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User manual - METER SRP-94

Current input resistance

< 65

Ω

(typical 55

Ω

)

Accepted prolonged input overload: 20%

Voltage input

0÷5 V, 1÷5 V, 0÷10 V, 2÷10 V

Voltage measurement accuracy

± 0,1% @ 25°C; ± one digit (for 0÷10 V range)

Voltage input resistance

> 50 k

Ω

Accepted prolonged input overload: 20%

Sensor power supply output

24V +5%, -10% / max. 100 mA, stabilized

Relay output

0, 2 or 4 NO, 1A/250V AC (cos

= 1)

OC-type output

0, 2 or 4; 30mA / 30VDC / 100mW

Active current output

(optional, for two relays or two

OC-type output version only)

range max. 0 ÷ 24 mA

Load resistance max.

700

Ω

Passive isolated current output

(optional, for two relays or two

OC-type output version only)

range max. 2.8 ÷ 24 mA

Supply voltage

Us = 9.5 ÷ 36V

Load resistance max.

(Us – 9.5V) / 24mA [k

Ω

]

Active voltage output

(optional, for two relays or two

OC-type output version only)

range max. 0 ÷ 11V

Load resistance min.

2000

Ω

Temperature stability

50 ppm / °C

Display range

-999 ÷ 9999, plus decimal point

Communication interface

RS 485, 8N1 and 8N2, Modbus RTU,

not separated

Baud rate

1200 bit/s ÷ 115200 bit/s

Summary of Contents for SRP-94

Page 1: ...nual METER SRP 94 Input type 0 4 20 mA 0 1 5V 0 2 10V 4 x 20 mm display Read the user s manual carefully before starting to use the unit or software Producer reserves the right to implement changes without prior notice 2013 12 9 SRP 94_INSSXEN_v 2 09 001 ...

Page 2: ...e 27 7 3 MENU DESCRIPTION 27 7 3 1 rEL1 menu 28 7 3 2 bEEP menu 30 7 3 3 inPt menu 30 7 3 4 OutP menu 35 7 3 5 bri parameter 37 7 3 6 HOLd menu 37 7 3 7 SECu menu 38 7 3 8 rS menu 38 7 3 9 Edit parameter 39 7 3 10 dEFS parameter 39 7 3 11 SErv menu 39 7 4 MENU STRUCTURE 40 8 THE ALARM LED 42 9 OVER CURRENT PROTECTION 42 10 DISPLAYED VALUES CALCULATION 42 10 1 ADDITIONAL CALCULATIONS USED CONVERSIO...

Page 3: ...equipped with PE connector it should be connected to PE wire Otherwise PE wire should be connected to GND connector The unit must be properly set up according to the application Incorrect configuration can cause defective operation which can lead to unit damage or an accident If in the case of a unit malfunction there is a risk of a serious threat to the safety of people or property additional ind...

Page 4: ...eristic of several kinds linear square square root user defined max 20 points length and and volume characteristics of a cylindrical tank in the vertical and horizontal position Result is showed on 4 digit LED display Displayed values range can be selected by user from 999 to 9999 plus decimal point The device can be equipped with two or four relay or OC type outputs Optionally SRP 94 with two rel...

Page 5: ...30VDC 100mW Active current output optional for two relays or two OC type output version only range max 0 24 mA Load resistance max 700 Ω Passive isolated current output optional for two relays or two OC type output version only range max 2 8 24 mA Supply voltage Us 9 5 36V Load resistance max Us 9 5V 24mA kΩ Active voltage output optional for two relays or two OC type output version only range max...

Page 6: ...m Max connection leads cross section 2 5 mm2 Safety requirements according to PN EN 61010 1 installation category II pollution degree 2 voltage in relation to ground 300V AC insulation resistance 20MΩ insulation strength between power supply and input output terminal 1min 2300V insulation strength between relays terminal 1min 1350V EMC according to PN EN 61326 1 This is a class A unit In a residen...

Page 7: ...al warranty assembly brackets 2 pieces 4 2 ASSEMBLY The unit is designed for mounting inside housings control panel switchboard insuring appropriate protection against surges and interference Metal housings must be connected to ground in a way that complies with the governing regulations Disconnect the power supply prior to starting assembly Check the connections are wired correctly prior to switc...

Page 8: ... mounting hole dimensions Figure 4 2 Allowable mounting hole dimensions Figure 4 3 Installing of brackets and dimensions of connectors 8 90 5 mm 13 mm 8 mm 8 mm 13 mm 1 mm max 5 mm 43 mm 1 mm 92 mm 5 mm 12 mm 10 mm 8 5 mm 16 mm 92 mm max 5 mm 43 mm ...

Page 9: ...be selected in such a way that in the case of a short circuit of the cable from the side of the unit the cable shall be protected against destruction with an electrical installation fuse Wiring must meet appropriate standards and local regulations and laws In order to secure against accidental short circuit the connection cables must be terminated with appropriate insulated cable tips Tighten the ...

Page 10: ...screened signal cables is recommended Signal cable screens should be connected to the earthing only at one of the ends of the screened cable In the case of magnetically induced interference the use of twisted pair of signal cables is recommended Twisted pair best if shielded must be used with RS 485 serial transmission connections In the case of measurement or control signals are longer than 30m o...

Page 11: ...TA RS 485 Uo 24V 5 10 Imax 100mA 1 2 5 6 7 8 9 10 11 12 13 14 15 3 4 31 32 33 34 35 OC1 OC2 OC1 OC4 Umax 30V DC Imax 30mA Pmax 100mW OC3 OC4 optional optional optional optional Power supply depending on version n c n c GND 0 1 5V 0 2 10V 0 4 20mA Power supply depending on version GND DATA DATA RS 485 Uo 24V 5 10 Imax 100mA 1 2 5 6 7 8 9 10 11 12 13 14 15 3 4 31 32 33 34 35 R1 R2 R3 R4 optional opt...

Page 12: ...ptional ACTIVE current output optional n c n c GND 0 1 5V 0 2 10V 0 4 20mA GND DATA DATA RS 485 Uo 24V 5 10 Imax 100mA 1 2 5 6 7 8 9 10 11 12 13 14 15 3 4 31 32 33 34 35 OC1 OC2 OC1 OC2 Umax 30V DC Imax 30mA Pmax 100mW opcja opcja n c n c ACTIVE current output optional Power supply depending on version n c n c GND 0 1 5V 0 2 10V 0 4 20mA GND DATA DATA RS 485 Uo 24V 5 10 Imax 100mA R1 R2 n c n c 1 ...

Page 13: ...ve isolated Current output 4 20mA optional Power supply depending on version n c n c GND 0 1 5V 0 2 10V 0 4 20mA GND DATA DATA RS 485 Uo 24V 5 10 Imax 100mA R1 R2 n c n c 1 2 5 6 7 8 9 10 11 12 13 14 15 3 4 31 32 33 34 35 Power supply depending on version optional optional ACTIVE voltage output optional n c n c GND 0 1 5V 0 2 10V 0 4 20mA GND DATA DATA RS 485 Uo 24V 5 10 Imax 100mA 1 2 5 6 7 8 9 1...

Page 14: ...ers Figure 4 16 Connection of voltage converters 14 5 6 24V DC internally connected 16 31 17 32 18 33 19 34 20 35 16 31 17 32 18 33 19 34 20 35 5 6 24V DC internally connected 16 31 17 32 18 33 19 34 20 35 16 31 17 32 18 33 19 34 20 35 5 6 24V DC internally connected 16 31 17 32 18 33 19 34 20 35 16 31 17 32 18 33 19 34 20 35 ...

Page 15: ...ve loads coils contactors power relays electromagnets motors etc it is required to use additional suppression circuit typically capacitor 47nF min 250VAC in series with 100R 5W resistor connected in parallel to relay terminals or better directly on the load In consequence of using the suppression circuit the level of generated electromagnetic disturbances is lower and the life of relay contacts ri...

Page 16: ...amples of suppression circuit connection a to relay terminals b to the inductive load Figure 4 19 Example of OC type outputs connection 16 5 6 10 11 voltage input 24 V Logic controller OC1 Uo 5 6 10 11 OC1 Uo R 2k2 LED 10 mA N 10 11 10 11 L L N ...

Page 17: ...connection for device with passive current output only Figure 4 22 Example of active voltage outputs connection for device with active voltage output only 17 current input 0 20 mA Logic controller 3 4 ACTIVE current output current input 4 20 mA Logic controller 3 4 5 6 PASSIVE current output Uo Isolation loss voltage input 0 10V Logic controller 3 4 ACTIVE voltage output ...

Page 18: ...In cases where the unit gets dirty do not clean with solvents For cleaning use warm water with small amount of detergent or in the case of more significant contamination ethyl or isopropyl alcohol Using any other agents can cause permanent damage to the housing Product marked with this symbol should not be placed in municipal waste Please check local regulations for disposal of electronic products...

Page 19: ...nd software version are showed on the display next the controller goes to the measurement mode 6 1 MEASUREMENT MODE In the measure mode the measurement results converted over selected characteristic are displayed on the LED display The measurement range equal to the nominal range is called nominal measurement range and the measurement range equal to the extended nominal range is called permissible...

Page 20: ...lse the device comes back to the measurement mode If a free access is enabled see description of SECu menu user can change the value of particular threshold pressing button ENTER see PARAMETERS EDITION Input type range of displaying values characteristic of conversion decimal point position and measure filtering ratio are user configurable parameters All accessible parameters can be changed by ent...

Page 21: ...LEDs and analogue outputs can be controlled depend on the current value of input signal or the peak value see HOLd menu Figure 6 3 Process of peaks detection 6 3 CONTROL OF THE RELAY OUTPUTS The control of the object measured signal is realized via relay outputs Front panel LEDs named R indicates the state of particular relay output If device is not equipped with one or more relay outputs menus re...

Page 22: ... LED outputs The relay outputs and LEDs named R can be controlled depend on both the current value and the peak value when peak detection is active of the input signal 22 zone A zone B measure SEtP parameter HYSt parameter state of relay LED zone B zone A zone B measure SEtP or SEt2 parameter HYSt parameter state of relay LED i ...

Page 23: ...ysteresis and threshold hysteresis respectively If t on and toFF parameters are set to 0 then the relay state will be changed as soon as input value exceeds any of the border values see points A and C Figure 6 6 a b c If values of t on or and toFF are positive then relay state will be turned on if the input value exceeds the border values and stay bigger or lower during at least t on see points BO...

Page 24: ... connected with relay outputs are described in paragraph rEL1 menu 6 3 2 Two thresholds mode Objaśnienie A B C D E points where measured signal exceeds border values expected value allowed deviation BON BOFF CON COFF EON EOFF relays state changes moments for t on 0 toFF 0 tA tB tC tD tE time periods while input signal is in zone A or zone B Figure 6 7 Principle of LED relay output operation for tw...

Page 25: ...lar parameters is described in paragraph MENU DESCRIPTION Some of the parameters can be accessed without menu entering quick view mode After pressing or v button name of the threshold e g rEL1 and his value will be displayed on the display in alternating mode If or v will be pressed in 5 sec again the next threshold will be displayed else the device comes back to the measurement mode If a free acc...

Page 26: ...ge of current position flashing digit or the sign Short pressing of the ENTER button causes change of the position digit Press ENTER at least 2 seconds to accept the changes after that question SEt is displayed and user must to confirm or cancel the changes To conform changes and story it in EEPROM press ENTER button shortly after SEt is displayed To cancel the changes press ESC button shortly aft...

Page 27: ... change of value acceleration deceleration direction change While editing switch parameter selection of switch parameter If numerical parameter is being edited a short press of ENTER button change edited position A long press of ENTER button at lest 2 sec causes of display a SEt ask which allow user to make sure if change of the parameter value is correct If switch parameter is being edited a shor...

Page 28: ... or out value Threshold is the medium value of relay hysteresis HYSt hysteresis of relay range 0 999 Full hysteresis of the relay is equal to 2x HYSt parameter The relay state can change when an input signal is out of threshold hysteresis to threshold hysteresis zone Presented parameters should be set to ensure that SEtP HYSt SEt2 HYSt SEtP HYSt or SEt2 HYSt does not exceed the measure range Addit...

Page 29: ...ameter is set by unit parameter toFF turn off delay time the relay is turned off with delay equal toFF if the input value exceeds appropriate border value defined with threshold and hysteresis at least toFF time toFF range 0 99 9 defined with 0 1 sec resolution Unit of this parameter is set by unit parameter If time when the input signal exceeds some border value is shorter than t on or toFF time ...

Page 30: ...n be turned off by pressing of any button 7 3 3 inPt menu This menu presets the measurement input tYPE type of the input sensor This parameter can be set to values 0 20 4 20 current inputs 0 10 2 10 0 5 1 5 voltage inputs Displayed values are defined by parameters Lo C Hi C or by user defined characteristic points and parameter Pnt CHAr this option presets type of the conversion characteristic and...

Page 31: ... h2 t h3 t d the parameters defining shape of cylindrical tank Figure 7 1 and Figure 7 2 a for the cylindrical tank in the vertical position t h1 the height of the bottom part of a tank in the elliptic paraboloid shape this parameter has the fixed precision 2 decimal point t h2 the height of the middle part of a tank in the cylindrical shape this parameter has the fixed precision 2 decimal point t...

Page 32: ...et parameters of tank in m unit t Sn parameter takes cm unit respectively see above than displays the result the volume of the tank in m3 unit if we set parameters of tank in cm unit t Sn parameter takes mm unit respectively see above than displays the result the volume of the tank in cm3 unit t Sh parameter may be greater than height for vertical position or diameter for horizontal position of th...

Page 33: ...ETER SRP 94 Figure 7 1 Parameters of cylindrical tank in vertical position Figure 7 2 Parameters of cylindrical tank in horizontal position 33 t h1 t h2 t h3 t Sh t Sn h I mA t d t Sh t d t h2 t h1 t h3 h I mA t Sn ...

Page 34: ...prox 1 5 sec After that device waits for selection of point being deleted by v buttons The short pressing of ENTER button causes by switching between X and Y value of the displayed point The long press press and hold at least 2 sec of ENTER button causes by displaying dEL ask If ENTER button is pressed again current point is deleted and new updated number of points of the user defined characterist...

Page 35: ...le no 1 of the DISPLAY VALUES CALCULATION paragraph the procedure of the permissible input range determining is presented in details If the measurement value does not exceed permissible measurement range but displayed value exceeds range 999 9999 the warning Ov is displayed rather than the calculated result 7 3 4 OutP menu This menu contains parameters of analogue output control Menu is available ...

Page 36: ...Out W OUtL OUtH OUtL B A A where W displayed value Out analogue output value B higher range limit 20mA 5V 10V A lower range limit 0mA 4mA 0V 1V 2v OutL parameter can be greater than OutH In this case the conversion characteristic is reversed it means that if input value raises the output value falls Lo r Hi r this parameters define the output value range If calculated output value Out exceeds defi...

Page 37: ... 0 6 V 0 0 voltage will be set to 0 V When the critical situation goes the output signal will be set to value calculated due to formulas given above 7 3 5 bri parameter This parameter allows user to set bright of the LED display bright can be set to conventional values from 1 to 8 7 3 6 HOLd menu This menu contains parameters connected with peak detection function See also full description of the ...

Page 38: ...aring of user password it means sets the user password to 0000 The one use password can be used ONE TIME ONLY it is impossible to use it again The one use password can be restored by Service Division only A r1 A r4 this option permits user on or prohibits oFF to modify the thresholds of the relays LEDs R1 R4 without knowledge about user password 7 3 8 rS menu This menu is connected with RS 485 int...

Page 39: ...additional delay 10c 20c 50c 100c 200c answer delayed of 10 20 50 100 of 200 chars respectively where one character time depends on selected baud rate In the most cases parameter rESP should be set to Std no additional delay Unfortunately for some third party RS converters rESP should be adjusted experimentally Table 7 1 contains most frequently used values bAud parameter 38 4 57 6 115 2 rESP para...

Page 40: ...ER MENU ESC ENTER MENU ESC rEL3 MENU ESC MENU ESC bEEP MENU ESC inPt MENU ESC AL r1 r2 r3 r4 Parameter edition ENTER MENU ESC ENTER ENTER MENU ESC tYPE CHAr FiLt Pnt Lo C Hi C AddP dELP Parameter edition EdtP Lo r Hi r ENTER MENU ESC ENTER ENTER MENU ESC SEtP SEt2 HYSt modE t on toFF unit AL Parameter edition See next page ENTER MENU ESC ENTER ENTER MENU ESC Omod OUtL OUtH Lo r Hi r AL Parameter e...

Page 41: ...meter edition ENTER MENU ESC ENTER ENTER MENU ESC Addr bAud mbAc mbtO rESP Parameter edition ENTER MENU ESC ENTER ENTER MENU ESC Scod A r1 A r2 A r3 A r4 ENTER MENU ESC ENTER ENTER MENU ESC modE PEA timE Hdis H r1 H r2 H r3 H r4 Parameter edition HOUt See previous page MENU ESC SEt 4 digit special password entering 0 _ _ _ ENTER ENTER Default settings restoring ...

Page 42: ...and units The first step to compute the result of measure is the calculation of the normalized result it means result of 0 1 range To do it the begin of the input range 0 mA for 0 20mA range and 4mA for 4 20mA range must be subtracted from measured value Next received result must be divided by the width of the input range it means 20mA for 0 20mA range and 16mA for 4 20mA range So normalized resul...

Page 43: ...er In such a case for an increasing value of input current the displayed value decreases Figure 10 1 Normal Lo C Hi C and inverted Lo C Hi C characteristic 10 1 2 Square characteristic The normalized result is squared and further conversion is done as for linear characteristic Conversion is made accordingly with the expression W I n 2 Hi C Lo C Lo C where W means the displayed value Figure 10 2 No...

Page 44: ...the normalized result In the device computes specific segment e g for characteristic from figure below and In 0 65 the segment between points X 50 0 and X 70 0 will be chosen Let s mark those points as PL point low i PH point high in this example PL 50 0 and PH 70 0 and the normalized result In for the point PL as Ip in this example Ip In PL 0 5 The displayed result is calculated accordingly to th...

Page 45: ...ut value equal 1 displays value t Sh t Sn Figure 10 5 The linear scaling can be expressed as follow h In t Sh t Sn where h is level of liquids gases or solids in the tank see Figure 7 1 7 2 Figure 10 5 The characteristic of level of liquids gases or solids in tank depending on input current in 4 20mA range 45 Displayed value Prąd wejściowy mA 0 4 8 12 16 20 Y PH 0 0 2 0 35 0 5 0 7 1 0 9 Y PL X 20 ...

Page 46: ...0 0 then permissible input currents range will be equal 3 2 mA 22 mA Lower border of the range is the result of calculations 4 mA 4 mA 20 and the higher 20 mA 20 mA 10 Example 2 The normalized In result calculation Let the input mode 4 20 mA The normalized In result is calculated accordingly to the expression on page 42 so if Iin 10 mA then 10 mA 4 mA 6 mA and this result should be divided by the ...

Page 47: ...fferent input currents from example 2 a Iin 10 mA and In 0 375 Accordingly to expression on page 43 for square characteristic 0 375 2 1200 300 211 and next the Lo C value is added to the result so the displayed value W 211 300 89 b Iin 2 5 mA and In 0 0938 W 287 c Iin 20 5 mA and In 1 0313 W 1295 Example 5 The square root characteristic Let the input mode 4 20 mA and parameters Lo C and Hi C equal...

Page 48: ...and Ip 0 3 the displayed value W In I p Y PH Y PL X PH X PL 100 Y PL 0 375 0 3 80 30 40 30 100 30 67 b Iin 2 5 mA and In 0 0938 because of the normalized In value is lower than 0 the segment defined by X1 and X2 will be selected X1 PL 0 Y1 PL 50 X2 PH 10 Y2 PH 30 and Ip 0 For these values the displayed value W 69 c Iin 20 5 mA and In 1 0313 because of the normalized In value is higher than 1 the s...

Page 49: ... of the cylinder located in horizontal position The tank has dimension height in first part is 2m height in second part is 8 05m diameter 3 26m and length of the sensor 10m The output of signal of the sensor has 4 20mA range In first step we set type of input range 4 20mA see parameter MENU InPt tYPE Next we defined the parameters of tank dimension and location of sensor t Sn 00 00 t Sh 10 00 t h1...

Page 50: ...page 36 Iout 17 5 10 0 20 0 10 0 16 mA 4 mA 0 75 16 4 16 mA Calculated Iout do not exceeds the output working range 3 8 21 mA b D 20 5 According to formula from page 36 Iout 20 5 10 0 20 0 10 0 16 mA 4 mA 1 05 16 4 20 08 mA Calculated Iout do not exceeds the output working range 3 8 21 mA c D 30 0 According to formula from page 36 Iout 30 0 10 0 20 0 10 0 16 mA 4 mA 2 16 4 36 mA Calculated Iout ex...

Page 51: ...0 0 1 0 0 2 0 00 3 0 000 04h Yes see descr State of the relays and alarm LED binary format 1 on 0 off 00000000 000edcba a relay R1 b relay R2 c relay R3 d relay R2 e alarm LED If written only a b c d bits are important others are ignored these bits allows user to control the relays via RS 485 interface 05h1 Yes 0h 1800h State of active current output expressed in 1 256 mA units it means that high ...

Page 52: ...0 1200 baud 1 2400 baud 2 4800 baud 3 9600 baud 4 19200 baud 5 38400 baud 6 57600 baud 7 115200 baud 23h4 Yes 0 1 mbAc parameter in rS menu permission to write registers via RS 485 interface 0 write denied 1 write allowed 24h Yes see descr Parameters of SECU menu binary format 0 oFF 1 on bit 0 A r1 parameter bit 1 A r2 parameter bit 2 A r3 parameter bit 3 A r4 parameter 25h Yes 0 5 rESP parameter ...

Page 53: ...pressed in tenth of seconds or tenth of minutes depend on unit parameter register no 3Dh 3Ch Yes 0 999 toFF parameter in rEL2 menu expressed in tenth of seconds or tenth of minutes depend on unit parameter register no 3Dh 3Dh Yes 0 1 unit parameter in rEL2 menu 0 seconds 1 minutes 3Eh Yes 0 2 AL parameter in rEL2 menu 0 no changes 1 on 2 off 3Fh Yes 999 9999 SEt2 parameter in rEL2 menu no decimal ...

Page 54: ...mal point included 52h Yes 0 199 timE parameter in HOLd menu maximum peaks or drops display time expressed in seconds 53h Yes 0 1 HdiS parameter in HOLd menu 0 rEAL mode 1 HOLd mode 54h Yes 0 1 H r1 parameter in HOLd menu 0 rEAL mode 1 HOLd mode 55h Yes 0 1 H r2 parameter in HOLd menu 0 rEAL mode 1 HOLd mode 56h Yes 0 1 H r3 parameter in HOLd menu 0 rEAL mode 1 HOLd mode 57h Yes 0 1 H r4 parameter...

Page 55: ...ameter in OUtP menu for active and passive current output expressed in 0 1 Yes 0 99 Hi r parameter in OUtP menu for active voltage output expressed in 0 1 A5h1 Yes 0 3 AL parameter in OUtP menu active current output value on critical exception 0 no change 1 22 1 mA 2 3 4 mA 3 0 mA Yes 0 2 AL parameter in OUtP menu passive current output value on critical exception 0 no change 1 22 1 mA 2 3 4 mA Ye...

Page 56: ...s 1 All values are represent hexadecimal Field description ADDR Device address on modbus network FUNC Function code REG H L Starting address address of first register to read write Hi and Lo byte COUNT H L No of registers to read write Hi and Lo byte BYTE C Data byte count in answer frame DATA H L Data byte Hi and Lo byte CRC L H CRC error check Hi and Lo byte 1 Read of the displayed value measure...

Page 57: ...ice address 2 The answer the same as the message ADDR FUNC REG H L DATA H L CRC L H 01 06 00 20 00 02 09 C1 4 Change of baud rate of all devices connected to the net BROADCAST message ADDR FUNC REG H L COUNT H L CRC L H 00 06 00 22 00 04 29 D2 DATA H 0 DATA L 4 new baud rate 19200 baud Device do not reply to BROADCAST type messages 5 Read of the registers 1 2 and 3 in one message example of readin...

Page 58: ...3 CRC L H 01 03 06 00 0A 00 00 00 01 78 B4 DATA H1 L1 reg 01h 10 displayed value 1 0 DATA H2 L2 reg 02h 0 no errors DATA H3 L3 reg 03h 1 decimal point position 0 0 There is no full implementation of the Modbus Protocol in the device The functions presented above are available only 58 i ...

Page 59: ...ysteresis of relay R2 0 0 28 modE Operation mode of relay R2 on 28 t on Turn on delay of relay R2 0 0 29 toFF Turn off delay of relay R2 0 0 29 unit Unit of t on toFF parameters of relay R2 SEC 29 AL Reaction for critical situation of relay R2 oFF 29 Parameters of relay R3 operation rEL3 menu SEtP Relay R3 threshold 60 0 28 SEt2 Relay R3 second threshold 80 0 28 HYSt Hysteresis of relay R3 0 0 28 ...

Page 60: ... 31 Lo C Minimum displayed value for nominal range 000 0 31 Hi C Maximum displayed value for nominal range 100 0 31 t h1 Height length first part of the tank 00 00 31 t h2 Height length second part of the tank 00 00 31 t h3 Height length third part of the tank 00 00 31 t d Tank diameter 00 01 31 t Sn Distance between sensor and bottom of the tank 00 00 32 t Sh Height of the sensor 20 00 32 Lo r Ex...

Page 61: ...itical exception 11 0 V 37 Display parameters bri Display brightness bri6 37 Configuration of peaks detection function HOLd menu modE Kind of detected changes norm 37 PEA Minimum detected change 0 0 37 timE Maximum time of peak displaying 0 0 37 HdiS The type of displayed value HOLd 38 H r1 Source of relay R1 and LED R1 control rEAL 38 H r2 Source of relay R2 and LED R2 control rEAL 38 H r3 Source...

Page 62: ...ion menu rS Addr Device address 0 38 bAud Baud rate 9 6 38 mbAc Permission to changes of configuration registers on 38 mbtO Maximum delay between received messages 0 39 rESP Additional delay of answer transmission Std 39 Configuration of numerical parameters edition Edit Numerical parameters edit mode dig 39 62 ...

Page 63: ...User manual METER SRP 94 63 ...

Page 64: ...SIMEX Sp z o o ul Wielopole 11 80 556 Gdańsk Poland tel 48 58 762 07 77 fax 48 58 762 07 70 http www simex pl e mail info simex pl ...

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