SWI L072 User manual
LIQUID LEVEL
FLOAT SWITCH
Side-Mounted Liquid Level Float Switch With Manual Reset
For Industrial Use
INSTALLATION AND OPERATIONS MANUAL
L072
ISO 9001:2008 CERTIFIED
2L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
This manual provides information on the L072 Side-
Mounted Liquid Level Float Switch with Manual
Reset. It is important that all instructions are read
carefullyandfollowedsequentially.Detailedinstructions
are included in the Complete Installation section of
this manual.
Conventions Used in this Manual
Certain conventions are used in this manual to convey
specic types of information. General technical
material, support data and safety information are
presented in narrative form. The following styles are
used for notes, cautions and warnings:
Notes
Notes contain information that augment or clarify
an operating step. Notes do not normally contain
actions and often follow the procedural steps to
which they refer.
Cautions
Cautions alert the technician to special conditions
that could injure personnel, damage equipment, or
reduce a component’s mechanical integrity. Cautions
are also used to alert the technician of unsafe
practices, the need for special protective equipment,
or specic materials. In this manual, a caution
indicates a potentially hazardous situation which, if
not avoided, may result in minor to moderate injury.
Warnings
Warnings identify potentially dangerous situations, or
serious hazards. In this manual, a warning indicates
an imminently hazardous situation which, if not
avoided, may result in serious injury or death.
Safety Messages
Follow all standard industry procedures for servicing
electrical and computer equipment when working with,
or around high voltage. Always shut off the power
supply before touching any components.
WARNING!
EXPLOSION HAZARD. DO NOT CONNECT OR
DISCONNECT THE EQUIPMENT UNLESS THE POWER
HAS BEEN SWITCHED OFF.
ATTENTION!
RISQUE D’EXPLOSION. NE PAS BRANCHER OU
DÉBRANCHER L’APPAREIL, SAUF L’ALIMENTATION
A ÉTÉ COUPÉE.
Low Voltage Directive
For use in Installation Category II, Pollution Degree 2.
If the equipment is used in a manner not specied by
the manufacturer, protection provided by equipment
may be impaired.
Notice of Copyright and Limitations
Copyright ©2022 AMETEK Magnetrol USA, LLC
All rights reserved.
Solutions With Innovation reserves the right to make
changes to the product described in this manual at
any time without notice. Solutions With Innovation
makes no warranty with respect to the accuracy of the
information in this manual.
Warranty
All Solutions With Innovation Mechanical Level and
Flow Controls are warranted free of defects in materials
and workmanship for one full year from the date of
the original factory shipment. If returned within the
warranty period; and, upon factory inspection of
the control, the cause of the claim is determined to
be covered under the warranty; then, Solutions With
Innovation will repair or replace the product at no cost
to the purchaser (or owner) other than transportation.
Solutions With Innovation shall not be liable for
misapplication, labor claims, direct or consequential
damage, or expenses arising from the installation or
use of the equipment. There are no other warranties
expressed or implied, except special written warranties
covering specific Solutions With Innovation products.
Quality Assurance
The Quality Assurance System in place at Solutions
With Innovation guarantees the highest level
of quality throughout the company. Solutions With
Innovation is committed to providing full customer
satisfaction; both in quality products and in quality
service.
Contacts
Phone: 203-729-6434 Mon-Fri, 9 AM - 5 PM EST Fax:
203-729-0541 for General Inquiries
Email: [email protected]
READ THIS MANUAL PRIOR TO INSTALLATION
3
L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
L072 LIQUID LEVEL
FLOAT SWITCH
With Manual Reset For Industrial Use
TABLE OF CONTENTS
1.0 Installation
1.1 Unpacking.............................................................................4
1.2 Before You Begin................................................................4
1.2.1 Site Preparation............................................................4
1.2.2 Equipment and Tools.................................................4
1.3 Mounting...............................................................................5
1.3.1 Threaded Mounting....................................................5
1.3.2 Flanged Mounting.......................................................5
1.4 Installation of Actuator Assembly....................................5
1.4.1 Normally-Closed Operation......................................5
1.4.2 Normally-Open Operation........................................5
1.5 Wiring....................................................................................6
2.0 Preventative Maintenance
2.1 What To Do..........................................................................6
2.1.1 Inspect Entire Unit Periodically.................................6
2.1.2 Inspect Connections Monthly...................................7
2.1.3 Keep Unit Clean..........................................................7
2.2 What To Avoid.....................................................................7
3.0 Reference Information
3.1 Description...........................................................................8
3.2 Theory of Operation..........................................................8
3.3 Troubleshooting...................................................................8
3.3.1 External Causes...........................................................8
3.3.2 Unit Causes...................................................................9
3.4AgencyApprovals...............................................................10
3.5 Specications......................................................................10
3.5.1 Functional Specications.........................................10
3.5.2 Enclosure Specications..........................................11
3.5.3 Dimensional Specications......................................11
3.6 Model Congurator...........................................................12
3.7 Notes...................................................................................13
4L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
1.0 COMPLETE INSTALLATION
This section provides detailed procedures on properly installing the L072 Side-Mounted Liquid Level Float
Switch with Manual Reset.
CAUTION! IF THE EQUIPMENT IS USED IN A MANNER NOT SPECIFIED BY THE MANUFACTURER, PROTECTION
PROVIDED BY THE EQUIPMENT MAY BE IMPAIRED.
1.1 UNPACKING
Unpack the instrument, carefully. Make sure that all components have been removed from the packing
material. Inspect all components for damage. Report any concealed damage to the carrier within 24 hours
of receiving. Compare the contents with the packing slip and report any discrepancies to the factory
immediately. Record the sales order number and/or the serial number for future reference when ordering
parts.
Before Proceeding to Installation, Complete the Following:
• Inspect all components for damage. Report any damage to the carrier within 24 hours of receiving.
• Record the model and serial numbers for future reference when ordering parts.
Model Number
Serial Number
1.2 BEFORE YOU BEGIN
CAUTION! DURING THE INSTALLATION OF THE L072, THE FLOAT AND PIVOT AREA MUST BE KEPT FREE OF
METALLIC PARTICLES THAT MIGHT BE ATTRACTED TO THE FLOAT’S INTERNAL MAGNET.
CAUTION! THIS INSTRUMENT IS INTENDED FOR USE IN INSTALLATION CATEGORY II, POLLUTION DEGREE 2.
1.2.1 Site Preparation
1 Ensure that the length and the inside diameter of the mounting nozzle is sized correctly to accommodate
the L072. Refer to Section 3.5.3 for spacial requirements.
2 Verify that the mounting nozzle, coupling or ange is within 3° of the horizon. If the L072 is mounted
in an external cage, ensure that the top/bottom piping is within 3° of vertical in all directions.
1.2.2 Equipment and Tools
No special equipment or tools are required to install the L072 Side-Mounted Liquid Level Float Switch.
The Following Are Recommended:
• Wrenches, thread sealant, gaskets and/or bolting as required for the process connection.
• Level
• Pipe Wrench
5
L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
1.3 MOUNTING
The L072 Side-Mounted Liquid Level Float Switch with Manual Reset is available in a 1 ½” or 2” threaded
mount bushing as well as several ange mounting options.
1.3.1 Threaded Mounting
1 Apply either Teon®tape or an appropriate thread sealant to the mounting threads to prevent galling.
2 Engage the thread by hand to avoid unnecessary damage.
3 Using a pipe wrench, rotate the unit clockwise until the threads are tight within the mounting.
4 Ensure that the N.O. marking on the body is orientated upward for normally-open operation on SPST
switch models. For normally-closed operation, ensure that the N.C. marking is orientated upward.
Models with SPDT or DPDT switches should be mounted with the N.O. marking orientated upward.
1.3.2 Flanged Mounting
1 Have proper ange bolting and gasket(s) on hand.
2 Carefully align the bolt holes of the L072 ange with those of the vessel mounting ange.
3 Ensure that the N.O. marking on the body is orientated upward for normally-open operation on SPST
switch models. For normally-closed operation, ensure that the N.C. marking is orientated upward.
Models with SPDT or DPDT switches should be mounted with the N.O. marking orientated upward.
4 Verify that the ange gasket is seated properly. Then, install and torque the ange bolts.
1.4 INSTALLATION OF ACTUATOR ASSEMBLY
1.4.1 Normally-Closed Operation
1 Orient the L072 Side-Mounted Liquid Level Float Switch with the “NC” marking on top in the vessel.
2 Install the Actuator Assembly into the side with the “NC” marking and tighten.
3 Insert the port plug into the opposite side with the “NO” marking and tighten.
4 Test the operation by pushing the actuator and conrming the opening of the circuit.
1.4.2 Normally-Open Operation
1 Orient the L072 Side-Mounted Liquid Level Float Switch with the “NO” marking on top in the vessel.
2 Install the Actuator Assembly into the side with the “NO” marking and tighten.
3 Insert the port plug into the opposite side with the “NC” marking and tighten.
4 Test the operation by pushing the actuator and conrming the closing of the circuit.
6L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
1.5 WIRING
CAUTION! OBSERVE ALL APPLICABLE ELECTRICAL CODES AND PROPER WIRING PROCEDURES.
NOTE: A SWITCH OR CIRCUIT BREAKER SHOULD BE INSTALLED IN CLOSE PROXIMITY TO THE EQUIPMENT
AND WITHIN EASY ACCESS OF THE OPERATOR. MARK THE UNIT AS THE DISCONNECTING DEVICE FOR THE
EQUIPMENT.
NOTE: FOR SUPPLY CONNECTIONS IN INSTALLATIONS WITH AN AMBIENT TEMPERATURE UP TO +70° C, USE
WIRE WITH A MINIMUM RATING OF 75° C AS REQUIRED BY THE PROCESS CONDITIONS. FOR SUPPLY CONNEC-
TIONS IN INSTALLATIONS WITH AN AMBIENT TEMPERATURE UP TO +80° C, USE WIRE WITH A MINIMUM RATING
OF 85° C AS REQUIRED BY THE PROCESS CONDITIONS. USE A MINIMUM OF 14 AWG WIRE FOR POWER AND
GROUND FIELD WIRES.
SPDT Reed Switch:
1 Connect the wiring to the proper switch
leads or terminals, as illustrated to the
right and below.
SPDT
WIRING DIAGRAM
TO SWITCH
NOT USED
+-
COMMONNC
NO
GREEN
BLACK
ORANGE
RED
SPDT FLYING LEADS
WIRING DIAGRAM
NC (MAKE ON LOW)
NO (MAKE ON HIGH)
COMMON
DPDT Relay:
1 Connect the wiring to the
proper terminals by color
and run the power supply, as
illustrated to the right.
2 This relay must be powered to
function. 5 Amps at 24 VDC
relays require a 24 VDC power
supply. 5 Amps at 120 VAC
relays require a 120 VAC power
supply. DPDT
WIRING DIAGRAM
RED
RED
GREEN
BROWN
GRAY
YELLOW
BLUE
WHITE
ORANGE
N.O. N.O.
N.C.
N.C.
COMMON
COMMON
GROUND
LEVEL SWITCH
N.O.
120 VAC OR
24 VDC
SPST Reed Switch:
1 Connect the wiring to the red switch
leads or terminals, as illustrated to the
right.
SPST WIRING DIAGRAM +-
TO SWITCH TO SWITCH
7
L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
2.0 PREVENTATIVE MAINTENANCE
Periodic inspections are necessary to maintain the proper functionality of the L072 Side-Mounted Liquid Level
Switch for Industrial Use. The switch is a safety device that protects the equipment it serves. A systematic
program of preventative maintenance should be implemented at the time of installation. If the following
instructions are completed routinely, the switch will provide continuous, reliable protection.
2.1 MAINTENANCE PROCEDURES
2.1.1 Inspect Unit Periodically
Verify that there are no cracks or chipped surfaces on the switch’s housing. Should the enclosure become
damaged, obtain a replacement immediately.
2.1.2 Inspect Connections Monthly
L072 Side-Mounted Liquid Level Switches may be vulnerable to excessive heat and moisture. Under
these conditions, the electrical wire insulation can periodically break or peel away. As a result, the bare
wires may become exposed to the elements and incur damages.
• Inspect all wiring, carefully and replace any wires exhibiting signs of brittle insulation.
• Inspect all electrical connections to ensure tightness.
• Repair or replace any wiring, if necessary.
2.1.3 Keep Unit Clean
Periodic cleaning of the oat, pivot and magnet assembly will ensure the continual, uninterrupted
movement of the mechanism. Objects and debris may cause systematic interruptions and a loss in
equipment functionality.
CAUTION! OPEN THE CIRCUIT BEFORE REMOVING THE COVER.
ATTENTION! OUVRIR LE CIRCUIT AVANT DE RETIRER LE COUVERCLE.
CAUTION! THE COVER THREADS MUST BE CLEANED BEFORE REPLACING THE COVER.
ATTENTION! LES JOINTS DE COUVERTURE DOIVENT ÊTRE NETTOYÉS AVANT DE REMETTRE LE COUVERCLE.
CAUTION! A SEAL SHOULD BE INSTALLED WITHIN 18 INCHES OF THE ENCLOSURE.
ATTENTION! UN JOINT DOIT ÊTRE INSTALLÉ MOINS DE 450 MILLIMÈTRES DU CAS.
2.2 WHAT TO AVOID
NEVER LEAVE THE SWITCH HOUSING COVER OFF OF THE SENSOR. Exposed wires can incur damage. When
performing routine maintenance, remove the housing as necessary to inspect the sensor.
NEVER PLACE A JUMPER WIRE ACROSS THE TERMINALS TO “CUT-OUT” THE CONTROL. If a jumper is necessary
for testing purposes, ensure that it is removed prior to placing the control into service.
NEVER USE IN SYSTEMS CONTAINING IRON PARTICLES. The magnet within the oat assembly can attract the particles
and become jammed.
NEVER PUT INSULATION OVER THE SWITCH HOUSING.
8L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
3.0 REFERENCE INFORMATION
This section illustrates an overview of the L072 Side-Mounted Liquid Level Switch for Industrial Use, as
well as information on troubleshooting common problems, agency approval listings, and detailed physical,
functional and performance specications.
3.1 DESCRIPTION
The L072 Side-Mounted Liquid Level Switch for Industrial Use is a oat-actuated device designed to be
horizontally mounted within a process vessel through threaded or anged connections. The low-cost switch
is ideal for OEM applications where a single-point high or low level alarm is desired.
3.2 THEORY OF OPERATION
The switching action is achieved through
the use of an internal magnet within the
oat assembly and its interaction with
the switch mechanism. As the liquid level
uctuates inside the tank, the oat travels.
Its magnetic eld actuates the switch inside
the stem and completes an electrical circuit.
The manual override button physically
moves the oat rod to close or open the
switch. This assembly may be relocated
to either N.O. normally-open or N.C.
normally-closed positions on the housing.
3.3 TROUBLESHOOTING
The L072 Side-Mounted Liquid Level Switch for Industrial Use is designed and manufactured for trouble-
free operation over a wide range of operating conditions. Common problems are discussed in terms of their
symptoms and recommended corrective actions.
3.3.1 External Causes
An initial indication of improper operation is the failure of the controlled equipment to function (pumps
will not start or stop, signal lamps fail to light, etc). If these symptoms occur, whether at the time of
installation or during routine service thereafter, check for potential external causes rst:
• Blown Fuses
• Tripped Reset Button(s)
• Open Power Switch
• Faulty Equipment Controlled By the Level Switch
• Defective Wiring to the Level Switch
REED SWITCH
MAGNET
FLOAT MANUAL
OVERRIDE
9
L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
3.3.2 Unit Causes
If a thorough inspection of any external causes fails to locate the problem, proceed to an inspection of
the unit, itself. DISCONNECT POWER TO THE LEVEL SWITCH BEFORE PROCEEDING.
SYMPTOM PROBLEM SOLUTION
THE UNIT IS UNRESPONSIVE. ELECTRICAL FAILURE. USE AN ELECTRICAL CONTINUITY
CHECKER TO DETERMINE IF THE
SWITCH IS CHANGING STATE. IF
THE SWITCH DOES NOT OPERATE
PROPERLY WHEN ACTIVATED, THE
ENTIRE LEVEL SWITCH MUST BE
REPLACED.
THE UNIT IS UNRESPONSIVE. (DPDT) THE UNIT IS IMPROPERLY POWERED. UNITS WITH A DPDT RELAY MUST BE
PROPERLY POWERED (24 VDC OR 120
VAC) IN ORDER TO WORK. THE RELAY
WILL NOT FUNCTION UNLESS THE UNIT
IS POWERED.
THE UNIT DOES NOT ACTIVATE WHEN
THE FLOAT CHANGES POSITION.
THE UNIT IS JAMMED. REMOVE THE LEVEL SWITCH
FROM SERVICE. CHECK THE FLOAT
ASSEMBLY FOR OBSTRUCTIONS OR
ACCUMULATION OF PARTICLES WHICH
MAY CAUSE BINDING. IF BINDING IS
PRESENT IN THE FLOAT ASSEMBLY
AND CANNOT BE CLEARED BY NORMAL
CLEANING PROCEDURES, THE ENTIRE
CONTROL MUST BE REPLACED.
THE UNIT ONLY FUNCTIONS WHEN IT IS
NOT IN SERVICE.
LIQUID IS NOT ENTERING THE VESSEL. CHECK TO ENSURE THAT LIQUID IS
ENTERING THE TANK OR VESSEL. A
CLOSED VALVE OR CLOGGED PIPELINE
MAY PREVENT MOVEMENT OF THE
LIQUID IN THE VESSEL.
THE UNIT ONLY FUNCTIONS WHEN IT IS
NOT IN SERVICE.
THE TANK LEVEL IS NOT HIGH ENOUGH
TO HAVE THE FLOAT FUNCTION.
CHECK THE FLOAT TO MAKE SURE IT
IS BUOYANT IN THE LIQUID. THE TANK
OR VESSEL MUST HAVE AN ADEQUATE
LIQUID LEVEL.
THE FLOAT IS NOT BUOYANT. THE FLOAT IS COLLAPSED AND/OR
FILLED WITH LIQUID.
CHECK THE FLOAT FOR RUPTURES,
DEFORMATION, AND ANY LIQUID
TRAPPED INSIDE THE ASSEMBLY. IF
THE FLOAT IS FILLED WITH LIQUID OR
HAS COLLAPSED, THE ENTIRE LEVEL
SWITCH MUST BE REPLACED. DO NOT
ATTEMPT TO REPAIR THE FLOAT.
ALL COMPONENTS WITHIN THE LEVEL
SWITCH ARE IN WORKING ORDER, BUT
THE UNIT STILL DOES NOT FUNCTION.
THE PROBLEM IS EXTERNAL TO THE
SWITCH.
REPEAT AN INSPECTION OF THE
EXTERNAL CONDITIONSAS DESCRIBED
IN SECTION 3.3.1.
If you are still in doubt about the condition or performance of your sensor, consult the factory for further instructions.
10 L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
3.4 AGENCY APPROVALS
AGENCY APPROVED MODEL(S) FILE NUMBER PROTECTION AREA CLASSIFICATION
UL L072 E203716 EXPLOSION-PROOF RECOGNIZED UNDER UL508
MOTOR CONTROLLERS
FM L072-BBCC-DDEE
L072ABBCC-DDEE
3009422
3024568
3059549
EXPLOSION-PROOF WITH ENCLOSURE:
CLASS I, DIV 1; GROUPS C & D
CLASS II, DIV 1; GROUPS E, F & G
CLASS III, TYPE 4, T6
NO ENCLOSURE:
CLASS I, DIV 1; GROUPS A, B, C & D
CSA L072-BBCC-DDEE
L072ABBCC-DDEE
212679 EXPLOSION-PROOF WITH ENCLOSURE:
CLASS I, DIV 1; GROUPS C & D
CLASS II, DIV 1; GROUPS E, F & G
CLASS III, TYPE 4, T6
NO ENCLOSURE:
CLASS I, DIV 1; GROUPS A, B, C & D
3.5 SPECIFICATIONS
3.5.1 Functional Specications
INPUT
MEASURED VARIABLE: Liquid Level
OUTPUT
SIGNAL: Switch Closure
PHYSICAL RANGE: Narrow Differential, 0.50”
TYPE OF CONTACTS: SPST, SPDT or DPDT
TYPE OF SWITCHES: Hermetically-Sealed Reed Switch
SWITCH RATINGS: SPST 100 VA, 240 Volts Max
SPDT 30 VA, 240 Volts Max
DPDT 24 VDC, 240 Volts Max
DPDT 120 VAC, 240 Volts Max
ELECTRICAL CONNECTION: ½” NPT or Conduit Box(es) with ¾” NPT
ENVIRONMENTAL
PROCESS TEMPERATURE: -40° to +300° F (-40° to +149° C)
AMBIENT TEMPERATURE: -40° to +160° F (-40° to +71° C)
MAXIMUM PROCESS PRESSURE: 1 ½” & 2” NPT (Stainless Steel Float): 1,000 PSIG
2”, 2 ½”, 3” & 4” #150 ANSI Flange: 175 PSIG
2”, 2 ½”, 3” & 4” #300 ANSI Flange: 455 PSIG
MINIMUM SPECIFIC GRAVITY: 0.40
MATERIALS
FLOAT: 316/316L Stainless Steel, Titanium, Hastelloy C-276
MOUNTING CONNECTION: 316/316L Stainless Steel, Hastelloy C-276
TRIM: 316/316L Stainless Steel with 18-8 Stainless Pivot Pin
HOUSING MOUNTING: Provisions for (4) #10 Screws
PROCESS CONNECTION: 1 ½” NPT, 2” NPT, or BSP Threads
2”, 2 ½”, 3” or 4” (#150 or #300 ANSI Flanges)
11
L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
3.5.2 Enclosure Specications
ENCLOSURE RATING NEMA 4 (OZ Gedney); NEMA 4, 7, 9 (Pyromation); NEMA 4X IP66 (Moore)
Class I, Div. 1, Groups C & D
ENCLOSURE MATERIAL 316/316L Stainless Steel, Cast Iron/Aluminum, or Aluminum
3.5.3 Dimensional Specications
½” NPT
¾” NPT
4”
4 ½”
L072 WITH THREADED CONNECTION &
SPST or SPDT Switch with Flying Leads
DPDT RELAY
JUNCTION BOX
3 11∕29”
3 3∕25”
3 1∕4”
SPST OR SPDT REED SWITCH
JUNCTION BOX
L072 WITH FLANGED CONNECTION &
SPST or SPDT Switch with Flying Leads
2”-11.5 NPT
3 ½”
2 21∕25”
2” Hex
3 ¾”
4.04”
½” NPT
FLANGED
CONNECTION
3 ½”
2 21∕25”
2” Hex
3 ¾”
4.04”
½” NPT
12 L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
3.6 MODEL CONFIGURATOR
TECHNOLOGY MODEL CONFIG. MOUNTING HOUSING FLOAT ELECTRICAL & J-BOX
LLiquid Level
Sensor 072 Side-Mount
Level Switch - Standard 08 1 ½” NPT 08 316/316L S.S. 30 Standard 316 S.S. 04 100 VA SPST & No
J-Box
C Custom 09 2” NPT 10 Hastelloy C276 31 Extended 316 S.S. 07 30 VA SPDT & No J-Box
54 1 ½” BSPT
Threaded 32 Standard Hastelloy C276 23 100 VA SPST &
Pyromation #93 Box
55 2” BSPT
Threaded 33 Extended Hastelloy C276 24 30 VA SPDT &
Pyromation #93 Box
72 1 ½” Flange
#150 10 Adjustable Length Float Rod
316 S.S. 28 100 VA SPST & OZ
Gedney GUAL-50 Box
73 2” Flange
#150 29 30 VA SPDT & OZ
Gedney GUAL-50 Box
74 2 ½” Flange
#150 31 24 VDC DPDT & OZ
Gedney GUAL-50 Box
75 3” Flange
#150 32 120 VAC DPDT & OZ
Gedney GUAL-50 Box
76 4” Flange
#150 38 100 VA SPST & OZ
Gedney GUALB-75 Box
83 1 ½” Flange
#300 39 30 VA SPDT & OZ
Gedney GUALB-75 Box
84 2” Flange
#300 41 24 VDC DPDT & OZ
Gedney GUALB-75 Box
85 2 ½” Flange
#300 42 120 VAC DPDT & OZ
Gedney GUALB-75 Box
86 3” Flange
#300
87 4” Flange
#300
L 0 7 0 -0 8 0 8 -3 0 0 4
13
L072 SIDE-MOUNTED LIQUID LEVEL FLOAT SWITCH WITH MANUAL RESET
3.7 NOTES
Service Policy
Owners of Solutions With Innovation products may
request a return of the product, or any part of the product
for complete rebuilding or replacement. Units will be
rebuilt or replaced promptly. Products returned under
the SWI Service Policy must be returned by prepaid
transportation. Solutions With Innovation will repair or
replace the product at no cost to the purchaser (or owner)
other than transportation if:
1 Returned within the warranty period; and
2 Factory Inspection nds the cause of the claim to be
covered under the warranty.
If the problem is due to circumstances beyond Solutions
With Innovation’s liability, or is NOT covered by the
warranty, there will be charges for labor in addition to the
parts required to rebuild or replace the equipment.
In rare cases, it may be expedient to ship replacement parts;
or in extreme cases, an entire product before the damaged
product is returned. If a quick replacement service is
necessary, notify the manufacturer of the damaged product’s
model and serial number. In such cases, credit for the
returned materials will be determined on the applicability
of the warranty.
No claims for misapplication, labor, direct or consequential
damage will be allowed.
Return Material Procedure
In order to efciently process any returned materials, it is
essential that a Return Material Authorization (RMA) number
be obtained from the manufacturer prior to an item’s return.
RMAs can be issued through local representatives, or by
contacting the factory directly.
Please supply the following information:
1 The Company’s Name
2 Description of the Material
3 Product Serial Number
4 Reason for Return
5 Product’s Application
Used units must be properly cleaned in accordance with
OSHA standards before it is returned to the manufacturer.
A Material Safety Data Sheet (MSDS) must accompany units
or materials that were used in any type of media. All return
shipments to the factory must be by done via prepaid
transportation. All product replacements will be shipped
F.O.B. manufacturer.
ASSURED QUALITY & SERVICE COST LESS
BULLETIN: IS-8150.3
EFFECTIVE: 10/16
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