Contents 1. APPLICATION ..................5 2. TRANSDUCER SET .................. 5 3. OPERATIONAL SAFETY ................6 4. INSTALLATION ..................7 4.1. Fitting way ................7 4.2. External electrical connection diagrams ......8 5. SERVICE ....................9 5.1. Transducer configuration by means of the eCon software ..10 5.1.1 Configuration of the transducer input type .......11 5.1.2 Configuration of the individual analog output characteristic..12 5.1.3 Configuration of the analog output at overflows ....13...
1. APPLICATION The P20 programmable transducer is designed to convert temperature, resistance, voltage from a shunt and standard signals into a constant- current or constant-voltage standard signal. The output signal is galvanicaly isolated from the input signal and supply. The transducer compensates automatically the resistance of wires in...
3. OPERATIONAL SAFETY In the safety service scope, the transducer meets to requirements of the EN 61010-1 standard. Observations concerning the operational safety All operations concerning transport, installation, and commissioning as well as maintenance, must be carried out by qualified, skilled personnel, and national regulations for the prevention of accidents must be observed.
4. INSTALLATION 4.1. Fitting way P20 transducers are designed to be mounted on a 35 mm rail accor- ding to EN 60715. Housing dimensions are: 22.5 x 120 x 100 mm. On the transducer outside, there are screw or self-locking terminal strips, which make possible the connection of external wires with a 2.5 mm...
0... 60 mV - 150... 150 mV 0... 150 mV Voltage Current - 10... 10 V - 20... 20 mA 0... 10 V 0... 20 mA 0... 5 V 4... 20 mA Fig.2. Electrical connection diagrams of the P20 transducer.
Fig. 3. View of the P20 transducer Confirmation of the separator’s communication with PD14 programmer is indicated by the status diode which turns off for short period of time.
One must connect the PC computer through the PD14 programmer and configure the connection choosing Communication -> Serial port from the menu (for the P20 transducer, we choose the address 1, baud rate 9600 kb/s, the mode RTU 8N2 and the appropriate port COM under which the controller of the PD14 programmer has been installed).
5.1.1 Configuration of the transducer input type In the parameter group Input configuration there are 3 expandable lists available, by means of which you can select the input type, measuring range and measurement averaging time. The changes must be confirmed by clicking the Save button. Fig.
5.1.2. Configuration of the analog output characteristic The P20 transducer enables the conversion of measured values into an output signal on the base of the individual linear characteristic of the analog output. On the base of given by the user coordinates of two points, the transducer determines (from the system of equations) coefficients a and b of the individual characteristic.
5.1.3. Configuration of the analog output at overflows The user has the additional possibility in the P20 transducer to confi- gure the preservation of the analog output after the signal overflow occurrence on the measuring input. By default, the service of overflows is switched out –...
Fig. 8. View of the “ Output exceedings configuration” window of the eCon software. 5.1.4. Readout of the measured value By means of the eCon software you can also read the value currently measured, check the type of output. These values can be found in the Measured values window.
Fig.10. View of the “ Measured values” window of the eCon software 5.1.5. Readout of the serial number and software- version The serial number and the software version can be found in the upper right corner of the configuration panel. Fig.11.
6. TECHNICAL DATA Basic parameters: - analog output galvanicaly isolated: - current 0/4...20 mA - voltage 0...10 V - maximal load resistance of the £ 500 W current output - minimal load resistance of the ³ 500 W voltage output - accuracy class - averaging time of the transducer: - range: d.c.
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Input parameters: - resistance of voltage input [V] > 1 MW 12 W ±1% - resistance of current input [mA] Sustained overload: - TC and RTD 1.1 X - voltage, current and resistance 1.3 X Short duration overload: - voltage input - current input 10 I Ensured protection level...
7. EXECUTION CODES Execution codes of the P20 transducer Table 2. TRANSDUCER P20 - XX XX Analog outputs: current 0... 20 mA ...... 1 current 4... 20 mA ...... 2 voltage 0... 10 V ......3 Supply: 85...253 V a.c./d.c......1 20 …...
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Coding of the P20 transducer input kind Table 3. Type of TC of K type -200...1370 Range [ ° sensor/input 0...1200 0...1000 Pt100 RTD -200...850 0...800 0...850 0...600 0...600 0...400* 0...400 -200...200* 0...200 TC of S type 0...1760 -200...200 0...1600 -100...100*...
00 – standard execution 7 – with an extra quality inspection certificate 8. MAINTENANCE AND GUARANTEE The P20 transducer does not require any periodical maintenance. In case of some incorrect operations: After the dispatch date and in the period stated in the guarantee card: One should return the transducer to the Manufacturer’s Quality...
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