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Step Eight

PROGRAMMING

Step Nine

PROGRAMMING

C. Programming a High and Low Level Out of Bounds
Alarm:

After having powered the switch with the appropriate supply

voltage, entered the CAL mode, selected a relay channel and erased

any previously input set points, follow the below procedure:

1. Stretch the tape measurer out to the appropriate distance in

between the switch and target.  

2. Position the switch at the desired HIGH

set point distance defined as the lesser

of the two air gap spaces between the

transducer and the target. Make sure

that the switch is stationary and per-

pendicular to the target before con-

tinuing.

3. Press the HIGH button for the first key-

stroke and the Relay LED will blink

once. 

4. Press HIGH again for the second key-stroke and the Relay LED

will blink twice. 

5. The Power LED will flash from AMBER to GREEN when the

HIGH set point has been accepted into memory.

6. Position the switch at the desired LOW set point distance defined

as the greater of the two air gap spaces between the transducer and

the target. Make sure that the switch is stationary and perpen-

dicular to the target before continuing.

7. Press LOW for the first key-stroke and the Relay LED will blink

three times. 

8. Press LOW for the second key-stroke and the Relay LED will

blink four times. 

9. The Power LED will flash from AMBER to GREEN when the

LOW set point has been accepted into memory.

10. Press SELECT to program the next relay channel or slide the

RUN/CAL switch RIGHT to exit the CAL mode.

Box

Insert

Table

Target

Wall

Tape

High and Low Level 

Out of Bounds Alarm Programming

High 

Set Point

Distance

Low

Set Point

Distance

Energize

Energize

De-energize

Out of Bounds

D. Programming Automatic Fill:

After having powered the

switch with the appropriate supply voltage, entered the CAL mode,

selected a relay channel and erased any previously input set points,

follow the below procedure:

1. Stretch the tape measurer out to the appropriate distance in

between the switch and target.  

2. Position the switch at the desired LOW

set point distance defined as the greater

of the two air gap spaces between the

transducer and the target. Make sure

that the switch is stationary and per-

pendicular to the target before con-

tinuing.

3. Press the LOW button for the first key-

stroke and the Relay LED will blink

once. 

4. Press the HIGH button for the second key-stroke and the Relay

LED will blink twice. 

5. The Power LED will flash from AMBER to GREEN when the

LOW set point has been accepted into memory.

6. Position the switch at the desired HIGH set point distance defined

as the lesser of the two air gap spaces between the transducer and

the target. Make sure that the switch is stationary and perpen-

dicular to the target before continuing.

7. Press the HIGH button for the first key-stroke and the Relay LED

will blink three times. 

8. Press the LOW button for the second key-stroke and the Relay

LED will blink four times. 

9. The Power LED will flash from AMBER to GREEN when the

HIGH set point has been accepted into memory.

10. Press SELECT to program the next relay channel or slide the

RUN/CAL switch RIGHT to exit the CAL mode.

Energize

De-energize

Automatic Fill

Box

Insert

Table

Target

Wall

Tape

Automatic Fill 

Programming

High

Set Point

Distance

Low

Set Point

Distance

6

2

2

6

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Summary of Contents for LVCN700 Series

Page 1: ...nder warranty and 3 Repair instructions and or specific problems relative to the product FOR NON WARRANTY REPAIRS consult OMEGA for current repair charges Have the following information available BEFO...

Page 2: ...C ABS FR Trans material PVDF Kynar Process mount LVCN704 709 1 NPT 1 G LVCN716 726 2 NPT 2 G Mount gasket Viton Conduit entrance Dual 1 2 NPT Classification General purpose CE compliance EN 61326 EMC...

Page 3: ...lease refer to the part number located on the switch label to verify the exact model con figuration which you have purchased User s Responsibility for Safety Omega manufactures a broad range of level...

Page 4: ...nergize until the level reaches the de energize set point Alternation will automati cally fill or empty the tank with two pumps switching after each cycle PREPARATION A Supply Voltage The power supply...

Page 5: ...pro gram the channel with new set points or leave it inactive PROGRAMMING Set Point Calibration Box Insert Table Target Wall Tape Distance Set Point Cal Run High Low Select RELAY 1 RELAY 2 RELAY 3 L1...

Page 6: ...ramming High Set Point Distance Low Set Point Distance Energize Energize De energize Out of Bounds D Programming Automatic Fill After having powered the switch with the appropriate supply voltage ente...

Page 7: ...ogramming Duplexing Pump Control After having powered the switch with the appropriate supply voltage entered the CAL mode selected relay channel 1 and erased any previously input set points follow the...

Page 8: ...m start up Gasket Flange on Riser Height Inner Diameter Riser Bracket Stand Pipe Dead Band Ventilation Hole Operational Range Highest Liquid Level Lowest Liquid Level 2 3 Minimum Diameter Step Twelve...

Page 9: ...or turbulence that may reduce or eliminate the acoustic signal strength Read the Maximum Applied Range Step 4 E and consider rein stalling the switch in a Stand Pipe Step 11 A 4 to dampen turbulence...

Page 10: ...exing Control Operation Alternating Control Operation OPERATION Step Sixteen Relay X Energize De Energize Start Stop Automatic Empty Operation Automatic Fill Operation Out of Bounds Operation Relay X...

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