifier which is controlled by
16 and 32 bit DSP. It is designed to control from 2-axis robot
to 8-axis robot or 8 single axes robot at once.
1. Cost effective of all-in-One functions
The iM-£ series controller combines the functions of
motion control, servo drive, and PLC function into a compact
unit. Therefore, iM-? controller offers high performance with
cost- effectiveness
2. Possible to control multi axes of Cartesian robots,
Desktop robots, SCARA robots, and Linear servo motor Cartesian
robots The iM-£ series are capable of controlling more
number of 2 axes of the DRM, DRMC,DTR(Built-in), DSM and DLM
series robots at the same time.
3. Multitasking The iM-£ controller executes each
different 4 robot motion programs with maximum 8axes,
simultaneously and independently.
4. Various options and extensive usage The iM-£ can
connect touch screen, CCD camera, magnetic sensor, photo sensor,
solenoid, MPG etc. It accommodates installation of extension
board up to 8 axes and network options (CC-Link, ProfiBus) are
selectable.
5. User friendly software The iM-£ series has
different types of software to use easy and enhance system
performance. It provides the general purpose software,
dispensing software, and screw tightening software, and also PC
software.
| Number of axis |
2 axes |
3/4 axes |
5/6 axes |
7/8 axes |
| Control capacity) |
1.2 kW (Max 1kW/axis) |
4 kW (Max 1.2kW/2 axes) |
| Input/ Output |
Voltage/ Frequency |
Single-phase AC 220V(-15% ~
+10%), 50/60Hz |
| Capacity (KVA ) |
Maximum 5.0 kVA |
| Applicable Encoder Type |
Incremental type (Line
driver: 9/15 lines), linear scaler, Absolute type (Tamagawa
TS5667N120 FA-Coder Compatible) |
| Programming tool |
Teach pendant (DX-??), PC (IBM compatible) |
| Position data input |
MDI, Direct Teaching, Touch Panel |
| Motion control method |
PTP control, CP control(3D linear/circular
interpolation) |
| Operating system |
Multi-tasking OS(control Max. 4 independent
channels simultaneously) |
| Program language |
DARL III (DASA's Advanced Robot Language) |
| Sequence command |
20 command sets(AND, OR, NOT, TIMER,
COUNTER, etc) |
| Control accuracy |
Within +/-1 pulse of encoder |
| Serial interface |
RS232C(19,200bps), RS422/RS232C(9,600 to
38,400 bps) optional CC-Link(Note1) Profibus(Note2) |
| Input Output |
System I/O |
Selected by parameter
setting from General I/O |
| General I/O |
Standard: 32/32(photo
coupler), Extension: Max. 128/128 points(option), Analog &
Digital I/O 2/2 port(option) |
| Special function |
3D palletizing, pass &
turn motion, teaching point shift, I/O parallel processing,
R-axis compensation, real time speed change, EZ software
(easy function for dispensing, option) |
| Internal PLC scan time |
5 [ms] |
| Safety Function |
IPM Error, Over Current, Over Load, Encoder
Error, Under/Over Voltage, Following Error |
| Dynamic Brake |
Built-in |
| Regenerative resistor |
Built-in |
| Operating conditions |
Operation |
Temperature : 0~45?? /
Humidity : 20~80%RH (No condensing) |
| Storage |
Temperature : -15~60?? /
Humidity : 10~90%RH (No condensing) |
| Set-up environment |
No erosive gas or explosive
gas, No oil mist |
| Vibration |
Less than 0.5G |
| Memory size |
Standard: 128 kB, 512 kB(option) |
| Memory backup |
FRAM backup |
| Applicable robots |
DRM, DRMC, DLM, DTR, DSM Series |
Note
| Specifications |
CC-Link (Note1) |
ProfiBus (Note2) |
| Protocol |
CC-Link Slave V2.0 |
ProfiBus-DP Slave, En 50170/DIN19245 |
| Interface |
RS-485(Electric)/Bus Topology |
RS-485(Electrically isolated) |
| Communication speed |
10M/5M/2.5M/625K/156Kbps |
9600~12Mbps/Auto Baudrate |
| Communication system |
Broadcast Polling System |
1.2km~100m/Adjustment by Baudrate |
| Extended cyclic setting |
X1/ X2 / X4/X8 |
32 station/Segment |
| Max. no. of occupied stations |
4 stations |
Input 64Byte/Output 64 Byte |
| Link access |
Remote device station |
9 Pin D-Sub |
| Terminating Resistance |
110 ohm,1/2w(Link between DA and DB) |
220 ohm,1/2w(Link between A & B) |
|
 |