1.0 OVERVIEW The MPCT30 P6 model has 5 main programmable functions: RPM meter, frequency meter, hourly production meter, timer, and uni-directional pulse counter. Each one of these five functions is independent and they can’t be used at the same time. Main characteristics are: • count memory at the switching off (you can exclude this function from the menu). • four digits for counting. • NPN or PNP inputs (open collector or passive pull-up) or not amplified proximity (configured by jumpers or terminal connections) • programmable multiplying and dividing factor from 1 to 9999 (pulse counter, RPM...

mect s.r.l. 25Vac 115Vac 230Vac 48 x 96 x 75 mm 44.5 mm (height) x 92.5 mm (width) Dimensions Piercing template 1.2 DISPLAY MESSAGES Table 2 r.01.00 Software version -OFLoverflow -UFLunderflow ErP 1 error in programming parameter: dEnO = 0 ErP 2 error in programming parameter: n.riF = 0 ErP 7 error in programming parameter: the Preset item is not compatible with the alarms set point 1.3 WIRING DIAGRAMS DESCRIPTION OF THE FRONT COMMANDS Led AL1: alarm 1 status indication Led In: no managed Led Σ : total counting indication Key : access at the programming functions : it visualises the total counting...

BASIC TERMINAL BOARD DESCRIPTION - exchange relay output (AL1: 1 = Com, 2 = NC, 3 = NO) - pull-up resistor for counting input - ground - counting input, start for chronometer function. - transducer power supply (16Vdc). On request 5V. - “hold” or “stop” for timer - external reset - instrument power supply (if Vcc or Vpt is not important the polarity). Verify the instrument’s label to understand the power supply value to give.

1.4 WIRING SCHEMATICS FOR COUNTER, FREQ., REVOLUTION COUNTER AND HOURLY PRODUCTION PNP Prox connection MECHANICAL contact connection Not amplified MAF 35 sensor connection (maf 35) Magnetic pick-up (IBT option) connection For frequency generator connection use 6 and 8 terminals (gnd)

MPCT30 P6 1.5 WIRING SCHEMATICS FOR TIMER Switch connection

key to get into the programming menu. key to search the item to program. • If the set up needs a number to write, use the which blinks and key to move the blinking digit and confirm with • If the set up needs the selection of an item, use • To exit the menu, press : the modified parameters will be stored.

1.7 RPM, FREQ. OR PR.H INSTRUMENT MENU FLOW see “revolution counter, frequency meter and hourly production alarms” see “revolution counter, frequency meter and hourly production installation remarks” see “nUn and dEnO function” see “peak hold function” Notes: The symbol means: The symbol means:

installation notes" timer alarms" Notes: (Prog. The A symbol means: [Reset,

timer alarms" requested scale Notes: [projT The A symbol means: [Reset

1.10 PRINTED CIRCUIT BOARD (PCB) CONFIGURATION The “hold” and “reset” configuration. Open the instrument to configure the “Hold” and “Reset” (NPN or PNP) inputs. To open the instrument use a screw-driver to lever on the long part of the keyboard and on the side hooks and extract the instrument from the front. The “Hold/Stop”, “Start”, and “Reset” inputs are in NPN configuration. To set up the “Reset”, “Hold/Stop” and “Start” inputs as PNP version, move the JP12 and JP13 jumpers in 1-2 position. Mechanical contact input configuration Open the instrument as over written and link the JP11 jumper....

2.0 REVOLUTION COUNTER, FREQUENCY METER AND HOURLY PRODUCTION INSTALLATION REMARKS 2.1 INSTALLATION PROCEDURE 1) Make connections as indicated at pages: 7, 8 and 9 HOLD terminal connections: when it works, it stops the visualization and the acquisition of new input signals. To modify the “hold” input for a PNP input look paragraph “PCB configuration” 2) Switch the unit on. 3) Program the functions based on the indications in the following table: Table 3 n°seq. ° Appears on the display PASS Ou InP CPAS AbtA dEF tYPE rPn Touch the “prog.” key to get into the programming menu In this phase the instrument...

MPCT30 P6 mect s.r.l. 4) Program the functions of the following table to set notches number (n.rIF), multiplaying or division Factors (uUn or dEnO) and the decimal point. 5) Set up, if requested, the peak function; for this function in detail see “peak-hold function” paragraph. 6) Set up, if necessary, a digital filter (menu item “nFIL”, dEL and PEr). For these functions in detail see “filter function” paragraph. 7) For default parameters see "default parameters" paragraph 8) Set alarm (if requested) 9) Set, if desired, the programming menu access code (password function) 10)The unit is now ready...

Appears Remarks on the display PICC PEAK SET-UP (look paragraph) P.OFF P.OFF = Peak excluded P.h.O = Maximum peak with time P.h.I = Maximum infinite peak P.L.O. = Minimum peak with time P.L.I = Minimum infinite peak Touch “5” key until there appears the req. item (confirm to “prog. ↵”) PICC .HLd TIME OF READING RETENTION 25.0 write retention time (0 ÷ 25.0 sec) if PhO or PLO is req. ** (confirm to “prog. ↵”) .HLd P.dEC DECIMAL POINT 0.000 Select by “5“key the decimal point and. confirm by “prog. ↵”. P.dEC measure To exit from programming menu AL Exit ** see para. “SET-UPS” to change the set value....

60 * Hz nUn RPM (rPn) = ____________ * _________ n.riF dEno 3600*Hz nUn Pr.h = _____________ * ____________ n.riF dEno (Hz = frequency at the instrument input) 2.3 EXPLICATIVE EXAMPLES • Make following settings on “rev. counter” instrument. The parameter to be measured is the speed, in mt/sec., of toothed belt by reading the rotating speed of the driving shaft. Four notches can be identified on the shaft and the belt advances by 0.55 mt for one revolution of the shaft. To get the requested visualisation, you have to multiply the reading revolution/minute (RPM) by 0.55. To visualize the revolution/minute...