Yudian AI-519 Operation Instruction Manual Download Page 3

 

 

B

 

front panel 160

×

80mm(width

×

height), cut out 152

+0.5

×

76

+0.5

mm, depth behind mounting surface 100mm.     

C

      front panel 80

×

160mm(width

×

height), cut out 76

+0.5

×

152

+0.5

mm, depth behind mounting surface 100mm.   

C3

    On top of C, there is additional light bar with 50 segments and 2 levels of luminosity. 

D

 

front panel 72

×

72mm(width

×

height), cut out 68

+0.5

×

68

+0.5

mm, depth behind mounting surface 95mm 

D2

  front panel 48

×

48mm(width

×

height), cut out 45

+0.5

×

45

+0.5

mm, depth behind mounting surface 95mm, with 10 

terminals 

D5

  width  22.5mm,  DIN-Rail  mount,  external  keypad  E8  (or  communication  if  address/BAUD  rate  is  correct) 

required for display and parameter setting 

D6

  front panel 48

×

48mm(width

×

height), cut out 45

+0.5

×

45

+0.5

mm, depth behind mounting surface 95mm, with 12 

terminals 

E

 

front panel 48

×

96mm(width

×

height), cut out 45

+0.5

×

92

+0.5

mm, depth behind mounting surface 100mm 

E2

    On top of E, there is additional light bar with 25 segments and 4 levels of luminosity. 

E5

  48

×

96mm(width

×

height),  DIN-Rail  mount,  external  keypad  E8  (or  communication  if  address/BAUD  rate  is 

correct)) required for display and parameter setting 

F

 

front panel 96

×

48mm(width

×

height), cut out 92

+0.5

×

45

+0.5

mm, depth behind mounting surface 100mm 

 

Module type of multiple function I/O (MIO).    N means none, no module installed. 

I2

 

Single channel on-off signal input module. When a n external switch is connected, SV=SP1 When the switch is 

open; SV=SP2 when the switch is closed. 

I4 

4~20mA/0~20mA analogue input module, with 24VDC power supply.    Directly connecting to 2-wire transmitter. 

V24/V12/V10 

Isolated  24V/12V/10V  DC  voltage  output  module  with  maximum  current  of  50mA,  supplying  power 

for external transmitter. 

 

Module type of main output (OUTP).    For control output or SV/PV retransmission. 

L1

    Large capacity, large size, normal open relay output module (Capacity: 250VAC/2A) 

L2

  Small  capacity,  small  size,  normal  open  +  normal  close  relay  output  module  (Capacity:  250VAC/1A   

recommended for alarm) 

L4

  Large capacity, small size, normal open + normal close relay output module (Capacity: 250VAC/2A) 

K1

 

“Burnt-proof” single-phase thyristor zero crossing trigger output module, trigger

ing

 one loop of a TRIAC or a pair 

of inverse parallel SCR with current of 5~500A. 

K3

 

“Burnt-proof”  three-phase  thyristor  zero  crossing  trigger  output  module,  triggering  3-phase  circuit.  Each  loop 

can trigger TRIAC or a pair of inverse parallel SCR with current of 5~500A. 

K5 

“Burnt-proof” single-phase thyristor phase-shift trigger output module, suitable for 200

240VAC power grid. 

K6 

“Burnt-proof”  single-phase  thyristor  phase-shift  trigger  output  module,  suitable  for  non-standard  power 

environment below 380VAC. 

X3

  Photo-electric isolated linear current output module, 0~20mA or 4~20mA, occupying internal 12VDC power. 

X5

  Photo-electric isolated linear current output module, 0~20mA or 4-20mA. Equipped with isolated power supply 

without occupying internal 12VDC power. 

W1

  TRIAC no contact normal open discrete output module (Capacity: 100~240VAC/0.2A, burnt-proof) 

W2

  TRIAC no contact normal closed discrete output module (Capacity: 100~240VAC/0.2A, burnt -proof) 

G

 

Solid-state relay, SSR voltage output module (DC12VDC/30mA) 

 

Module type of alarm (ALM).    For AL1 and AL2 alarm outputs. 

L0

    Large capacity, large size, normal open relay output module (Capacity: 250VAC/2A, recommended for alarm) 

L0/L2/L4

  Single relay output alarm, support AL1 one channel alarm 

L3 

Dual normal open relay output module, support AL1 and AL2 alarm 

 

Module type of auxiliary output (AUX).    For AU1 and AU2 alarms and control auxiliary output. 

L0/L1/L2/L4

 

Single relay output alarm 

L3 

Dual normal open relay output module, support AL1 and AL2 alarm 

Summary of Contents for AI-519

Page 1: ...ls of temperature pressure flow level humidity etc CONTENTS 1 SUMMARY 1 1 1 MAIN FEATURES 1 1 2 ORDERING CODE DEFINITION 1 1 3 TECHNICAL SPECIFICATION 4 1 4 REAR TERMINAL LAYOUT AND WIRING 6 2 DISPLAY...

Page 2: ...nge of temperature ISO9001 and CE certified achieving world class level of quality anti interference ability and safety POINTS TO NOTE Always adjust parameters according to input output type and funct...

Page 3: ...output or SV PV retransmission L1 Large capacity large size normal open relay output module Capacity 250VAC 2A L2 Small capacity small size normal open normal close relay output module Capacity 250VA...

Page 4: ...ace or install modules by themselves when needed When replacing a module you should pull the controller out of the housing at first insert a small flat tip screwdriver into the opening between the ori...

Page 5: ...can be chosen Calibration The instrument applies the technology of automatic zero and digital calibration and is free of maintenance If the error exceeds certain range generally cleaning and drying t...

Page 6: ...power module Linear current output 0 20mA or 4 20mA Output voltage 11V maximum load resistance 500ohm output precision 0 2 FS Electromagnetic compatibility EMC 4KV 5KHz according to IEC61000 4 4 4KV a...

Page 7: ...ignal can be converted to 1 5V voltage signal by connecting a 250 ohm resistor and input from terminals 11 and 12 3 S S1 or S4 module can be installed in COMM slot for communication If relay TRIAC no...

Page 8: ...odule with parameter bAud 1 provides MIO on off input simulation SP1 SP2 The external switch should be connected to terminal 3 and 5 Wiring diagram of D6 size instruments 48 48mm 1 Linear voltage of 5...

Page 9: ...struments 22 5 x 100mm 1 Input 0 5V 1 5V input from 12 11 500mV below input from 10 11 4 20mA with 250ohm shunt resistor converted to 1 5V input from 12 11 2 Fixed with one channel alarm and communica...

Page 10: ...N4001 Load Thyristor trigger output SCR X2 5 500A BX BX Capacitor Resistor Absorber Circuit Varistor G1 G2 G1 G2 ZNR ZNR V V 100 240VAC TRIAC 5 500A Capacitor Resistor Absorber Circuit Varistor SCR Po...

Page 11: ...the thermocouple or RTD circuit is break or input specification sets wrong the upper display window will alternately display orAL and the high limit or the low limit of PV and the instrument will aut...

Page 12: ...password and then press can access System Parameter Table Setpoint Output Magnitude Switch In the basic display status pressing can switch lower display window between displaying setpoint or output m...

Page 13: ...Generally the smaller the value of CHYS the higher is the precision of auto tuning But the value of CHYS parameter should be large enough to prevent the instrument from error action around setpoint du...

Page 14: ...utput PV The instrument works as a temperature retransmitter SOP output SV The instrument works as a set current output onoF APId nPId POP SOP Act Acting method rE Reverse acting Increase in measured...

Page 15: ...t value or corresponding parameter value may be larger than 9999 please avoid choosing 0 but 0 000 instead The display value will become 00 00 when the value is larger than 9999 0 0 0 0 00 0 000 ScL S...

Page 16: ...he impulse current of induction load CtI 0 5 second and OPrt 5 second 0 3600 second OEF Work range of OPH When PV OEF the upper limit of OUTP is OPL when PV OEF the upper limit of OUTP is 100 For exam...

Page 17: ...tion are satisfied the instrument should alarm but there is no problem in the system Contrarily in an refrigerating system the unnecessary high limit or deviation high limit alarm may occur at the beg...

Reviews: