Amphenol Temposonics Level Plus RefineME User manual

Magnetostrictive Liquid Level Transmitters with Temposonics®Technology
Level Plus®– RefineME®
4-IN-1 Measurement
Inherent Accuracy ±1 mm
API Temperature Corrected Volumes
No Scheduled Maintenance or Recalibration
Hazardous Area Certied
Operation Manual

Table of contents
1. Contact information ........................................................................................................................................... 3
2. Terms and definitions ......................................................................................................................................... 3
3. Introduction..................................................................................................................................................... 5
3.1 Purpose and use of this manual ................................................................................................................................................................ 5
3.2 Used symbols and warnings ..................................................................................................................................................................... 5
4. Safety instructions............................................................................................................................................. 5
4.1 Intended use.............................................................................................................................................................................................. 5
4.2 Foreseeable misuse................................................................................................................................................................................... 6
4.3 Installation, commissioning and operation................................................................................................................................................ 6
5. Product overview .............................................................................................................................................. 6
5.1 Components.............................................................................................................................................................................................. 7
5.2 Accuracy.................................................................................................................................................................................................... 8
5.3 Warranty.................................................................................................................................................................................................... 8
5.4 Storage...................................................................................................................................................................................................... 9
5.5 CRN Specifications.................................................................................................................................................................................... 9
5.6 Model number identification.................................................................................................................................................................... 10
5.7 Technical data.......................................................................................................................................................................................... 12
6. Installation and mounting ...................................................................................................................................13
6.1 Training ................................................................................................................................................................................................... 13
6.2 Stilling wells and guide poles .................................................................................................................................................................. 13
6.3 Tools........................................................................................................................................................................................................ 13
6.4 Installation steps ..................................................................................................................................................................................... 13
6.5 Mounting................................................................................................................................................................................................. 13
7. Electrical connections........................................................................................................................................14
7.1 Basic information .................................................................................................................................................................................... 14
7.2 Safety recommendations......................................................................................................................................................................... 14
7.3 Industrial topologies................................................................................................................................................................................ 14
7.4 Cable recommendations.......................................................................................................................................................................... 15
7.5 Electrical conduit..................................................................................................................................................................................... 15
7.6 Grounding ............................................................................................................................................................................................... 15
7.7 Safety barriers......................................................................................................................................................................................... 16
8. Commissioning................................................................................................................................................17
8.1 Training ................................................................................................................................................................................................... 17
8.2 Tools........................................................................................................................................................................................................ 17
8.3 Setup software ........................................................................................................................................................................................ 17
8.4 Commissioning steps.............................................................................................................................................................................. 17
9. Maintenance...................................................................................................................................................17
9.1 Training ................................................................................................................................................................................................... 17
9.2 Tools........................................................................................................................................................................................................ 17
9.3 Inspection................................................................................................................................................................................................ 17
10. Repair.........................................................................................................................................................18
10.1 RMA policy............................................................................................................................................................................................ 18
10.2 Training ................................................................................................................................................................................................. 18
10.3 Tools...................................................................................................................................................................................................... 18
10.4 Setup software ...................................................................................................................................................................................... 18
10.5 Troubleshooting..................................................................................................................................................................................... 19
11. Spare parts ...................................................................................................................................................19
12. Interface ......................................................................................................................................................19
12.1 Modbus ................................................................................................................................................................................................. 19
12.2 DDA....................................................................................................................................................................................................... 19
12.3 HART®.................................................................................................................................................................................................. 19
13. Agency information .........................................................................................................................................20
13.1 Approvals overview ............................................................................................................................................................................... 20
13.2 Certificates ............................................................................................................................................................................................ 22
13.3 FM (NEC)............................................................................................................................................................................................... 22
13.4 FMC (CEC)............................................................................................................................................................................................. 33
13.5 ATEX and IECEx..................................................................................................................................................................................... 48

Level Plus® ReneME®
Operation Manual
I3 I
1. Contact information
United States
General
Tel: [phone]
Fax: [phone]
E-mail: [email protected]
http://www.temposonics.com
Mailing and shipping address
Temposonics LLC
3001 Sheldon Drive
Cary, North Carolina, 27513, USA
Customer service
Tel: [phone]
Fax: [phone]
E-mail: [email protected]
Technical support and applications
24 Hour Emergency Technical Support
Tel: [phone]
E-mail: [email protected]
Germany
General
Tel: [phone]
Fax: [phone]
E-mail: [email protected]
http://www.temposonics.com
Mailing and shipping address
Temposonics GmbH & Co. KG
Auf dem Schüffel 9
58513 Lüdenscheid, Germany
Technical support and applications
Tel: [phone]
E-mail: [email protected]
http://www.temposonics.com
2. Terms and definitions
6A Heavy Oils
‘Generalized Crude Oils’, Correction of Volume to 60 °F against API
Gravity.
6B Light Oils
‘Generalized Products’, Correction of Volume to
60 °F against API Gravity.
6C Chemical
‘Volume Correction Factors (VCF)’ for individual and special
applications, volume correction to 60 °F against thermal expansion
coefficients.
6C Mod
An adjustable temperature reference for defining VCF.
A
API Gravity
The measure of how heavy or light a petroleum liquid is compared to
water. Allowable values are 0 to 100 degrees API for (6A) and 0 to 85
degrees API for (6B).
D
DDA
‘Direct Digital Access’ – The proprietary digital protocol developed by
Temposonics for use in intrinsically safe areas.
Density
Mass divided by the volume of an object at a specific temperature.
The density value should be entered as lb / cu. ft..
E
Explosion proof
Type of protection based on enclosure in which the parts which can
ignite an explosive gas atmosphere are placed within, and which
can withstand the pressure developed during an internal explosion
of an explosive mixture, and which prevents the transmission of the
explosion to the explosive gas atmosphere surrounding the enclosure.
F
Flameproof
Type of protection based on enclosure in which the parts which can
ignite an explosive gas atmosphere are placed within and which can
withstand the pressure developed during an internal explosion of
an explosive mixture, and which prevents the transmission of the
explosion to the explosive gas atmosphere surrounding the enclosure.

Level Plus®ReneME®
Operation Manual
I4 I
G
GOVI
‘Gross Observed Volume of the Interface’ – The total volume of the
tank occupied by the interface liquid. The GOVI is only given when
measuring two liquids and is calculated by subtracting the volume of
the product from the total volume of liquid in the tank (GOVT – GOVP).
GOVP
‘Gross Observed Volume of the Product’ – The total volume of the tank
occupied by the product liquid. When measuring only one liquid, it is
also the total volume of liquid in the tank (GOVT). When measuring
two liquids it is the total volume of liquid in the tank minus the volume
of the interface liquid (GOVT – GOVI).
GOVT
‘Total Gross Observed Volume’ – The total volume of liquid in the
tank. When measuring only one liquid it is equal to the volume of the
product (GOVP). When measuring two liquids it is equal to the volume
of the product and interface liquids (GOVP + GOVI).
GOVU
‘Gross Observed Volume Ullage’ – the difference in volume between
the working capacity of a tank and the total volume in the tank
(Working Capacity – GOVT).
H
HART®
A Bidirectional communication protocol that provides data access
between intelligent field instruments and host systems.
I
Interface
Noun; The measurement of the level of one liquid when that liquid is
below another liquid.
Interface
Adj.; The Software Graphical User Interface (GUI) that allows the user
to access software protocols (HART®, DDA, MODBUS).
Intrinsic safety
‘Intrinsically safe’ - Type of protection based on the restriction of
electrical energy within apparatus of interconnecting wiring exposed to
potentially explosive atmosphere to a level below that which can cause
ignition by either sparking or heating effects.
M
Mass
The property of a body that causes it to have weight in a gravitational
field, calculated by density at the reference temperature multiplied by
the volume correction factor (Density × VCF).
MODBUS
A serial communications protocol published by Modicon in 1979 for
use with its programmable logic controllers (PLCs). It has become a
de facto standard communications protocol in industry, and is now the
most commonly available means of connecting industrial electronic
devices.
N
NEMA Type 4X
A product Enclosure intended for indoor or outdoor use primarily to
provide a degree of protection against corrosion, windblown dust and
rain, splashing water, and hose-directed water; and to be undamaged
by the formation of ice on the enclosure. They are not intended to
provide protection against conditions such as internal condensation or
internal icing.
NPT
U.S. standard defining tapered pipe threads used to join pipes and
fittings.
NSVP
‘Net Standard Volume of the Product’ – The temperature corrected
volume for the product liquid in the tank, requires the transmitter to
be ordered with temperature measurement capabilities. The NSVP is
calculated by multiplying the volume of the product liquid by a volume
correction factor based on temperature (GOVP × VCF).
R
Reference Temperature
The temperature at which the density measurement is given, the
allowable values are 32 °F to 150 °F (0 °C to 66 °C).
S
Specific Gravity
The density ratio of a liquid to the density of water at the same
conditions.
Sphere Radius
The internal radius of the sphere that contains the liquid, the value is
used to calculate the volume along with the Sphere Offset.
Sphere Offset
An offset value that accounts for additional volume in a sphere from
non-uniform sphere geometry, the value is used to calculate the
volume along with the Sphere Radius.

Level Plus® ReneME®
Operation Manual
I5 I
Strap Table
A table of measurement correlating the height of a vessel to the
volume that is contained at that height. The transmitter can contain up
to 200 points.
T
TEC
‘Thermal Expansion Coefficient’ - a value correlating the change in
temperature for an object with the change in its volume. Allowable
values are 270.0 to 930.0. TEC units are in 10 E-6/Deg F.
Temperature Correction Method
One of five product correction methods used to correct the product
volume in the tank due to changes in temperature from 60 °F including
(6A, 6B, 6C, 6C Mod, and Custom Table.
V
Volume Calculation Mode
One of two methods use to calculate volume measurements from level
measurements, including Sphere and Strap Table.
VCF
‘Volume Correction Factor’ – A table of measurements correlating
temperature points with correction factors for the liquids expansion/
contraction. The transmitter can contain up to 50 points.
W
Working Capacity
The maximum volume of liquid that the user desires for their vessel to
hold, typically 80% of the vessels maximum volume before overfill.
3. Introduction
3.1 Purpose and use of this manual
Important:
Before starting the operation of the equipment read this
documentation thoroughly and follow the safety information.
The content of this technical documentation and of its various annexes
is intended to provide information on mounting, installation and
commissioning by qualified service personnel according to IEC 60079-14
and local regulations or Temposonics trained service technicians.
3.2 Used symbols and warnings
Warnings are intended for your personal safety and for avoidance
of damage to the described product or connected devices. In this
documentation, safety information and warnings to avoid dangers that
might affect the life and health of personnel or cause material damage
are highlighted by the preceding pictogram, which is defined below.
Symbol Meaning
NOTICE
This symbol is used to point to situations
that may lead to material damage and/or
personal injury.
4. Safety instructions
4.1 Intended use
The liquid level transmitter is intended to be used to measure the level
of liquid(s) contained by a structure as well as the temperature of
the liquid. The product may only be used for the applications defined
under item 1 to item 4 and only in conjunction with third-party devices
and components recommended or approved by Temposonics.
As a prerequisite of proper and safe operation, the product requires
correct transport, storage, mounting and commissioning and must be
operated with utmost care.
1. Application does not exceed product’s performance specification
in chapter 5.77.
2. Product may only be installed in hazardous areas as specified by
approval certifications in chapter 12 following special conditions
of use outlined in chapter 12 or in safe areas.
3. The liquid(s) being measured are compatible with the selected
wetted parts of the product.
4. Temposonics floats should be used for proper functionality and
safety approval.

Level Plus®ReneME®
Operation Manual
I6 I
Forseeable misuse Consequence
Wrong sensor connection Possible damage to electronics
See chapter 7 for Electrical
Connections
Improper Installation Physical damage to packaging
See chapter 6 for Installation
Installation in unapproved
Hazardous Area
Potential Spark
See chapter 12 for Agency
Information
Process Temperature out of range Signal Degradation, Possible
Damage to Sensor
See chapter 5.6 for Specications
Power Supply out of range No Communication, Possible
Damage to Sensor
See chapter 5.6 for Specications
Process Pressure out of range Possible Damage to Sensor,
See chapter 5.6 for Specications
Improper Chemical Compatibility Possible Damage to Sensor,
Customer Must Select Wetted
Material that is compatible with
liquid(s) in tank
Modifying Sensor Warranty Void, Hazardous
Approval Void Customer should
contact factory for custom unit
Improper Grounding Possible Damage to Sensor, Full
Protection Compromised,
See chapter 7.6 for Grounding
4.2 Foreseeable misuse
4.3 Installation, commissioning and operation
1. Wear proper personal protection equipment such as hard hat,
safety shoes, flame resistant clothing, safety glasses, gloves, and
hearing protection.
2. Follow the specifications given in the technical documentation.
3. Two (2) individuals are recommended to conduct proper
installation, commissioning, and repair of the level transmitter.
4. Ensure the equipment used in a hazardous environment is
selected and installed in compliance with regulations governing
the geographical installation and facility. Only install equipment
that complies with the types of protection relevant to the
applicable classes, division, zones, category, gas group, and
temperature code.
5. Protect the sensor against mechanical damage during installation
and operation.
6. Do not use damaged products and secure them against
unintentional use. Mark damaged products as being defective.
7. Connect the sensor very carefully and pay attention to the
polarity of connections. Temposonics recommends to not make
connections while power is live.
8. Before turning on power, ensure that nobody’s safety is
jeopardized by starting level transmitter and/or process.
Table 1: Foreseeable misuse
9. Regularly follow preventative maintenance to prevent safety risks.
10. Make sure that no wire strands are loose or sticking out of
the terminal block connection which could short and cause a
problem.
11. Make sure that no wire strands, including shield, are in contact
with the electronic module enclosure.
5. Product overview
The Level Plus®RefineME®Liquid-Level transmitter is a continuous
multi-functional magnetostrictive transmitter that provides product
level, interface level, temperature and volume to the user Modbus,
DDA, Analog (4-20 mA), or HART®. Magnetostrictive technology is
one of the most accurate and repeatable level technologies available
to date.
Temposonics is the inventor and purveyor of magnetostrictive
technology and has been serving the level industry for over 35 years.
Industries
• Petroleum
• Liquid Petroleum Gas
• Chemical
• Mining
Applications
• Fuel Additive Tanks
• Sump Tanks
• Bullet Tanks
• Separator Tanks
• Battery Tanks
• Storage Tanks
• Solvent Extraction
Features
• 4-in-1 Measurement:
• Product Level
• Interface Level
• Temperature
• Volume
• No scheduled maintenance or recalibration
• Field Repairable
• Inherent Accuracy ±1mm
• 200 Point Strap Table
• API Temperature Corrected Volumes

Level Plus® ReneME®
Operation Manual
I7 I
5.1 Components
The Level Plus®RefineME®liquid level transmitter consists of four
main components; a housing, outer pipe, float, and electronics.
Varying the components of the transmitter allows the transmitter to be
customized to almost any application.
Housings
Level Plus®RefineME®transmitters are available in three housing
configurations; NEMA Type 4X 316L stainless steel, single and dual-
cavity housings as shown below:
Fig. 1: NEMA Type 4X 316L stainless steel housing
1
1
2
2
3
3
4
4
A A
B B
C C
D D
REV ECO # DESCRIPTION
TITLE
SIZE DWG NO. REV
PRODUCT LINE
SCALE:
BY DATE
SHEET OF
UNLESS OTHERWISE SPECIFIED
TOLERANCES
0 PLACES
MM
1 PLACE
MM ANGLES
  
0.5 0.1
- THREAD DEPTHS ARE TO MIN. FULL THDS
- DRILL DEPTHS ARE TO FULL DIA.
- REMOVE BURRS AND SHARP EDGES
- DO NOT SCALE PRINT
- MACHINED SURFACE FINISH 3.2uM [125 uIn]
PROPRIETARY DATA
THE INFORMATION AND DESIGN(S) DISCLOSED
HEREIN ARE THE PROPERTY OF MTS SYSTEMS
CORPORATION AND MAY NOT BE USED,
REPRODUCED OR DISCLOSED IN ANY FORM
EXCEPT AS GRANTED IN WRITING BY MTS
SYSTEMS CORPORATION. THIS RESTRICTION
EXCLUDES INFORMATION THAT IS IN THE
PUBLIC DOMAIN OR WAS LEGITIMATELY IN THE
PRIOR POSSESSION OF THE RECIPIENT.
mMTS SYSTEMS CORPORATION
SENSORS DIVISION
3001 SHELDON DRIVE, CARY, NC 27513
M E T R I C
FIRST
ANGLE CLL drawing
1 1
DRAWN BY:
114 mm
(4.5 in.)
127 mm
(5 in.)
124 mm
(4.9 in.)
132 mm
(5.2 in.)
87 mm
(3.4 in.)
109 mm
(4.3 in.)
75 mm
(3 in.)
206 mm
(8.1 in.)
127 mm
(5 in.)
117 mm
(4.6 in.)
145 mm
(5.7 in.)
Fig. 2: Single cavity housing
1
1
2
2
3
3
4
4
A A
B B
C C
D D
REV ECO # DESCRIPTION
TITLE
SIZE DWG NO. REV
PRODUCT LINE
SCALE:
BY DATE
SHEET OF
UNLESS OTHERWISE SPECIFIED
TOLERANCES
0 PLACES
MM
1 PLACE
MM ANGLES
  
0.5 0.1
- THREAD DEPTHS ARE TO MIN. FULL THDS
- DRILL DEPTHS ARE TO FULL DIA.
- REMOVE BURRS AND SHARP EDGES
- DO NOT SCALE PRINT
- MACHINED SURFACE FINISH 3.2uM [125 uIn]
PROPRIETARY DATA
THE INFORMATION AND DESIGN(S) DISCLOSED
HEREIN ARE THE PROPERTY OF MTS SYSTEMS
CORPORATION AND MAY NOT BE USED,
REPRODUCED OR DISCLOSED IN ANY FORM
EXCEPT AS GRANTED IN WRITING BY MTS
SYSTEMS CORPORATION. THIS RESTRICTION
EXCLUDES INFORMATION THAT IS IN THE
PUBLIC DOMAIN OR WAS LEGITIMATELY IN THE
PRIOR POSSESSION OF THE RECIPIENT.
mMTS SYSTEMS CORPORATION
SENSORS DIVISION
3001 SHELDON DRIVE, CARY, NC 27513
M E T R I C
FIRST
ANGLE CLL drawing
1 1
DRAWN BY:
114 mm
(4.5 in.)
127 mm
(5 in.)
124 mm
(4.9 in.)
132 mm
(5.2 in.)
87 mm
(3.4 in.)
109 mm
(4.3 in.)
75 mm
(3 in.)
206 mm
(8.1 in.)
127 mm
(5 in.)
117 mm
(4.6 in.)
145 mm
(5.7 in.)
Fig. 3: Dual cavity housing
1
1
2
2
3
3
4
4
A A
B B
C C
D D
REV ECO # DESCRIPTION
TITLE
SIZE DWG NO. REV
PRODUCT LINE
SCALE:
BY DATE
SHEET OF
UNLESS OTHERWISE SPECIFIED
TOLERANCES
0 PLACES
MM
1 PLACE
MM ANGLES
  
0.5 0.1
- THREAD DEPTHS ARE TO MIN. FULL THDS
- DRILL DEPTHS ARE TO FULL DIA.
- REMOVE BURRS AND SHARP EDGES
- DO NOT SCALE PRINT
- MACHINED SURFACE FINISH 3.2uM [125 uIn]
PROPRIETARY DATA
THE INFORMATION AND DESIGN(S) DISCLOSED
HEREIN ARE THE PROPERTY OF MTS SYSTEMS
CORPORATION AND MAY NOT BE USED,
REPRODUCED OR DISCLOSED IN ANY FORM
EXCEPT AS GRANTED IN WRITING BY MTS
SYSTEMS CORPORATION. THIS RESTRICTION
EXCLUDES INFORMATION THAT IS IN THE
PUBLIC DOMAIN OR WAS LEGITIMATELY IN THE
PRIOR POSSESSION OF THE RECIPIENT.
mMTS SYSTEMS CORPORATION
SENSORS DIVISION
3001 SHELDON DRIVE, CARY, NC 27513
M E T R I C
FIRST
ANGLE CLL drawing
1 1
DRAWN BY:
114 mm
(4.5 in.)
127 mm
(5 in.)
124 mm
(4.9 in.)
132 mm
(5.2 in.)
87 mm
(3.4 in.)
109 mm
(4.3 in.)
75 mm
(3 in.)
206 mm
(8.1 in.)
127 mm
(5 in.)
117 mm
(4.6 in.)
145 mm
(5.7 in.)
Outer pipe configurations
The outer pipe is constructed of a variety of configurations.
The RefineME®is available in a rigid pipe. For other pipe options
please consult other Temposonics options such as Tank Slayer®,
SoClean®.
Fig. 4: Stainless steel single cavity housing
1
1
2
2
3
3
4
4
A A
B B
C C
D D
TITLE
SIZE DWG NO. REV
PRODUCT LINE
SCALE: SHEET OF
UNLESS OTHERWISE SPECIFIED
TOLERANCES
0 PLACES
MM
1 PLACE
MM ANGLES
  
0.5 0.1
- THREAD DEPTHS ARE TO MIN. FULL THDS
- DRILL DEPTHS ARE TO FULL DIA.
- REMOVE BURRS AND SHARP EDGES
- DO NOT SCALE PRINT
- MACHINED SURFACE FINISH 3.2uM [125 uIn]
PROPRIETARY DATA
THE INFORMATION AND DESIGN(S) DISCLOSED
HEREIN ARE THE PROPERTY OF MTS SYSTEMS
CORPORATION AND MAY NOT BE USED,
REPRODUCED OR DISCLOSED IN ANY FORM
EXCEPT AS GRANTED IN WRITING BY MTS
SYSTEMS CORPORATION. THIS RESTRICTION
EXCLUDES INFORMATION THAT IS IN THE
PUBLIC DOMAIN OR WAS LEGITIMATELY IN THE
PRIOR POSSESSION OF THE RECIPIENT.
mMTS SYSTEMS CORPORATION
SENSORS DIVISION
3001 SHELDON DRIVE, CARY, NC 27513
METRIC
FIRST
ANGLE C
1 1
DRAWN BY:
REV ECO# DESCRIPTION BY DATE
178 mm
(7 in.)
135 mm
(5.30 in.)
135 mm
(5.3 in.)
152 mm
(6 in.)
1
1
2
2
3
3
4
4
A A
B B
C C
D D
TITLE
SIZE DWG NO. REV
PRODUCT LINE
SCALE: SHEET OF
UNLESS OTHERWISE SPECIFIED
TOLERANCES
0 PLACES
MM
1 PLACE
MM ANGLES
  
0.5 0.1
- THREAD DEPTHS ARE TO MIN. FULL THDS
- DRILL DEPTHS ARE TO FULL DIA.
- REMOVE BURRS AND SHARP EDGES
- DO NOT SCALE PRINT
- MACHINED SURFACE FINISH 3.2uM [125 uIn]
PROPRIETARY DATA
THE INFORMATION AND DESIGN(S) DISCLOSED
HEREIN ARE THE PROPERTY OF MTS SYSTEMS
CORPORATION AND MAY NOT BE USED,
REPRODUCED OR DISCLOSED IN ANY FORM
EXCEPT AS GRANTED IN WRITING BY MTS
SYSTEMS CORPORATION. THIS RESTRICTION
EXCLUDES INFORMATION THAT IS IN THE
PUBLIC DOMAIN OR WAS LEGITIMATELY IN THE
PRIOR POSSESSION OF THE RECIPIENT.
mMTS SYSTEMS CORPORATION
SENSORS DIVISION
3001 SHELDON DRIVE, CARY, NC 27513
METRIC
FIRST
ANGLE C
1 1
DRAWN BY:
REV ECO# DESCRIPTION BY DATE
178 mm
(7 in.)
135 mm
(5.30 in.)
135 mm
(5.3 in.)
152 mm
(6 in.)
Fig. 5: Outer pipe configuration
1
1
2
2
3
3
4
4
A A
B B
C C
D D
REV ECO # DESCRIPTION
TITLE
SIZE DWG NO. REV
PRODUCT LINE
SCALE:
BY DATE
SHEET OF
UNLESS OTHERWISE SPECIFIED
TOLERANCES
0 PLACES
MM
1 PLACE
MM ANGLES
  
0.5 0.1
- THREAD DEPTHS ARE TO MIN. FULL THDS
- DRILL DEPTHS ARE TO FULL DIA.
- REMOVE BURRS AND SHARP EDGES
- DO NOT SCALE PRINT
- MACHINED SURFACE FINISH 3.2uM [125 uIn]
PROPRIETARY DATA
THE INFORMATION AND DESIGN(S) DISCLOSED
HEREIN ARE THE PROPERTY OF MTS SYSTEMS
CORPORATION AND MAY NOT BE USED,
REPRODUCED OR DISCLOSED IN ANY FORM
EXCEPT AS GRANTED IN WRITING BY MTS
SYSTEMS CORPORATION. THIS RESTRICTION
EXCLUDES INFORMATION THAT IS IN THE
PUBLIC DOMAIN OR WAS LEGITIMATELY IN THE
PRIOR POSSESSION OF THE RECIPIENT.
mMTS SYSTEMS CORPORATION
SENSORS DIVISION
3001 SHELDON DRIVE, CARY, NC 27513
METRIC
FIRST
ANGLE CMarketing
1 1
DRAWN BY:
***NO REVISIONS SHALL BE MADE WITHOUT THE NOTIFICATION TO APPROVAL AGENCY(S).***
Order length
Order Length
3/4 in NPT
Adjustable fitting
Pipe diameter
16mm (0.625 in)
Tip of transmitter
Tank Flange
(Provided by customer)
127 [5]
minimum
Tank Flange
1 in NPT or BSPP Adjustable
compression fitting, male
127mm [5 in ]
Order Length
Pipe diameter (0.625 in. dia)
constructed of 316l stainless steel
Sanitary process connection
(sanitary cap)
304.8 mm
(12 in.)

Level Plus®ReneME®
Operation Manual
I8 I
RefineME®transmitters should be used with a float having an offset
weight and made of stainless steel or Nickel Alloy C-276. This allows
the float to stay in contact with the pipe to prevent the buildup of an
electrostatic charge. For detailed information about floats, refer to
the ‘Accessories Catalog’, (Part #551103).
Non-metallic floats with a projected surface area of less than 5,000 mm²
should only be used in Zone 0, Gas group IIA such as float part numbers
201643-2, 201649-2, 201650-2, 201109, 251115 and 251116.
All other non-metallic floats offered by Temposonics such as, 251939,
251119 and 251120 should not be used in a hazardous area application.
Internal electronics
All transmitters come with two electronic components of a sensing
element and a board set. Rigid sensing elements are standard on
RefineME®. Flexible sensing elements may be ordered on request.
The board set consists of up to three electronic boards and a display.
A temperature sensing function is optional with the RefineME®
transmitter. The temperature sensing device is a Digital Thermometer
mounted inside the transmitter’s outer pipe assembly. The RefineME®
can be ordered with 1, 5, 12, or 16 temperature points.
Display
All LP-Series liquid level transmitters are shipped with a stylus (
Part # 404108) to be used for manipulating the display. For single and
dual cavity housings, the stylus is designed to allow for programming
of the unit without removing the housing. When using the stylus make
sure to align the stylus with the shape outline around the buttons in
the same orientation. Failure to correctly align the stylus can cause the
display to not function properly. Password for entering the menu is
27513. For additional details consult the protocol specific Modbus
Interface Manual (Part #551700), DDA Interface Manual (Part
#551701), and HART®Interface Manual (Part #551702).
Accessories
Temposonics also offers a series of displays, housings, converters,
and other accessories, please refer to the ‘Accessories Catalog’
(Part #551103).
Floats
RefineME®transmitters offer numerous floats for different applications
such as stainless steel, 3-A sanitary, Nickel Alloy C-276, FEP and
Buna-N for both product level and interface level. To be able to
accurately detect the interface level there needs to be a difference of
at least 0.05 in specific gravities between the product and interface
liquids. For detailed information about floats, refer to the ‘Accessories
Catalog’, (Part # 551103).
For assistance with selecting a specific float for your application,
please contact Technical Support with the following information:
• Specific gravity of liquid(s) being measured
• Process temperature
• Process opening size
Fig. 6: Stylus (Part # 404108)
Fig. 7: Display
5.2 Accuracy
For magnetostrictive transmitters inherent accuracy is measured
in terms of non-linearity. Non-linearity is a measurement of any
imperfections in the waveguide that are reflected in the linearity of
the transmitter’s output. Temposonics tolerances reflect a maximum
non-linearity of ± 1mm. Temposonics is able to achieve such
strict tolerances by manufacturing all of its own waveguide from a
proprietary alloy and testing 100% of all transmitters before shipping.
5.3 Warranty
Important:
Contact Technical Support or Customer Service for assistance if
you suspect that the transmitter is not working correctly. Technical
support can assist you with troubleshooting, part replacement, and
Returned Material Authorization (RMA) information if required.

Level Plus® ReneME®
Operation Manual
I9 I
All Level Plus®transmitters come with a two year limited warranty
from the factory shipment date. An additional extended warranty can
be purchased. A Return Materials Authorization (RMA) number is
required and must accompany any transmitter returns. Any unit that
was used in a process must be properly cleaned in accordance with
OSHA standards, before it is returned to the factory. A Material Safety
Data Sheet (MSDS) must also accompany the transmitter that was
used in any process.
5.4 Storage
If storage is required prior to installation, store indoors in a dry
environment at ambient temperature range not to exceed −40 °C to
71°C (−40 °F to 160 °F).
5.5 CRN Specifications
Below are the pressure calculations of the pressure ratings for ANSI
Raised Face flanges available on the RefineME®level transmitter
according to flange size, material of construction, and CRN
calculations under ASME B31.3-2016.
Stainless Steel Material of Construction
RF Flange Rating Maximum Temperature
100°F 200°F 257°F
No Flange 1110 psig 76.5 bar - - 928 psig 64.0 bar
150# 275 psig 19.0 bar 235 psig 16.2 bar 223 psig 15.4 bar
300# 720 psig 49.6 bar 620 psig 42.7 bar 585 psig 40.3 bar
600# 1440 psig 99.3 bar 1240 psig 85.5 bar 1171 psig 80.7 bar
Nickel Alloy C-276 Material of Construction
RF Flange Rating Maximum Temperature
100°F 200°F 257°F
No Flange 1149 psig 79.2 bar - - 1149 psig 79.2 bar
150# 290 psig 20.0 bar 260 psig 17.9 bar 243 psig 16.8 bar
300# 750 psig 51.7 bar 750 psig 51.7 bar 739 psig 51.0 bar
600# 1500 psig 104.3 bar 1500 psig 103.4 bar 1474 psig 101.6 bar
Do note, that there are two pressure ratings on the RefineME®level
transmitter. One pressure rating is for use in hazardous areas and the
other pressure rating is for use in pressure vessels. Depending on the
application one, both, or neither rating may be needed. If installed in
a hazardous area then the maximum pressure rating to maintain the
hazardous area rating is 1000 psi (68.9 bar). If installed in a pressure
vessel then the calculations shown above must be followed. However,
if the pressure vessel is in a hazardous area then the hazardous area
maximum still applies.

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Operation Manual
I10 I
• Vessel pressure
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
L P R
a b c d e f g h i j k l m n o p
aSensor model
LP R RefineME®Level Transmitter
b Output
MModbus
DDDA
UUSTDII Replacement
11 Loop with HART®
22 Loop with HART®
51 Loop with HART®and SIL 2
72 Loop with HART®and SIL 2 (loop 1 only)
d Electronics mounting
1Standard
f Materials of construction (Wetted parts)*
1316L stainless steel
3Nickel Alloy C-276
AFEP
e Sensor pipe
B5/8" OD Rigid Pipe
c Housing type
ANEMA housing w/cable
BNEMA housing w/terminal
CNEMA housing w/connector
DSingle cavity with display
EDual cavity with display
LSS single cavity w/display
g Process connection type
1NPT adjustable (¾ in. only)
2BSPP adjustable (¾ in. only)
6150 lb. welded RF ange
7300 lb. welded RF ange
8600 lb. welded RF ange
APN16, DIN 2572 welded ange
BPN40, DIN 2572 welded ange
CPN64, DIN 2572 welded ange
DPN100, DIN 2572 welded ange
h Process connection size
A¾ in. - NPT or BSPP only
D2 in. (DN50)
EDN65
F3 in. (DN80)
G4 in. (DN100)
H5 in. (DN125)
J6 in. (DN150)
XNone
i Number of Digital Thermometers (DT‘s)
0None
1One DT
55 DTs (Modbus or DDA)
KTwelve DTs (Modbus only)
MSixteen DTs (Modbus only)
j Digital Thermometer placement
FEvenly spaced per API
CCustom
XNone
*/ Note: Contact factory for other materials
5.6 Model number identification
Continued on next page…

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I11 I
NOTICE
Accessories such as floats, cables, and remote displays have to be
ordered separately. All accessories are shown in the Accessories
Catalog (Part #551103).
l Protection method
FExplosion proof / Flameproof (only for housing type D, E, or L)
IIntrinsically Safe
XNo approval
m Gas group
AGroup A (not available with “C = CEC (FMC)” notied body and
“F = Flameproof/Explosion“ proof protection method)
BGroup B
CGroup C
DGroup D
3IIC (Instrinsically Safe only)
4IIB + H2 (Explosion Proof / Flameproof only)
XNone
n Unit of measure
MMetric - Millimeters
UUS customary - Inches
p Special
SStandard product
oLength (no decimal spaces)
X X X X X Rigid sensor pipe: 305…7620 mm
(code as 00305 to 07620)
X X X X X Rigid sensor pipe: 12…300 in.
(code as 01200 to 30000)
kNotied body
CCEC (FMC)
EATEX
FNEC (FM)
IIEC
XNone
BINMETRO
NNEPSI
PCCOE
TCML/TIIS
KKC

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I12 I
5.7 Technical data
Level Output
Measured Variable Product level and interface level
Output Signal /Protocol Modbus RTU, DDA, Analog (4…20 mA), HART®
Order Length Rigid Pipe: 305 mm (12 in.) to 7620 mm (300 in.)
(Order length equals the measurement range plus the inactive zone. Contact factory for longer lengths)
Inherent Accuracy ±1 mm (0.039 in.)
Repeatability 0.001% F.S. or 0.381 mm (0.015 in.) whichever is greater (any direction)
Temperature Output
Measured Variable Average and multipoint temperatures (Modbus, DDA)
Single point temperature (Analog, HART®)
Temperature Accuracy (Modbus, DDA) ±0.2 °C (0.4 °F) range −40…−20 °C (−40…−4 °F),
±0.1 °C (0.2 °F) range −20…+70 °C (−4…+158 °F),
±0.15 °C (0.3 °F) range +70…+100 °C (+158…+212 °F),
±0.5 °C (0.9 °F) range +100…+105 °C (+ 212 …221 °F)
Temperature Accuracy (Analog, HART®)±0.28 °C (0.5 °F) range −40…+105 °C (−40…+221 °F)
Electronics
Input Voltage 10.5…28 VDC
Fail Safe High, Full scale (Modbus, DDA)
Low, 3.5 mA default or High, 22.8 mA (Analog, HART®)
Reverse Polarity Protection Series diode
EMC EN 61326-1, EN 61326-2-3, EN 61326-3-2, EN 61000-6-2, EN 61000-6-3, EN 61000-4-2,
EN 61000-4-3, EN 61000-4-4, EN 61000-4-5, EN 61000-4-6, EN 61000-4-8, EN 61000-4-11
Environmental
Enclosure Rating NEMA Type 4X, IP65
Humidity 0…100% relative humidity, non-condensing
Operating Temperatures Electronics: −40…+71 °C (−40…+160 ºF)
Sensing element: −40…+125 °C (−40…+257 °F) (Contact factory for specic temperature ranges)
Temperature element: −40…+105 °C (−40…+221 °F)
Vessel Pressure Rigid Pipe: 1,000 psi (68.9 bar) / FEP Pipe: 25 psi (1.75 bar)
Materials Wetted parts: 316L stainless steel,Nickel Alloy C-276, FEP (Contact factory for alternative materials)
Non-wetted parts: 316L stainless steel, Epoxy coated aluminum
Field Installation
Housing Dimensions Single cavity: 145 mm (5.7 in.) W × by 127 mm (5 in.) D × 109 mm (4.3 in.) H
Dual cavity: 117 mm (4.6 in.) W × by 127 mm (5 in.) D × 206 mm (8.1 in.) H
Stainless steel single cavity: 178 mm (7.1 in.) W × by 135 mm (5.3 in.) D × 153 mm (6 in.) H
NEMA Type 4X: 87 mm (3.4 in.) W × by 124 mm (4.9 in.) D × 132 mm (5.2 in.) H
Mounting
Rigid Pipe ¾ in. Adjustable MNPT or BSPP tting, Flange mount
Wiring
Connections 4-wire shielded cable or twisted pair, Daniel Woodhead 6-pin male connector
4570 mm (180 in.) integral cable with pigtail
Electrical connections
Single and dual cavity ¾ in. FNPT conduit opening, M20 for ATEX/IECEx version
NEMA Type 4X ½ in. FNPT conduit opening
Display
Measured variables Product level, interface level and temperature

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I13 I
6. Installation and mounting
6.1 Training
Warning:
When the pipe/hose of the LP-Series level transmitter is installed or
removed from the tank the release of flammable vapors will occur.
Take all necessary precaution when installing or removing the level
transmitter due to the release of flammable vapors.
Installation should only be conducted by qualified service personnel
according to IEC 60079-14 and local regulations or Temposonics
trained service technicians. Temposonics offers web based and in
person training for installation, commissioning, maintenance, and
repair. Temposonics also offers factory direct services for these same
functions. Contact Temposonics to discuss training or factory direct
services before starting.
6.2 Stilling wells and guide poles
Level Plus®transmitters can be mounted in slotted or unslotted stilling
wells but a slotted stilling well is always preferred. Using a unslotted
stilling well will negatively affect performance of any level device as
the level in the stilling well can differ from the level in the tank. The
Level Plus®transmitter can also be installed to one side of the stilling
well to also allow for sampling and manual gauging from the same
opening as the automatic tank gauging. Contact Technical Support for
details.
Level Plus®transmitters do not require a stilling well for installation.
Our transmitters are installed in numerous tanks without stilling wells
with no loss in performance due to our patented flexible waveguide
and hose. A stilling well is highly recommended for agitated, turbulent,
and/or fast filling tanks.
6.3 Tools
• Channel Lock pliers
• 9/64" Hex Key (Allen wrench)
• ¾" Open End wrench
• Common head screwdriver, slotted screwdrive
6.4 Installation steps
1. Consult chapter 4.3 before starting.
2. Perform steps 1-10 in chapter 8.4.1 for Modbus or DDA.
Caution:
It is recommended that assembly and mounting of this transmitter
should not be done alone. To ensure proper and safe assembly of
the RefineME®transmitter, a minimum of two (2) individuals are
recommended. Gloves are also recommended. PPE may be required
for work areas such as safety shoes, safety glasses, hard hat, and
fire resistant clothing.
Perform steps 1-9 in chapter 8.4.2 for Analog.
3. Remove the stop collar and E-ring. With assistance, feed the pipe
through the hole of the removed tank flange until the flange is
positioned at the top of the pipe. Insert the threaded portion
of the adjustable fitting into the customer supplied flange and
tighten (apply pipe thread sealant if required). Be careful not to
drop flange on the pipe as damage may result.
4. Slide the product float onto the pipe. Slide the interface float
(optional) onto the pipe. Install stop collar 3 inches from the
bottom of rigid section (see ‘Note’ below). Install E-ring.
Do not drop float(s) or allow them to free fall along the pipe as
damage may result.
NOTICE
The stop collar can be removed or adjusted based on the float
selected for the application. Please consult the factory for more
information.
5. Slide float(s) back down to the stop collar to prevent them from
free falling during installation into the tank. Insert the pipe and
floats through the tank riser pipe and lower the transmitter/float
assembly into the tank until it rests on the bottom.
6. Secure the flange onto the tank riser pipe.
7. Pull the transmitter upward to straighten the pipe. Tighten the
adjustable fitting to hold the transmitter in place.
8. Terminate the field wire cables noting proper wire orientation.
6.5 Mounting
The method of mounting the transmitter is dependent on the vessel
or tank in which it is being used, and what type of transmitter is being
mounted. There are two typical methods for mounting; threaded flange
mounting and welded flange mounting.
Threaded flange mounting
In most applications, the RefineME®transmitter can be mounted
directly to the tank or flange via a NPT or BSPP threaded fitting,
assuming there is a proper threaded connection available. If the float
will not fit through the flange opening when the flange is removed,
there must be some alternative means to mount the float on the
transmitter from inside the vessel; this may require an access port
nearby the entry point of the transmitter as shown in Fig. 7.
Riser
NPT or BSPP fitting
Tank flange
(customer supplied
or ordered separately)
Float access
port
Tip of transmitter
N

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Operation Manual
I14 I
Fig. 8: Threaded flange mounting for industrial pipe
Welded flange mounting
The RefineME®transmitter can also be mounted to a tank flange as
shown in Fig. 9.
• 1st: Install float(s) onto the transmitter.
• 2nd: Install the float retaining hardware on the tip of the transmitter.
• To complete the installation, mount the transmitter, flange and
float(s) as a unit in to the tank.
Welded flange
Tank flange
Welding sleeve
28.6 mm
(1.13 in.) dia
Product float
Riser
Stainless-steel
flexible pipe
Interface float
Bottom-fixing weight
or magnet
Fig. 9: Welded flange mounting for industrial pipe
7. Electrical connections
7.1 Basic information
A typical intrinsically safe connection for the Level Plus®RefineME®
transmitter includes protective safety barriers, a power supply and a
reading or monitoring device. Refer to Agency information in chapter 13.
A typical explosion proof/flameproof connection for the Level Plus®
Tank Slayer®transmitter includes a power supply and a reading or
monitoring device. All cabling is in approved conduit with sealoffs
as specified by local electrical code. Refer to agency information in
chapter 13.
7.2 Safety recommendations
Be sure to:
1. Always follow applicable local and national electrical codes and
observe polarity when making electrical connections.
2. Never make electrical connections to the RefineME®transmitter
with power turned on.
3. Make sure that no wire strands are loose or sticking out of the
terminal block connection which could short and cause a
problem.
4. Make sure that no wire strands, including shield, are in contact
with the electronic module enclosure.
5. The electronics module enclosure is grounded through internal
circuitry and is electronically isolated from the explosion proof
housing.
7.3 Industrial topologies
There are four topologies described and illustrated below.
However, the daisy chain topology is not recommended by
Temposonics.
Point-to-point
The point-to-point topology consists of having only one device on the
loop as shown in Fig. 10. This topology is not usually used with a bus
network since it does not take advantage of placing multiple devices
on a loop.
PLC
Fig. 10: Point-to-point topology
Bus with spurs
The bus with spurs topology has a main trunk cable that has each
device connected via its own spur at a junction box as shown in Fig.
11. The bus with spurs and tree topologies can also be used together
to form a hybrid topology.
PLC
Fig. 11: Bus with spurs topology
Tree alignment
The tree topology is very similar to the bus with spurs topology with
the main difference of having a common junction box for all of the
transmitters as shown in Fig. 12. Bus with spurs and tree topologies
can also be used together to form a hybrid topology.

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Operation Manual
I15 I
7.5 Electrical conduit
7.6 Grounding
7.6.1 Safety grounding
Warning:
Grounding the transmitter through a threaded conduit connection
does not meet the requirements as a grounding of the sensor for
safety.
There are two methods to provide an earth ground connection to the
earth ground of the electronics. Either method must result in a resis-
tance of less than 1 Ω.
• Run an earth ground through the conduit and connect directly to the
earth ground lug inside the housing.
PLC
Fig. 12: Tree topology
Daisy chain
The daisy-chain topology utilizes a single cable that is connected to
all of the transmitters with the cable being interconnected at each field
device. When using this topology make sure that the wiring practice
allows for one transmitter to be disconnected without disconnecting
the entire loop as shown in Fig. 13. Temposonics does not suggest
using the daisy-chain topology.
PLC
Fig. 13: Daisy-chain topology
7.4 Cable recommendations
Refer to ‘Table 2’ below for general requirements of cable types for the
Level Plus®RefineME®transmitter.
Cable specifications
Parameter Specification
Minimum cable size 24 to 14 AWG (0.51 to 1.6 mm diameter)
Cable type Single pair shielded or multiple pair with
overall shield; minimum 0.010 in. (0.25
mm) insulation thickness
Capacitance Less than 30 pF/ft (98 pF/m)
Table 2: Cable specifications
Conduit sealing fitting
NPT or BSPP Fitting
Do not over-tighten
compression fitting!
Interface float
(ordered
separately)
Product float
(ordered
separately)
View shown with
cover removed
Plugged entry
Do not use
(see notes)
3/4 NPT or M20 conduit access
Use NPT conduit fitting only!
Conduit
(flexible or rigid)
Conduit from
control room
Level Plus®
Do not remove cover with circuit energized in
hazardous locations!
Follow safe work procedures.
Fig. 14: Electrical conduit installation
NOTICE
1. Tighten housing cover (both front and back covers if dual
cavity) to full stop against the O-ring.
2. Do not over-tighten compression fittings.
3. Use side conduit entry only.
4. In high humidity areas, use a breather drain type conduit
sealing fitting to minimize moisture intrusion.
5. For Division Installations, an approved conduit seal is required
within 457 mm (18 in.) of the enclosure.
6. For Zone Installations, an approved conduit seal is required
within 50mm (2 in.) of the enclosure.

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I16 I
• Run an earth ground directly to the ground lug on the outside of the
housing.
7.6.2 Shield grounding
Warning:
The shield ground does not meet the requirements as grounding
of the sensor for Safety.
Immunity performance of the sensor from external sources of
surge, burst, RF, radiated emissions and other noise is dependent
on a proper ground for the shield of the communications cable.
The communications cable shield should be of a braided type and
connected to the internal ground lug of the sensor housing.
Runs in a continuous metallic conduit
When installed inside a dedicated continuous metallic conduit,
the conduit provides a level of shielding protection from external
interference and a level of ground to the sensor housing. In this case
a foil type shielded cable with a drain wire connected to the internal
ground lug may be sufficient. Sharing of the metallic conduit with
other cables will result in loss of effective shielding performance of
the communication cable and possible degradation in performance
of the sensor. In this case a braided type shielded cable connected to
the sensor internal ground lug would be recommended. In all cases
paralleling the communications cable with any noise generating cable
inside of a conduit or with noise generating cables in close proximity
to the conduit may degrade the performance of the sensor.
Runs without a conduit
In some rare applications, or where safety may not be required, a
metallic conduit may not exist. The communications cable shield
should be of a braided type and connected to the internal ground lug
of the sensor housing. Alternatively a safety approved EMC Cable
Gland can be used for grounding the shield. Contact Temposonics for
information before using one of these cable glands.
NEC
Undesirable currents (ground loops) is a violation of the NEC and is a
safety hazard.
Entity parameters
Digital supply
(1 per LT)
Ui = 28 Vdc
Ii = 100 mA
Ci = 0.0 µF
Li = O mH
Pi = 700 mW
Digital
communication
(2 per LT)
Ui = 8.6 Vdc
Ii = 10 mA
Ci = 0.0 µF
Li = 0.0 mH
Pi = 21.5 mW
Analog
(1 per loop)
Ui = 28 Vdc
Ii = 120 mA
Ci = 0 µF
Li = 5 µH
Pi = 840 mW
Table 3: Safety barrier entity parameter references
Table 4: Safety barrier entity parameter references
7.7 Safety barriers
Refer to Table 3 for entity parameters and Table 4 for example safety
barriers
Supplier STAHL STAHL STAHL
Type 9001/01-280-
100-101
9001/51-280-
110-141
9001/01-086-
010-101
Maximum voltage 28 Vdc 28 Vdc 8.6 Vdc
Maximum current
(each channel) 100 mA 110 mA 10 mA
Maximum power
(each channel) 700 mW 770 mW 21.5 mW
Number of channels 111
Interface Modbus/DDA HART®Modbus/DDA

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I17 I
8. Commissioning
8.1 Training
Commissioning should only be conducted by qualified service
personnel according to IEC 60079-14 or Temposonics trained service
technicians and local regulations. Temposonics offers web based and
in person training for installation, commissioning, maintenance and
repair. Temposonics also offers factory direct services for these same
functions. Contact Temposonics to discuss training or factory direct
services before starting.
8.2 Tools
• Channel Lock pliers
• 9/64" Hex Key (Allen wrench)
• ¾" Open End wrench
• RS485 to USB Converter (Part # 380114)[Modbus and DDA]
• Windows Based PC
• Linear Regulated Power Supply
• LP Dashboard
• HART®to USB Converter (Part #380068)[HART®]
8.3 Setup software
Temposonics offers Setup Software that is shipped with the level
transmitter and is also available for download from www.temposonics.
com. The Setup Software is to be used for installation, commissioning,
and troubleshooting. For further details on how to use the setup
software consult the Modbus Interface Manual (Part #551700), the
DDA Interface Manual (Part #551701), and HART®Interface Manual
(Part #551702).
8.4 Commissioning steps
NOTICE
For Additional details consult the protocol specific Modbus Interface
Manual (Part # 551700), DDA Interface Manual (Part # 551701),
and HART®Interface Manual (Part # 551702).
8.4.1 Modbus or DDA
1. Consult chapter 4.3 before starting.
2. Remove level transmitter from shipping container.
3. Remove stop collar.
4. Insert pipe into float(s) making sure float(s) are in the active
range. Install product float first.
5. Connect power, RS485 to USB converter, and PC.
6. Open LP Dashboard.
7. Establish Communication.
8. For DDA Interface – Set Address.
9. For Modbus Interface – Set Address, Enter Strap Table, Setut
Volume Correction Method.
10. Disconnect Power and Communication. Remove floats. Prepare
level transmitter for transport to the top of the tank.
9. Maintenance
9.1 Training
Maintenance should only be conducted by qualified service personnel
according to IEC 60079-14 and local regulations or Temposonics
trained service technicians. Temposonics offers web based and in
person training for installation, commissioning, maintenance, and
repair. Temposonics also offers factory direct services for these same
functions. Contact Temposonics to discuss training or factory direct
services before starting.
9.2 Tools
• Channel Lock pliers
• 9/64" Hex Key (Allen wrench)
• ¾" Open End wrench
9.3 Inspection
Below are some standard items that should be inspected on a
regular basis to make sure that the level transmitter and surrounding
environment are in operating condition.
• Hazardous Area Label is present and legible
• Hazardous Area approval is correct for installation
• There are no visible unauthorized modifications
• Electrical connections are tight
• Condition of enclosure O-ring is satisfactory
• No water ingress (white powder)
• No obvious damage to cable
• Sealing of conduit or cable gland is satisfactory
• Earth ground is satisfactory
11. Complete Installation in chapter 6.4.
12. Have qualified technician perform hand measurement. Enter hand
measurement into LP Dashboard and calibrate.
13. Store all settings as backup file according to site name and
tank number.
8.4.2 HART®
1. Consult chapter 4.3 before starting
2. Remove level transmitter from shipping container.
3. Remove e-ring and stop collar.
4. Insert pipe into float(s) making sure float(s) are in the active range.
5. Connect power, HART®to USB converter, and PC
6. Open LP Dashboard.
7. Establish Communication.
8. Set/Update 4 and 20 mA setpoints
9. Disconnect Power and Communication. Remove floats. Prepare
flexible level transmitter for transport to the top of the tank.
10. Complete Installation in chapter 6.4.
11. Have qualified technician perform hand measurement. Enter hand
measurement into LP Dashboard and calibrate.
12. Store all settings as backup file according to site name and tank number.

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I18 I
• Single or Dual Cavity Enclosure threads are not damaged
• Housing o-ring is not damaged or cracked
• No corrosion on visible parts
• Printed circuit boards are clean and undamaged Preventative
maintenance
Level Plus®level transmitters do not typically require preventative
maintenance but may require preventative maintenance dependent
on the application. For general purpose applications where there is
no potential for buildup on the pipe and/or float there is no need for
preventative maintenance but routine inspection is still suggested.
For severe service applications where there is potential for buildup on
the pipe and/or float then preventative maintenance is required.
9.4.1 General purpose applications
9.4.1.1
Perform Inspection suggested in chapter 9.3
9.4.1.2
No additional preventative maintenance is necessary. Preventative
maintenance suggested for Severe Service Applications may be
performed.
9.4.2 Severe Service Applications
9.4.2.1
Perform inspection suggested in chapter 9.3
9.4.2.2
Disconnect Power.
9.4.2.3
Disconnect process connection from tank. Remove pipe from tank.
9.4.2.4
When the bottom of the pipe is reached inspect the floats.
9.4.2.4.1
If the floats are highly contaminated then remove the assembly from
the tank and remove the floats from the pipe.
9.4.2.4.2
If the floats are slightly contaminated then clean the floats without
removing the floats from the pipe.
9.4.2.5
Replace pipe and floats in tank.
9.4.2.6
Connect process connection to tank.
9.4.2.7
Connect Power.
9.4.2.8
The process should be carried out regularly until a consistent pattern
has been established as to how long the intervals between cleanings
should be.
10. Repair
10.1 RMA policy
All Level Plus®transmitters come with a two year limited warranty
from the factory shipment date. A Return Materials Authorization
(RMA) number is required and must accompany any transmitter
returns. Any unit that was used in a process must be properly cleaned
in accordance with OSHA standards, before it is returned to the
factory. A Material Safety Data Sheet (MSDS) must also accompany
the transmitter that was used in any process.
10.2 Training
Repair should only be conducted by qualified service personnel
according to IEC 60079-14 and local regulations or Temposonics
trained service technicians. Temposonics offers web based and in
person training for installation, commissioning, maintenance, and
repair. Temposonics also offers factory direct services for these same
functions. Contact Temposonics to discuss training or factory direct
services before starting.
10.3 Tools
• Channel Lock pliers
• 9/64"Hex Key (Allen wrench)
• ¾"Open End wrench
• Phillips head screwdriver, plus screwdriver
• Common head screwdriver, slotted screwdriver
• RS485 to USB Conververter (Part # 380114)[Modbus and DDA]
• Windows Based PC
• Linear Regulated Power Supply
• HART®to USB Converter (Part # 380068)
10.4 Setup software
Temposonics offers Setup Software that is shipped with the level
transmitter and is also available for download from www.temposonics.
com. The Setup Software is to be used for installation, commissioning
and troubleshooting. For further details on how to use the setup
software consult the Modbus Interface Manual (Part # 551700), the
DDA Interface Manual (Part # 551701), and HART®Interface Manual
(Part # 551702).
Important:
Contact Technical Support or Customer Service for assistance if
you suspect that the transmitter is not working correctly. Technical
support can assist you with troubleshooting, part replacement, and
Returned Material Authorization (RMA) information if required.
NOTICE
It is best to clean the pipe as it is removed from the tank to minimize
the amount of product that is removed from the tank. The user
should take caution and abide by all regulations so that product is
not spilled and the environment is not contaminated.

Level Plus® ReneME®
Operation Manual
I19 I
10.5 Troubleshooting
Symptom Possible cause Action
No communication
with transmitter
No power Check voltage at
transmitter
Wiring incorrect Reference installation
drawing chapter 12
Wrong address DDA factory default is
‘192 ’
Modbus factory default
is ‘247 ’
Wrong software Confirm correct software
Wrong protocol Confirm software and
transmitter are same
protocol
Missing magnet
error
or Alarm output
Float not recognized Confirm that the float is
attached
Float is in the dead
zone
Raise float to see if the
error stops
Wrong number of
floats selected
Confirm that the
number of floats on
the transmitter and
the number of floats
the transmitter is
attempting to verify are
the same.
Trigger level error Gain needs to be
adjusted
Consult Factory
SE is damaged Consult Factory
Min. trigger level
too high
Consult Factory
Volume
calculation error
No strap table
entered
Enter strap table
Level outside range
of strap table
Enter additional points
in strap table
Strap table
incorrect
Check value entries
VCF error No VCF table
entered
Enter VCF table
VCF table incorrect Check VCF value entries
Table 5: Troubleshooting reference
11. Spare parts
Below are the spare parts list for the LP-Series show as the display,
electronic module, sensing element and rigid pipe. Please contact
Temposonics Technical Support with any questions.
Sensing Element
Change third digit in Model Number from T to E.
For example, the sensing element for model number
LPTME1N11B5FFIAU50000S is LPEME1N11B5FFIAU50000S.
Flexible Hose
Change third digit in Model Number from T to P.
For example, the replacement flexible hose for model number
LPTME1N11B5FFIAU50000S is LPPME1N11B5FFIAU50000S.
12. Interface
RefineME®is available with multiple outputs including Modbus, DDA,
and HART®. This Operation and Installation Manual includes all of
these outputs. Each output has its own specialized Interface Manual
that should be consulted for additional information on the specific
output. For SIL consult the SIL Safety Manual (Part # 551851).
12.1 Modbus
Temposonics offers Modbus RTU over a RS485 half-duplex network.
For additional information consult Interface Manual Modbus
(Part # 551700).
12.2 DDA
Temposonics offers DDA (Direct Digital Access) over a RS485 half-
duplex network. For additional information consult Interface Manual
DDA (Part # 551701).
12.3 HART®
Temposonics offers HART®over a 4 to 20 mA signal. For additional
information consult HART®Interface Manual (Part # 551702).
Spare part Part number
Display 254732
Output Housing Part number
HART®Single Loop A, B, C, D, E 254731-1
HART®Dual Loop A, B, C, D, E 254731-2
Modbus A, B, C, D, E 254731-3
DDA A, B, C, D, E 254731-4
HART®Single Loop L 254731-5
HART®Dual Loop L 254731-6
Modbus L 254731-7
DDA L 254731-8
SIL Single Loop A, B, C, D, E 254850-1
SIL Dual Loop A, B, C, D, E 254850-2
SIL Single Loop L 254850-5
SIL Dual Loop L 254850-6

Level Plus®ReneME®
Operation Manual
I20 I
Table 6: Agency approvals, part 1
13. Agency information
13.1 Approvals overview
The Notified Body is designated in the 13th digit of the model number and the Protection Method is designated in the 14th digit of the model
number. These two digits of the model number specify the hazardous area approval that is provided with the selected level transmitter.
Shown below are the detailed approval information for the NEC, CEC, IEC, and ATEX approvals. Temposonics additionally has approvals under
INMETRO, NEPSI, KC, CCoE, and CML (Japan). Please contact Temposonics with any questions about the hazardous approval needed.
Continued on next page...
Notified body Protection method Classification Standard
C = CEC I = Instrinsic Safety Class I, Division 1, Groups ABCD T4
Class I, Zone 0, Ex ia IIC T4 Ga
Ta = -50°C to 71°C IP65
CAN C22.2 No. 157-92:2012
CSA C22.2 No. 1010.1:2004
CAN/CSA C22.2 No. 60079-0:2011
CAN/CSA C22.2 No. 60079-11:2014
CAN/CSA C22.2 No. 60529:2005
F = Explosionproof /
Flame proof
Class I, Division 1, Groups BCD T6…T3
Ex db IIB+H2 T6…T3 Ga/Gb
Ta = -40°C to 71°C IP65
CSA C22.2 No. 0.4-04:R2013
CSA C22.2 No. 0.5:R2012
CSA C22.2 No. 0-10:R2015
CSA C22.2 No. 30:R2012
CAN/CSA C22.2 No. 60079-0:2015
CAN/CSA C22.2 No. 60079-1:2016
CAN/CSA 622.2 No. 60079-26:2016
CAN/CSA C22.2 No. 61010.1:2012
CSA C22.2 No. 60529:R2010
E = ATEX I = Instrinsic Safety II 1 G Ex ia IIC T4 Ga
Ta = -50°C to 71°C IP65
EN 60079-0:2012
EN 60079-11:2012
EN 60529:1991 + A1:2000
F = Flame proof II 1/2 G Ex db IIB+H2 T6…T3 Ga/Gb
Ta = -40°C to 71°C IP65
EN 60079-0:2012+A11:2013
EN 60079-1:2014
EN 60079-26:2015
EN 60529:1991 + A2:2013
F = NEC I = Instrinsic Safety Class I, Division 1, Groups ABCD T4
Class I, Zone 0, AEx ia IIC T4 Ga
Ta = -50°C to 71°C IP65
FM 3600:2011
FM 3610:2010
FM 3810:2005
ANSI/ISA 60079-0:2013
ANSI/ISA 60079-11:2014
ANSI/IEC 60529:2004
F = Explosionproof /
Flame proof
Class I, Division 1, Groups ABCD T6…T3
Class I, Division 1, Groups BCD T6…T3
Class I, Zone 0/1, AEx db IIB+H2 T6…T3 Ga/Gb
Ta = -40°C to 71°C IP65
FM 3600:2011
FM 3615:2006
FM 3810:2005
ANSI/ISA 60079-0:2013
ANSI/UL 60079-1:2015
ANSI/UL 60079-26:2017
ANSI/IEC 60529:2004
I = IEC I = Instrinsic Safety Ex ia IIC T4 Ga
Ta = -50°C to 71°C IP65
IEC 60079-0:2011
IEC 60079-11:2011
F = Flame proof Ex db IIB+H2 T6…T3 Ga/Gb
Ta = -40°C to 71°C IP65
IEC 60079-0:2007-10
IEC 60079-1:2007-04
IEC 60079-26:2014-10
IEC 60529:2013
B = INMETRO I = Instrinsic Safety Ex ia IIC T4 Ga
Ta = -50°C to 71°C IP65
ABNT NBR IEC 60079-0
ABNT NBR IEC 60079-11
ABNT NBR IEC 60529
F = Flameproof Ex db IIB+H2 T6…T3 Ga/Gb
Ta = -40°C to 71°C IP65
ABNT NBR IEC 60079-0
ABNT NBR IEC 60079-1
ABNT NBR IEC 60079-26
ABNT NBR IEC 60529