OMNTEC L1PD2-2PD1PDWL-6R Three Channel Alarm Panel Installation Guide

OMNTEC L1PD2-2PD1PDWL-6R Three Channel Alarm Panel

Specifications

• Power Input: 100-240 VAC, 50-60 Hz, 16 Watts maximum
• Power to Sensors: 2 VDC @ 13 mA
• Relay Outputs: (6) SPST normally open dry contacts, 0.5 AMPS, 120 AC switches when an alarm condition occurs
• Weight: 8.75 LBS
• Dimensions: (W) 10.875 x (H) 12.25 inches
• Sensor Cable: Shielded 22 AWG UL-E118830 CM, Maximum length 2000 feet
• Enclosure: NEMA 4X
• Operating Temperature: -40 to 140 F
• Audio/Visual Console Features:
  • Audible Alarm: 95 dB pulsing horn with no timeout, no horn on well water alarm
  • Red Light: Indicates fuel alarm
  • Amber Light: Indicates water alarm
  • Test Button: When pressed will test system lights and horn
  • Green Light: Indicates the power is on
  • Horn Off Button: Silences the audible alarm when pressed
• Sensors:
  • (1) PDS: Product distinguishing optic leak sensor
  • (1) PDWF: Product distinguishing optic interstitial sensor
  • (1) PDWL: Product distinguishing well sensor
• Optional Accessories: RA-Series Audio/visual remote annunciator, RLY-RA External relay box series

Product Usage Instructions

Installation Instructions
Read all instructions prior to system installation. All wiring is to be done in accordance with all national and local electrical codes. Power is to be off during any wiring. Wire and test entire system before utilizing SK-4 connector sealing kits. Standard equipment is compatible with most petroleum products. Some chemicals and solvents require specific materials of construction. If unsure of compatibility, contact the manufacturer.

Sensors

1. PDS Sensor: The PDS sensor is designed to detect liquid in sumps or containment areas.
2. PDWF Sensor: The PDWF sensor is designed to detect liquid and differentiate water from hydrocarbons in the interstitial space of a double wall fiberglass tank.

Control Unit
The control unit should be mounted in a manned area. Route sensor control cable through conduit from the junction box to the control unit. Sensor control cables enter the control unit through the output port only. The cables are wired as shown in the appropriate drawing. The control unit accepts any possible combination of L-Series sensors.

Frequently Asked Questions (FAQ)

• Q: What is the maximum length of the sensor cable?
  A: The maximum length of the sensor cable is 2000 feet.

• Q: How do I silence the audible alarm?
  A: Press the Horn Off Button to silence the audible alarm.

1. Open the camera app
2. Focus the camera on the QR code by gently tapping the code
3. Follow the instructions on the screen to view PDF file

L1PD2-2PD1PDWL-6R INSTALLATION GUIDE

THREE CHANNEL ALARM PANEL
Revision 2342
Document No. L1PD2-2PD1PDWL-6R rev2241

L1PD2-2PD1PDWL-6R

THREE CHANNEL ALARM PANEL

• POWER INPUT
  

  • 100-240 VAC, 50-60 Hz
  • 16 Watts maximum

• POWER TO SENSORS

  • 2 VDC @ 13 mA

• RELAY OUTPUTS

  • (6) SPST normally open dry contacts 0.5 AMPS, 120
  • AC switches when an alarm condition occurs

• WEIGHT DIMENSIONS

  • 8.75 LBS. (W) 10.875” x (H) 12.25”

• SENSOR CABLE

  • Shielded 22 AWG UL-E118830 CM
  • Maximum length 2000 feet

• ENCLOSURE OPERATING TEMPERATURE

  • NEMA 4X -40° to 140° F

• AUDIO/VISUAL CONSOLE

  • AUDIBLE ALARM – 95 dB pulsing horn with no timeout, no horn on well water alarm
  • RED LIGHT – Indicates fuel alarm
  • AMBER LIGHT – Indicates water alarm
  • TEST BUTTON – When pressed will test system lights and horn
  • GREEN LIGHT – Indicates the power is on
  • HORN OFF BUTTON – Silences the audible alarm when pressed

• SENSORS

  • (1) PDS Product distinguishing optic leak sensor
  • (1) PDWF Product distinguishing optic interstitial sensor
  • (1) PDWL Product distinguishing well sensor

• OPTIONAL ACCESSORIES

  • RA-Series Audio/visual remote annunciator
  • RLY-RA External relay box series

• LABELS

  • Provided with controller

DIMENSIONS FOR MOUNTING AND KNOCKOUTS

LPD-SERIES INSTALLATION INSTRUCTIONS

READ ALL INSTRUCTIONS PRIOR TO SYSTEM INSTALLATION. ALL WIRING IS TO BE DONE IN ACCORDANCE WITH ALL NATIONAL AND LOCAL ELECTRICAL CODES. POWER IS TO BE OFF DURING ANY WIRING. WIRE AND TEST ENTIRE SYSTEM BEFORE UTILIZING SK-4 CONNECTOR SEALING KITS. STANDARD EQUIPMENT IS COMPATIBLE WITH MOST PETROLEUM PRODUCTS. SOME CHEMICAL AND SOLVENTS REQUIRE SPECIFIC MATERIALS OF CONSTRUCTION. IF UNSURE OF COMPATIBLE CONTACT MANUFACTURER.

PDS SENSOR

The PDS sensor (see pg. 8) is designed to detect liquid in sumps or containment areas.
To install the PDS sensor as an above ground sump sensor mount a junction box between 2 and 3 feet above bottom of containment area. Attach sensor to junction box via conduit or cable clamp, leaving a ¼” clearance between the sensor end and the bottom of the containment area. For detailed wiring scheme refer to appropriate drawing (see pg. 7). Connect sensor cables to control unit cables in junction box using supplied SK-4 connector sealing kit.

PDWF SENSOR

PDWF sensor (see pg. 9) is designed to detect liquid and differentiate water from hydrocarbons in the interstitial space of a double wall fiberglass tank.
The PDWF-* sensor is installed through the interstitial port. If the tank is pitched, locate the interstitial sensor at lowest elevation of tank. Insert sensor into the interstitial port and push down around outside of inner tank. When PVC handle contacts the inner tank the sensor should be located at the bottom of interstitial space. Reduce the riser to 3/4″ NPT and install the supplied oiltight fitting. The oiltight fitting must be installed to prevent liquids from entering the interstitial space. Run conduit from interstitial manhole to the central junction box, located in the manway. Install a second oiltight on the sensor cable and pull sensor cable through conduit. Connect oiltight to conduit and tighten. For detailed wiring scheme refer to appropriate drawing (see pg. 7). Connect sensor wires in central junction box to control unit cable(s) and use SK-4 connector sealing kit.

CONTROL UNIT
The control unit (see pg. 3) should be mounted in a manned area. Route sensor control cable through conduit from the junction box to the control unit. Sensor control cables enter the control unit through the output port only. The cables are wired as shown in the appropriate drawing (see pg. 7). The control unit accepts any possible combination of L-Series sensors.

1. INPUT POWER HOOKUP
   Input power requirements are:

   • 100 – 240 VAC
   • 16 Watts max
   • 50 – 60 Hz
   • Input power cable should be wired in accordance with all pertinent electrical codes. This cable should enter the control unit through the input power port only. The power is hooked up to the power supply and wired as per control drawing.
     NOTE : EARTH GROUND TERMINAL MUST BE CONNECTED.

2. REMOTE ANNUNCIATOR OPTION

   • Mount remote annunciator (see pg. 12) within audio / visual range of the filling operator. NOTE: the remote must be outside of the HAZARDOUS AREA. Pull appropriate low voltage wire from the remote to the control unit. See appropriate drawing for wiring details. Run wires through output port. Connect color coded nuts.

3. SK-4 CONNECTOR SEALING KIT

   • Make all splices using SK-4 connector kit (supplied).

L1PD2-2PD1PDWL-6R CONTROLLER CONNECTION DIAGRAM

NOTE: To maintain proper shielding, BLACK sensor wires and SHIELD DRAINS should not be connected together at sensors.

COLOR CODE
CABLES FROM SENSORS TO REMOVABLE SENSOR INPUT CONNECTORS

WIRES TO OPTION BOARD A

WIRES FROM REMOTE

WIRES FROM RELAY OUTPUTS

WIRES TO OPTION BOARD B

WIRES FROM REMOTE

WIRES FROM RELAY OUTPUTS

100-240 VAC

WIRES TO POWER SUPPLY

PDS SENSOR

PRODUCT DISTINGUISHING OPTIC SENSOR

PRINCIPLES OF OPERATION

PDS SPECIFICATIONS

U.L. LISTED 5L04
Intrinsically safe Class I, Group D Hazardous Locations when connected in accordance with control drawing nos. L1PD2, L2PD4, L3PD6

OPERATING TEMPERATURE

-40 to +140 F

POWER
2 VDC @ 13 mA

WEIGHT
1/2 pound

PRINCIPLES OF OPERATION

• Liquids (ex: fuel, water) – Photo optic
• Dry Condition – Normally closed light beam
• Alarm Condition – Opens (refracts) normally closed light beam
• Water Detection – Conductance

SENSOR CABLE
Shielded 22 AWG UL-E118830 CM
Maximum length 2000 feet

RESPONSE TIME
Immediate

PRODUCT DISTINGUISHING FIBERGLASS TANK DRY INTERSTITIAL SENSOR

PDWF SPECIFICATIONS

• U.L. LISTED 5L04
  • Intrinsically safe Class I, Group D Hazardous Locations when connected in accordance with control drawing nos. L1PD2, L2PD4, L3PD6
• OPERATING TEMPERATURE
  • -40 to +140 F
• POWER
  • 2 VDC @ 13 mA
• WEIGHT
  • 2 pounds
• PRINCIPLES OF OPERATION
  • Liquids (ex: fuel, water) – Photo optic
  • Dry Condition – Normally closed light beam
  • Alarm Condition – Opens (refracts) normally closed light beam
  • Water Detection – Conductance
• SENSOR CABLE
  • Shielded 22 AWG UL-E118830 CM
  • Maximum length 2000 feet
• RESPONSE TIME
  • Immediate

GROUNDWATER SENSOR

Features

• Ideal for areas with high water table
• Long service life and reusable
• Continuous sensing along entire length of unit
• Lockable, water tight cap for 4″ wells
• Available lengths up to 25′

Description

• The PDWL groundwater sensor can be incorporated with associated electronics to meet EPA requirements for out of tank product detection. It detects as little as 1/32″ of floating hydrocarbon product on the water table. Designed for observation wells up to 25′ deep, a liquid level switch detects drop in the water below the hydrocarbon sensor. Quicker than most vapor well monitors, the PDWL responds to gasoline within ten minutes. Response time for other hydrocarbons, the C5 to 16 range, takes only a bit longer. A watertight cap prevents spilled fuel from entering the well.
• The entire unit is easily removed for periodic inspection. If the probe comes in contact with hydrocarbon, simply allow it to air out and reuse. OMNTEC recommends these units for installation in non-contaminated sites only; they are not designed for remediation applications.

Simple, Reliable Operation
To detect liquid hydrocarbons, PDWL well monitoring sensors incorporate an innovative polymer strip that continuously conducts electricity when voltage is applied. Extending longitudinally within the unit’s protective braiding, the polymer strip physically swells on contact with liquid hydrocarbons anywhere along its length. The swelling causes a dramatic increase in the electrical resistance of the polymer, and may be used as a switch when incorporated with associated system electronics. When allowed to recover, outside the well, the polymer reverts to its normal conductive state for reuse. In absence of hydrocarbons, the polymer strip has a base resistance of 0.8 to 3.0 kW/ft.

SPECIFICATIONS

• Wetted Materials PVC Polyester, Polysulfone, Polypropylene, Nitrile, Epoxy
• Operating Temperature -20°F to 150°F (-28.9°C to +65.5°C)
• Polymer Base Resistance 0.8 to 3.0 kW/ft.

Note: PDWL sensors are non-voltage producing devices and do not contain energy storing components. However, since primary use is in hazardous locations, an appropriate intrinsically safe interface device is required.
Current published specifications are subject to change without notification. Verify specifications with manufacturer.

NOTES :

1. Recommended for installation in non-contaminated sites only; not designed for remediation applications.
2. Locking cap (lock not included) is designed to satisfy underground monitoring applications per EPA requirements. Federal register Vol.53, No.185, rules and regulations.
3. Designed for 4″ schedule 40 PVC (per ASTM D 1785-64T) with an inside diameter of 3.980″ to 4.026″.

RA-SERIES REMOTE HIGH-LEVEL ALARM

INTERNAL WIRING COLOR CODE

LOG SHEET

WARRANTY

• The seller OMNTEC Mfg., Inc. warrants to buyer defects when properly installed, and maintained by user. The seller’s sole obligation is to repair or replace parts found to be defective, or non-conforming for one year and only after evaluation by factory. The liability of the seller shall not exceed the price paid for the components found to be defective. The above warranty is exclusive of all other warrantees whether implied or expressed. Seller assumes no obligation for special or, indirect damages incurred by user.
• All standard tank gauging systems are free of defects when properly installed and maintained by user. Warranty on tank gauging systems will only be effective after proper documentation has been submitted by the buyer to OMNTEC Mfg., Inc. The seller’s sole obligation is to repair or replace parts found to be defective, or non-conforming for one year and only after evaluation by factory. Technical support must be contacted for a Return Material
• Authorization (RMA #) prior to sending any potentially defective parts. The liability of the seller shall not exceed the price paid for the components found to be defective. The above warranty is exclusive of all other warrantees whether implied or expressed. Seller assumes no obligation for special or indirect damages incurred by user.
• All standard replacement parts, “add-ons”, or spare parts are free of defects when properly installed and maintained by user. The seller’s sole obligation is to repair or replace parts found to be defective or non-conforming for 90 days and only after evaluation by factory. The liability of the seller shall not exceed the price paid for the components found to be defective. The above warranty is exclusive of all other warrantees whether implied or expressed.
• Seller assumes no obligation for special or indirect damages incurred by user.
  Equipment not covered by this warranty includes but is not limited to: custom equipment and control systems.

OMNTEC Mfg., Inc., 2420 Pond Road, Ronkonkoma, NY 11779
Phone 631-981-2001 Fax 631-981-2007 www.OMNTEC.com
File Name : L1PD2-2PD1PDWL-6R rev2342.docx Page 14 of 14 Rev Date: 10-17-2023

References

• OMNTEC | Tank Monitoring & Leak Detection Systems

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>