Pump & Motor Controls Australia Pty Ltd, Australia - Australian manufacturers guide

<body> <div align="center"><FONT face=Verdana size=3><BR> <IMG alt="Pump & Motor Controls Australia Pty Ltd" border=0 src="pic/38.gif" width="638" height="107" ></FONT> </div> <p><FONT face=Verdana size=3><br></FONT> <center><b><FONT face=Verdana><FONT size=5><FONT color=#0033cc>Pump & Motor Controls Australia Pty Ltd</FONT></FONT> </FONT><FONT><FONT color=#0033cc> </FONT></FONT></b><FONT><FONT size=3><FONT face=Verdana></FONT></FONT></FONT></center> <div align="center"><font color=#000000 ><FONT face=Verdana><FONT size=2><FONT>ACN: 078 726 497</FONT></FONT></FONT><FONT><FONT size=2> </FONT></FONT> </font><FONT><FONT size=3><FONT face=Verdana> </FONT></FONT></FONT> <br> <FONT face="arial" color=#000000 size=3></FONT> </div> <table cellpadding=0 cellspacing=10 height=340 style="HEIGHT: 340px; WIDTH: 598px" width=630> <FONT face="arial" color=#000000 size=3> </font><TR><TD colSpan=3> <FONT face="arial" color=#000000 size=3> <DIV align=center><STRONG><FONT color=#000000 face=Verdana size=4><FONT face=Verdana size=4> Pump and Motor Controls Australia Pty Ltd specialises in servicing the Pump Industry</FONT> . <BR></FONT></STRONG></DIV></font><BR> <TR> <TD colSpan=3> <ul> <ul><li><FONT face=Verdana>We design Pump Stations </FONT> <li><FONT face=Verdana>Manufacture Pump Control Switchboards </FONT> <li><FONT face=Verdana>Install New Pump Stations </FONT> <li><FONT face=Verdana>Service and Upgrade Existing Pump Stations </FONT> </li> </ul></ul> <TR> <TD> <TD width=10> <TD> <TR> <TD><font face="Arial" size="4"><strong><BR>Address:</strong></font> <TD width=10> <TD> <TR> <TD><font color="#000000" face="Arial">Factory 4 / 19-23 Stephen Rd<br> Dandenong       3175   <br> Victoria     Australia<br></font> <TD width=10> <TD> <P><font color="#000000" face="Arial">Phone: +61 3 9794-5811 <BR> </font><font color="#000000" face="Arial"> Fax:      +61 3 9794-6843<br> Email:  <A href="mailto:pspmc@eisa.net.au?subject=Australian Manufacturers Guide">pspmc@eisa.net.au</A><br> </font></P> <tr> <td ><font color=#000000 face=Arial size=4><strong><BR>Contact:</strong></font></td> <td rowspan="4" width="10"> </td> <td> </td> </tr> <tr> <td><font face=Arial>Sales:</font></td> <td> <P><font face=Arial><font face=Arial>Fred James</font></font></P></td> </tr> <tr> <td></td> <td> </td> </tr> <TR> <TD><STRONG><FONT face="arial" size=4>Agents/Distributors:</font></STRONG><BR> <TD><FONT face=Arial size=3>Brundson Pumps,<BR>ITT Flygt, Pump Doctor </FONT></TR> </TABLE><BR><BR> <left> <table width="599" border="0" cellspacing="10" cellpadding="0"> <tr> <td> <div align="center"><img alt=workshop border=0 height=257 src="pic/38_pump.jpg" width=500></div> </td> </tr> </table> <TABLE cellspacing=5> <TR> <TD width=10 rowspan=15></TD> <TR> <TD><A href=profile1.html target="page"><FONT face=arial,helvetica size=1>Profile</FONT></A></TD></TR> <TR> <TD><A href=pmcontrols1.html target="page"><FONT face=arial,helvetica size=1>Company Profile</FONT></A></TD></TR> <TR> <TD><A href=pmcontrols2.html target="page"><FONT face=arial,helvetica size=1>Products</FONT></A></TD></TR> <TR> <TD><A href=pmcontrols3.html target="page"><FONT face=arial,helvetica size=1>PMC Series 3</FONT></A></TD></TR> <TR> <TD><A href=pmcontrols4.html target="page"><FONT face=arial,helvetica size=1>PMC Series 3</FONT></A></TD></TR> <TR> <TD><A href=pmcontrols5.html target="page"><FONT face=arial,helvetica size=1>PMC Series 3-2</FONT></A></TD></TR> <TR> <TD><A href="mailto:pspmc@eisa.net.au?subject=Australian Manufacturers Guide"><FONT face=arial,helvetica size=1>Email Us</FONT></A></TD></TR> </table> <TR> <TD VALIGN="top" colspan="2"><font face=arial,helvetica><font face=Arial size=2>Pump and Motor Controls Australia Pty Ltd manufacture a range of Pump Control Switchboards to Large Switchboards Built to Specifications.</font></font></TD> <TD colSpan=2 vAlign=top width=22%> <P align=left><FONT face="" size=3>The <B>PMC Series 3 </B>is a sophisticated yet cost effective pump and motor controller designed, manufactured and assembled here in Australia. This advanced controller is supplied fully programmed with one of our comprehensive pump control programs, developed to suit two or three pumps and meet the needs of most drainage or sewerage pump stations, irrigation pumps, pressure pump systems and many other applications with the one pump controller. </FONT> </P> <P align=left><FONT face="" size=3>For custom designed projects the <B>PMC Series 3 </B>is a fully programmable controller (micro PLC) that has been designed especially for pump control applications. It's ability to be easily programmed makes it the clear choice where you need to accommodate special functional requirements. </FONT> </P> <P align=left><FONT face="" size=3>The <B>PMC Series 3 </B>is a low profile unit supplied suitable for front panel or escutcheon door mounting. A special feature is that this multi functional controller has as on-board operator interface with 7 pushbutton switches and 23 indicating LED's, eliminating the need for external pushbuttons, indicating lights, control and selector switches. The <B>PMC Series 3 </B>controller handles complex sequencing and timing tasks with ease with up to ten external inputs (six of which are capable of direct connection to conductivity probes) eight solid state "sinking" (NPN transistor) outputs, eight timers, counter, on-board beeper and two configuration jumpers. The on-board operator interface devices do not consume regular inputs and outputs. An on-board watch dog timer chip provides enhanced reliability in high noise environments. </FONT> </P> <P align=left><FONT face="" size=3>A separate and optional 4 channel, 4-20ma relay module Model <B>PMC-AD4</B>, with 3 digit 10mm, 7 segment display and DC power supply to drive a loop powered sensor is also available. This allows the <B>PMC Series 3 </B>controller to accept inputs from ultrasonic or hydrostatic pressure transmitters. The select button allows the user to cycle through the channel set points and hysteresis values, display mode and scale factor. This allows the user to set the trip points with digital accuracy, and also get an accurate display of set point information. The set points and hysteresis can be set in percentage, milli-amps, or any engineering units from 1-999 full scale. </FONT> </P> <P align=left><FONT size=3><FONT>The following fully programmed and configured standard pump controllers are available "ready to go" and can be used with any of the above input types of controls.</FONT></FONT><FONT></FONT> <TR> <TD vAlign=top width=22%> <UL><LI><STRONG><FONT face="" size=2>PMC 3.6 </FONT></STRONG> </LI></UL><FONT></FONT> <TD vAlign=top width=78%><P><FONT face="" size=3>Pressure system - multiple VSD pumps</FONT></P> <TR> <TD WIDTH="22%" VALIGN="top" colSpan=2><FONT SIZE=2><P align=left><FONT face="" size=3>For details of connections and programs of specific pre-programmed models see technical manual. </FONT> </P> <P align=left><FONT face="" size=3>The PMC Series 3 uses Simple Programmed Logic Automation Tool technology which is an innovative approach to making electric controls for timing, sequencing and control tasks. Programming is performed in windows on a PC, using the SPLAT/PC software package. This provides a powerful language and a set of debugging and commissioning tools that will make development a breeze. SPLAT/PC incorporates and acclaimed tutorial, on screen simulation of the controller and many other productivity tools to cut down development costs. </FONT> </P></FONT> <P> </P></TD> </TR> <FONT SIZE=2></FONT> <font face=arial,helvetica> <DIV align=left> <FONT face=Arial SIZE=2> The PMC Series 3 is a single board controller intended for uses where flexibility is important. It has been designed specifically for use in pump control applications and features a 6 point water level interface. It also has 4 general purpose inputs that can be connected to on/off sensors and 8 solid state low voltage outputs that can drive small lamps, relays, DC contractors or a myriad of other devices. In addition it features on-board components for an operator interface, which do not consume regular inputs and outputs. An on-board watchdog timer chip provides reliability in high noise environments.</FONT></DIV></font> <FONT SIZE=2><P align=left><FONT face=Arial>The PMC Series 3 is supplied ready for mounting into your pump control panel. Only high quality components and materials are used throughout, and every unit is rigorously tested prior to shipment.</FONT></P></FONT> <TR><TD WIDTH="50%" VALIGN="top" COLSPAN=2> <B><FONT SIZE=4><P><center>Controller Capacity</center> <P></P></font></B> <UL> <FONT SIZE=2><LI>6 point water level interface for conductivity of float switch sensors <LI>4 input for switches of NPN type sensors <LI>8 solid state "sinking" (NPN transistor ) outputs <LI>4 timers 100mS to 0.9 hours (extendible to days) <LI>4 timers 10mS to 5 minutes <LI>64 bytes of data memory <LI>1,999 bytes of program memory <LI>13 bytes of non-volatile data memory </LI></font></UL><B><FONT SIZE=4><P><center>Conductivity Interface</center> <P></P> </font></B><FONT SIZE=2><P>The 6 point water level interface is suitable for conductivity probes or float switches. An AC excitation current is applied to the probe and the probe resistance is determined. A single adjustment sets the threshold resistance for all points. The probe is connected to the board via a single common plus one per terminal point. </p></FONT> </TD> <TD WIDTH="50%" VALIGN="top" COLSPAN=2> <B><FONT SIZE=4><P><center>Operator Interface</center></font></B> <P></P> <FONT SIZE=2> <P>The <B>PMC Series 3 </B>features an on-board operator interface. This not only allows you substantial cost savings by saving on the provision, mounting and wiring of external buttons and lamps, but also lets you design your own "look and feel" to the end product. </P> <UL> <LI>7 push button tact switches <LI>23 programmable LED's, assorted colours <LI>Beeper <LI>2 configuration jumpers. </LI></UL> <P>These controls are programmed as inputs and outputs. A special instruction, inputK, captures momentary (edge triggered) activation of push buttons and automatically gives a short beep. The configuration jumpers are direct processor inputs fitted with removable jumpers.</p></FONT></TD></TR> <B><P>Technical Specifications/ratings</P></B> <TABLE BORDER =10 CELLSPACING=0 CELLPADDING=0 WIDTH=620> <FONT SIZE=2> <TBODY> <TR><TD WIDTH="40%" VALIGN="top"> <P><FONT SIZE=2>Supply voltage</FONT></P></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>12V AC or DC</p></FONT></TD> <TD WIDTH="37%" VALIGN="center" ROWSPAN=18><IMG alt=circuitry height=260 src="pic/38_circ.jpg" width=224></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Conductivity probe resistance range</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>1k to 100k ohm</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Input voltage (ON) (note 1)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P><0.9 V</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Input current (on) (note 1)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>Approx 6mA</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Input voltage (OFF) (note 1)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>>3.5V</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Open circuit input voltage</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P><Supply voltage</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Rated continuous output current (per output)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>400mA</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Pulsed output current, one output per 100mS</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>500mA</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Rated continuous output current (total outputs)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>1A</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>ON state output voltage @ 300ma (note 2)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P><1.6V</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Rated output voltage (OFF state) ( note 3)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>Vunreg</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Program memory</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>1999 bytes (~l200 steps)</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Data memory (for counters, storage etc)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>64 bytes</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Timers 100mS to 54.6 min. (15 bits</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>4</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Timers 10mS to 327 sec. (15 bits)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>4</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Operating temperature range</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>0-60.C</P></FONT></TD> </TR> <TR><TD WIDTH="40%" VALIGN="top"> <FONT SIZE=2><P>Dimensions (mm)</P></FONT></TD> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P>165H x 142W</P></FONT></TD> </TR> <TR> <TD vAlign=top width=40%><P><FONT face="" size=2>Panel Cutout</FONT></P> <TD vAlign=top width=23%> <P><FONT face="" size=2>155H x 122W</FONT></P> <TR><TD WIDTH="40%" VALIGN="top" colSpan=3> <FONT SIZE=2><FONT SIZE=2><P align=center><b>Notes.</b></P> <OL> <LI>Inputs are ON when the input terminal is connected to 0V terminal (low state). Under these conditions (positive) current flows out of the input terminal, through the external contact/sensor, and to common. Inputs are OFF when the input terminal is open circuit or at voltage greater than the OFF state input voltage spec. <LI>An ON output will conduct (sink) current form an external positive voltage down the circuit ) V terminal. The output voltage drop will be approximately 600mV plus 2mV per mA of current. <LI>The board is powered of a user supplied 12V nominal transformer winding. It contains its own on-board rectifier and regulator. The rectified but unregulated supply voltage Vunreg is approximately 12-14V. Any output loads connected to the board should be wired between the output terminal and Vunreg. </LI></OL><P> </P> </FONT></FONT></TD> </TR></TBODY></font></TABLE> <FONT SIZE=2><p><p><p><BR><BR> <p align="center"><font color=#0000ff size=+3><b>Pump & Motor Controls Australia Pty Ltd</b></font> <p> <left> <br><font size=+1 color=#0000ff face=Arial,Helvetica><b><center>PMC Series 3-2</center> </b></font><p> <font face=arial,helvetica><FONT SIZE=3><P ALIGN="center"><b>Programmable Pump Controller with On Board Interface</b></P> </FONT> <FONT SIZE=2><P ALIGN="center">"THE SOLUTION TO YOUR PUMP CONTROLS"</P></FONT> <TABLE CELLSPACING=10 BORDER=0 CELLPADDING=0 WIDTH=630 height=283 style="HEIGHT: 283px; WIDTH: 625px"> <TR> <TD colSpan=2 vAlign=top width=23%> <P><FONT face="arial" size=2>The <B>PMC Series 3-2 </B>is a sophisticated yet cost effective pump and motor controller. This advanced controller is supplied fully programmed with a comprehensive pump control program developed to suit the needs of most drainage and sewerage pump requirements, but also suitable for many other applications. The loaded program can be set to operate any <U>one</U> of three subroutines, by location of Option Link provided on P.C.B</FONT> . </P> <TR> <TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2 face="arial"> <P><FONT SIZE=2 face="arial"> No Option Link</FONT></P></FONT></TD> <TD WIDTH="77%" VALIGN="top"> <FONT SIZE=2><P><FONT SIZE=2 face="arial">~ 2 pumps, duty and standby with 4 alarms (basic program).</FONT></P></FONT></TD></TR> <TR><TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P> <FONT SIZE=2 face="arial">Option Link 1</FONT></P></FONT></TD> <TD WIDTH="77%" VALIGN="top"> <FONT SIZE=2><P><FONT SIZE=2 face="arial">~ 2 pumps duty and standby with 4 alarms (seal fail indication).</FONT></P><FONT size=2></FONT></FONT></TD></TR> <TR> <TD vAlign=top width=23%><P><FONT face="arial" size=2>Option Link 2</FONT></P><FONT face="arial" size=2></FONT> <TD vAlign=top width=77%><P><FONT face="arial" size=2>~ 2 pumps duty only with standby transfer and 5 alarms.</FONT></P><FONT></FONT> <TR> <TD colSpan=2 vAlign=top width=23%> <P><FONT face="arial" size=2><BR>(For details of operation see <B>PMC Series 3-2 </B>technical specification and program functions). </FONT> </P> <P><FONT face="arial" size=2>The <B>PMC Series 3-2 </B>controller has up to 10 inputs of which 6 inputs are liquid conductivity sensing. A single sensitivity adjustment pot controls probe sensitivity from 1k ohm to 100k ohm. A touch switch allows selection of full alternation mode or fixed duty/standby mode. Pump selection switches give AUTO/OFF/MAN mode of operation. </FONT> </P> <P><FONT face="arial" size=2>The standard configuration has the flexibility to operate with as few as two or up to seven floats, probes or pressure switches. Standard features include inputs for low level alarm, duty stop level, standby stop level, duty start level, standby start level high level alarm and no flow alarm. Indicating LED's are programmed to show when any of these inputs are "active", in turn the level in the wet well is monitored via these LED's. LED's also indicate pump run, pump fault and alarm muted modes. </FONT> </P> <TR><TD WIDTH="23%" VALIGN="top"> <FONT SIZE=2><P> </P> </FONT></TD> <TD WIDTH="77%" VALIGN="top"> <FONT SIZE=2><P> </P> </FONT></TD> </TR></TABLE> <FONT SIZE=2> <P> </P></FONT> <TABLE CELLSPACING=10 BORDER=0 CELLPADDING=0 WIDTH=630> <TBODY> <TR> <TD vAlign=top width=60%> <IMG alt="Programmable Pump Controller" border=0 height=388 src ="pic/38_b1.jpg" width=335 > <TD vAlign=center width=40%> <FONT face="arial" SIZE=2><P><B>PMC Series 3-2 Pump Controller </B></P> <UL> <LI>2 pumps and 5 alarms <LI>Float or probe level sensing <LI>Adjustable sensitivity for probes <LI>MAN/OFF/AUTO mode selection <LI>Pump alternation <LI>Automatic transfer with fault <LI>23 indicating LED's <LI>Audible alarm <LI>Alarm mute switch <LI>Fault reset switch <LI>Back up high level float <LI>Optional seal fail indication <LI>Panel mounted <LI>Low profile <LI>Fully programmed - "ready to go". <LI>Pump "no flow" alarm <LI>Optional 4-20mA relay module.</LI> </UL> </FONT> <TR> <TD WIDTH="60%" VALIGN="top" colSpan=2> <FONT SIZE=2><P> <FONT SIZE=2 face="arial">For custom designed projects the <B>PMC Series 3</B> is a fully programmable controller (Micro PLC) that has been designed especially for pump control. It's ability to be easily programmed make it a clear choice where you need to accommodate special functional requirements.</font></P> </font></TD></TR></TBODY></TABLE> <FONT SIZE=2> </FONT><p></font><p><font face=arial,helvetica> </font> <br><center>Your browser does not support frames or you have disabled Javascript on your browser. This site is best viewed with a frame supported browser with javascript enabled.</center> </font></body>