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ST-LC OPERATION MANUAL(EN)    2011-04-27

 

16 / 35

 

A1

 

ai!hi 

 

 

     

 

 

10)00 

 

 

 

 

 

 

 

 

 

10)0

 

 

  

 

 

 

 

 

 

 

 

1

0)00

 

 

 

 

 

 

ai!hi

(Ai1.Hi): Analogue input 1 high

 

Please refer to the explanations in 

INPUT & 

SCALING

 of 

FUNCTION DEFINE

(page 

1/35)

 

Settable range: 0.00%~100.00% 

Shift

 

Up

 

 

Down

 

 

 

Enter

 

 

 

 A1

3  

 

pv!dp 

 

 

     

 

 

 

 

 

 

 

 

 

 

 

 

 

  

 

 

 

 

 

 

)0000 

 

 

 

 

 

pv!dp

(Pv1.dP): Decimal Point of PV1

 

Programmable:  

     0

 / 

   )0

 / 

  )00

 / 

 )000

 /  

0.0000

 

Up

 

Down

 

 

 

Enter

 

 

 A1

 

lOsC1 

 

 

     

 

 

)0 

 

 

 

 

 

 

 

 

 

000)

 

 

  

 

 

 

 

 

 

 

 

0

0)00

 

 

 

 

 

 

lOsC1

(Lo.SC.1): Low scale of input 1

 

  If the field calibration has be done and 

then the 

[

CseL1

]

 selected to be 

field

the 

[

lOsC1

]

 will be  replaced by 

[

ca!ls

]

, and it can not to be set. 

Settable range: -19999~+29999 

Shift

 

Up

 

 

Down

 

 

 

Enter

 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Default: 

[

 lOsc

]

  )00

[

 hIsc

]

10)00

 

Change to 

[

 lOsc

]

 5)00

[

 hIsc

]

19(99

SCALE

INPUT

)00

19(99

10)00

5)00

Reverse slop 

[

hIsc

]

[

hIsc

]

[

 lOsc

]

[

 lOsc

]

%

)00

%

5)00

%

10)00

 

 

 A1

5  

 

hIsC1 

 

 

     

 

 

199(9 

 

 

 

 

 

 

 

 

 

199(

 

 

  

 

 

 

 

 

 

 

 

2

00)0

 

 

 

 

 

 

hIsC1

(Hi.SC.1): High scale of input 1

 

  If the field calibration has be done and 

then the 

[

CseL1

]

 selected to be 

field

the 

[

hIsC1

]

 will be  replaced by 

[

ca!hs

]

, and it can not to be set. 

Settable range: -19999~+29999 

Shift

 

Up

 

 

Down

 

 

 

Enter

 

 

 

 A1

6  

 

pv!zo 

 

 

     

 

 

)0 

 

 

 

 

 

 

 

 

 

)

 

 

  

 

 

 

 

 

 

 

 

)

0

 

 

 

 

 

 

pv!zo

 (Pv1.Zo): Fine Zero Adjustment 

for PV1 display

 

For Zero & Span of PV, users can get the 

"Fine Adjustment" by front key. It's an easy 

way to “Just Key-In” the value that the user 

wants to show in the current input signal. 
Especially, the 

[

pv!zo

]

 

&

 

[

pv!sn

]

 

are not 

only in zero & span of PV, but also any 
lower point for 

[

pv!zo

]

 

& higher point for 

[

pv!sn

]

. The meter wills be linear for full 

scale. 

Settable range: -19999~+29999 

Shift

 

Up

 

 

Down

 

 

 

Enter

 

 

     

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Default Input: 

[

 lOsc

]: 

  )00

[

 hIsc

]: 

19(99

Digital fine adjustment:   

input 2.75V, 

[

 pVzro

]

set to be 

 8)00

        

input 9.00V, 

[

 pVspn

]

set to  be 

17)00

Display: Low point from 55.00 to 80.00 
           High point from 180.00 to 170.00

 

SCALE

INPUT

0V

10V

5V 

2.75V 

9.00V 

19(99

[

h Isc

]

[

l Osc

]

)00

10)00

18)00

5%00

8)00

17)00

 

 A1

7  

 

pv!sn 

 

 

     

 

 

)0 

 

 

 

 

 

 

 

 

 

)

 

 

  

 

 

 

 

 

 

 

 

2

00)0

 

 

 

 

 

 

pv!sn

(Pv1.Sn): Fine Span Adjustment 

for PV1 display

 

It's same function as like as

 

[

pv!zo

]

 

Settable range: -19999~+29999 

Shift

 

Up

 

 

Down

 

 

 

Enter

 

 

 

 A1

8  

 

ZScl1 

 

 

     

 

 

none 

 

 

 

 

 

 

 

 

 

none 

 

 

  

 

 

 

 

 

 

both 

 

 

 

 

 

ZScl1

(Z.S.CL1): Clear Fine Zero & Span 

Adjustment for PV1 display

 

 

Programmable: 

 none

 (None): 

Do not clear the fine 

adjustment of Low / High for 

PV1. 

pv!zo

 (PV1.Zro): 

To clear the fine 

adjustment Low for PV1. 

pv!sn

 (PV1.SPn): 

To clear the fine 

adjustment High for PV1 

 both

 (PV1 Zero & Span): 

To clear 

the fine adjustment of Low and 
High for PV1.

 

Up

 

Down

 

 

 

Enter 

 

Next Page 

 

 

 

 

 

Summary of Contents for ST-LC

Page 1: ......

Page 2: ...ample input 1 is 4 20mA and input 2 is Pt100 Optional This two inputs may also establish the related parameter individually establish mathematics function between two inputs Input Range aIlo aOhi The...

Page 3: ...longer appear the input signal on the meter then the PV screen will display the data from RS485 command The data number will be same function as PV which it will compare with set point analogue output...

Page 4: ...ilter band fixed in firmware and about 5 of stable reading 3 times Digital Filter set to be 3 continuously the meter will admit the samples and update the new reading Otherwise it will be as treat as...

Page 5: ...alues Reverse slope output is decided by reversing point positions Output range selection aOtyp Voltage output specified Programming V0 10 0 10V V0 5 0 5V V1 5 1 5V Currnet output specified Programmin...

Page 6: ...T MULTI FUNCTION CONVERTER M H D H COM RL E ENT MULTI FUNCTION CONVERTER M H D H COM RL Field Calibration In pass time the engineers have to take a lot of time to adjust and calibrate meters or conver...

Page 7: ...deep Wiring Diagram Connector 10A 300Vac M3 0 1 3 3 5mm2 22 12AWG Max torque 13Kg cm 7 0mm max 7 0mm max Please set the torque of automotive screwdriver to match the limited of terminals OUTPUT 1 OUT...

Page 8: ...ls programmable None none no lock at all User can access to all level for checking and setting User Level user User Level lock User can access to User Level for checking but can not setting Programmin...

Page 9: ...nction index to access setting status 3 Setting Confirmed save to EEProm and go to next function index Shift key 1 In measuring page press for 1 second to access user level 2 In function index press f...

Page 10: ...t for energized latch of Relay yes no 0 8 Mrst no Mrst Maximum Minimum storage reset yes no 16 88 MEASURING PAGE 1 1 0 3 ry sp 10 00 ry sp Relay 1 Set point setting Settable Range 19999 29999 0 6 miN1...

Page 11: ...ized mode off lo hi lOhld hIhld do D 3 aOhs 10 00 aOhs Analogue High Output relative High Scale Settable Range 19999 29999 E 3 prity NstB2 prity Parity Nstb 1 Nstb 2 odd even A1 4 lOsC1 00 lOsC1 Low s...

Page 12: ...lo trKhi B 9 ry rd 0 0 ry rd Relay 2 energized delay time Settable Range 0 00 0 9 m 59 9 s A1 10 dsply pV12 dsply Display Function pV12 miN12 maX12 rs485 A2 10 dsply pV12 dsply Display Function pV12 m...

Page 13: ...lOsC1 or lOsC2 F2 or F7 and hIsC1 or hIsC2 F4 or F9 Please double check the lOsC1 or lOsC2 step A1 4 or A2 4 and hIsC1 or hIsC2 A1 5 or A2 5 are correct after selection the deflt or field Pass code de...

Page 14: ...ish the calibration lower point and go to next page F 7 lOsC2 88888 lOsC2 the value to be set is relative to Field Calibration low point of input 2 Press to set the value of lower scale F 8 ca hi 8888...

Page 15: ...table Range 19999 99999 Shift Up Down Enter 0 5 rYrst no no yes rYrst rY rSt Reset for energized hold of Relay If the ry_ md step B 3 7 set to be hIhld or lOhld and the present value PV reach to the c...

Page 16: ...the pass code please go to step A1 15 or A2 15 to set Please remind the new pass code Pass Code inpT1 group inpT2 group relay group ao group rs485 group INPUT 1 GROUP INPUT 2 GROUP RELAY GROUP ANALOG...

Page 17: ...o Adjustment for PV1 display For Zero Span of PV users can get the Fine Adjustment by front key It s an easy way to Just Key In the value that the user wants to show in the current input signal Especi...

Page 18: ...ontrol analogue output relay energized and so on Programmable pV12 PV 12 Show PV 12 miN12 Min 12 Minimum Hold of PV 12 maX12 MAX 12 Maximum Hold of PV 12 rs485 RS485 Remote displayed from RS485 comman...

Page 19: ...5 of stable reading 3 times Digital Filter set to be 3 continuously the meter will admit the samples and update the new reading Otherwise it will be as treat as a noise and skip the samples Settable...

Page 20: ...Please refer to the explanations in INPUT SCALING of FUNCTION DEFINE page 1 35 Settable range 0 00 100 00 Shift Up Down Enter A2 3 pv dp 0 0 0000 pv dp Pv2 dP Decimal Point of PV1 Programmable 0 0 00...

Page 21: ...pv sn Pv2 Sn Fine Span Adjustment for PV1 display It s same function as like as pv zo Settable range 19999 29999 Shift Up Down Enter A2 8 ZScl2 none none both ZScl2 Z S CL2 Clear Fine Zero Span Adjus...

Page 22: ...vG Average The meter s sampling is 15cycle sec If the avg Average set to be 3 to express the display update with 5 times sec The meter will calculate the sampling 1 3 and update the display value At m...

Page 23: ...not setting all All Level All lock User can access to all level for checking but can not setting Up Down Enter RELAY GROUP The group will not be displayed except the relay function is to be specified...

Page 24: ...int hIhld lOhld High Low Level energized hold High Low Level energize and latch As the PV Higher or lower than set point the relay will be energized to latch except manual reset by from key in User Le...

Page 25: ...AGE In following pages press for 1 second to back ANALOGUE GROUP INDEX PAGE D 1 aOtyp A4 20 A4 20 V0 10 aOtyp Ao tYP Analogue Output type Analogue output type had been fixed in mA or V as customer ord...

Page 26: ...the front key up or down key to adjust and check the output of meter Settable range 38011 27524 Shift Up Down Enter D 5 aOspn 0 00000 32767 aOspn Ao SPn Fine Span Adjustment for Analog Output Users c...

Page 27: ...lowing pages press for 1 second to back RS485 GROUP INDEX PAGE E 1 adres 1 001 255 adres AdrES Device number of the meter Settable range 1 255 Shift Up Down Enter E 2 baud 9600 9600 38400 baud bAUd Ba...

Page 28: ...lo CA1 Lo Field Calibration Low of input 1 The low calibration is not need the exactly zero to calibrate because of the field calibration function could be calibrate any lower point Waiting for the v...

Page 29: ...of machinery of input 2 to the lower signal output status or any lower status F 6 ca lo 0022h 052eh ca lo CA2 Lo Field Calibration Low of input 2 The low calibration is not need the exactly zero to ca...

Page 30: ...120 input low limit A Please check the aIlo and aIhi in input group are correct or not B Please changes another meter that is matching in the field Display shows ovfl ovfl 3 To inspect whether did th...

Page 31: ...t shown Check if the label of meter for detail specification A Please check the product number and output O P _____ description again for confirmation the relay output is specified or not B Please se...

Page 32: ...bright but no reply A Please confirms the CHECH SUM program is correct B Please check the interval of each command has to over 3 5byte Reply wrong data from the meter 2 Check if the square orange LED...

Page 33: ...12 0007h 19999 99999 The Maximum of PV 12 Low word 0 R RS485 0008h 19999 99999 PV 12 be written in by RS485 High word R W RS485 0009h 19999 99999 PV 12 be written in by RS485 Low word R W aOls 000Ah 1...

Page 34: ...R W dsply 0024h 0 3 Display Mode 0 PV 12 1 Minimum Hold 2 Maximum Hold 3 RS485 0 R W lOcT1 0025h 19999 19999 Low Cut of PV1 0 R W lOcT2 0026h 19999 19999 Low Cut of PV2 0 R W avg 0027h 1 99 Average 5...

Page 35: ...Digital Output 1 R W ry hy 0043h 0000 5000 Hysteresis of Relay2 0 R W ry rd 0044h 0000 5999 0 1second Energized Delay Time of Relay2 0 R W ry fd 0045h 0000 5999 0 1second De Energized Delay Time of Re...

Page 36: ...he information contained in this manual ADtek reserves the right to make improvements to this document and or product at any time without notice No part of this publication may be reproduced stored in...

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