MP1200 P6
36Pages

USER'S MANUAL

INDEX INDEX ------------------------------------------------------------------------------------------- 1 1.0 GENERAL POINTS--------------------------------------------------------------- 3 1.1 TECHNICAL CHARACTERISTICS ------------------------------------------------- 3 1.1.1 DISPLAY SIGNALS --------------------------------------------------------------- 4 1.2 CONNECTION DESCRIPTIONS ---------------------------------------------------- 4 1.2.1 WIRING DIAGRAM FOR CURRENT INPUT -------------------------------- 6 1.2.2 WIRING DIAGRAM FOR VOLTAGE INPUT -------------------------------- 6 1.2.3...

1.0 GENERAL POINTS The instrument of the MP1200 series in the P6 type container (75mm depth) can be programmed with the following inputs: 4÷20mA, 0÷20mA, 0÷10V, thermocoupling J (Fe/Co) 0÷600°C, thermocoupling K (Cr/Al) 0÷1200°C, thermocoupling S (Pt/Pt10%Rh) 0÷1710°C or thermoresistence (PT100r: –40,0÷410,0°C, PT100e: –40÷800°C). The main characteristics are as follows: • two alarms with exchange relay output (3 if 220V power supply) • 18V not regulated for 2 or 3 wires transducer power supply • alarm programming and calibration by 6 key on instrument front panel for easy of use • 9999...

LO: reading less than -2000 Err: outside input scale or input circuit malfunctioning Err 9: menu parameters wrongly set up KEYBOARD DESCRIPTION alarm setup 2. Into the menu it fulfils the exit function. d p- : increments blinking digit in menu or decimal point set-up : shifts blinking digit in menu : setup of reading scale start point : set up of reading scale end point + 1 : menu access point

TERMINAL BOARD DESCRIPTION dgnd rec. tara hold agnd out mA out V serial outputs if requested - alarm output 3 - alarm output 2 - alarm output 1 - transducer power supply (18V) - instrument power supply (Vcc, Vpt, 24Vac, 90÷260Vac) With DC power supply, terminal 13 is positive and terminal 15 is negative. Terminals 27, 28 - thermocoupling input Terminals 28, 29 - current input 0/4÷20mA Terminals 28, 30 - voltage input 0÷10V Terminals 23, 24 e 25 - thermoresistance input PT100 Terminals 19, 20, 21 - analogue output (if requested ) Terminal 18 - Hold: shortcircuiting terminals 16 and 18 will...

1.2.1 WIRING DIAGRAM FOR CURRENT INPUT 1) Connection for 2 wire transducer 2)Connection for 2 wire transducer with external power supply Power source Val in+ t/c Agnd in+A in+V 1.2.2 WIRING DIAGRAM FOR VOLTAGE INPUT 1) Connection for 3 wire transducer 2) Connection for 3 wire transducer with external power supply Power source Val in+ t/c Agnd in+A in+V

1.2.3 WIRING DIAGRAM THERMORESISTANCE Connection thermocoupling input + Val in+ t/c Agnd in+A in+V Thermocouplings must be isolated. For thermocoupling connection use only compensated wire for the type of thermocouple in use. If shielded cable is used, connect the shield to ground at one end only. For thermoresistance connection pay attention to the line resistance: if too high there may be some errors in readout. Use the same kind of wire for the three connections. If shielded cable is used, connect the shield to ground at one end only.

1.2 2 = number relevant to used table 1 = table referance FE-CO Cr-AL Pt-Pr Press menu. keys and reach the program If you want to reach an item, use the To skip into the item press If you want to change a number, use the to increment the blinking digit, and the key to shift the blinking digit. In either case use the input and go to the menu. To select an item use the by the To exit from the menu, press key: the modified parameters will be stored.

2.0 INSTALLATION NOTES 2.1 INSTALLATION PROCEDURE 1- Execute the connections as indicated at 5, 6,7 pages 2- Switch on the instrument 3- Enter in the menu and set the requested scale (see table 2). For voltage or current inputs it is necessary to follow the indications written in 4, 5 and 6 steps. 4- Set the reading value that must coincide with the minimum input value (0 for key 0÷10V and 0÷20mA scales, 4 for 4÷20mA scale). For this setup use following the paragraph “How to operate”. 5- Set the reading value that must coincide with the full scale input value (10V for 0÷10V scale, 20mA for...

MP1200 mect s.r.l. value coinsident with 10V at the input. By “d.p." key we can set up the decimal point. To configure the instrument with 4÷20mA input scale, it is necessary to set up in the ÷ menu “SCAL” item as 4-20. In this way, by "zero" key we can set up the reading value coincident with 4mA at the input and by “F.S." key we can set up the reading value coinsident with 20mA at the input. By “d.p." key we can set up the decimal point. To configure the instrument with 0÷20mA input scale, it is necessary to set up in the ÷ menu “SCAL” item as 0-20. In this way, by "zero" key we can set...

4th OPERATION Confirm the programmed number by touching the 'zero' key. To program the decimal point observe the following indications. Al1 Al2 In1 In2 Touch the “5” key with the instrument in measuring mode. A decimal point will light up. In order to move this point touch the indicated key until the desired point is reached. 2.3 RECOVERY TARA FUNCTION Function enabled only for 0-10V and 4-20mA inputs. For “Recovery Tara” we mean a function that when in use zeroes the instrument readings. The Recovery Tara function with terminals 16 and 17 open is not in use and in these circumstances the...

MP1200 mect s.r.l. 2.5 INSTRUMENT SET UP By using a hidden menu which is accessed by pushing together the two keys SET1 and F.S., it is possible to programme certain items of secondary importance which are protected by a password code and which can be useful for certain display values or for alarm functions. These setups are explained in the following table. IMPORTANT For the programming of the instrument display parameters there are four codes: Figure A ISI, ISL, FSI, and FSL. These menu items allow the setup of the co-ordinates which process the instrument readings. The first co-ordinate...