SANTEST CO.,LTD.

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Model GY Series

GYHC Controller
High accuracy analogue controller
GYHC Controller

GYHC controller outputs 0-10V or 4-20mA for position and ±10V (or 4-20mA) for velocity. Using digital process inside, fine resolution is possible (1/65536). With option, putting 2pcs magnet on one probe and detecting each magnet position or relative distance between 2 magnets are possible. It has toggle switches on front face for zero/gain adjustment, mounting with DIN rail.

Specifications

Resolution (position)16bit (1/65536) (*1)
≦0.01%FS (*2)
Position(OUT1)
(OUT2:option)
0-10V (Max.5mA, Min.2kΩ)
or 4-20mA (load:Max.500Ω)
Velocity(OUT2)
(option)
±10V or 4-20mA
Alarm(*3)Open collector 0.1A 30VDC(*3)
Power supplyStd:+24VDC±5% (150mA)
Option:+15VDC±5% (250mA) (*4)
Sampling freq.Std 1kHz (up to stroke 1000mm)
Temp. drift≦±10ppmFS/°C
Operating temp.0°C-+65°C
Storage temp.-20°C-+85°C

*The above mentioned accuracy applies to sensors with an
effective stroke of 300 mm or more.
(*1)associated probe:GYSE-R, GYcRS, GYMR5, GYFRS
(*2)associated probe:GYGS, GYMS, GYPM, GYHR, GYcRP, GYKM
(*3)Cable cut and magnet missing
(*4)GYcRP probe only (Total rod length ≦1500mm)

Model No.

①Probe
  SR:GYSE-R
  RS:GYcRS
  R5:GYMR5
  FS:GYFRS
  HR:GYHR
  GS:GYGS
  PM:GYPM
  RP:GYcRP
  MS:GYMS
  PR:GYPMR
  P2:GYPE2K
  KM:GYKM
  KRS:GYKM-RS

②Effective stroke(mm)

③Thread dead zone
  S:50mm(STD)
  □:□mm(option)(specified by customers)

④Associated magnet or float

magnetfloat
M2P :No.2P (STD)
M2PN :No.2PN
MG0 :No.Φ
M0SM :No.ΦSPM
M0LM :No.ΦLPM
M3 :No.3
M11 :No.11
M11N :No.11N
T142 :No.T14-M2
T144 :No.T14-M4
T162 :No.T16-M2
T163 :No.T16-M3
MG□ :other magnet
F28S :Φ28 SS316
F30S :Φ30 SS316L
F40S :Φ40 SS316(B)
F42S :Φ42.5 SS316
F50S :Φ50 SS316
F54S :Φ54 SS304
F25N :RF-A10 plastic
F28N :RF-A6 plastic
FL□ :other float

⑤Position output(OUT1)
  AD:0-10V(When magnet moves toward tip, output increase)
  AR:10-0V(When magnet moves toward tip, output decrease)
  BD:4-20mA(When magnet moves toward tip, output increase)
  BR:20-4mA(When magnet moves toward tip, output decrease)
  CD□□:bipolar output(-□V-+□V)
      (for example CD10:-10V-+10V)
  CR□□:bipolar output(+□V--□V)
      (for example CR05:+5V--5V)
  V Z/F:option (specified voltage)
      (for example V1/5:1-5V, V9.5/0.5:9.5-0.5V)
  I Z/F:option (specified current)
      (for example I5.2/20:5.2-20mA, I18/5:18-5mA)
  【Z=output at zero position, F=output at full position】

⑥additional analogue output(OUT2)
  ・N:without option(STD)
  ・position output:select from ⑤
  ・velocity output(Note1)
  VA[  ]:±10V
  WB[  ]:4-20mA
  [  ]:max velocity (1.00-999mm/sec)
  (ex.9R99: max velocity=9.99mm/sec)
  (Note1)
  VA:When magnet stops, output is 0V.
    When moving toward probe tip, +10V.
    WB:When magnet stops, output is 4mA.
    When moving in any direction, 20mA.

⑦Power supply
  24S:+24VDC(STD)
  15S:+15VDC(Option)(GYcRP probe only)

⑧Option
  2ME:2 magnets, each magnet position
  2MR:2 magnets, relative distance between 2pcs(OUT1)
  X2:higher sampling freq. double
  X3:higher sampling freq. triple
  X4:higher sampling freq. qaudruple (3.75kHz)
  <For higher sampling option>
  ・probe tip DZ needs extra 30mm
  ・for example, stroke : 500mm, standard is 1kHz and with X2 option, it is 2kHz.

Dimensions

   
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