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   Mark-202 °íÁ¤¹Ð 2Ãà ½ºÅ×ÀÌÁö ÄÜÆ®·Ñ·¯ stage controller
  ±Û¾´ÀÌ : Åø¸¶ÄÏ      ³¯Â¥ : 07-10-03 01:03      Á¶È¸ : 3402     
   Mark-202Ä«´Þ·Ï.pdf (198.1K), Down : 23, 2007-10-03 01:03:46
   http://www.photonlines.com/optosigma/Mark-202.htm (569)
   http://www.sigma-koki.com/D/StageControllers/ACServoMotorsControllers/¡¦ (552)

 

 

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Mark-202
High-performance, multi-function, programmable two-axis stage controller
With two new internal high-performance drivers 
Stepping motor drivers

 The Mark-202 is a general-purpose two-axis stage controller with internal drivers suited to measurement and device control applications. Compatible with existing models, this controller offers excellent applicability across a wide range of requirements at a low cost.


When the Mark-202 is connected to an ordinary personal computer via an RS232C, GP-IB or USB interface, the stage can be accurately moved to the desired position by simple commands sent from the PC. Also, it is possible to save internal data via program data downloads and uploads. The program has been simplified for ease of construction of complicated control systems.

 

Internal power supply for I/O (Input/Output) signals, trigger output signals, and DC 24V output signals makes it possible to control external input or output devices or to output trigger signals synchronized with external measuring devices. A joy pad (control pad) is required for manual operation, memory settings, and programming. (A joy pad/control pad is included with Kantan Measuring Series software; separate purchase is not required.)

 

General Specifications

OptoSigma P/N:

555-1202

Model:

Mark-202

Power supply:

AC85V~264V +/- 10% 50/60Hz

Power consumption:

150VA

Operating temperature:

5~40¡ÆC

Storage temperature:

-20~70¡ÆC

Ambient humidity:

20~80%RH (non-condensing)

External dimensions:

270W x 295D x 120H(excluding attachments)

Weight:

5Kg

 

 

 

Performance Specifications

OptoSigma P/N:

555-1202

No. of control axes:

Two

Coordinate indication range:

999999999 pulses

Minimum operating pulse rate:

1pps

Maximum operating pulse rate:

500kpps

Acceleration/Deceleration time:

0 to 1000ms

Sensor inputs:

Mechanical origin sensor/proximity sensor/CW(+) limit/CCW(-) limit (Input logic is switchable by memory switch)

Trigger outputs:

Open collector output (max. DC 24V 30mA)

Interfaces:

RS232C interface (9-pin male)

Communications parameters:
      Baud rate 38400, 19200, 9600, 4800 bauds
      Data length: 8 bits
      Parity: no parity
      Stop bit: 1 bit
      Flow control: hardware
      Delimiters: CR, LF, CR+LF

GP-IB interface:
      Setting address: 0 to 30
      Delimiters: CR, LF CR+LF, EOI

Universal Serial Bus (USB) interface

DC outputs:

DC 24V 6.3A (non-insulated): motor driver operation, external I/O power supply terminal output (such as motor brake); DC12V 0.2A (non-insulated): sensor power supply; DC 5V 1.0A (non-insulated): CPU logic circuitry, driver interface

Inputs/Outputs:

Input signals x 4 (photo coupler input internal resistance 2.2 kW); Output signals x 4 (open collector output max. DC 24V 100mA)

Control signals:

Input signals x 14 (photo coupler input internal resistance 2.2kW);
Program number x 1, Drive command x 1,
Return to mechanical origin command x 2,
Temporary stop command x 1, Emergency stop command x 1, Forward travel command x 2, Reverse travel command x 2, Speed setting x 2.
1, 2/3, 4 switch x 1 (for Mark-204)
Output signals x 5 (open collector output max. DC 24V 20mA)
Start/stop x 1, Return to mechanical origin/stop x 2,
BUSY x 1

 

 

 

Driver Specifications

OptoSigma P/N:

555-1202

Drive method:

Bipolar pentagon micro-step

Drive current (output current):

0.5A to 1.6A per phase

Current down (stop current):

27% to 90% of designated output current

Motor excitation:

Motor excitation set to ON/OFF via input signal

Micro-step setting:

1, 2, 4, 5, 8, 10, 16, 20, 40, 80 micro-steps
(Switchable between M1 with the micro-step setting switch)

Setting switches:

Switches x 3: RUN, STOP, M1

 

Insulation resistance:

Greater than 100MW when measured between the power supply terminal and the case at DC 500V MW at room temperature and humidity

Insulation voltage resistance:

No abnormality when AC 1500V is applied at 60Hz for one minute between the power supply terminal and the case at room temperature and humidity

Power supply line noise:

Normal operation under conditions of 800V 1mS in common mode and normal mode

Static noise:

Normal operation under conditions of 200pF,  kW 10kV

 

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