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NSD VS-5FXG-1 VARICAM Cam Switch Output Controller

BRAND : NSD

Model coding

VS-5FXG[1]-1

[1]Output system

Details

Model coding

VS-5FXG[1]-1

[1]Output system
CodeOutput system
BlankSink type

Contact us about other specifications.

ABSOCODER Basic Configuration

  • Position Sensor
    • Single Turn Rotary Position Sensor
  • Cable
    • Cable 3P-S-0102/3P-RBT-0102
  • Converter / Controller
    • VS-5FXG-1

Specification

General specification

ItemSpecification
Power supply voltage24VDC
Permissible power voltage range21.6 ? 30VDC
Power consumption10W or less
Insulation resistance20M? or more between external AC power terminals and ground
(by 500 VDC insulation resistance tester)
Withstand voltage500 VAC, 60Hz for 1 minute
between external DC power terminals and ground
Vibration resistance20m/s2 10 ? 500Hz, 10cycles of 5 minutes in 3 directions, conforms to JIS C 0040 standard
Ambient operating temperature0 ? +55? (No freezing)
(Surrounding air temperature rating of 55? maximum)
Ambient operating humidity20 ? 90 %RH (No condensation)
Ambient operating environmentFree from corrosive gases and excessive dust
Ambient storage temperature-10 ? +70?
GroundingMust be securely grounded (ground resistance of 100 ohm or less)
ConstructionInside control panel
MountingSelect from two-screw mounting/DIN rail installation/
on-panel mounting using panel mounting fixture VS-K-F.
Outside dimension (mm)130(W)×81(H)×99(D)
MassApprox. 0.7kg

Performance Specification

ItemSpecification
Converter modelVS-5FXG-1
Applicable sensorVRE-P028, VRE-P062
Min. setting units0.5°
Number of programs (Panel display)16
Number of switch outputs40
Number of multi-dogs10 times for each switch output
Position data sampling time
(Permissible speed)
None0.176ms(900 r/min when ON/OFF range is 1 degree)
Effective number of switches:
5 points SW Nos. 1 ? 5
0.176ms(900 r/min when ON/OFF range is 1 degree)
Effective number of switches:
10 points SW Nos. 1 ? 10
0.352ms(450 r/min when ON/OFF range is 1 degree)
Effective number of switches:
5 points (ON/OFF independent) SW Nos. 1 ? 5
0.352ms(450 r/min when ON/OFF range is 1 degree)
Switch output setting methodSettings are specified by numeric inputs or by teaching.
Setting value memoryNon-volatile memories
Error detectionMemory error, Sensor error, No setting, Setting impossible
Advanced angle functionPatternSettings by points
No. of points polygonal line20 points per switch (switch No.1 ? 10)
Effective speed range0 ? 6000r/min
Resolution0.5°
Speed setting unit1 r/min
Max. advanced angle±180°
Top dead center
stop angle function
PatternSettings by points
No. of points polygonal line30 points per program
Effective speed range0 ? 6000 r/min
Number of programs
(Panel display)
16
Speed setting unit1 r/min
Max. slippage correction range7200°
Angle setting unit0.5°
Communication function

Serial (RS-232C) communication (setting value saving or loading, monitoring, operation commands)

  • Connection by Mitsubishi-only protocol/MELSEC-A protocol
  • Connection with angle display unit (NDP) is also possible
  • Connection by OMRON-only protocol
  • Connection with touch panel is possible (VARIMONI)
Auxiliary functions
  • External origin set function Timing pulse function
  • Motion detection switch output function
  • Hysteresis function
  • Protected switch function
  • Switch output enabling function
  • External error cancel input
  • Arbitrary pulse output function
  • Current position value output (BCD, gray code (720-division)) / Speed output (binary code)
  • Advanced angle function
  • Top dead center stop function
  • Password function
  • Enhanced password function
Max. sensor cable lengthStandard100m
Robotic(RBT)100m

I/O spcification

ItemVS-5FXG-1Description
Input signalsProgram No.4pointsInputs the exteral program No.
Hold or external origin set1pointInput to prevent current position from changing or for origin setting.
Error cancel1pointInput to cancel an error display.
Switch output enable1pointSwitch signal will be output only upon the input of this signal.
Slippage correction disabled1pointRelease the clutch for "Slippage correction" when using the top dead center stop function.
Clutch ONN1pointON/OFF signal outputs occur in accordance with setting values.
Output signalsSwitch outputs / Arbitrary pulse output40pointsON/OFF signal will be output based on the switch setting value, or pulse signal
will be output based on equally dividing a single rotation (division selectable from 1 ? 360).
Timing pulse /
Motion detection switch
1point60, 180 or 360 pulse signals will be output per rotation, or ON/OFF signal will be output based on the speed setting value.
System ready1pointOutputs when controller and sensor are functioning normally.
Program No.4pointsThe currently selected Program No. is output.
Current position value
(BCD, gray code (720-division))
Speed Binary output
11pointsCurrent position (3-digit BCD + 0.5-deg display) signal will be output, or rotational speed will be output in binary code.
Latch pulse1pointOutputs a timing signal which ensures that the current position is read in a stable condition.
Slippage correction1pointDuring top dead center control, the brake timing signal output is triggered by the clutch ON signal input.
ItemInput specificationsItemOutput Specifications
Input signalsProgram No.
External origin set
Current position HOLD
Error cancel
Switch output enable
Slippage correction disable
Clutch ON
Output signalsSwitch output or arbitrary pulse
Program No.
Sysytem ready
Slippage correction
Motion detection switch or timing pulseCurrent position value (BCD, gray code (720-division)) or speed (binary)
latch pulse
Input circuitDC input, photo-coupler isolationOutput circuitTransistor (open-collector), photo-coupler isolation
Input logicNegative logicOutput logicNegative logicNegative logicPositive logic*1
Rated input voltage24VDCRated load voltage24VDC(30VDC max.)
Rated input current10mAMax. load current100mA100mA10mA
ON voltage10VDC or moreMax. voltage drop when ON2.0V1.5V0.7V
OFF voltage4 VDC or less

*1 : The output logic for current position and speed can be changed through parameter setting.