WIRING

Step Fourteen

Warning

To prevent damaging the relays, the use of an appropriate motor starter or secondary relay is ALWAYS recommended when actuating pumps or valves.

A. Wiring a LVCN700 series (95-250 VAC) to a Pump (Automatic Fill or Empty) and (Independent High and Low) Alarms

HOT VAC

NEUTRAL INPUT

High Alarm

TROUBLESHOOTING

Step Fifteen

A. Power LED SOLID GREEN in RUN Mode: During normal operation in the RUN mode, the Power LED will remain solid GREEN indicating that the switch has power and is tracking the level. The RED Relay LEDs will be ON or OFF as programmed per the cur- rent level state.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

L1 L2

 

RELAY

 

RELAY

 

RELAY

POWER

1

2

3

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

RED

 

 

Green

 

(Solid ON or OFF)

(Solid ON)

B. Power LED AMBER in RUN Mode: If while in the RUN mode, the Power LED turns solid AMBER, this indicates that the switch has

 

 

 

L1 L2

RELAY

RELAY

RELAY

POWER

1

2

3

VAC

 

 

 

Cal. Run

HighLow

Select

Motor Starter

(Pump)

Low Alarm

NEUTRAL VAC

HOT INPUT

power, but is not tracking the level and has entered into it’s FAIL- SAFE mode. Coincidently, all Relay LEDs will be OFF, indicating that the relays are in their de-energized safe-state. The switch will remain in the FAIL-SAFE mode until such time that it re-acquires the level and automatically returns to normal operation as programmed. Check the following points in determining why the switch is not tracking the level:

B. Wiring a LVCN700-DC (12-28 VDC) to a Pump (Automatic Fill or Empty) and (Independent High and Low) Alarms

HOT VDC

NEUTRAL INPUT

 

 

L1 L2

RELAY

RELAY

RELAY POWER

1

2

3

 

RED

Amber

 

(All OFF)

(Solid ON)

 

 

 

(+) (-)

RELAY

RELAY

RELAY POWER

1

2

3

VDC

 

 

 

 

Cal.

Run

 

High

 

 

Low

 

Select

 

High Alarm

Motor Starter

(Pump)

Low Alarm

NEUTRAL VDC

HOT INPUT

Application 1. Observe and attempt to correlate an application event such as foaming, substantial vapor and/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 and/or separate the point of measurement from surface foam and/or vapor.

Installation 2. Verify the switch is installed correctly per the INSTALLATION section (Step #11) of this manu- al. Initially focus on the fitting and/or obstructions within the beam that may reduce or eliminate the

C. Wiring a LVCN700 (95-250 VAC) to Pumps (Duplex or Alternating) and Alarm (Out of Bounds, High or Low)

acoustic signal transmission-receipt. Consider changing the fitting or relocating the switch to another area of the tank.

 

 

 

L1 L2

RELAY

RELAY

RELAY

POWER

1

2

3

VAC

 

 

 

 

Cal.

Run

 

High

 

Low

 

Select

 

HOT VAC NEUTRAL INPUT

Alarm

Motor Starter

(Pump 1)

Motor Starter

(Pump 2)

NEUTRAL VAC

HOT INPUT

Duplex/Alternation

3.Verify that the tank height is not greater than the maximum range of the switch. If so, purchase and install a switch with the appropriate range for your tank height or level distance.

C.Relay LED Changes State, But Relay Doesn’t Change:

Verify that the switch is wired correctly per the WIRING section (Step #12) of this manual. If so, the Relays may have been damaged due to a high inductive load or carbon build-up over time.

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Omega Vehicle Security LVCN700 Series warranty Wiring, Troubleshooting, Step Fourteen

LVCN700 Series specifications

The Omega Vehicle Security LVCN700 Series represents a significant advancement in automotive security technology, designed to provide vehicle owners with peace of mind through innovative features and comprehensive protection. This cutting-edge system is engineered to deter theft, safeguard valuable assets, and enhance the overall security profile of vehicles.

One of the main features of the LVCN700 Series is its state-of-the-art motion detection system. Utilizing advanced sensors, the system can monitor any movement around the vehicle, effectively alerting owners to potential threats. This feature is particularly beneficial in urban areas where vehicle theft is more prevalent, providing an added layer of security while parked.

The LVCN700 Series also incorporates a unique two-way communication system, allowing users to receive real-time alerts and notifications directly to their smartphones. This feature not only keeps vehicle owners informed of any suspicious activity but also allows remote control over certain functionalities, such as locking or unlocking doors, from virtually anywhere.

Additionally, the system includes a GPS tracking feature, enabling owners to locate their vehicle at any time. In the unfortunate event of theft, this technology aids law enforcement agencies in retrieving stolen vehicles more quickly and efficiently, thereby significantly increasing the chances of recovery.

Another important characteristic of the Omega LVCN700 Series is its comprehensive alarm system, which includes multiple sensors and programmable settings. Owners can customize alarm triggers based on their preferences, ranging from door openings to vibrations and glass breakage. This level of customization ensures that the system can adapt to a variety of threat levels and environments.

Furthermore, the LVCN700 Series is designed with user-friendliness in mind. Its interface is intuitive, allowing users to easily navigate settings and understand system status. Installation is also straightforward, making it accessible for both professional installers and DIY enthusiasts alike.

In summary, the Omega Vehicle Security LVCN700 Series combines cutting-edge technologies with user-friendly features to create a robust security system for today’s vehicles. With its motion detection, two-way communication, GPS tracking, and customizable alarm settings, the LVCN700 Series is a formidable solution for anyone looking to enhance their vehicle’s security and protect their investment effectively.