Omega Vehicle Security LVP-51 Series Wiring to a Omega Controller, Wiring the Relay Output

WIRING

Step Six

Wiring to a Omega Controller

LVCN-120/-130/-140 Series Controller:

P O W E R	I N V E RT	D E L AY		I N V E RT D E L AY
	--+		--+
	R E L AY 1			R E L AY 2
			L AT C H
I N P U T 1	I N P U T 2 A		ON OFF	I N P U T 2 B
	Red

WIRING

Step Seven

Wiring the Relay Output:

The LVP-51 series relay output can be wired as a dry contact to a VDC or VAC power source. LVP-51 series requires 12 - 36 VDC power to operate the sensor and switch the relay. All illustrations below identify a Dry switch state as the normal position of the relay.

Switching a Normally Open DC Load:

The Red wire connects to Positive (+) of the power supply and the Black wire connects to Negative (-). The LOAD can be attached to either the Green or White wires. Complete the circuit by either con- necting the Green to (+) VDC power or White to (-) VDC power (see illustration below).

Black

Shield

White and Green - Not Used

Wiring as a P-Channel or N-Channel output:

The LVP-51 series can be substituted for either a P-Channel (PNP, sourcing) output or a N-Channel (NPN, sinking) output.

[Dry Condition]

Sensor

(NO)

RED

GRN

SHLD

WHT

BLK

[+]

LOAD

OR

LOAD

[-]

Normally Open DC Load as a P-Channel Output:

To wire as a NO P-Channel output, follow the directions below. The Red wire connects to Positive (+) of the power supply and the Black wire connects to Negative (-). The Green wire is jumpered to the Red wire while the White wire is connected to the LOAD. Jumper the LOAD back to the Negative (-) to complete the circuit.

Switching a Normally Closed DC Load:

The Black wire connects to Positive (+) of the power supply and the Red wire connects to Negative (-). The LOAD can be attached to either the Green or White wires. Complete the circuit by either con- necting the Green to (+) VDC power or White to (-) VDC power (see illustration below).

[Dry Condition]

Sensor

(NO)

RED

GRN

SHLD

WHT

BLK

[+]

LOAD

[-]

[Dry Condition]

	BLK	[+]
Sensor	GRN	LOAD
(NC)	SHLD	OR
	WHT	LOAD
	RED	[-]

Normally Closed DC Load as a P-Channel Output:

To wire as a NC P-Channel output, follow the directions below. The Black wire connects to Positive (+) of the power supply and the Red wire connects to Negative (-). The Green wire is jumpered to the Black wire while the White wire is connected to the LOAD. Jumper the LOAD back to the Negative (-) to complete the circuit.

Switching a Normally Open AC Load:

The Red wire connects to Positive (+) of the DC power supply and the Black wire connects to Negative (-). The LOAD can be attached to the Green wire and the Hot of the VAC power. Connect the White to the Neutral of the VAC power (see illustration below).

Normally Open DC Load as a N-Channel Output:

To wire as a NO N-Channel output, follow the directions below. The Red wire connects to Positive (+) of the power supply and the Black wire connects to Negative (-). The White wire is jumpered to the Black wire while the Green wire is connected to the LOAD. Jumper the LOAD back to the Positive (+) to complete the circuit.

[Dry Condition]

Sensor

(NO)

RED

GRN

SHLD

WHT

BLK

[+]

LOAD

[AC Power]

[-]

[Dry Condition]

Sensor

(NO)

RED

GRN

SHLD

WHT

[+]

LOAD

Switching a Normally Closed AC Load:

The Black wire connects to Positive (+) of the DC power supply and the Red wire connects to Negative (-). The LOAD can be attached to the Green wire and the Hot of the VAC power. Connect the White to the Neutral of the VAC power (see illustration below).

BLK

[-]

[Dry Condition]

BLK

[+]

Normally Closed DC Load as a N-Channel Output:

To wire as a NC N-Channel output, follow the directions below. The Black wire connects to Positive (+) of the power supply and the Red wire connects to Negative (-). The White wire is jumpered to the Red wire while the White wire is connected to the LOAD. Jumper the LOAD back to the Positive (+) to complete the circuit.

Sensor

(NC)

GRN

SHLD

WHT

RED

LOAD

[AC Power]

[-]