L1PD2 - Omntec

Phone 631-981-2001 Fax 631-981-2007 e-mail: [email protected] www.omntec.com

OMNTEC Mfg., Inc. 1993 Pond Rd., Ronkonkoma, NY 11779 Tank Gauging Liquid Level and Leak Detection Systems Relays

L1PD2

THREE CHANNEL CONTROLLER

L1

TEST HORN OFF

SYSTEM

DETECTING

OMNTEC631-467-5787

PD1

PD2

OMNTEC Mfg., Inc., 1993 Pond Road, Ronkonkoma, NY 11779

Phone (631) 981‐2001 Fax (631) 981‐2007 www.OMNTEC.com File Name: L1PD2 rev1810.doc of 21 Rev Date: 3‐9‐2018

Table of Contents

L1PD2 SPECIFICATION ..................................................................................................................................3

DIMENSIONS FOR MOUNTING AND KNOCKOUTS .......................................................................................4

LPD‐SERIES INSTALLATION INSTRUCTIONS ..................................................................................................5 L‐1 SENSOR ..........................................................................................................................................5 PDS SENSOR .........................................................................................................................................6 PDW‐* SENSOR ....................................................................................................................................6 INPUT POWER HOOKUP .......................................................................................................................8 REMOTE ANNUNCIATOR OPTION ........................................................................................................8

L1PD2 CONTROLLER CONNECTION DIAGRAM .............................................................................................9

PDS SPECIFICATIONS ................................................................................................................................. 10

PDWF‐* SPECIFICATIONS .......................................................................................................................... 11

PDWS SPECIFICATIONS ............................................................................................................................. 12

L‐1 SPECIFICATIONS .................................................................................................................................. 13

L‐2 SPECIFICATIONS .................................................................................................................................. 14

L‐R‐1 SPECIFICATIONS ............................................................................................................................... 15

OMNTEC LPD‐SERIES SYSTEM OPERATION AND TEST INSTRUCTIONS ..................................................... 17

L1PD2 SYSTEM CONTROL DRAWING ........................................................................................................ 18

RA‐SERIES REMOTE HIGH LEVEL ALARM ................................................................................................... 19

LOG SHEET ................................................................................................................................................. 20

WARRANTY ............................................................................................................................................... 21



OMNTEC L1PD2

L1PD2 SPECIFICATION

6.00”

11.00”

L1

TEST HORN OFF

SYSTEM

DETECTING

PROVIDES INTRINSICALLY SAFE CIRCUITS FOR USE IN CLASS I GROUP D HAZARDOUS LOCATIONS WHEN CONNECTED IN ACCOR- LISTED DANCE WITH CONTROL DRAWING R NUMBERS L1, L2, L3, L4, L6 ,L9 5L04

OMNTEC 631-467-5787

PD1

PD2

MODEL L1PD2 OVERFILL PROTECTION L2PD4 LEAK DETECTION L3PD6 CONTROLLER SERIAL NUMBER ______________________

ELECTRICAL RATINGS

INPUT: 120 VAC, 60 Hz, 166 ma, 9.33 Watts max. OPTIONAL RELAY OUTPUTS: 120 VAC, 1.25 a

TYPE 4X ENCLOSURE

PROBE MAP

TANK PRODUCT LOCATION L1 ______ __________ _____________

PD1 ______ __________ _____________ PD2 ______ __________ _____________ L2 ______ __________ _____________ PD3 ______ __________ _____________

PD4 ______ __________ _____________ L3 ______ __________ _____________

PD5 ______ __________ _____________ PD6 ______ __________ _____________

AUDIO/VISUAL CONSOLEAUDIBLE ALARM - 95 dB pulsing horn with 30 second timeoutRED LIGHT - Indicates either liquid alarm for L-Series sensor or product alarm for PD-Series sensor AMBER LIGHT - Indicates either lo level for L-2 Series sensor or water alarm for PD-Series sensor TEST BUTTON - When pressed will actually test entire system electronics from control panel to sensors GREEN LIGHT - Indicates the power is on HORN OFF BUTTON - Silences the audible alarm when pressed

SENSORSL-1 High level optic sensor L-2 Dual level high/low liquid optic sensor PD-Series Product distinguishing liquid optic sensor L-R-1 Reservoir sensor

ACCESSORIES RA-1 Audio/visual remote annunciator RLY-RA Relay (consult factory) RA-1-NYS Remote annunciator with strobe (consult factory)

LABELSProvided with controller

POWER INPUT 85-125 VAC, 47-440 Hz 16 Watts maximum POWER TO SENSORS 2 VDC @ 13 ma RELAY OUTPUT SPST normally open dry contacts 0.5 AMPS, 120 AC switches when an alarm condition occurs WEIGHT DIMENSIONS 6 LBS. (W) 9” x (H) 10.5” SENSOR CABLE Shielded 22 AWG UL-E118830 CM Maximum length 2000 feet ENCLOSURE OPERATING TEMPERATURE NEMA 4X -40 to 140 F UL LISTED Intrinsically safe circuits for use in class I group D hazardous locations when connected in accordance with control drawings L1PD2



OMNTEC L1PD2

Dimensions for Mounting and Knockouts

6.00”

11.00”

L1

TEST HORN OFF

SYSTEM

DETECTING

PROVIDES INTRINSICALLY SAFE CIRCUITS FOR USE IN CLASS I GROUP D HAZARDOUS LOCATIONS WHEN CONNECTED IN ACCOR- LISTED DANCE WITH CONTROL DRAWING R NUMBERS L1, L2, L3, L4, L6 ,L9 5L04

OMNTEC 631-467-5787

PD1

PD2

MODEL L1PD2 OVERFILL PROTECTION L2PD4 LEAK DETECTION L3PD6 CONTROLLER SERIAL NUMBER ______________________

ELECTRICAL RATINGS

INPUT: 120 VAC, 60 Hz, 166 ma, 9.33 Watts max. OPTIONAL RELAY OUTPUTS: 120 VAC, 1.25 a

TYPE 4X ENCLOSURE

PROBE MAP

TANK PRODUCT LOCATION L1 ______ __________ _____________

PD1 ______ __________ _____________ PD2 ______ __________ _____________ L2 ______ __________ _____________ PD3 ______ __________ _____________

PD4 ______ __________ _____________ L3 ______ __________ _____________

PD5 ______ __________ _____________ PD6 ______ __________ _____________



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-3 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. 1. L-SERIES SENSOR

L-1 SENSOR

The L-1 sensor (see pg.8) is primarily used to detect a liquid level inside the tank. The sensor detects a single liquid level and is typically used for overfill protection at 90% tank capacity. Standard sensor part numbers are L-1-S (12”), L-1-L (20”), L-1-D (custom length). The L-1 sensor is installed into the tank via the 2” bushing which is an integral part of the sensor. This sensor screws directly into a 2” female threaded NPT (use a reducer bushing if necessary). Connection of the sensor to the control unit cable is made in a junction box. For detailed wiring scheme refer to appropriate drawing (see pg.6 and 17). These connections must be made using supplied SK-3 connector sealing kit.

High level actuation point

2” threaded NPT



PDS SENSOR

The PDS sensor (see pg.7) 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.6 and 17). Connect sensor cables to control unit cables in junction box using supplied SK-3 connector sealing kit.

PDW-* SENSOR

PDW-* sensor (see pg.9) is designed to detect liquid and differentiate water from hydrocarbons in the interstitial space of a double wall tank. The PDWF-* sensor is designed for fiberglass tanks and the PDWS sensor is designed for steel tanks. 1. 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 man hole 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 control drawing (see pg.6 and 17). Connect sensor wires in central junction box to control unit cable(s) and use SK-3 connector sealing kit.



2. To install the PDWS as a doublewall steel tank sensor remove the oiltight

from the sensor cable. Feed the cable through the appropriate bushing required to adapt the interstitial port to 3/4” NPT (oiltight). Feed wires through oiltight, leaving it loose. Gently lower sensor down interstitial port until it rests on the bottom. Install oiltight into the bushing. Pull sensor up by the cable until it just comes off the bottom. Maintain this position and tighten the oiltight fitting. This is required to seal the interstitial port. All connections are made using the supplied SK-3 connector kit

2 x ¾” reducer

¾” NPT2 x ¾” reducer

¾” NPT

4” x ¾” reducer



2. CONTROL UNIT The control unit (see pg.1) 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.6). The control unit accepts any possible combination of L-series sensors.

INPUT POWER HOOKUP

Input power requirements are: 85 – 125 VAC 16 Watts max 47 – 440 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 (see

page 17). NOTE: EARTH GROUND TERMINAL MUST BE CONNECTED.

REMOTE ANNUNCIATOR OPTION

Mount remote annunciator (see pg.16) 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. SK-3 CONNECTOR SEALING KIT

Make all splices using SK-3 connector kit (supplied)



WARNING: THIS TERMINAL MUST BE CONNECTED TO EARTH GROUND TO MAINTAIN INTRINSIC SAFETY

F.G. L

N

OP

TIO

N B

OA

RD

REMOVABLE SENSOR INPUT CONNECTOR

FUSE

L1PD2 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

1 RED L1 SENSOR #1 (L.E.D.)2 WHITE L1 SENSOR #1 (RETURN 1)3 RED PD1 SENSOR #2 (L.E.D.)4 WHITE PD1 SENSOR #2 (RETURN 1)5 GREEN PD1 SENSOR #2 (RETURN 2)6 RED PD2 SENSOR #3 (L.E.D.)7 WHITE PD2 SENSOR #3 (RETURN 1)8 GREEN PD2 SENSOR #3 (RETURN 2)9 BLACK FROM SENSOR #1, #2 & #310 SHIELD DRAIN FROM SENSOR #1, #2 & #311 GREEN L1 SENSOR #1 (RETURN 2) *12 UNUSED 13 UNUSED 14 UNUSED 15 UNUSED 16 UNUSED

WIRES TO OPTION BOARD

WIRES FROM REMOTE 1 GREEN -HORN 2 RED +HORN 3 BLACK GROUND 4 WHITE L1 5 ORANGE PD1 6 BLUE PD2

WIRES FROM RELAY OUTPUTS 7 COMMON PD2 (LEAK) 8 NORMALLY OPEN 9 COMMON PD1 (LEAK)10 NORMALLY OPEN 11 COMMON L1 (LEAK)12 NORMALLY OPEN

120VAC

WIRES TO POWER SUPPLY F.G. FIELD GROUND L LINE N NEUTRAL

* USED ONLY FOR LOW LEVEL OPTION

FRONT KNOCKOUT OPTIONAL OUTPUTS REAR KNOCKOUT INPUT POWER

SENSOR INPUTS



OMNTEC PDS Product Distinguishing Optic Sensor

PDS SPECIFICATIONS

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

LIQUIDS (ex: fuel, water) – photo Optic DRY CONDITION – Normally closed light beam ALARM CONDITION – Opens (refracts) normally closed light beam

WATER DETECTION - conductance OPERATING TEMPERATURE -40 TO +140 F

SENSOR CABLE

Shielded 22 AWG UL-E118830 CM Maximum length 2000 feet

POWER 2 VDC @ 13 mA RESPONSE TIME Immediate WEIGHT 1/2 pound

Electrical conductance in water

Wet Condition

Dry Condition

LED

LED Detector

Prism

1-5/8”

3”

3/4” NPT NIPPLE

SHIELD DRAIN

BLACK

WHITE

RED

CABLE LENGTH 12 FEET

GREEN



OMNTEC PDWF-* Product Distinguishing Fiberglass Tank Dry Interstitial Sensor

PDWF-* SPECIFICATIONS UL LISTED 5L04 PRINCIPLES OF OPERATIONIntrinsically safe class 1, group D hazardous locations when connected in accordance with control drawings L1PD2, L2PD4, L3PD6

LIQUIDS (ex: fuel, water) - Photo optic DRY CONDITION - Normally closed light beam ALARM CONDITION - Opens (refracts) normally closed light beam WATER DETECTION - Conductance

OPERATING TEMPERATURE -40 TO +140 F

POWER 2 VDC @ 13 mA

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

WEIGHT 2 pounds

RESPONSE TIME Immediate

BLACK

SHIELD DRAIN WHITE

RED

LENGTH CUT TO TANK SPECIFICATION

5/8”

1-5/8”

18”

LIQUID TIGHT STRAIN RELIEF

SUPPLIED WITH 20 FT OF CABLE

GREEN

DRY CONDITION

WET CONDITION

LED

ELECTRICAL CONDUCTANCE IN WATER

LED DETECTOR

PRISM



OMNTEC PDWS Product Distinguishing Steel Tank Dry Interstitial Sensor

PDWS SPECIFICATIONS

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

LIQUIDS (ex: fuel, water) - Photo optic DRY CONDITION - Normally closed light beam ALARM CONDITION - Opens (refracts) normally closed light beam

WATER DETECTION - Conductance OPERATING TEMPERATURE -40 TO +140 F

SENSOR CABLE


POWER 2 VDC @ 13 mA RESPONSE TIME ImmediateWEIGHT 1/2 pound

Electrical conductance in water

Wet Condition

Dry Condition

LED

LED Detector

Prism

1-5/8”

3”

3/4” NPT NIPPLE

RED

GREEN SHIELD DRAIN

BLACK

WHITE

CABLE LENGTH 20 FEET

3/4”



OMNTEC L-1 Liquid Level Optic Sensor

L-1 SPECIFICATIONS U.L. LISTED 5L04 PRINCIPLES OF OPERATION Intrinsically safe Class I, Group D Hazardous Locations when connected in accordance with Control Drawing nos. L1, L2, L3, L4, L6, L9

LIQUIDS (ex: fuel, water) - Photo optic DRY CONDITION - Normally closed light beam ALARM CONDITION - Opens (refracts) normally closed light beam

OPERATING TEMPERATURE SENSOR CABLE-40 TO +140 F Shielded 22 AWG UL-E118830 CM

Maximum length 2000 feet POWER 2 VDC @ 13 mA RESPONSE TIME ImmediateWEIGHT 2 pounds

2” NPT

Cable length 3 feet

3/4” NPT

D*

5/8”1-5/8”

SHIELD DRAIN (BARE WIRE)

RED

WHITE

BLACK

DRY CONDITION

LED

LED DETECTOR

PRISM

WET CONDITION

Principles of Operation



OMNTEC L-2 Dual Level Liquid Optic Sensor for High and Low Level

L-2 SPECIFICATIONS

U.L. LISTED 5L04 PRINCIPLES OF OPERATIONIntrinsically safe Class I, Group D Hazardous Locations when connected in accordance with Control Drawing nos. L1, L2, L3, L4, L6, L9 OPERATING TEMPERATURE

LIQUIDS (ex: fuel, water) – Photo Optic DRY CONDITION – High level: Normally closed light beam Low Level: Normally open light beam ALARM CONDITION – Hi level: Opens (refracts) normally closed light beam Low level: Closes normally open light beam

-40 TO +140 F SENSOR CABLE

POWER 2 VDC @ 13 mA


WEIGHT RESPONSE TIME2 pounds Immediate

DRY CONDITION

LED

LED DETECTOR

PRISM

WET CONDITION

Principles of Operation

2” NPT

Cable length 3 feet

3/4” NPT

a*

b*

SHIELD DRAIN (BARE WIRE)

RED

WHITE

BLACK

GREEN

HI LEVEL

LOW LEVEL



OMNTEC L-R-1 Reservoir Sensor

RED

WHITE

SHIELDDRAIN

BLACK

GREEN

CABLE LENGTH20 FEET

2-3/4”

2”

13”

16”

DRY CONDITION

WET CONDITION

LED

LEDDETECTOR

PRISM

L-R-1 SPECIFICATIONS SOLID STATE (NO MOVING PARTS)

OPERATING TEMPERATURE PRINCIPLES OF OPERATION-40 TO +140 F POWER 2 VDC @ 13 mA WEIGHT

LIQUIDS (ex: fuel, water) - Photo optic DRY CONDITION - High level: Normally closed light beam Low Level: Normally open light beam ALARM CONDITION - Hi level: Opens (refracts) normally closed light beam

Low level: Closes normally open light beam2 pounds SENSOR CABLERESPONSE TIME Immediate




OMNTEC L-R-1 Typical Reservoir Sensor Installation

*SUPPLIED BY OMNTEC MFG., INC.

* OIL TIGHT STRAIN RELIEF (3/4" NPT)

RISER PIPE (TYPICALLY 4")

PRISM NORMAL RESERVOIR LIQUID LEVEL

REDUCER BUSHING

L-R-1 RESERVOIR SENSOR

RESERVOIR

DOUBLE WALL TANK

*20' SENSOR CABLE

CABLE TO JUNCTION BOX

L-R-1 SENSOR SHOULD BE LOWERED UNTIL BOTTOM OF SENSOR SITS ON THE BOTTOM OF THE RESERVOIR



OMNTEC LPD-Series System Operation and Test Instructions

1. On the front panel the Green “SYSTEM DETECTING” light should be on

indicating that system is up and running

2. If sensors are not in alarm, all Red and Amber lights should be off (see figure 1)

Optical sensors are solid state and use a normally closed light loop in a prism

for sensing. When liquid is present at sensor, the normally closed loop

opens, thus sending an alarm signal back to the alarm panel. The panel

responds by turning on the appropriate light and sounding an audible alarm

(see figure 2). The audible alarm will signal for 30 seconds. The visual alarm

will remain on until alarm condition is cleared.

PD-series sensors contain a conductivity electrode that will send an alarm

upon presence of water. In the unlikely event that the conductivity electrode

does not detect water, the sensor will send a liquid alarm signal to the

controller as described in 2a.

3. Sensors can be tested as follows:

Since sensors work with normally closed loop of light be sure sensor is not

exposed to light source of any kind

Hit the test button on alarm panel and observe panel lights (see figure 3)

If all lights illuminate and audible alarm sounds, system test is complete

When test button is hit a signal is sent to sensor to turn its prism light off.

What this does is put the sensor into a true alarm condition

The sensor then responds as explained in part (2)

Pressing Horn OFF button will silence audible alarm

The conductivity portion of the sensor can be tested by submerging the

sensor in water

4. System should be tested on at least a weekly basis

5. Every alarm, malfunction and test result should be recorded in a dated signed log

Note: If a reservoir or high/low sensor is being used follow same procedures as above to test its high level portion. To test low level sensor, it must either be lifted out of liquid, or liquid level must be lowered below sensor

Figure 3

Test Condition

PD2

PD1

L1

PD2

PD1

L1

Dry Condition

Normal Condition

Figure 1

Wet Condition

PD2

PD1

L1

Alarm Condition

Figure 2

L1PD2

SENSOR

L1PD2

SENSOR

L1PD2

SENSOR Normal signal Alarm signal

OM

NTE

C M

fg., Inc., 1993 Pond Road, R

onkonkoma, N

Y 11779

Phone (631) 981‐2001 Fax (631) 981‐2007 www.OMNTEC.com

File Name: L1PD2 rev1810.doc of 21 Rev Date: 3

‐9‐2018

L1P

D2

Sys

tem

Co

ntr

ol D

raw

ing

CO

NT

RO

L E

QU

IPM

EN

T

L1

PD

2

RE

D

L1

WH

ITE

L

1

RE

D

PD

1

WH

ITE

P

D1

GR

EE

N

PD

1

RE

D

PD

2

WH

ITE

P

D2

GR

EE

N

PD

2

BL

AC

K

SH

IELD

DR

AIN

G

RE

EN

L

1

TA

NK

1

LOW

LE

VE

L D

ET

EC

TIO

N IS

OP

TIO

NA

L

LOW

LE

VE

L O

PT

ION

L-

SE

RIE

S

SE

NS

OR

PD

S

ER

IES

S

EN

SO

R

PD

S

ER

IES

S

EN

SO

R

INP

UT

LIN

E

VO

LTA

GE

8

5-1

32 V

AC

2

5 V

A

47

-63

Hz

OP

TIO

NA

L R

EL

AY

O

UT

PU

TS

1

20

VA

C

1.2

5 A

MP

S

O

PT

ION

AL

RE

MO

TE

1.

LO

OP

ALL

SE

NS

OR

GR

OU

ND

S (

BLA

CK

WIR

ES

) F

OR

EA

CH

TA

NK

.

LO

OP

AL

L S

EN

SO

R S

HIE

LD

DR

AIN

S (

BA

RE

WIR

ES

) A

T E

AC

H T

AN

K.

2.

LO

W L

EV

EL

DE

TE

CT

ION

IS

OP

TIO

NA

L. W

HE

N S

PE

CIF

IED

, IT

IS A

N IN

TE

GR

AL

P

AR

T O

F T

HE

HIG

H L

EV

EL

SE

NS

OR

. T

HE

GR

EE

N W

IRE

OF

CIR

CU

IT 1

IS

U

TIL

IZE

D O

NLY

WH

EN

LO

W L

EV

EL

DE

TE

CT

ION

IS P

RE

SE

NT

. 3.

T

HE

INT

RIS

ICA

LLY

SA

FE

FIE

LD

WIR

ING

SH

ALL

BE

INS

TA

LLE

D IN

AC

CO

RD

AN

CE

W

ITH

AR

TIC

LE 5

04 IN

TH

E N

AT

ION

AL

ELE

CT

RIC

AL

CO

DE

AN

SI/

NF

PA

70.

4

. A

LL

SE

NS

OR

S A

RE

EL

EC

TR

ON

ICA

LL

Y ID

EN

TIC

AL

AN

D M

AY

BE

INT

ER

CH

AN

GE

D

AL

LO

WIN

G S

YS

TE

M F

LE

XIB

ILT

Y.

5.

SE

NS

OR

TO

CO

NT

RO

L U

NIT

CA

BL

E W

ILL

BE

TW

O P

AIR

OF

#22

AW

G W

ITH

S

HIE

LD A

ND

DR

AIN

PV

C J

AC

KE

TE

D U

L-1

1883

0 C

M.

CA

BLE

LE

NG

TH

WIL

L B

E

LIM

ITE

D T

O 2

000

FE

ET

MA

XIM

UM

.

1.

AL

L W

IRIN

G M

US

T M

EE

T L

OC

AL

AN

D N

AT

ION

AL

EL

EC

TR

ICA

L C

OD

ES

. 2.

S

YS

TE

M E

AR

TH

GR

OU

ND

MU

ST

BE

CO

NN

EC

TE

D T

O T

ER

MIN

AL

F.G

. TO

INS

UR

E IN

TR

INS

IC S

AF

ET

Y

AN

D M

US

T B

E L

ES

S T

HA

N 1

W

ITH

RE

SP

EC

T T

O E

AR

TH

GR

OU

ND

. 3

. O

PT

ION

AL

RE

MO

TE

RE

QU

IRE

S #

22

AW

G L

OW

VO

LTA

GE

CO

MM

UN

ICA

TIO

N C

AB

LE M

INIM

UM

.

GR

EE

N

RE

D

BLA

CK

W

HIT

E

OR

AN

GE

B

LUE

PD

2

PD

1

L1

1-

HO

RN

O2

+ H

OR

NO

3G

ND

O4

L1O

5P

D1

O6

PD

2 O

7

CO

MM

.O

8N

.O.

O9

CO

MM

.O

10N

.O.

O11

CO

MM

.

O12

N

.O.

O

Con

tro

l Dra

win

g N

o. L

1PD

2

OM

NTE

C M

fg., Inc., 1993 Pond Road, R

onkonkoma, N

Y 11779

Phone (631) 981‐2001 Fax (631) 981‐2007 www.OMNTEC.com

File Name: L1PD2 rev1810.doc of 21 Rev Date: 3

‐9‐2018

RA

-Ser

ies

Rem

ote

Hig

h L

evel

Ala

rm

5.03”

4.02

”

SID

E V

IEW

6.18

”4.21” M

OU

NT

ING

DIM

EN

SIO

NS

WH

ITE

(+

)

OM

NT

EC

R

EM

OT

E H

IGH

LE

VE

L A

LA

RM

OR

AN

GE

WH

ITE

(+

)

TA

NK

1T

AN

K 2

OM

NT

EC

R

EM

OT

E H

IGH

LE

VE

L A

LA

RM

TA

NK

1T

AN

K 2

T

AN

K 3

OM

NT

EC

R

EM

OT

E H

IGH

LE

VE

L A

LA

RM

BL

UE

O

RA

NG

E

WH

ITE

(+

)

TA

NK

1T

AN

K 2

TA

NK

3T

AN

K 4

BR

OW

NBL

UE

O

RA

NG

E WH

ITE

(+

)

OM

NT

EC

R

EM

OT

E H

IGH

LE

VE

L A

LA

RM

Inte

rnal

Wir

ing

Co

lor

Co

de

RA

-1

RA

-2

RA

-3

RA

-4

BL

AC

K (

-)

RE

D (

+)

GR

EE

N

BL

AC

K (

-)

RE

D (

+)

GR

EE

N

7.00

”

5.03”

BL

AC

K (

-)

RE

D (

+)

GR

EE

N

7.00

”

5.03”

BL

AC

K (

-)

RE

D(+

)G

RE

EN

7.00

”

5.03”

7.00

”

5.03”

Not

e:

It i

s re

com

men

ded

that

kn

ocko

uts

be

plac

ed

in

the

botto

m o

f th

e en

clos

ure

SP

EC

IFIC

AT

ION

S

Aud

ible

Ala

rm

95 d

B p

uls

ing

horn

R

ed L

ight

Li

qui

d-hi

gh-

leve

l ala

rm

Res

pon

se T

ime

Imm

edia

te

Po

wer

Inpu

t 12

VD

C @

200

mA

max

imum

fr

om c

ontr

olle

r W

ire

22

AW

G m

inim

um

Wei

ght

1

lb.

*

**

* W

AR

NIN

G L

AB

EL

PL

AC

ED

HE

RE

: War

ning

: Low

vol

tage

inpu

ts o

nly

*



LOG SHEET DATE NAME SYSTEM STATUS SIGNATURE



WARRANTY The seller OMNTEC Mfg., Inc. warrants to buyer defects when properly installed, and maintained by user. The sellers 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 sellers 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 replacement parts, "add‐ons", or spare parts are free of defects when properly installed and maintained by user. The sellers 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, pressure transducers, and control systems.

L1PD2 - Omntec

Documents

Transcript of L1PD2 - Omntec