Installation Manual - Orenco Systemsorencocontrols.com/documents/pdfs/mvp-dax1ptro_docset.pdf · Installation Manual EIN-CP-DAX-514 Rev 2.0 ©06/19/99 Most Versatile Panel MVP-DAX1

Installation Manual

EIN-CP-DAX-514Rev 2.0 ©06/19/99

Most Versatile PanelMVP-DAX1 PT ROManual# EIN-CP-DAX-514

This Manual Contains:

Description Document Number

1. Installation Instructions EIN-CP-GEN-1

2. Panel Wiring Diagram EDW-WD-DAX-82

3. Float Arrangement Diagram EDW-FA-DAX-13

4. Float Arrangement Diagram EDW-FA-DAX-14

5. MVP-DAX PT RO Operation EIN-CP-OP-4

6. MVP-DAX PT RO Setting Instructions EIN-CP-SET-9

7. MVP-Time & Date Setting Instructions EIN-CP-SET-111

Panel Installation

EIN-CP-GEN-1Rev 2.0 ©01/10/05Page 1

Before Installing Panel

1. Read all instructions before proceeding with the installation. Improper installationmay void warranties.

2. Inspect your order for completeness and inspect each component for shipmentdamage. If something is missing or damaged, you will need to contact your supplierto obtain replacements.

3. Check to be sure the instructions and items supplied comply with state and localregulations.

4. A qualified electrician must be employed to install and service the panel and ancillarywiring. The equipment must be installed in compliance with the National Electric Code,as well as state and local codes.

Placement of the Control Panel

5. Install the electrical control or alarm panel within view of the tank. The panel shouldbe attached to a post or an exterior wall. Panels that contain motor contactors make athumping sound, each time a pump is started or stopped. Therefore, these panels should not bemounted to an exterior wall unless it is in a location away from living areas, such ason a garage wall. If possible, position the panel in the shade to protect it from weather. Extreme temperatures can cause inconsistent performance of the electrical components. Locate the panel at a convenient height (usually about five feet above the ground) andwhere it will be accessible for maintenance.

Install Floats and Pumps

6. Install the electrical splice box(es) for the floats and pump(s) before installing theactual floats and pumping equipment. The splice box(es) are installed in the grommet(s)provided near the top of the riser.

7. Install the floats. Thread the float and pump cords through the cord grips into thePVC splice box, leaving adequate lengths of electrical cord coiled inside the riser toallow easy removal of the pump and float assembly. Do not remove the colored markersor the paper tags from the float cords, and do not try to thread the markers and tagthrough the cord grip. These should be left on the float cord, outside the splice box.Tighten the cord grips, using hand pressure or a wrench if necessary, until the cord willno longer move in the cord grip. If the cord grips are not tight enough, the seal will notbe watertight, but overtightening may damage the cord or the cord grip, so use only asmuch force as necessary. Adequate lengths of cord should be left within the splice boxto allow for easy removal for future disconnecting and re-splicing.

8. Run the wires from the control panel to the splice box. The wires can be broughtthrough a conduit, or can be buried using suitable direct-burial wire. Conduit that entersthe splice box must be sealed, even if the wires are direct-buried, to prevent the infiltrationof water into the splice box. Use an electrically approved sealant to plug the wirescoming in through the conduit hub. The number of wires required depends on the controlpanel and the number of floats and pumps used. This can be determined by consultingthe Float Arrangement diagram appropriate for the control panel and float arrangementbeing used.

Wire should be sized at 14 AWG for the floats. Refer to Figure 1 to determine theproper size for the pump wires. When calculating wire size, the length and size of thebranch circuit wires from the service entrance panel to the pump control panel mustalso be taken into account. Wire that’s too small can cause an excessive voltage dropand poor pump performance.

Wires should be color coded or otherwise marked to aid in wiring the control panel.Drawing EIN-SB-SB-1 lists recommended colors for each of the wires. Colors mayrefer to either the color of the wire’s insulation, the color of a tag, or the color of anelectrical tape marker.

9. All splices made in the splice box should use waterproof wire nuts or butt connectorsand heat shrink tubing. The splices must be waterproof! Splices that are not waterproofmay cause a malfunction of the pump controls if water should leak into the splice box.Refer to Drawing EIN-SB-SB-1 for instructions on making waterproof splices. Referto the appropriate Float Arrangement diagram for instructions on how to connect thefloats together.

Connect Control Panel

10. Connect the wires coming from floats to the terminals in the control panel. Referto the appropriate Float Arrangement diagram for the correct terminal connections.

11. Connect the wires coming from the pump(s) to the pump terminals. Refer to thepanel wiring diagram for the correct terminal connections.

12. Connect the incoming power to the panel. Power to the panel must be appropriateto the control panel and pump motor (i.e. 120VAC, single phase for a 120 VAC motor,240 VAC single phase for a 240 VAC motor, etc.) Insure that the panel is properlygrounded and that the fuse or breaker and wire size, from the main power panel and tothe pump, are sized correctly. Separate circuits for the pump controls and each of thepump motors is recommended. Note: Voltage for the controls in the panel is always120VAC, although the pump voltage may be 120VAC or 240 VAC.

13. Use 60° minimum CU conductors only. Torque the terminal blocks to 15 LB-INand the ground lugs to 45 LB-IN. Torque the circuit breakers to 20 LB-IN for 14-10AWG wire, 25 LB-IN for 8 AWG wire, and 27 LB-IN for 6-4 AWG wire.

14. When power is applied to the control panel, the wires to the pump may be energized.Do not service the pump or any electrical wiring in the pump vault without disconnectingthe power at the circuit breaker and the fuse. The pump vault area is a hazardous area,and may contain explosive gases. Take appropriate precautions before working in thepump vault.

15. If you have any questions please contact Orenco Systems, Inc.

Figure 1. Recommended Breaker & Wire Size

Pump Motor Size Breaker size Wire Size Max Distance*120 VAC 1/2 hp 20 amp 10 AWG 105 ft240 VAC 1/2 hp 15 amp 14 AWG 161 ft

3/4 hp 20 amp 14 AWG 130 ft 1 hp 20 amp 12 AWG 172 ft

1 1/2 hp 20 amp 12 AWG 126 ft

* This is the maximum distance from this subpanel to the pump motor for therecommended wire size. Distance is based on 3% maximum voltage drop from subpanelto load at maximum recognized pump motor amps at 75° C.

EIN-CP-GEN-1Rev 2.0 ©01/10/05Page 2

Pump 1L1

From Main Power Panel115 VAC, 1 Phase, 60 Hz.

Pumps115 VAC / 1 Hp.1 Phase / 60 Hz.

N2

Pump 1Neutral

Pump 2Neutral

Pump 2L1

PCB20A

EDW-WD-DAX-82Rev. 6.0 © 05/01/07

Panel Wiring DiagramModel MVP-DAX1 PTRO

9 PCB20AN1

Pump1 Neutral

Factory default.Wire as shown.

TTThhhrrreeeeee CCCiiirrrcccuuuiiitttsss

ON

20

PUMP

ON

10

CONTRO

LS

Pump2 Neutral

Ground

N1

ON

20

PUMP

Pump2 L1

N2

Controls Neutral

Pump1 L1

Controls L1

N

ON

20

PUMP

ON

10

CONTRO

LS

TTTwwwooo CCCiiirrrcccuuuiiitttsss OOOnnneee CCCiiirrrcccuuuiiittt

Neutral

Ground

N1

ON

20

PUMP

L1

N2

ON

20

PUMP

ON

10

CONTRO

LS

Ground

N1

ON

20

PUMP

Pumps L1

N2

WireNut

Controls Neutral

Controls L1

Pumps Neutral

N N

Use one wire nut to connect the pole of each pump circuit breaker together with the incoming L1 power line. Use another wire nut to connect the neutral block of each pump with the incoming neutral line.

Use one wire nut to connect the pole of each pump circuit breaker together with the controls breaker and with the incoming L1 power line. Use another wire nut to connect the neutral block of each pump with the controls neutral block and with the incoming neutral line.

1 2 1 2 1 2

Power Wiring Options

TLTerminal Strip

ControlsNeutral

Ground

Green

ControlsL1

NOTE: Motors must haveinternal overload protection

Main disconnectprovided by others.

1 2 3

A -+

ALR

M1A1A2

PRLG

GroundLug

AUTOMAN

X1X2

X2X1

CCB10A

M2A1A2

PRLG

X1X2

54 60

M2L1

T1M2

L2

T2M1

L1

T1M1

L2

T2

97 8 N

AUTOMAN

For float arrangement diagram, seedrawing no. "EDW-FA-DAX-13".For recirculation systems, seedrawing no. "EDW-FA-DAX-14".

i4

Q2

i1 i2 i3 i5

L1

NQ4 Q3 Q1

Logo

i6

10

AS

Option*

Option*

PLG

Options*

X1X2

HT

For MVP-DAXoperation

description, seedrawing no.

"EIN-CP-OP-4".

Remote Alarm

Light Alarm

Remote Alarm Connections

N0

Note: 115VAC signal is present during alarm conditions.

Orenco Model AHW or equiv.

Removal of the terminal link rail will separate the high level alarm and lag pump enable functions.

Terminal Link Rail

Removal of Alarm / Lag PumpEnable Link Rail

54321 6 987 100

AALASCCBLogoMPCBTL

HTPLPRL

Key= Factory Wire= Field Wire= Alternate Field Wire= Audio Alarm, 115 VAC= Alarm Light= Audio Silence Switch= Controls Circuit Breaker= Logic Module= Motor Contactor= Pump Circuit Breaker = Terminal Link

*Options

= Heater= Power Light= Pump Run Light

Float Arrangement Diagram

EDW-FA-DAX-13Rev 2.5 © 11/09/05

Drawing No.

EDW-FA-DAX-13

Control Panel Series

MVP-DAX PT RO

Check the appropriate box for the float function (color code) used in your system.

(YPG)RW

Terminal Strip

High Level Alarm /Lag Pump Enable/Override TimerOn & Off(YPG)-Yellow /Purple/Green

Timer On & OffR-Red

TL*

Redundant Off &Low Level AlarmW-White

*Terminal Link Rail is required (factoryinstalled).

(YP)GRW

Terminal Strip

High Level Alarm/Lag Pump EnableYP-Yellow/Purple

Override TimerOn & OffG-Green

Timer On & OffR-Red

TL*



For a wire splicing illustration of the abovediagram, request one of the following SpliceBox Wiring Diagrams:EDW-SB-DAX-89 (no pump cords)EDW-SB-DAX-90 (one pump cord)EDW-SB-DAX-91 (two pump cords)


•Factory Standard •

Jumper Wire

2 3 64 512 3 64 51

Specs: contact - normally opendifferential - no minimumpower rating - signal

Typical Orenco float model: A

Float Types

Possible substitutions: B,C,D

WRTimer On & Off Redundant Off &

Low Level Alarm

High Level Alarm /Lag Pump Enable/

Override Timer On & Off

Pump Cord

Pump CordGPY To Terminal

#6

To Terminal#5

To Terminal#2

To Terminal#1

Splice Box Wiring Diagram

Cord GripHand tighten each cord grip

so that the cord will not easilyslide through the grommet.

YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire

Green WireWhite Wire

Heat Shrink &Butt Connector *

WaterproofWire Nut

Attention: Failure to follow splicinginstructions will void warranty

Note: Multi-function floats willhave more than one marker

--------

Float Tag Colors

EDW-SB-DAX-91Rev 1.1 ©04/21/99

Drawing No.

EDW-SB-DAX-91

Float Function Color Code

(YPG)RW

Splice Box Model

SB5


MVP-DAX

* Refer to drawing EIN-SB-SB-1 for splicing instructions.

Pump WiresFrom Control Panel

R

W

Override Timer On & Off Timer On & OffG

High Level Alarm &Lag Pump Enable

Redundant Off &Low Level Alarm

PY To Terminal#6

To Terminal#5

To Terminal#3

To Terminal#2

To Terminal#1




YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-94Rev 1.0 ©04/21/99

Drawing No.

EDW-SB-DAX-94


(YP)GRW

Splice Box Model

SB4


MVP-DAX



Low Level Alarm

GOverride Timer On & Off


Pump Cord

PY

To Terminal#5

To Terminal#3

To Terminal#2

To Terminal#6

To Terminal#1





YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-95Rev 1.0 ©04/21/99

Drawing No.

EDW-SB-DAX-95


(YP)GRW

Splice Box Model

SB5


MVP-DAX


R

W

Override Timer On & Off Timer On & OffG


Pump Cord


Pump Cord

PY To Terminal#6

To Terminal#5

To Terminal#3

To Terminal#2

To Terminal#1





YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-96Rev 1.0 ©04/20/99

Drawing No.

EDW-SB-DAX-96


(YP)GRW

Splice Box Model

SB6


MVP-DAX


W

Timer On & Off


Override Timer On & Off


R

GPY

To Terminal#5

To Terminal#1

To Terminal#2

To Terminal#6




YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-89Rev 1.1 ©04/21/99

Drawing No.

EDW-SB-DAX-89


(YPG)RW

Splice Box Model

SB3


MVP-DAX



Low Level Alarm


Timer Override On & Off

Pump CordGPY To Terminal

#6

To Terminal#5

To Terminal#2

To Terminal#1




YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-90Rev 1.1 ©04/21/99

Drawing No.

EDW-SB-DAX-90


(YPG)RW

Splice Box Model

SB4


MVP-DAX



Float Arrangement Diagram

EDW-FA-DAX-14Rev 2.4 ©01/14/99

Drawing No.

EDW-FA-DAX-14


MVP-DAX PT RO

Check the appropriate box for the float function (color code) used in your system.

(YPG)W

Terminal Strip

High Level Alarm /Lag Pump Enable/Override TimerOn & Off(YPG)-Yellow /Purple/Green

TL*



(YP)GW

Terminal StripTL*


*Remove pre-installed Terminal Link Railfrom terminals. See Panel Wiring Diagramfor instructions.


For a wire splicing illustration of the abovediagram, request one of the following SpliceBox Wiring Diagrams:EDW-SB-DAX-111(no pump cords)EDW-SB-DAX-112 (one pump cord)EDW-SB-DAX-113 (two pump cords)

•Factory Standard •

For use in recirculating systems.

Jumper Wire

Jumper Wire

Override TimerOn & OffG-Green

High Level Alarm /Lag Pump Enable(YP)-Yellow /Purple

Jumper Wire

3 4 513 4 51 2 62 6

Specs: contact - normally opendifferential - no minimumpower rating - signal

Typical OSI float model: A

Float Types

Possible substitutions: B,C,D

WOverride Timer

On & OffRedundant Off &Low Level Alarm

G

High Level Alarm /Lag Pump Enable

Pump CordPY To Terminal

#6

To Terminal#5

To Terminal#3

To Terminal#1





YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-112Rev 1.0 ©12/04/98

Drawing No.

EDW-SB-DAX-112


(YP)GW

Splice Box Model

SB4


MVP-DAX


W

Override TimerOn & Off



G

PY To Terminal#6

To Terminal#5

To Terminal#3

To Terminal#1




YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-111Rev 1.0 ©12/04/98

Drawing No.

EDW-SB-DAX-111


(YP)GW

Splice Box Model

SB3


MVP-DAX


WOverride Timer

On & OffRedundant Off &Low Level Alarm

G


Pump Cord

Pump CordPY To Terminal

#6

To Terminal#5

To Terminal#3

To Terminal#1





YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-113Rev 1.0 ©12/04/98

Drawing No.

EDW-SB-DAX-113


(YP)GW

Splice Box Model

SB5


MVP-DAX


MVP - Control Panel InstructionsContrast Adjustment and Time & Date Settings

EIN-CP-SET-111Rev 7.0 © 08/09/05Page 1 of 2

Orenco’s Most Versatile Panel (MVP) line of control panels includes an easy-to-useprogrammable logic unit that incorporates many timing and logic functions. The readabilityof the display may vary with temperature and ambient light. If the screen is difficult to read,adjusting the contrast is recommended. Instructions for adjusting the contrast are shownbelow. Setting the date and time is typically not necessary. However, if required, the timeand date can be set by following instructions shown below.

To adjust the settings, use the four arrow keys located on the face of the unit (up, down, left,and right), along with the “ESC” key and the “OK” key. Follow the steps, below:

Changing Settings:

Step 1: Press � repeatedly until the display does not change. To begin the configuration process, press the “ESC” key.

Step 2: Select “Set...” (Press � or �), and then press the “OK” key.

Warning: Do not select “Stop”. Doing so may erase the panelprogramming, which can not be restored without the use of anEEPROM card, which is not included with the panel. If this isselected by accident, a confirmation screen will come up. Select“No” and press the “OK” key immediately.

If adjusting contrast, continue with the steps below. If adjustingtime & date, skip to “Setting Time and Date:” on next page.

Adjusting Contrast:

Step 3: Select “Contrast” (Press � or �), and then press the “OK” key.

Step 4: Select the desired contrast (Press �or�), and then press the “OK” key.


Step 5: To exit, press the “ESC” key once.

Setting Time and Date:

Step 3: Select “Clock...” (Press � or �), and then press the “OK”key.

Step 4: Select “Set Clock” (Press � or �), and then press the “OK” key.

Step 5: Move the cursor to the desired position by pressing�or�.

Step 6: Change the value by pressing � or �.

Step 7: To confim your entries press the “OK” key once. Then, press the “ESC” key twice.


High Level Alarm /Timer Override On & Off

GP

W

Y To Terminal#6

To Terminal#1




YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-103Rev 1.0 ©12/04/98

Drawing No.

EDW-SB-DAX-103


(YPG)W

Splice Box Model

SB2


MVP-DAX



To Terminal#5



Pump CordGP

W

Y To Terminal#6

To Terminal#1




YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-104Rev 1.0 ©12/04/98

Drawing No.

EDW-SB-DAX-104


(YPG)W

Splice Box Model

SB3


MVP-DAX




To Terminal#5


Pump Cord


Pump CordGP

W

Y To Terminal#6

To Terminal#5

To Terminal#1




YPBGROEW

Yellow

Purple

Blue

Green

Red

Orange

Grey

White

KeyBlack Wire



WaterproofWire Nut



--------

Float Tag Colors

EDW-SB-DAX-105Rev 1.0 ©12/04/98

Drawing No.

EDW-SB-DAX-105


(YPG)W

Splice Box Model

SB4


MVP-DAX




MVP-DAX PT RO Operation

EIN-CP-OP-4Rev 6.0 © 08/10/05Page 1 of 2

Orenco’s Most Versatile Panel (MVP) line of control panels includes an easy-to-useprogrammable logic unit that incorporates many timing and logic functions. The units havebuilt in screens which show the time and date, digital input status, digital output status,analog input status (3 screens), analog output status, memory flag status and an ESC +Cursor key status. (The analog input status, analog output status, memory flag status andESC + Cursor key status screens are not used in this application.) Additionally, the followingsystem data screens have been included in your panel:

System Data Screens: Description:1. Pump 1 CT & ETM Pump 1 cycle counter at top of screen and pump run time in minutes beneath2. Pump 2 CT & ETM Pump 2 cycle counter at top of screen and pump run time in minutes beneath3. OVR 1 CT & OVR 2 CT Pump 1 override counter at top and pump 2 override counter beneath4. High Lvl CT & Low Level CT High level alarm counter at top of screen and low level counter beneath5. Power Faults & Operating Hr Power fault counter at top of screen and operating hours beneath

To move between screens, use the four arrow keys. The screens are accessed as shownbelow:

Memory(#1-24) ESC+C

AnalogOutputs(#1-2)

SystemData Screen

SystemData Screen

...

AnalogInputs(#4-6)

AnalogInputs(#7-8)

AnalogInputs(#1-3)

DigitalOutputs(#1-16)

Time &Date

DigitalInputs(#1-24)

Digital Input and Digital Output Screens: The unit will activate various inputs and outputsas it operates (please refer to the Liquid Crystal Display screens shown below). Knowingwhat conditions cause the inputs and outputs to activate can be a helpful installation andtroubleshooting tool. The following inputs and outputs have been used with your controlpanel:

Input Functions: Activation Conditions:1. Redundant Off & Low Level Alarm Float Float in up position2. Timer On & Off Float Float in up position3. Override Timer On & Off Float Float in up position4. Lag Enable Float Float in up position5. High Level Alarm Float Float in up position6. Push To Silence Pushbutton is pressed

Output Functions: Activation Conditions:1. Pump #1 Pump #1 is activated2. Pump #2 Pump #2 is activated3. Level Alarm Light Level Alarm Light is activated4. Audible Alarm Audible Alarm is activated

Output Screen

Outputs 1-9

Input Screen

Outputs 10-16

Inputs 1-9

Inputs 10-19

Inputs 20-24

ActivatedInput/Output

EIN-CP-OP-4Rev 6.0 © 08/10/05Page 2 of 2

Your control panel can perform the float functions listed below. Depending on the numberof floats for your application, some functions may be omitted or combined.

High Level Alarm: This float activates the alarm light (steady) and audible alarm when lifted for longer thanthe high level alarm delay. The audible alarm may be silenced by pressing the illuminated PUSH TO SILENCEbutton on the front of the control panel. The alarm light (steady) will remain on until the float is lowered, andthe audible alarm will reactivate in 12 hours if condition is not corrected.

Lag Pump Enable: This float will activate both pumps when the timer function enters the on cycle. Bothpumps will continue to run together until the lag pump enable float lowers.

Override Timer On & Off: This float activates the override timer function when lifted for more than twoseconds. This timer function controls the pump cycles during high flow conditions. The override timer functionwill remain active until at least the set minimum number of override cycles have been completed and the floathas lowered. When the override timer function has been completed, normal timer operation will resume.

Timer On & Off: This float activates the timer function when lifted. The timer will be activated while thefloat is up and will be deactivated 30 seconds after the float is lowered. This timer function controls the pumpcycles during normal flow conditions. Note: The timer will start with its off cycle.

Redundant Off & Low Level Alarm: This float turns off the pumps when lowered for more than two seconds.This float is a secondary off float which will operate if the Timer On & Off float fails. Pumping will bedisabled in both the automatic and manual modes. This float also activates the alarm light (flashing) andaudible alarm. The audible alarm may be silenced by pressing the illuminated PUSH TO SILENCE buttonon the front of the control panel. The alarm light will remain flashing until the float is lifted, and the audiblealarm will reactivate in 12 hours if condition is not corrected.

This panel supports four different modes of operation relating to the pump alternation whichare based on selected parameter settings. See the setting page for this panel for informationon how to adjust these parameters.

Alternating (default): Parameters “Pmp1Lead” and “Pmp2Lead” set to “Off”The lead and lag pumps will alternate and for each cycle. This mode provides equal wear on each pump andis recommended for most applications.

Pump 1 Lead: Parameter “Pmp1Lead” set to “On” and parameter “Pmp2Lead” set to “Off”The lead pump is locked to pump #1 and the lag pump is locked to pump #2. No alternation will occur. Pump#1 will be the primary pump for the system. Pump #2 will only be used during high flow conditions.

Pump 2 Lead: Parameter “Pmp1Lead” set to “Off” and parameter “Pmp2Lead” set to “On”The lead pump is locked to pump #2 and the lag pump is locked to pump #1. No alternation will occur. Pump#2 will be the primary pump for the system. Pump #1 will only be used during high flow conditions.

Both Pumps: Parameters “Pmp1Lead” and “Pmp2Lead” set to “On”Both pumps will run together for every cycle.


Changing Adjustable Parameter Blocks:Step 1: Press � repeatedly until the display does not change.

To begin the configuration process, press the “ESC” key.

Step 2: Press � on the unit to select “Set Param.” Then pressthe “OK” key.

Warning: Do not select “Stop.” Doing so may erase thepanel programming, which can not be restored withoutthe use of an EEPROM card, which is not included withthe panel. If this is selected by accident, a confirmationscreen will come up. Select “No” and press the “OK” keyimmediately.

Orenco’s Most Versatile Panel (MVP) line of control panels includes an easy-to-useprogrammable logic unit that incorporates many timing and logic functions. The unit hasbeen programmed at the factory for the control functions required. The unit includesadjustable operational parameters and viewable monitoring information. Some operationalparameters may need changing for your particular application.

The unit uses block names to identify the various parameters (please refer to the LiquidCrystal Display screen shown in Step #3). The following block types have been used withyour control panel:

Block Factory Time BlockNames Description Default Range Type .HLA Dly High Level Alarm Delay 5 seconds MM:SS TimerOff Time Timer Off Time 60 minutes MM:SS TimerOn Time Timer On Time 40 seconds MM:SS TimerOVR Off Override Timer Off Time 30 minutes MM:SS TimerOVR On Override Timer On Time 40 seconds MM:SS TimerMinOCycl Minimum Override Cycles 3 cycles CounterPmp1Lead Pump 1 Lead Select Off SoftkeyPmp2Lead Pump 2 Lead Select Off Softkey

Timer blocks have three timebase units that can be used; s = seconds, m = minutes, h =hours. If an h appears after the timer setting then the time will be HH:MM (e.g. 01:55h =1 hour and 55 minutes). If an m appears after the timer setting then the time will be MM:SS(e.g. 05:00m = 5 minutes and 0 seconds). If an s appears after the timer setting then thetime will be SS.ss (e.g. 25:13s = 25.13 seconds).

All adjustable parameters DO NOT use the same type of blocks, check the block typesabove to determine which steps apply to your application.

MVP-DAX PT RO Setting


Changing Adjustable Parameter Timer Blocks:

Step 3: Press � or � to view the parameter values. In this example, “Off Time” is being viewed.

Step 4: The first line indicates the set value for the parameter. In this example, the set time is 1 hour and 55 minutes,“T=01:55h.” To change the set value for the parameter,press the “OK” key.

The second line indicates, in real time, how much timehas elapsed for the cycle that is currently in process.The current value of the parameter is 45 minutes, “Ta=00:45.”

Step 5: The cursor will appear in the set value. To select thedigit to be changed, press �or�. To change the valueof a digit, press � or �. In this example, the set valuehas been changed from 1 hour and 55 minutes to 58 minutes and 15 seconds. (The timebase can be changedfrom hours = h to minutes = m or seconds = s bymoving the cursor to the far right and pressing � or�).

Step 6: When the desired time value has been entered, press the “OK” key. The new time value will now be in effect.

Step 7: To exit parameter mode, press the “ESC” key twice.


Changing Adjustable Parameter Counter Blocks:

Step 3: Press � or � to view the parameter values. In this example, “MinOCycl” is being viewed.

Step 4: The first line indicates the on threshold for the parameter.In this example, the “MinOCycl” is 3, “On = 3.” Tochange the set value for the parameter, press the “OK”key.

The second line indicates the off threshold. This valuemust be set to zero, “Off = 0.”

The third line indicates, in real time, how many countshave occurred for this process. The current value of the parameter is 2, “Cnt = 2.”

Step 5: The cursor will appear in the set value. To select thedigit to be changed, press �or�. To change the valueof a digit, press � or �. In this example, the set valuehas been changed from 3 to 2.

Step 6: When the desired counter value has been entered, pressthe “OK” key. The new value will now be in effect.



Changing Adjustable Parameter Softkey Blocks:

Step 3: Press � or � to view the parameter values. In this example, “Pmp1Lead” is being viewed.

Step 4: The bottom line indicates the current state of the softkeyswitch. In this example, the softkey is set to “Off”. Tochange the set value for the parameter, press the “OK”key.

Step 5: The cursor will appear on the switch parameter. Tochange the value of the softkey switch, press � or �.In this example, the set value has been changed from“Off” to “On.”

Step 6: When the desired value has been entered, press the“OK” key. The new value will now be in effect.


MVP-DAX PT RO Reference ChartProgram Code: DA103-50Input Functions: Conditions for activation:1. RO & Low Level Alarm Float Float in up position2. Timer On & Off Float Float in up position3. Override Timer On & Off Float Float in up position4. Lag Enable Float Float in up position5. High Level Alarm Float Float in up position6. Push to Silence Pushbutton is pressedOutput Functions: Condition for activation:1. Pump #1 Pump #1 is activated2. Pump #2 Pump #2 is activated3. Level Light Alarm Light is activated4. Audible Alarm Audible Alarm is activated

Built In Screens:Built in screens are time & date, digital inputs, digital outputs, analoginputs, analog outputs, memory flag, and ESC+cursor key status. To viewthese screens, press the down arrow repeatedly until a built in screenappears, then use the left and right arrow keys to change between screens.

System Data Screens:To change between screens, press the up and down arrow keys. Thefollowing screens have been used with your panel.

Screens: Description:1. Pump 1 Cycl CT & ETM Pump #1 cycle counter on top and

pump run time in minutes below2. Pump 2 Cycl CT & ETM Pump #2 cycle counter on top and

pump run time in minutes below3. OVR 1 CT & OVR 2 CT Pump #1 override counter on top

and pump #2 below4. High Lvl CT & Low Level CT High level alarm counter on top and

low level alarm counter below5. Power Faults & Operating Hr Power fault counter on top and

operating hours below

Selecting Blocks for Viewing or Adjusting:To begin to adjust parameters, press ‘ESC’.Block Names: Description: Time Range:HLA Dly High Level Alarm Delay MM:SSOff Time Timer Off Time MM:SSOn Time Timer On Time MM:SSOVR Off Override Timer Off Time MM:SSOVR On Override Timer On Time MM:SSMinOCycl Minimum Override CyclesPmp1Lead Pump 1 Lead SelectPmp2Lead Pump 2 Lead Select EIN-CP-REF-2

Rev 6.0 © 08/11/05

MVP-DAX PT RO Reference ChartProgram Code: DA103-50Input Functions: Conditions for activation:1. RO & Low Level Alarm Float Float in up position2. Timer On & Off Float Float in up position3. Override Timer On & Off Float Float in up position4. Lag Enable Float Float in up position5. High Level Alarm Float Float in up position6. Push to Silence Pushbutton is pressedOutput Functions: Condition for activation:1. Pump #1 Pump #1 is activated2. Pump #2 Pump #2 is activated3. Level Light Alarm Light is activated4. Audible Alarm Audible Alarm is activated

Built In Screens:Built in screens are time & date, digital inputs, digital outputs, analoginputs, analog outputs, memory flag, and ESC+cursor key status. To viewthese screens, press the down arrow repeatedly until a built in screenappears, then use the left and right arrow keys to change between screens.

System Data Screens:To change between screens, press the up and down arrow keys. Thefollowing screens have been used with your panel.

Screens: Description:1. Pump 1 Cycl CT & ETM Pump #1 cycle counter on top and

pump run time in minutes below2. Pump 2 Cycl CT & ETM Pump #2 cycle counter on top and

pump run time in minutes below3. OVR 1 CT & OVR 2 CT Pump #1 override counter on top

and pump #2 below4. High Lvl CT & Low Level CT High level alarm counter on top and

low level alarm counter below5. Power Faults & Operating Hr Power fault counter on top and

operating hours below

Selecting Blocks for Viewing or Adjusting:To begin to adjust parameters, press ‘ESC’.Block Names: Description: Time Range:HLA Dly High Level Alarm Delay MM:SSOff Time Timer Off Time MM:SSOn Time Timer On Time MM:SSOVR Off Override Timer Off Time MM:SSOVR On Override Timer On Time MM:SSMinOCycl Minimum Override CyclesPmp1Lead Pump 1 Lead SelectPmp2Lead Pump 2 Lead Select EIN-CP-REF-2

Rev 6.0 © 08/11/05

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Documents

Installation Manual - Orenco Systemsorencocontrols.com/documents/pdfs/mvp-dax1ptro_docset.pdf · Installation Manual EIN-CP-DAX-514 Rev 2.0 ©06/19/99 Most Versatile Panel MVP-DAX1