APAR AR653 User Manual Download Page 22

22

 

0x22 (34)

 

0 ÷ 4 

parameter 17: 

coS1

 control signal for output 1 (assignment of input)

 

R/W 

0x23 (35)

 

0 ÷ 3 

parameter 18: 

Fto1

 failure status of output 1

 

R/W 

0x24 (36)

 

0 ÷ 3 

parameter 19: 

Fun1

 function of output 1 

 

R/W 

0x25 (37)

 

-1,999 ÷ 18,000 

parameter 20: 

SEt1

 set value 1

 

R/W 

0x26 (38)

 

0 ÷ 9,999 

parameter 21: 

H1

 hysteresis of output 1 or PID tuning insensitivity zone

 

R/W 

Configuration parameters of auxiliary outputs 2 and 3 (output index  

KA

 = 0 ÷ 1, 0-output 2, 1-output 3)

 

0x27 (39) +KA*5

 

0 ÷ 4 

parameter 22+KA*5: 

coS

 control signal for output (2 or 3)

 

R/W 

0x28 (40) +KA*5

 

0 ÷ 3 

parameter 23+KA*5: 

Fto

 failure status of output (2 or 3)

 

R/W 

0x29 (41) +KA*5

 

0 ÷ 10 

parameter 24+KA*5: 

Fun

 function of output (2 or 3)

 

R/W 

0x2A (42) +KA*5

 

-1,999 ÷ 18,000 

parameter 25+KA*5: 

SEt

 set value (2 or 3)

 

R/W 

0x2B (43) +KA*5

 

0 ÷ 9,999 

parameter 26+KA*5: 

H

 hysteresis of output (2 or 3)

 

R/W 

0x31 (49)

 

0 ÷ 1 

parameter 32: 

AtYP

 type of analog output

 

R/W 

0x32 (50)

 

0 ÷ 4 

parameter 33: 

coSA

 measurement retransmission signal for analog output

 

R/W 

0x33 (51)

 

0 ÷ 3 

parameter 34: 

FunA

 function of analog output 

R/W 

0x34 (52)

 

-1,999 ÷ 18,000 

parameter 35: 

A-Lo

 lower indication for retransmission 

R/W 

0x35 (53)

 

-1,999 ÷ 18,000 

parameter 36: 

A-Hi

 upper indication for retransmission 

R/W 

0x36 (54)

 

0 ÷ 3 

parameter 37: 

tunE

 type of PID tuning 

R/W 

0x37 (55) 

0  ÷ 18,000 

parameter 38: 

Pb

 range of PID proportionality 

R/W 

0x38 (56) 

0 ÷ 3,600 

parameter 39: 

ti

 PID integration time constant 

R/W 

0x39 (57) 

0 ÷ 999 

parameter 40: 

td

 PID differentiation time constant 

R/W 

0x3A (58) 

3 ÷ 360 

parameter 41: 

tc

 impulse period 

R/W 

0x3B (59)

 

0 ÷ 100 

parameter 42: 

HSEt

 set value of the manual mode 

R/W 

0x3C (60)

 

0 ÷ 2 

parameter 43: 

rAMP

 work mode of process controller 

R/W 

0x3D (61)

 

1 ÷ 300 

parameter 44: 

rAr

 gradient of stage 1  

R/W 

0x3E (62)

 

0 ÷ 3,600 

parameter 45: 

th1

 time of stage 2 

R/W 

0x3F (63) 

0 ÷ 3,600 

parameter 46: 

th1

 time of stage 4 

R/W 

0x40 (64) 

0 ÷ 3 

parameter 47: 

bSEt

 value change block 

SEt1

 ,  

SEt2

 

R/W 

0x41 (65) 

0 ÷ 9,999 

parameter 48: 

PASS

 password 

R/W 

0x42 (66) 

1 ÷ 2 

parameter 49: 

PPro 

protection of the configuration with a password 

R/W 

0x43 (67)

 

0 ÷8 

parameter 50: 

Func

 function of the 

[F]

 button 

R/W 

0x44 (68) 

1 ÷ 247 

parameter 51: 

Addr

 MODBUS-RTU address in the RS485 network 

R/W 

0x45 (69) 

0 ÷ 6 

parameter 52: 

br

 speed for RS485 

R/W 

 

Summary of Contents for AR653

Page 1: ...AR653 AR663 UNIVERSAL TWO CHANNEL CONTROLLERS Version 1 1 5 2016 02 24 APAR SALES OFFICE 05 090 Raszyn ul Ga czy skiego 6 Poland Tel 48 22 101 27 31 48 22 853 49 30 E mail automatyka apar pl Website...

Page 2: ...7 9 1 FUNCTION BUTTON 8 10 SETTING OF THE CONFIGURATION PARAMETERS 9 11 QUICKACCESS MENU 13 12 OUTPUT OPERATION CONFIGURATION 13 12 1 CHANGING THE OUTPUTS SET VALUES 13 12 2 TYPES OF OUTPUT CHARACTER...

Page 3: ...pulse disturbances ground or zero metal rails on which rail mounted devices are installed Make sure to remove the protective film from the LED display before the first use of the device 3 GENERAL CHAR...

Page 4: ...e copying of configuration AR653 panel enclosure IP65 on the front AR663 enclosure for the DIN35 rail IP20 options to be selected in the ordering method 24 V AC DC power supply SSR control outputs 0 2...

Page 5: ...te outputs 3 transmitter or SSR relay P1 P2 P3 standard 8A 250V for resistance loads 1 main SPDT 2 additional SPST NO SSR SSR1 SSR2 SSR3 option transistor type NPN OC 11 V internal resistance 440 Anal...

Page 6: ...scription of terminal strips Terminals Description IN1 IN2 IN3 input Pt100 Ni100 Pt500 Pt1000 resistance 2 and 3 wire IN2 IN3 thermocouple input TC J K S B R T E N and voltage input 0 60 mV IN3 GND 9...

Page 7: ...easiest method is connecting a suitable suppression module directly to the inductive load terminals Generally a suitable type of suppression system should be selected for each inductive load Modern co...

Page 8: ...OWN after hold time 0 5 s c functions of the LED signaling diodes Diode marking Description 1 2 3 signals switching on of outputs P1 SSR1 P2 SSR2 and P3 SSR3 9 1 FUNCTION BUTTON The F function button...

Page 9: ...pressing the SET button or cancel it by pressing the F or UP and DOWN buttons the latter two must be briefly pressed simultaneously by pressing the UP and DOWN buttons or the F button again you will...

Page 10: ...oelectric sensor thermocouple type S 40 1 600 C tc b thermoelectric sensor thermocouple type B 300 1 800 C tc r thermoelectric sensor thermocouple type R 40 1 600 C tc t thermoelectric sensor thermoco...

Page 11: ...rementsensor signal noCh no change oFF switched off on switched on hAnd manual mode withsetoutputsignal level parameter26 HSEt chapter12 8 noCh 24 Fun2 function of output 2 chapter 12 2 oFF off hAnd m...

Page 12: ...units min 2 0 1 C 45 th1 time of stage 2 0 8640 min duration of stage Pr 2 0 maintains stage Pr 2 permanently 30 min 46 th1 time of stage 4 0 8640 min duration of stage Pr 4 0 maintains stage Pr 4 per...

Page 13: ...ameter 29 Fun3 oFF or hAnd t St start stop of PID tuning chapter 12 5 optional element unavailable when parameter 37 tunE oFF P St start stop of the process controller chapter 12 7 optional element un...

Page 14: ...l is determined by parameter 33 AtYP chapter 10 Table 10 The analog output can work in one of the following modes retransmission of measurement parameter 34 outA rEtr manual mode 34 outA hAnd and as a...

Page 15: ...ntrolled object e g a furnace In order to simplify the operation the controller is provided with the advanced PID parameter selection functions described in chapter 12 5 Also it is always possible to...

Page 16: ...arameter selection method depends on the nature of the initial conditions In the case of a stabilized controlled value the run up quick method will be selected in other cases the oscillation method sl...

Page 17: ...rrelation between those parameters only one parameter should be changed and the impact of the change on the process should be observed a oscillations about the threshold increase the range of proporti...

Page 18: ...Also the outputs can be configured for quick unconditional manual mode controlled by the F function button by programming as appropriate parameter 50 Func chapter 9 1 measurement error of the sensor r...

Page 19: ...rter require installation of the supplied serial portdrivers on the computer Communicationwith devices is effected using a protocol compatible with MODBUS RTU chapter 16 The following applications are...

Page 20: ...rs USB may have integrated polarizing and terminating resistors in such a case there is no need to use external elements During configuration of the network make sure to observe the cable installation...

Page 21: ...ion R 0x03 0x05 0 not used or reserved R 0x06 6 0 7 current status of outputs 1 2 3 bits 0 1 2 bit 1 means the output is switched on R 0x07 7 0 20 000 current state of the analog output 0 20 000 Aor 0...

Page 22: ...er 34 FunA function of analog output R W 0x34 52 1 999 18 000 parameter 35 A Lo lower indication for retransmission R W 0x35 53 1 999 18 000 parameter 36 A Hi upper indication for retransmission R W 0...

Page 23: ...1 0100 10 120 TCN4L 22R TX4H 14R TX4H 24R TX4H A4R TX4H B4R TX4L 14R TX4L A4R TX4L B4R TX4M 14R TX4M 24R TX4M A4R TX4M B4R QP99 CP 02 CP82 CP99 R38 LAOO R38 LARR 72 11304023 0150 0050 72 11304027 0150...

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