JUMO dTRANS T02 LCD programmable transmitter B 95.6522
Contents
1. N o o Current output Digital outputs Open collector output 1 6 7 see Connection examples on page 28 GND Open collector output 2 6 8 see Connection examples on page 28 GND 2 Installation Installation notes O The choice of cable the installation and the electrical connec tions must conform to the requirements of VDE 0100 Regula tions for the installation of power circuits with nominal voltages below 1000V or the appropriate local regulations The electrical connection as well as work inside the unit must only be carried out by qualified personnel Ensure that the instrument is completely isolated from the sup ply before carrying out work where live components may be touched A current limiting resistor safety function interrupts the supply circuit in the transmitter in the event of a short circuit The ex ternal fusing of the supply voltage should not be rated above 1A slow Avoid magnetic or electric fields such as caused by transform ers mobile phones or electrostatic discharge in the vicinity of the instrument Do not install inductive loads relays solenoid valves etc close to the instrument Use RC networks spark quenchers or free wheel diodes for interference suppression Route input output and supply cables separately and not par allel to each other Run out and return cables next to each other and t2. Resistance thermometer in 3 wire circuit Resistance thermometer in 4 wire circuit Resistance thermometer in 2 wire circuit Thermocouple Voltage up to 1000mV Voltage up to 10V Current Resistance transmitter Potentiometer 3 wire circuit Potentiometer 4 wire circuit Potentiometer 2 wire circuit 00 Y oO OF BW YH O 4 O 15 5 Configuration and parameter tables cite Linearization XB O linear 1 customized 2 Pt 100 DIN 3 Pt 500 DIN 4 Pt 1000 DIN 5 Pt 100 JIS 6 Ni 100 7 Ni 500 8 Ni 1000 9 TypeL 10 Type J 11 Type U 12 TypeT 13 TypeK 14 Type E 15 TypeN 16 Types 17 TypeR 18 Type B 19 Type D 20 TypeC Ki Number of decimal places X O no decimal place 1 1 decimal place 2 2 decimal places 16 5 Configuration and parameter tables cube Unit of measurement XB only effective if parameter 116 2 see page 21 Unit LCD display O C C 1 PF F 2 K K 3 4 bar BAR 5 mbar mBAR 6 Pa PA 7 kPa KPA 8 s SEC 9 ms mSEC 10 min min 11 h H 12 d d 13 100ms 100mS 14 ml s mL S 15 ml min mL mn 16 l s L SEC 17 min L min 18 l h L H 19 m s m3 S 20 m min m3 mn 21 m h m3 H 22 1 s 1 SEC 23 1 min 1 min 24 1 h 1 H 25 Hz HZ 26 kHz
3. 10 range start 1000Hz 23 5 Configuration and parameter tables Para Explanation Value range factory X meter setting 235 Frequency at 10 1000 range end 1000Hz Additional parameters Para Explanation Value range factory XE meter setting 5 Scaling start value 1999 to 0 9999 digit SCH Scaling end value 1999 to 100 9999 digit ur Filter time constant 0 0 0 6 100 0sec RFE Total resistance for O 40000 1000 resistance transmitters 20 Simulation of 0 110 110 measurement output 110 switched off 24 6 Tips ON Operation within the parameter and configuration levels Ca Pressing the P button to confirm a value entry requires that a value has previously been modified If this is not the case the confirmation will be interpreted as a Call of the next parameter F If after an accidental alteration the value is not to be ac cepted just wait for the time out of 20sec Afterwards the instrument will automatically jump back to normal opera tion without accepting the alteration gt Please check that all entered values are correct The trans mitter itself does not check value ranges gt Please note that the programming of the Teach in param eter differs from the standard operation see Teach in on page 14 gt In order to be able to modify the parameters at the configu ration level
4. JUMO dTRANS T02 LCD programmable transmitter B 95 6522 Operating Instructions 10 00 00384955 Time out 30sec or P Y Overview of operation Normal display measurement display after last parameter Parameter level Limit for limit comparator 1 Ak P Limit for limit comparator 2 Ae Fine calibration 0 SUTL Fine calibration 100 SUTH Teach in GFFS after last parameter Configuration level Probe type Citi Linearization i Number of decimal places 113 Unit of measurement C802 Supply frequency and temp compensation ii TC fixed value Ct Measurement display Ct Function of analog output fe tt Signal on probe break short circuit 2 2 Logic output 1 de Signal on probe break short circuit C222 Lower differential C223 P Upper differential f224 Logic output 2 231 Signal on probe break short circuit C232 Lower differential 233 Upper differential E34 Frequency at range start 235 Frequency at range end 236 Scaling start value StL Scaling end value STH Filter time constant BF Total resistance for res transmitter R FE Simulation of measurement output 551 1 Type designation JUMO dTRANS T02 LCD 1 Basic version 956522 programmable transmitter 2 Input programmable X 888 factory set Pt100 DIN vl 0
5. 100 C X 999 configuration to customer specification 3 Output proportional DC current programmable X 888 factory set 0 20 mA x 999 configuration to customer specification 0 4 20mA or 0 2 10V 4 Supply 22 X 20 53V AC DC 48 63Hz X 23 110 240V AC 10 15 48 63Hz 1 2 E 4 Order code Order example 956522 888 888 23 1 For configuration to customer specification probe type and range have to be specified in plain text Standard accessory 1 Operating Instructions 95 6522 Accessories PC setup program multilingual PC interface cable with TTL RS232 converter and adapter 2 Installation Connection diagram Connection for Supply LI N 15 PE 111 LI N PE L L Analog inputs Thermocouple 12345 Y Resistance thermometer potentiometer 12345 in 2 wire circuit Ra R l IR R RL lt 30Q R total lead resistance m Resistance thermometer potentiometer 12345 in 3 wire circuit Resistance thermometer potentiometer in 4 wire circuit 1 2 3 4 5 4 LLL 2 Installation Resistance transmitter in 3 wire circuit ou Voltage input lt 1V ou 0 MW i 1V Voltage input gt 1V ou oro x V o ii lt oo Current input Ow or 001 gt 0 opo Analog outputs Voltage output 4
6. 150 Q Output 0 20mA The following is assumed However because of mechanical tolerances the potentiometer po sition with the valve closed is 520 which results in an output cur rent of 0 4mA Thanks to the Teach in function this error can be eliminated as described below Close valve Call the parameter level and select SFF5 0 4mA should then be present at the output Press the w or A button the output must now change to OmA Confirm alteration by pressing P Exit the parameter level either after a time out of 20sec or by simultaneously pressing P V 14 5 Configuration and parameter tables You can record your settings in the configuration and parameter ta bles below in the position column marked with The factory settings are shown on a gray background Parameters at the parameter level Para Explanation Value range factory X meter setting Rt Limit value of 1999 to 0 limit comparator 1 9999 digit ALE Limit value of 1999 to 0 limit comparator 2 9999 digit GuTL Fine calibration 0 see Fine calibration zero point zero and full scale on page 13 OTUH Fine calibration 100 see Fine calibration zero point full scale and full scale on page 13 OFFS Teach in see Teach in on page 14 Parameters at the configuration level Measurement input Esti Transducer X
7. the configuration level has to be called up when the display shows the parameter GFF5 If this is not the case you can read the parameters but you cannot modify them 25 6 Tips Of a more general nature ee If none of the parameters can be modified then you may have locked the operation on the instrument through the setup program Please check the setting using the setup program Instrument operation Inhibits u Operating level none Parameter level none Configuration level none The instrument settings can only be modified when Oper ating level Parameter level and Configuration level are set to none Both outputs current and voltage are always available at the same time However the output that has not been acti vated only has an accuracy of approx 2 of full scale The frequency output will not be operated as long as the setup interface is active 26 7 PC setup program The PC setup program which is available as an extra can be used to modify all parameters of the transmitter including the custom lin earization with ease Through the setup interface the transmitter and the PC are linked via the PC interface with TTL RS232 con verter and adapter Configurable parameters TAG number 10 characters analog input Sensor type connection circuit 2 3 4 wire circuit external or constant cold junction custom linearization range limits start and
8. 94 nH nH 95 uH pH 96 mH mH 97 H H 98 pF PF 99 nF nF 100 F UF 101 mF mF 102 F F 103 mm mm2 104 cm cm2 105 m m2 106 km Km2 107 kg l KG L 108 g l G L 109 N N 110 mN mN 111 kN KN 112 Nm Nm 113 Nmm Nmm 114 Nkm NKm 115 uV K uV K 20 5 Configuration and parameter tables Citi Supply frequency temperature compensation x 50Hz internal temperature compensation 50Hz fixed temperature compensation 0 1 2 60HZz internal temperature compensation 3 60Hz fixed temperature compensation Para Explanation Value range factory X meter setting 215 value with fixed 0 100 C 0 temperature compensation C16 Measurement display XA O percent 1 as output signal mA or V in configurable unit see parameter C882 page 17 Analog output testi Function of the analog output XE O 0 20mA 1 4 20mA 2 0 10V 3 2 10V The limits can be inverted by swapping the two parameters SCL and SCH Leite Signal of output on X probe break short circuit O positive 22mA or 11V according to 1 negative OmA or OV according to fet 21 5 Configuration and parameter tables Logic output 1 tee Function of the logic output 1 X O Ino function 1 Ik7 2 k8 3 fault output You will find additional information on Ik7 and Ik8 in Setting th
9. measurement code Supply frequency and temperature compensation cee Fixed value for temperature compensation cuts Measurement display Cub Function of the analog output Keii Signal on probe break short circuit eie Function of the logic output 1 Keri Signal on probe break short circuit Cece Lower switching differential hysteresis cc Upper switching differential hysteresis cect Function of the logic output 2 Lest Signal on probe break short circuit C232 Lower switching differential hysteresis C233 Upper switching differential hysteresis Cas 9 4 Functions and operation Frequency at the range start 1035 Frequency at the range end C236 Start value for scaling SEL End value for scaling SCH Filter time DF Total resistance for resistance transmitter RFE Simulation of measurement output cod i The configuration level is exited quit after editing the last parameter if no button has been pressed for at least 20 seconds or by briefly pressing the button combination P W The individual parameters can be altered one after another You can step from one parameter to the next by pressing the P button 10 4 Functions and operation Incrementing values When programming the parameters the A button is used to in crease a value Decrementing values When programming the parameters the button is used to de cr
10. KHZ 27 MHz MHZ 28 ix LX 17 5 Configuration and parameter tables cube Unit of measurement X only effective if parameter 146 2 see page 21 Unit LCD display 29 mix mLX 30 klx KLX 31 cd cd 32 mcd mcd 33 kcd Kcd 34 um um 35 mm mm 36 cm cm 37 m m 38 km Km 39 40 o 20 41 ppm PPM 42 ppb PPB 43 ug HG 44 mg mG 45 g G 46 kg KG 47 t T 48 uW uW 49 mW mW 50 W W 51 kW KW 52 MW MW 53 MVA mVA 54 VA VA 55 kVA KVA 56 mVAs mVAS 57 VAs VAS 18 5 Configuration and parameter tables cube Unit of measurement X only effective if parameter 146 2 see page 21 Unit LCD display 58 kVAs KVAS 59 y J 60 wud uJ 61 mJ my 62 kJ KJ 63 Ws WS 64 kWh KWH 65 pH PH 66 ma mOHM 67 Q OHM 68 kQ KOHM 69 MQ MOHM 70 mm s mm S 71 mm h mm H 712 m s m SEC 73 m min m MIN 74 km h Km H 15 s S 76 m s m S2 17 G G 78 ul uL 9 ml mL 80 l L 81 hl HL 82 m M3 83 uV uV 84 mV mV 85 V V 86 kV KV 19 5 Configuration and parameter tables cube Unit of measurement X only effective if parameter 146 2 see page 21 Unit LCD display 87 pA UA 88 mA mA 89 A A 90 kA KA 91 S S 92 ms mS 93 HS US
11. Riverway Coatesville PA 19320 USA 36039 Fulda Germany Harlow Essex CM20 2TT UK Phone 610 380 8002 Delivery address 1 800 554 JUMO MackenrodtstraBe 14 Phone 44 0 1279 63 55 33 Fax 610 380 8009 36039 Fulda Germany Fax 44 0 1279 63 52 62 E Mail info JumoUSA com Postal address E Mail info jumoinstruments fsnet co uk Internet www JumoUSA com 36035 Fulda Germany Phone 49 0 661 60 03 0 Fax 49 0 661 60 03 5 00 E Mail mail jumo net Internet www jumo de
12. e limit values limit comparators on page 12 Cece Signal of logic output 1 on X probe break short circuit O active 1 inactive unchanged Para Explanation Value range factory X meter setting C223 Lower switching O 250 100 differential hysteresis The value range corresponds to 0 2 5 Para Explanation Value range factory XxX meter setting tee Upper switching O 250 100 differential hysteresis The value range corresponds to 0 2 5 22 5 Configuration and parameter tables Logic output 2 teat Function of the logic output 2 X O no function 1 Ik7 2 k8 3 Frequency output You will find additional information on Ik7 and Ik8 in Setting the limit values limit comparators on page 12 C232 Signal of the logic output 2 on X probe break short circuit O active or frequency 235 1 inactive or frequency f235 unchanged Para Explanation Value range factory X meter settting 233 Lower switching O 250 100 differential hysteresis The value range corresponds to 0 2 5 Para Explanation Value range factory NES meter setting 234 Upper switching O 250 100 differential hysteresis The value range corresponds to 0 2 5 Para Explanation Value range factory XxX meter setting 235 Frequency at 10
13. ease a value Accepting values If a setting has been altered the P button has to be pressed to ac cept the alteration P has a twofold function Acceptance of altered values Calling the next parameter Value check With the exception of the parameters SUTL GUTH and GFFS all present values can be checked during programming with the aid of the LCD display A voltmeter can be used at the voltage output as an additional check gt If the parameter level is active the analog output will not be operated according to the input circuit connection when programming the two limit values but with the momentary limit value gt Please note that the programming of the Teach in para meter deviates from the standard operation See Teach in on page 14 11 4 Functions and operation Setting the limit values limit comparators You can alter the two limit values AL A and and e by using the v buttons The momentary value will be produced via the output The value is accepted by pressing the P button The switching differential hysteresis can be set using the parame ters ees and tee or C233 and 123M Two functions are available for limit monitoring With the help of the parameter C22 or 23 you can decide which one to use Function Ik7 on Lower differential Transistor off Limit Function Ik8 Lower d
14. end output signal current voltage frequency rising falling digital filter response to probe break short circuit recalibration fine calibration instrument calibration limit value differential of the limit comparators file info text Additional benefits of the PC setup program manage several settings one setting for several transmitters print out setting for documentation operation can be switched to GMA standard d The frequency output will not be operated as long as the setup interface is activated 27 8 Connection examples Example 1 Connecting a PLC to the open collector output PLC digital input A 24V DC nominal value dTRANS T02 24V supply max 35V DC 100mA Calculation example for RA working resistance In this example the following typical PLC characteristics are as sumed for signal 1 13 30V for signal 0 3 to 5V input current for signal 1 7mA An assumed input voltage of 18V 7mA for signal 1 results in the following calculation _ 24V 18V ma 85 14 Q Ra Result A resistance of 820 Q will be selected 28 8 Connection examples Example 2 Connecting a relay to the open collector output dTRANS T02 we 24V supply Li 29 8 Connection examples 30 JUMO M K JUCHHEIM GmbH amp Co JUMO Instrument Co Ltd JUMO PROCESS CONTROL INC Street address JUMO House 735 Fox Chase Moltkestra e 13 31 Temple Bank
15. f Status LED on Status LED off lo Wo Limit comparator Power LED on 1 active Power LED off 2 active FITI Status LED on Status LED off Overrange Power LED on Power LED off Status LED on Status LED off 3 Displays and controls Operational status at the parameter level programming mode Illumination blink behavior Limit for limit comparator 1 Power LED on Power LED off Status LED on Status LED off Limit for limit comparator 2 Power LED on Power LED off PIT Status LED on Status LED off Fine calibration zero Power LED on Power LED off Status LED on Status LED off Fine calibration full scale Power LED on Power LED off Status LED on Status LED off Teach in 0 value Power LED on Power LED off Status LED on Status LED off Differentiation of the operational states in the Operating level status the power LED is on permanently in the Parameter level status the power LED blinks equally on and off 4 Functions and operation You can operate and program the transmitter by using the P w and A buttons in conjunction with the LCD display and the blink cy cles of the Power and Status LEDs which have already been described in Chapter 3 Displays and controls In use three operating states can be distingui
16. ifferential Transistor Upper differential value Measurement Upper differential Limit value Measurement Of course all parameters can also be set using the PC setup pro gram which is available as an extra code 12 4 Functions and operation Fine calibration zero point and full scale Fine calibration can be used to adjust the zero point and the slope of the output signal Here too the W and A buttons are available for altering the appropriate value and for accepting it by pressing the P button The converted value is produced at the output At zero point Wm this should correspond to the output signal 0 at full scale GUTH to the output signal 100 The formula for calculating the new converted value is output converted value measurement input valuescajeg X full scale zero point 13 4 Functions and operation Teach in The Teach in parameter serves to define the 0 value During programming the zero point is produced at the output e g 4mA This value is accepted by pressing the w or A button and executed with P After a time out without acceptance the old value will be available again Example The position of a valve is detected by a potentiometer The potenti ometer covers the range 50 to 1504 with 504 corresponding to the valve closed The range is programmed as follows Potentiometer 50
17. shed Operating level normal operation Parameter level programming mode Configuration level programming mode Operating level The transmitter is at the operating level 2 seconds after power on or after leaving the parameter or configuration level Parameter level From the operating level you can access the parameter level by pressing the P button for at least 2 seconds The following func tions can be programmed at this level Limit value for limit comparator 1 AL Limit value for limit comparator 2 ALE Fine calibration zero point 0 DUTL Fine calibration full scale 100 DUTH Teach in OFFS The parameter level is exited quit after editing the Teach in parameter if no button has been pressed for at least 20 seconds or by pressing the button combination P W The individual parameters can be altered one after another You can step from one parameter to the next by pressing the P button 8 4 Functions and operation Configuration level You can access the configuration level from the parameter level by pressing the P button for at least 2 seconds gt The parameters can only be modified when the parameter been started If another parameter is active you can only read the current setting The following functions can be programmed at this level Probe type Dit Linearization tie Number of decimal places cig Unit of
18. wisted if possible Probe cables must be twisted and shielded Do not run them close to current carrying cables or components Earth the shielding at one end on the instrument Do not connect any additional loads to the supply terminals of the instrument 2 Installation O The instrument is not suitable for installation in areas with an explosion hazard O Any electrical connection which deviates from the connection diagram may result in the destruction of the instrument O In supply networks that are subject to interference e g thyristor controls the instrument should be supplied via an isolating transformer O Supply fluctuations are only permissible within the specified pu tolerances 1 see Data Sheet Dimensions 109 0 gt 117 8 124 8 3 Displays and controls LEDs for operational status EG P Power LED S Status LED TRANS TO2 LCD LCD dspay En L interface for PC setup program buttons for operation without significance for internal purposes only Operational status at the operating level normal operation Illumination blink behavior Limit comparator 1 inactive 2 inactive Limit comparator 1 active 2 inactive Power LED on Power LED off Status LED on Status LED off Power LED on Power LED off Status LED on Status LED off EO Do Limit comparator 1 inactive 2 active Power LED on Power LED of
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