Lesman Flow Products Guide, October 2016

Lesman Flow Products Guide, October 2016
Lesman
www.lesman.com
Instruments • Valves • Controls
Lesman
Flow
Products
Guide
Vol FLO16
For matter that flows, flow
measurement matters! Look
inside for flow instruments
that help reduce energy and
inventory costs and improve
product consistency.
WE KNOW FLOW
Liquids • Gases • Steam • Bulk Solids
Flow
Technologies
for Every
Application
• Coriolis Mass Flow
If you can flow it,
we can show it!
• DP Mass Flow
• Insertion Impeller
Flowmeters
• Magnetic Flowmeters
• Orifice Plates
• Oval Gear Flowmeters
• Paddlewheel Switches
LIQUIDS
GASES
STEAM
BULK
SOLIDS
• Pitot Tubes
•Rotameters
• Thermal Dispersion
• Turbine Flowmeters
• Ultrasonic Clamp-On
Flowmeters
• Ultrasonic Systems for Open
Channel Flow
• Venturi Flow Elements
• Vortex Mass Flowmeters
Learn more on page 2.
Learning Flow
Free flow technology webinars.
Lecture and hands-on sessions
taught by our factory-trained
product specialists.
Visit www.lesman.com/train/
Need help? Call Lesman inside sales at 800-953-7626.
TABLE OF
CONTENTS
V 10.2016
2
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
www.lesman.com • [email protected]
What’s the Right Flow Technology for Your Process?
Key
Need help figuring out which flow measurement instrumentation to use in your process? Start with
the reference charts below. Find your media type to help narrow down your choices. Then, take a look
at the comparative specifications in the chart at the right. Depending on your application, there may
be more than one technology for you.
M Medium
L Low
Do not use
▼
Dirty Liquid
Viscous Liquid
Corrosives
Slurries
Clean Gas
Dirty Gas
Steam
Cryogenics
Turndown Ratio
Sizes
Accuracy (%FS)
Repeatability
(%)
Upstream Pipe
Diameter
Permanent
PSI Drop
Relative Cost
Specifications
Clean Liquid
Media Type
H High
Recommended
▲
u Depends on application
See
Page(s)
▲
u
u
u
▼
▲
u
▲
▲
60:1
3"-12”
0.75
0.05
0
M
H
Call
Coriolis Flowmeter
▲
▲
▲
▲
▲
u
u
u
u
25:1
0.1"–6”
0.15
0.1
0
L
H
32
DP Mass Flowmeter
▲
▲
▲
u
u
▲
▲
▲
▼
40:1
—
0.1
0.1
—
—
H
24-27, 46
DP Orfice Plate
▲
u
u
▲
▼
▲
u
▲
▲
4:1
>1”
1
0.1
10-30
H
L
19-21
DP Pitot Tube
▲
▼
▼
u
▼
▲
u
▲
▼
4:1
0.5"–72”
0.75
0.1
10
L
L
21
DP Wedge
▲
▲
▲
▲
▲
▲
▲
▲
▼
10:1
0.5"–30”
3
0.5
12
H
H
Call
DP Venturi
▲
▲
u
u
▼
u
u
▲
▼
10:1
0.5"–72”
1
0.1
10
M
L
22
Insertion Impeller
▲
u
▼
u
▼
▼
▼
▼
▼
—
1.5"–100"
1.5
—
0
L
L
12
Laminar Flow Element ▼
▼
▼
▼
▼
▲
▼
▼
▼
20:1
2"–8"
0.72
0.1
10
L
H
23
Magnetic Flowmeter
▲
▲
▲
▲
▲
▼
▼
▼
▼
10:1
>0.1”
0.5
0.2
5
L
M
3, 28-31
Oval Gear Flowmeter
▲
▲
▲
u
▼
▲
u
▼
u
20:1
0.125"–4”
1
0.3
0
H
M
10-11
Paddle Switch
▲
u
▼
u
▼
▲
u
▼
▼
N/A
0.25"–8”
N/A
3
0
L
L
15–16
Paddlewheel
▲
▼
u
u
▼
u
u
▼
▼
3:1
0.1"–1.5”
2.5
1
0
H
L
18
Rotameter
▲
▼
u
u
▼
▲
▼
u
▼
5:1
0.2"–3”
4-8
2
0
M
L
17
Shuttle Switch
▲
▼
▼
u
▼
▼
▼
▼
▼
N/A
0.25"–1.5"
N/A
1–3
0
L
L
18
Thermal Dispersion
▲
u
u
u
u
▲
▲
▼
u
100:1
0.2"–72”
0.5
0.2
10
L
H
14, 17
Turbine Flowmeter
▲
▼
u
u
▼
▲
u
▲
u
10:1; 50:1
0.5"–4"
0.5
0.1
10-20
H
H
4–9
Ultrasonic Clamp-On
▲
u
▲
▲
▼
u
▼
▼
▼
40:1
10
L
H
34-37
V-Notch
▲
u
▼
u
u
▼
▼
▼
▼
300:1
—
2-5
2
4H
0
L
Call
Verabar with
Averaging Pitot Tube
▲
u
u
u
▼
▲
u
▲
▼
10:1
2"–192”
1.0%
0.10
10
L
L
21
Vortex Flowmeter
▲
u
u
u
▼
▲
u
▲
▼
H
>1”
1
0.2
20-30
M
L
39
Weir
▲
u
▼
u
u
▼
▼
▼
▼
300:1
—
2-5
2
4H
0
L
38
Technology
Accelabar with
Averaging Pitot Tube
0.25"–360” 0.5-1.0 0.15
Don't see what you need? Call Lesman sales at 800-953-7626.
Find Your Instrumentation for Bulk Solids Flow Measurement
Belt Scales
Weighfeeders
Solids Flowmeters
Speed Sensors
Integrators
Dispensing Valves
Page 40
Page 42
Page 43
Page 41
Page 42
Page 44
Radiametric
Weighing Systems
Page 45
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
WHAT'S NEW
AT LESMAN
3
New Flow Products Available from Lesman
SITRANS FC430 Coriolis Flowmeter
NTEP Approved for Custody Transfer
Replaces retired
Siemens Milltronics
OCM-III.
See page 38.
Siemens SITRANS LUT400 Ultrasonic
Controller for Open Channel Flow
• Accuracy to ±0.04” (1 mm)
• Improved Sonic Intelligence for better performance in noisy
environments
• Energy-saving algorithms and real time clock help you reduce
pump operation cost by avoiding peak energy periods
• Front interface with four-button programming, menu-driven
parameters, and graphical quick-start wizards
• Echo profile and trend displays for enhanced diagnostics
• Datalogger records performance and alarm events
• HART® communications with access via panel interface, SIMATIC
PDM, Emerson handhelds, and web browser
• Built-in wall, pipe, and DIN rail mounting
• Removable terminal strips for hassle-free wiring
• Sizes available from 1.2” to 3”
• 0.1% accuracy, 0.05% repeatability,
resistant to external vibration
• Now NTEP approved for custody
transfer applications in the U.S. and
Canada, for measurement of volume and mass liquid flow
• High accuracy measurement
with minimal pressure loss
• Can be used in fiscal or custody
transfer metering applications in
oil and gas, petrochemical, and food and
beverage processes
• Install anywhere, fit multiple units into tight spaces
• Flange, pipe thread, hygienic thread or clamp connections
• 4-20 mA analog output with HART® 7.2 standard. I/O options
include analog, pulse, frequency, relay, or status
• Can be validated and configured for SIL2 or SIL3 operation
• Meets all IEC Ex, ATEX, and FM hazardous area requirements
• Avoids cavitation and separation of fragile fluids; EHEDG/3A
approved for hygienic use
• Remote FCS400 model’s digital sensor link guarantees highspeed data transfer, even up to 200 meters between sensor
and transmitter
• FM-approved models with 150# ANSI flanges See page 33.
available from Siemens Quick Ship
GPI Flomec QSE Plastic Case Magnetic Flowmeter
Learn more at
Lesman.com
• Non-intrusive, no moving parts to wear out, virtually maintenance free, and tolerates
high flows without damaged
• Wide turndown ratio: 0.25 to 15.0 FPS
• Good in temperatures 32° to 210°F (180°F for flanged models)
• Open collector pulse output
• Noryl® housing, 316L stainless steel electrodes, NBR O-rings
• Modified bore permits unobstructed flow, minimizes flow disturbances and straight
pipe requirements
• Compatible with FLOMEC Android app and Bluetooth for meter operation, real-time
data viewing, and data downloads
• NSF certification pending
Flowmeter Size
Fitting Type
Flow Range
Accuracy
±2.0%
±0.5%
Typical K Factor
1/2"
NPT Male
0.15 to 10 GPM
0.56 to 38 LPM
0.15 to 0.6 GPM
0.61 to 10 GPM
4347 PPG
1158.5 PPM
3/4"
NPT Male
0.3 to 20 GPM
1.13 to 76 LPM
0.3 to 1.2 GPM
1.21 to 20 GPM
1937 PPG
511.8 PPL
1"
NPT Male
0.6 to 40 GPM
2.27 to 151 LPM
0.6 to 2.4 GPM
2.41 to 40 GPM
1089 PPG
287.7 PPL
1-1/2"
NPT Male
1.2 to 80 GPM
4.54 to 303 LPM
1.2 to 4.8 GPM
4.81 to 80 GPM
484.1 PPG
127.9 PPL
2"
NPT Male
2.25 to 150 GPM
8.5 to 568 LPM
2.25 to 9.0 GPM
9.01 to 150 GPM
400 PPG
105.7 PPL
NPT versions start at $650. Flanged models start at $850.
3"
ANSI Flanged
4.5 to 300 GPM
17 to 1136 LPM
4.5 to 18.0 GPM
18.01 to 300 GPM
121 PPG
32.0 PPL
4"
ANSI Flanged
9 to 600 GPM
34 to 2271 LPM
9 to 36.0 GPM
36.01 to 600 GPM
68.1 PPG
18.0 PPL
TURBINE
FLOWMETERS
V 10.2016
4
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
G2 Industrial Grade Turbine Flowmeters
Aluminum for Petroleum Applications
Stainless Steel for General Service
Flomec’s stainless steel meters are
suited for most chemical applications
including ammonium, plating
solutions and fuel products. They’re
also available for high pressure
applications like in spray washers
and hydraulic systems.
Flomec’s aluminum meters are best
suited for petroleum based products.
Their modular design allows for maximum flexibility in meeting custom
applications.
ANSI Flanged for Easy Installation
Brass for Water Applications
Choose the flanged stainless steel
G2 flowmeter model when you need
a meter that installs in-line quickly.
These meters can be easily installed
or removed using eight bolts.
Flomec G2 brass meters are compatible with fluids for most water
applications, like glucose, lacquer
thinners, and vegetable juices. They
are designed for fluids thinner than
100 cp.
PVDF for Harsh Chemicals
Tri-Clover for Food Applications
Flomec stainless steel meters with
Tri-Clover fittings can be used for
the food and beverage industry in
pre-process applications.
Features
• Meter sizes from 1/2” to 2”
• Modular design for use with output modules, sensors, and
remote transmitters
• Two totals (batch=resettable, cumulative=non-resettable); rate
of flow; included non-volatile totals
• Factory calibrated in gallons and liters; field calibratable
• Easy maintenance — internal parts simple to replace
• Five year lithium battery life, field-replaceable batteries
• Turbine choice depends on flow rate, line size, pressure rating,
fitting type, chemical compatibility, and temperature range
1/2” and 1”only.
G2 plastic body meters offer
great chemical compatibility.
Choose a PVDF meter for aggressive or abrasive chemical
applications including bleach,
ferric chloride, phenol, sulfuric
acid, or phosphoric acid.
Specifications
Repeatability: ± 0.1%; PVDF: 0.3%
Pressure Rating: 1,500 PSI; High Pressure: 3,000 PSI; Flanged: Class 150#;
Tri-Clover: Limited by fitting size, clamp size, and temperature; Aluminum
and Brass: 300 PSI; PVDF: 100 PSI
Operating Temperature: -40° to 250°F; PVDF: -20° to 180°F; With Display:
0° to 140°F
Materials: SS, Aluminum, Brass Housing: Bearings: 96% Alumina Ceramic;
Shaft: Tungsten Carbide; Rotor: PVDF; Rings: 316 SS; PVDF (5% carbon fiber
filled) Housing: Bearings and Shaft: Ceramic (98% Alumina); Rotor: PVDF;
Rings: Fluorocarbon; Optional O-Ring: PTFE
Calibration Report: Comes standard; NIST certification available
Approvals: FM, CE, ATEX, IECEx; PVDF: FM, CE, ATEX Ex
Key Specifications
Meter
Tri-Clover
Size
Fittings
1/2”
3/4”
3/4”
1”
1”
1-1/2”
1-1/2”
2”
2”
3”
1/2” (PVDF)
1” (PVDF)
-
Flow Range
(GPM)
1 to 10
2 to 20
5 to 50
10 to 100
20 to 200
1.5 to 12
5 to 50
Max. Flow
(GPM)
15
30
75
150
300
15
75
Typical
K-Factor (PPG)
2,500
1,100
565
215
100
2,400
540
Accuracy (% of Reading)
Turbine Only
w/ Display
±2.0%
±1.5%
±1.5%
±1.0%
±1.5%
±1.0%
±1.0%
±0.75%
±1.0%
±0.75%
±2.0%
±1.5%
±1.5%
±1.0%
Frequency
42 to 420 Hz
37 to 370 Hz
47 to 470 Hz
36 to 360 Hz
33 to 330 Hz
48 to 480 Hz
45 to 450 Hz
Need help with turbine flowmeters? Fill out the application
datasheet from Lesman.com/datasheets/ and return it to Lesman.
Strainer
Size
60 mesh
60 mesh
60 mesh
30 mesh
30 mesh
60 mesh
30 mesh
Wrench
Flat Size
1-1/16”
1-5/16”
1-5/8”
2-3/8”
3”
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Build Your G2 Turbine Flowmeter
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
TURBINE
FLOWMETERS
5
Ordering Instructions
Select one option from each table section below. Be sure to make your required
choices in sections 1 and 2. Add accessories in section 3. A complete catalog
number looks like this: G2-A05-N-09-GM-A
1) Select Your Turbine Material and Size
Description
Turbine
Size
1/2”
3/4”
1”
1-1/2”
2”
Stainless Steel
Catalog
Price
Number
G2-S05$454.40
G2-S07470.40
G2-S10485.60
G2-S15763.20
G2-S201095.20
High Pressure SS
Catalog
Price
Number
G2-H05$525.60
G2-H07540.80
G2-H10555.20
G2-H15868.00
G2-H201251.20
Aluminum
Catalog
Price
Number
G2-A05$336.80
G2-A07351.20
G2-A10360.80
G2-A15591.20
G2-A20824.80
Brass
Catalog
Price
Number
G2-B05$433.60
G2-B07448.80
G2-B10479.20
G2-B15719.20
G2-B20951.20
PVDF
Catalog
Price
Number
G2-P05$552.00
—
G2-P10559.20
—
—
2) Choose Your Fitting Type and Electronics
Description
Fitting
Type
Electronics
Calibration
Packaging
150# ANSI Flange — Available on 1/2”, 1” and 2” Meters Only
NPTF
Tri-Clover Sanitary Clamp
Electronics Only for Metal Meters
Electronics Only for Plastic (PVDF) Meters
No Electronics
Turbine Only
Two-Button Computer, Field Configurable (Two Totals and Rate of Flow)
Turbine with Local
Display
Vertical Mount 2-Button Computer, Field Configurable (Two Totals and Rate of Flow)
Remote Pulse Out Transmitter & Sine Wave Pickup (Standard Remote Sensor)
Pulse Output
(Remote)
Remote Pulse Out Transmitter & Turbine Mounted Computer (Pulse Out Sensor)
Sine Wave Pickup (Standard Remote Sensor)
GG500- Display with
Pulse Output
Open Collector Pick up (Conditioned Signal Sensor)
(Remote)
Turbine Mounted Computer (Pulse Access Sensor)
Sine Wave Pickup (Standard Remote Sensor)
GX500 — Display
with 4-20 mA Output
Open Collector Pick up (Conditioned Signal Sensor)
(Remote)
Turbine Mounted Computer (Pulse Access Sensor)
Sine Wave Pickup (Standard Remote Sensor)
GA500 — 4-20 mA
Open Collector Pick up (Conditioned Signal Sensor)
Output (Remote)
Turbine Mounted Computer (Pulse Access Sensor)
Factory-Set to Gallons/Minute; Reads in Both GPM and LPM
Factory-Set to Liters/Minute; Reads in Both GPM and LPM
For Turbine Only or Turbine with Display (1/2” to 1” Meters)
For Turbine Only or Turbine with Display (1-1/2” and 2” Meters). Not Available with Plastic (PVDF) Meters
For Turbine without Local Display or with Remote Transmitter
For 150# ANSI Flange Turbine Only (1” Meters)
For 150# ANSI Flange Turbine Only (1-1/2” and 2” Meters or 1” Meter with Remote Transmitter)
3) Add a Module and Accessories
Description
FM Approved Remote Kit Assembly (Readout Up to 100 Ft.)
Conditioned Signal Output Module for Turbine Only Model
FM Approved Sensor Kit for Turbine Only Model *
Modules
4-20 mA Module
Pulse Access Module
External Power Module
Conduit Adapter Kit
Connector Kit for FM-Approved Sensor (120077-01)
Conversion Kit for Adding 510 Series Display or Transmitters
Accessories
90° Display Adapter Kit for Vertically Mounted Meters
Electronic Programmer
Pulse Access Dust Cover: Replaces Dust Cover on Electronic Display
* Requires Connector Kit 113524-01
Catalog
Number
113275-1
113435-1
120077-01
125100-1
125060-1
125070-1
113437-01
113524-01
11344001
125260-01
113800-06
125080-1
Price
$283.20
310.40
405.60
405.60
110.40
106.40
64.80
57.60
224.80
49.60
228.80
88.00
Catalog
Number
FNTXZXX-XX
09194143515253616263717273GMLMA
B
C
D
E
Price
$326.40
0.00
135.20
0.00
0.00
0.00
330.40
393.60
525.60
685.60
776.00
803.20
939.20
826.40
854.40
990.40
596.00
623.20
758.40
0.00
0.00
0.00
0.00
0.00
0.00
0.00
TURBINE
FLOWMETERS
V 10.2016
6
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
G Series High Precision Turbine Flowmeters
Features
• Low flow, standard, high temperature, and extended range models
• Threaded, flanged or Tri-Clover sanitary process connections
• ± 0.5% accuracy; 0.1% repeatability
• High-temperature models for processes to 800°F
• Flow ranges 0.6 to 600 GPM (model dependent)
• Local or remote electronics available
Turbine
Fitting Size
Size
(Clamp Models)
re sanitary
High temperatu
e 3A rated for
clamp models ar
SIP applications
use in CIP and
1/2”
1/2”
3/4”
1”
1-1/2”
2”
3”
3/4”
1”
1-1/2”
1-1/2”
1-1/2”
2”
—
Flow Range
GPM (LPM)
Typ. K-Factor
PPG (PPL)
Strainer
Size
Frequency
Output (Hz)
0.6 – 6.0 (2.2 – 22)
0.8 – 6.0 (3.0 – 22)
1.6 – 16 (6.0 – 60)
6.7 – 67 (25.2 – 252)
17.7 – 177 (67.0 – 670)
33 – 330 (125.0 – 1250)
60 – 600 (227.1 – 2271)
10,000 (2642)
10,000 (2642)
3,750 (991)
896 (237)
340 (90)
181 (48)
50 (13)
40 mesh
40 mesh
40 mesh
40 mesh
18 mesh
14 mesh
14 mesh
100 – 1000
125 – 1000
100 – 1000
100 – 1000
100 – 1000
100 – 1000
50 – 500
Specifications
Linearity: ±0.5% of the mean K-Factor throughout the linear range
Pressure Rating: Threaded: 5,000 PSI; 3”: 2,500 PSI; Flanged: Class 150#; Sanitary
Clamp: Limited by fitting size, clamp size and temperature
Materials: CD4MCu SS rotor; 316 SS rotor supports, SS retaining rings; GSCP:
SS shaft, PTFE sleeve bearings, 404C SS thrust bearings; GSCPS: PEEK bearings
and bushings; Ra32 finish
Temperature Range: Tungsten Carbide and 3A Approved Sanitary: -100° to
225°F; High Temperature: -450° to 800°F; Stainless Steel: -100° to 185°F; SIP
up to 1 hour (GSCPS models only): Up to 285°F
Calibration Report: Comes standard; NIST certification available
Approvals: CE; GSCPS models: 3A Sanitary Rating, CIP, SIP
Ordering Instructions
Select one option from each table section below. A complete catalog number looks
like this: G _ _ - _ _ _ _ _ - _
Model Selection Guide
Catalog
Price
Number
G Series Precision Turbine Flowmeter
G__↓
NPTM Taper
_N_Fitting
↓
150# ANSI Flange
_F_Tungsten
Carbide
_
_
T
$0.00
$0.00
Shaft &
Bearings
Stainless Steel/PTFE/440C SS
__P0.00
0.00
1/2”
051S1-_
1107.20
—
3/4”
075S2-_
1076.00 1722.40
Standard
100S2-_
1124.80 1934.40
Turbine and 1”
Sensor (Pick 1-1/2”
150S2-_
1278.40 2327.20
Electronics) 2”
200S2-_
1600.00 2820.00
3”*
300S2-_
3077.60 4624.80
1/2”
051HX-X 1159.20
—
3/4”
075HX-X
1159.20
1904.80
High Temp
Turbine,
1”
100HX-X 1240.80 2114.40
Body Only* 1-1/2”
150HX-X 1461.60 2508.80
2”
200HX-X 1784.80 2617.60
Display only
-5
516.00
516.00
Display & 4-20mA Transmitter
-6
570.40
570.40
Local
Electronics No Display, 4-20mA Transmitter
-7
332.00
332.00
Scaled Pulse Output
-8
405.60
405.60
*Stainless steel model not available in high temperature version or 3” turbine size.
Description
Call for low flow, extended flow range, or extended flow
range/high temperature models.
Model Selection Guide for 3A Sanitary Flowmeters
Description
3A Approved High Temp (SIP) Sanitary Turbine
1” Fitting, 1-1/2” Clamp
1-1/2” Fitting, 1-1/2” Clamp
2” Fitting, 2” Clamp
Low Profile Adapter
Catalog
Number
Price
GSCPS-100
GSCPS-150
GSCPS-200
-L
$1695.20
1832.00
2024.00
0.00
Model Selection Guide for Sanitary Meters
(High Accuracy, No 3A Approval)
Description
Precision Turbine Flowmeter with Sanitary Clamp
1/2” with 3/4” Fitting
1/2” with 1” Fitting
Turbine and 3/4” with 1-1/2” Fitting
Sensor (Pick
1” with 1-1/2” Fitting
Electronics)
1-1/2” with 1-1/2” Fitting
2” with 2” Fitting
Body Only
1/2”
Display only
Display and 4-20mA Transmitter
Local
Electronics
No Display, 4-20mA Transmitter
Scaled Pulse Output
Catalog
Number
GSCP05175105110107515210015215015220020205075X-X
-5
-6
-7
-8
Price
$1388.80
1388.80
1413.60
1413.60
1636.00
1783.20
1238.40
516.00
570.40
332.00
405.60
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
TURBINE
FLOWMETERS
7
Economy Series Digital Flowmeters
Nylon Water Meter
The nylon meter is a simple electronic
digital flowmeter for water applications. It
mounts on the end of a hose or in-line in
a water pipe.
Aluminum Fuel Meter
The electronic fuel meter is lightweight
with rugged housing and sealed electronic
circuitry.It is factory calibrated for petroleum
applications.
d serviceable.
ers are not fiel ures, please
et
m
ow
fl
y
om
on
Ec
feat
with advanced
For flowmeters omec G2 series on page 4.
see the GPI Fl
Specifications
Compatibility: Pump or gravity feed systems with at least 3 GPM flow rate
Fittings: 1” NPT threaded
Accuracy: ± 5.0% reading; Repeatability: ± 0.5%
Pressure Rating: Nylon:150 PSIG; Aluminum: 300 PSIG
Operating Temperature: Nylon: 14° to 131°F; Aluminum: 14° to 130°F
Wetted Material: Bearings: Ceramic; Shaft: Tungsten Carbide; Rotor: Nylon;
Signal Generators: Ferrite; Rings: 316 SS
Local Display: Two totals (1 cumulative, 1 batch); Permanent factory calibration for water
Approvals: Nylon: CE; Aluminum: FM, CE
Model Selection Guide
Flow Range
3 – 30 GPM
10 – 100 LPM
Nylon
Catalog
Price
Number
113255-4
$186.40
113255-5
186.40
Aluminum
Catalog
Price
Number
113255-1
$148.80
113255-2
148.80
FM-300 Electronic Disc Flowmeter for Chemical Applications
Features
• Designed for use with agricultural chemicals
• Simple electronic disc flow
meter with rugged PBT housing
• Mount on the end of a hose
or in-line on a pipe
• Keeps both cumulative and
batch totals
• Factory calibrated for thin,
medium, thick fluids and oils
Specifications
Accuracy: ± 2.0% reading factory calibrated; Field-calibration to ±0.5%
Wetted Materials: Housing: Aluminum; Bearings: Ceramic; Shaft: Tungsten
Carbide; Rotor: Nylon; Signal Generators: Ferrite; Rings: 316 SS
Pressure Rating: 50 PSIG
Model Selection Guide
Operating Temp: 15° to 130°F
Catalog
Fitting: 1” NPTF inlet, NPTM outlet
Flow Range
Price
Number
Display: Optional. Flow rate, batch
2 – 20 GPM 120000-17 $245.60
and cumulative totals; factory and
7 – 75 LPM 120000-15
245.60
field calibration
Positive Displacement Meters for Engine Oils or Lube Fluids
Features
• 0.26 to 7.8 GPM
(1-30 LPM) flow range
• 1000 cP maximum viscosity
• Aluminum enclosure
• 1/2” NPT connection
The GPI Flomec positive displacement
LM51DN lube flowmeter is specifically
designed to dispense motor oils (SAE 5 to
SAE 50), gear oils (SAE 80 to SAE 240), automatic
transmission fluid, antifreeze (ethylene glycol), brake fluid, windshield
wiper fluid and engine coolant solutions.
This unit comes factory-set to read in gallons per minute, but can
display either GPM or LPM.
Specifications
Accuracy: ±0.5% reading
Working Pressure: 1500 PSI max.
Operating Temperature: -4° to 140°F
Wetted Materials: Aluminum, stainless steel, rubber, BUNA N
Enclosure: Aluminum
Display: 6-Digits, batch, reset total,
non-reset total
Model Selection Guide
Units: Field-selectable gallons,
Catalog
Flow Range
Price
liters, pints, and quarts
Number
0.25–8
GPM
Power: Lithium battery
LM51DN
$324.80
1–30 LPM
Learn more about GPI Flomec products and all the flow instruments we offer at www.Lesman.com
V 10.2016
TURBINE
FLOWMETERS
8
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
TM Series Turbine Flowmeters for Water
Features
• Available in sizes 1/2” to 4” with spigot, NPT or ANSI flanged fittings
• Displays in gallons, liters, and cubic feet
• Indicates batch, cumulative totals and flow rate
• 5 year lithium battery life
• Field calibration available
Specifications
Fitting Type: Schedule 80 spigot (pipe), NPTF, 150# ANSI or
DIN 100 flange (3” and 4” only)
Accuracy: ± 3.0% reading
Pressure Rating: 225 PSI at 73°F; DIN: 135 PSI at 73°F
Typical Applications: OEM water treatment equipment/skids,
sub-metering facility water usage, waste water treatment
equipment, water based cooling systems, chemical feed
systems, irrigation
Operating Temperature: 32° to 140°F
Wetted Materials: 1/2” to 2”: Housing: PVC; Bearings: Ceramic;
Shaft: Tungsten Carbide; Rotor: PVDF; Rings: 316 SS; 3” to 4”:
Housing: PVC; Bearings: PEEK; Shaft and Thrust Washers: SS;
Rotor and Nose Cone: Acetal; Signal Generator: Ferrite
Pulse Output: Open collector (NPN)
Calibration Report: Standard with -P (pulse out); NIST certification available
Approval: CE
Model Selection Guide for 1/2” to 2” Flowmeters
Spigot Fitting
Catalog
Price
Number
TM Series PVC Meter with Computer Display
1/2”
1 – 10
2,500 (660)
TM050
$298.40
3/4”
2 – 20
1,100 (291)
TM075
328.00
1”
5 – 50
565 (149)
TM100
380.80
1-1/2”
10 – 100
215 (57)
TM150
425.60
2”
20 – 200
100 (26)
TM200
461.60
TM Series PVC Meter with Digital Pulse
1/2”
1 – 10
2,500 (660)
TM050-P
298.40
3/4”
2 – 20
1,100 (291)
TM075-P
328.00
1”
5 – 50
565 (149)
TM100-P
380.80
1-1/2”
10 – 100
215 (57)
TM150-P
425.60
2”
20 – 200
100 (26)
TM200-P
461.60
TM Series PVC Meter with Display and Digital Pulse
1/2”
1 – 10
2,500 (660)
TM050-LP
358.40
3/4”
2 – 20
1,100 (291)
TM075-LP
388.00
1”
5 – 50
565 (149)
TM100-LP
440.80
1-1/2”
10 – 100
215 (57)
TM150-LP
485.60
2”
20 – 200
100 (26)
TM200-LP
521.60
Size
Flow Rate
(GPM)
Typical
K-Factor
PPG (PPL)
NPT Fitting
Catalog
Price
Number
TM050-N
TM075-N
TM100-N
TM150-N
TM200-N
$320.80
350.40
404.00
460.00
496.00
TM050-N-P
TM075-N-P
TM100-N-P
TM150-N-P
TM200-N-P
320.80
350.40
404.00
460.00
496.00
TM050-N-LP
TM075-N-LP
TM100-N-LP
TM150-‑N-LP
TM200-N-LP
380.80
410.40
464.00
520.00
556.00
Model Selection Guide for 3” and 4” Flowmeters
Size
Flow Rate
(GPM)
Typical K-Factor
PPG (PPL)
Spigot Fitting
Catalog
Price
Number
TM Series PVC Meter with Computer Display
3”
40 – 400
43 (11)
TM300
4”
60 – 600
17 (4.5)
TM400
TM Series PVC Meter with Digital Pulse
3”
40 – 400
43 (11)
TM300-P
4”
60 – 600
17 (4.5)
TM400-P
TM Series PVC Meter with Display and Pulse Output
3”
40 – 400
43 (11)
TM300-GG
4”
60 – 600
17 (4.5)
TM400-GG
TM Series PVC Meter with Display and 4-20mA Output
3”
40 – 400
43 (11)
TM300-GX
4”
60 – 600
17 (4.5)
TM400-GX
TM Series PVC Meter with 4-20mA Output, No Display
3”
40 – 400
43 (11)
TM300-GA
4”
60 – 600
17 (4.5)
TM400-GA
TM Series PVC Meter with Scaled Pulse Output, No Display
3”
40 – 400
43 (11)
TM300-SC
4”
60 – 600
17 (4.5)
TM400-SC
NPT Fitting
Catalog
Price
Number
150# ANSI Flange
Catalog
Price
Number
DIN Flange
Catalog
Price
Number
$706.40
753.60
TM300-N
TM400-N
$893.60
950.40
TM300-F
TM400-F
$893.60
950.40
TM300-D
TM400-D
$893.60
950.40
706.40
753.60
TM300-N-P
TM400-N-P
893.60
950.40
TM300-F-P
TM400-F-P
893.60
950.40
TM300-D-P
TM400-D-P
893.60
950.40
984.80
1031.20
TM300-N-GG
TM400-N-GG
1171.20
1228.80
TM300-F-GG
TM400-F-GG
1171.20
1228.80
TM300-D-GG
TM400-D-GG
1171.20
1228.80
1034.40
1080.00
TM300-N-GX
TM400-N-GX
1220.80
1278.40
TM300-F-GX
TM400-F-GX
1220.80
1278.40
TM300-D-GX
TM400-D-GX
1220.80
1278.40
812.00
858.40
TM300-N-GA
TM400-N-GA
999.20
1056.00
TM300-F-GA
TM400-F-GA
999.20
1056.00
TM300-D-GA
TM400-D-GA
999.20
1056.00
881.60
928.00
TM300-N-SC
TM400-N-SC
1068.00
1124.80
TM300-F-SC
TM400-F-SC
1068.00
1124.80
TM300-D-SC
TM400-D-SC
1068.00
1124.80
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
TURBINE
FLOWMETERS
9
A1 Series Commercial Grade Turbine Flowmeters
Features
• Combines turbine and display into a self-contained, economical meter
• Aluminum version for petroleum products; Nylon enclosure for water or
non-aggressive chemicals
• Optional outputs for communicating with process control equipment
• Lightweight, compact design for easy installation
Specifications
are
ries flowmeters
se
1
A
ec
om
Fl
GPI
eable.
not field servic
with advanced
For flowmeters
e Flomec G, G2,
features, see th
es flowmeters.
OM, or TM seri
Model
Type
Flow Range
(GPM)
Accuracy
Repeatability
1” Low Flow
0.3 to 3
Up to ±5%*
±1%
1” Turbine
3 to 50
±1.5% Reading
±0.2%
2” Turbine
30 to 300
±1.5% Reading
±0.2%
Typical K
Factor
2200 PPG
(581 PPL)
730 PPG
(193 PPL)
72 PPG
(19 PPL)
Frequency
Range (Hz)
11 to 110
36.5 to 608.3
36 to 360
*Varies up to ± 5% depending on installation and fluid type (field calibration recommended.)
Pressure Rating: Aluminum: 300 PSI; Nylon: 150 PSI
Operating Temperature: -40° to 250°F; With Computer: 0° to 140°F
Fitting: 1” (2” for A200)
Wetted Material: Housing: Aluminum or Nylon; Bearings: Ceramic; Shaft: Tungsten Carbide;
Rotor: Nylon; Signal Generators: Ferrite; Rings: 316 SS
Ordering Instructions
Select one option from each table section below. A complete catalog number looks like this:
A1- _ _ - _ _ - _ _ _ _ - _ - _ _
Model Selection Guide
Description
Learn more about mechanical flowmeter
technology by watching our free webinar
recording Mechanical Flowmeter Basics.
Visit the Lesman Training Center
www.lesman.com/train/
A1 Commercial Grade Electronic Digital Meter
Electronic 2 Totals (1 Resettable, 1 Cumulative)
Choice
No Computer
Gallons/ Minute
Calibration Liters / Minute
No Computer
Aluminum; 1” Low Flow, Paddlewheel
Aluminum; 1” Turbine
Material,
Aluminum; 2” Turbine
Meter Size
Nylon; 1” Low Flow, Paddlewheel
& Type
Nylon; 1” Turbine
No Turbine*
NPTF
Fitting Type
No Turbine
Standard Low Flow; 1”
Standard; 2”
Packaging Low Flow; 1” Turbine Only
2” Turbine Only
Computer Only
FM Approved Remote Kit Assembly
Modules
Conditioned Signal Output Module
90° Display Adapter Kit
Accessories
GPI Electronics Programmer
Catalog
Number
A109XXGMLMXXA025A100A200N025N100X###NX-A1
-A2
-B1
-B2
-B3
113275-1
113435-1
125260-01
113800-06
Price
$330.40
0.00
0.00
0.00
0.00
180.80
183.20
770.40
208.00
213.60
0.00
0.00
0.00
0.00
0.00
0.00
0.00
20.00
283.20
310.40
49.60
228.80
*When ordering computer assembly only, specify turbine housing size; ISO 7 designation is RC
OVAL GEAR
FLOWMETERS
V 10.2016
10
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
OM Series Oval Gear Flowmeters
Features
• High accuracy and repeatability, direct volumetric reading
• No requirement for flow conditioning (straight pipe runs)
• Measures high and low viscosity liquids
• Only two moving parts
• Optional Exd I/IIB approval (ATEX, IECEx)
Flomec’s OM series oval gear meters are designed for low flow and high accuracy applications. They work great for viscous fluids and are available with pulse output from either a reed
switch or hall effect sensor. OM series meters work best with clean fluids that are free of debris.
Specifications
Sizes: 1/8” to 4” standard; Intermediate and high pressure models: 1/8” to 2”;
Models with analog display: 1/2” to 2”
Repeatability: Typically ± 0.03% of reading
Temperature Range: -4° to 250°F; Mechanical: 176°F Max.; Call Lesman for
lower temperature
Outputs: Reed Switch: 30 VDC x 200 mA max; Hall Effect (NPN): 3-Wire Open
Collector, 5-24 VDC max; Output Options: 4-20mA, scaled pulse, quadrature
pulse, flow alarms or two stage batch control
Protection Class: NEMA 4X/IP66/67, optional Exd I / IIB T4/T6, integral ancillaries can be supplied intrinsically safe
Max. Pressure PSI
Accuracy*
@3 cp
Aluminum
316 SS
1/8”
0.13 – 9.5 GPH
0.5 – 36 LPH
200 mesh
± 1%
220
495
1/4”
0.5 – 27 GPH
2 – 100 LPH
200 mesh
± 1%
220
495
3/8”
4 – 145 GPH
15 – 550 LPH
200 mesh
± 1%
220
495
1/2”
0.26 – 10.6 GPM
1 – 40 LPM
100 mesh
± 0.5%
990 (580)
990
1”
2.6 – 40 GPM
10 – 150 LPM
100 mesh
± 0.5%
990 (580)
990
1-1/2”
4.0 – 66 GPM
15 – 250 LPM
100 mesh
± 0.5%
435 (435)
435
2”
8 – 120 GPM
30 – 450 LPM
100 mesh
± 0.5%
285 (285)
550
3”
10 – 200 GPM
35 – 750 LPM
40 mesh
± 0.5%
175 (12)
175
4”
20 – 400 GPM
75 – 1500 LPM
40 mesh
± 0.5%
145
—
*Accuracy is ± 0.2% of reading with optional RT14 with non-linearity corrections
Size
Flow Range
Output Pulse Resolution Pulses/Gallon
Reed Switch
Hall Effect
QP Hall Effect
10600
10600
10600
3975
3975
3975
1345
2690
2690
318
363
636
102
405
204
53
212
106
25
99
49
10.0
40.5
20.0
4.15
8.30
8.30
( ) denotes mechanical register max. pressure PSI
Filtration
Model Selection Guide for Oval Gear Flowmeters With Mechanical Register
Catalog
Number
OM Series Mechanical Register Oval Gear Flowmeter
1/2”
OM0151”
OM0251-1/2”
OM040Pipe Size
2”
OM0503”
OM0804”
OM100Aluminum
A___Body
Material 316L Stainless Steel
S___Stainless Steel
_ 51 _ Rotor
Material PTFE-Filled Polyphenylene Sulfide
_ 00 _ FKM (Viton) [Std for Aluminum]
___1O-Ring
PTFE Encapsulated FKM
___3Material
___4Buna-N Nitrile (-40°F Minimum)
No Fitting
800
NPTF Threaded
820
Process
Fitting
150# ANSI RF Flanged
840
300# ANSI RF Flanged
850
4-Digit Mechanical Totalizer, Liters
- M3
Integral
4-Digit Mechanical Totalizer, Gallons
- M4
Options
5-Digit Mechanical Totalizer, Liters
- V1
Description
Availability/Price
↓
↓
↓
↓
↓
↓
$920.00
1800.00
204.80
0.00
0.00
50.40
0.00
0.00
0.00
300.00
300.00
0.00
0.00
—
$816.00
1760.00
184.00
0.00
0.00
52.00
0.00
0.00
0.00
240.00
240.00
0.00
0.00
—
$1850.40
2780.00
500.00
0.00
0.00
120.00
0.00
0.00
0.00
364.80
364.80
0.00
0.00
—
$2290.40
3900.00
650.40
0.00
0.00
150.40
0.00
0.00
0.00
500.00
500.00
0.00
0.00
1336.00
$3660.00
7500.00
1200.00
0.00
0.00
380.00
0.00
0.00
0.00
500.00
—
0.00
0.00
1670.40
$5950.40
—
—
0.00
0.00
390.40
0.00
0.00
0.00
550.40
550.40
0.00
0.00
1670.40
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
OVAL GEAR
FLOWMETERS
11
Model Selection Guide for Oval Gear Flowmeters With Digital Interface
Catalog
Number
Description
OM Series Oval Gear Flowmeter
1/8”
1/4”
3/8”
1/2”
Pipe
1”
Size
1-1/2”
2”
3”
4”
Aluminum
Body
316L Stainless Steel
Stainless Steel
Rotor
PTFE-Filled Polyphenylene Sulfide
FKM (Viton) [Std for Aluminum bodies]
O-Ring PTFE Encapsulated FKM
Buna-N Nitrile (-40°F Minimum)
176°F
Max.
Temp
250°F
NPTF Threaded
Process 150# ANSI RF Flanged
Connec- 300# ANSI RF Flanged
tion
Sanitary Fittings
No Fitting
3-6mm Cable Gland or No Cable Entry
Cable
M20 x 1.5MM
Entries
1/2” NPT*
* 1/2” NPT Adapter on >OM008 and OM015N
OM004OM006OM008OM015OM025OM040OM050OM080OM100A___S____ 51 _ _ 00 _ _ _ _1 _ _ _3 _ _ _4 8__
2__
_2_
_4_
_5_
_3_
_0_
__0
__1
__2
Availability/Price
↓
↓
↓
↓
↓
↓
↓
↓
↓
$690.40 $720.00
860.00 920.00
0.00
0.00
—
—
0.00
0.00
30.40
30.40
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
—
—
—
—
—
—
—
—
0.00
0.00
0.00
0.00
0.00
0.00
$590.40
800.00
140.00
0.00
0.00
40.00
0.00
0.00
0.00
0.00
—
—
—
—
0.00
0.00
0.00
Integral Options (Add Suffix)
Combination Reed Switch/Hall Effect Sensor
Reed Switch Only (for IS installations)
High Resolution Hall Effect Output (for 1/8” and 1/4” meters only)
ATEX, IECex EF with High Res Hall Effect Output (for 1/8” and 1/4” meters only)
Quadrature Pulse: 2 NPN Phased Outputs
ATEX, IECex EF with 2 NPN Phased Outputs
Stainless Steel Terminal Cover
ATEX, IECex Explosion-Proof Housing
ATEX, IECex Mine Explosion-Proof Housing (SS meters only)
GG500 Rate/Total Display, Pulse Output
GX500 Rate/Total Display, 4-20mA Output
GA500 Loop-Powered 4-20mA Output
RT14 Intrinsically Safe Rate/Totalizer Display with All Outputs
RT40 Backlit Rate Totalizer
E018 Aluminum Backlit Rate/Totalizer, Pulse, 4-20 mA, Lin, HART (Not for 1/2” meters)
E018 SS Backlit Rate/Totalizer, Pulse, 4-20 mA, Lin, HART (Not for 1/2” meters)
$820.00
1335.20
204.80
0.00
0.00
50.40
0.00
0.00
0.00
0.00
260.00
260.00
260.00
—
0.0
0.00
0.00
Suffix
-RS
-HR
-H1
-QP
-Q1
-SS
-E1
-E2
-G5
-G6
-G7
-R5
-R4
-E18
-E19
Price
$ 0.00
40.00
40.00
240.00
40.00
240.00
120.00
200.00
250.40
516.00
570.40
332.00
883.20
500.00
2975.20
3815.20
Also available with Keishi-cut rotors for high viscosity liquids, stainless steel
bodies for intermediate and high pressures, and temperatures over 250°F.
Don’t see the configuration you need? Give us a call!
$920.00 $1680.00 $1990.40
1670.40 2404.80 3500.00
230.40
500.00
650.40
0.00
0.00
0.00
0.00
0.00
0.00
64.80
120.00
150.40
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
300.00
364.80
500.00
300.00
364.80
500.00
350.40
550.40
650.40
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
$3395.20
8750.00
—
0.00
0.00
380.00
0.00
0.00
0.00
0.00
550.40
—
—
0.00
—
0.00
0.00
$5600.00
—
—
0.00
0.00
390.40
0.00
0.00
0.00
0.00
500.00
—
—
0.00
—
0.00
0.00
RT14 Flow Rate
Totalizer
GG510 Local
Display
INSERTION
FLOWMETERS
V 10.2016
12
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
DP Series Insertion Impeller Flowmeters
Features
• NEMA 6/IP68 submersible 316 stainless steel construction
• Integral or remote pre-amplifiers and flow instruments
• DP525 suitable for hot tap installation
• Quadrature pulse output option and bi-directional flow measurement
• Available with intrinsic safety approval for use in hazardous environments
Flomec’s DP490 and DP525 measure flow in water, fuel, and other low viscosity liquids. DP series meters are installed with
the metering head one-eighth into the pipe, resulting in minimal pressure drop. They work in pipe sizes 1.5” to 100” and
do not require external power when used with a Flomec rate totalizer. Typical applications include HVAC, hot and chilled
water, fire systems, water distribution, boiler and chiller feed water, and industrial chemicals.
Specifications
Pipe Sizes: DP490: 1.5” to 36”; DP525: 2” to 100”
Flow Rate: DP490: 4–99,600 USGM; DP525: 6–780,000 USGM
Flow Velocity: 1 to 33 feet/sec
Accuracy: ±1.5% of reading
Linearity: Typically ± 1.5% with well established flow profile
Temperature Range: -40° to 300°F
Pressure: 1160 PSIG max.
Pipe Connection: DP490: 1.5” or 2” NPTM; DP525: 2” NPTM
Materials: 316 SS body/rotor shaft, PVDF rotor (PEEK optional)
Pulse Output: For PVDF 212°F
Reed Switch: 30 VDC x 200mA max., 0–240 Hz nominal; resolution is 1/3 that of NPN Hall effect or voltage pulse outputs
Voltage Pulse: Self generated voltage; 0 to 240 Hz nominal
Non-Magnetic Sensor: Three-wire NPN, 5-24 VDC max.; 20mA
max.; 0-24 Hz nominal
Optional Outputs: 4-20mA, scaled pulse, quadrature pulse,
flow alarms or two stage batch control
Model Selection Guide
Description
Pipe Size
Rotor/Bearing
Materials
O-Ring
Materials
Temperature
Limits
Process
Connection
Pick-Up
Type
Electronic
Connections
Integral
Options
1.5” to 36”
2 to 100”
PEEK high temperature rotor (300°F) with stainless steel rotor shaft
PVDF rotor with 316 SS rotor shaft (standard)
FKM (Viton) standards, 5° to 400°F
Buna-N (Nitrile), -40° to 250°F
260°F available with electrical connections 5, 6 & PEEK rotor only
300°F NPN output only (available with Electrical Connection 5 and PEEK rotor only)
212°F standard, (185°F maximum for non magnetic output type 4)
176°F for non magnetic pickup type 4
1-1/2” (DP490) or 2” (DP525) NPTM thread
2” NPTM thread (DP490)
NPN open collector and voltage pulse (standard)
NPN open collector(s) only (for temp code 3 or QP option)
Reed switch only (may be used with an I.S. barrier or instrument in hazardous areas)
Non magnetic rotor with NPN output (for liquids with ferrous impurities, needs power)
NPN open collector & Reed switch
Quadrature pulse output (requires F15 option for bi-directional flow capability
Flying cable (5 ft. on DP490, 3 ft. on DP525)
Terminal box on stem kit (add this for integral output option Fl, 4-20mA output)
3/8” NPT stem kit (price included with integral options B2, B3, R3, R4)
1” NPT stem kit (for G5, G6, G7)
Rate/Total Display with pulse output and optional external power
Rate/Total Display with 4-20mA output
Loop-powered 4-20mA analog output
BT11 dual totalizer (with scalable pulse output)
Intrinsically Safe BT11 including output (IECEX & ATEX)
Intrinsically Safe RT14 with all outputs (IECEX and ATEX)
RT40 large LCD flow rate totalizer (scaled pulse and backlighting)
F115 backlit bidirectional flow, rate/totalizer, pulse out, 4-20mA
F018 backlit rate/tot, pulse out, 4-20mA, 10-point linear, HART
F018 intrinsically safe backlit rate/tot, pulse, 4-20mA, 10 point linearization, HART
Catalog
Number
DP490 DP525 S1 _ S2 _ _ _1 _ _4 2___
3___
5___
8___
_2__
_4__
__1_
__2_
__3_
__4_
__8_
__9_
___C
___5
___6
___7
-G5
-G6
-G7
-B2
-B3
-R5
-R4
-F15
-F18
-F19
Price
$690.40
120.00
0.00
0.00
0.00
64.80
64.80
0.00
0.00
0.00
35.20
0.00
0.00
0.00
20.00
0.00
40.00
0.00
170.40
64.80
64.80
516.00
570.40
332.00
440.00
508.00
883.20
500.00
1620.00
1775.20
1884.80
$795.20
120.00
0.00
0.00
0.00
64.80
64.80
0.00
0.00
0.00
0.00
0.00
0.00
20.00
0.00
40.00
0.00
195.20
90.40
90.40
516.00
570.40
332.00
440.00
508.00
883.20
500.00
1620.00
1775.20
1884.80
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
FLOWMETER
DISPLAYS
13
Transmitters, Displays and Outputs
RT14 Digital
Flow Rate Totalizer
Features
• Computes flow rates and totals from
Flomec meters with pulse, sine wave or
frequency outputs
• High/low flow alarms
• Low frequency cutoff
• Displays resettable (batch) total, cumulative
total, and instantaneous flow rate
• Choice of battery or 8-24 VDC power
• Simple flow chart touch key programming
• IP66/67 NEMA 4X universal mount
• Reverse polarity protection
Specifications
Signal Input: Pulse/frequency Input with reed switch Hall Effect, Voltage,
Current and Coil, dual inputs (A+B, A-B, A/B)
Linearization: 10-point correction
Pulse Output: NPN transistor, Scalable (20hz, 100mA max.)
Rate Outputs: 4-20mA into 750Ω @24 VDC, NPN/PNP solid state relay options
K-factor Range: Scale factor i.g. pulses/liter, gallon. programmable range
0.001 to 999,999.999
Display: Backlit display, 8-digit reset cumulative totalizer, 5-digit rate’ Units:
Selectable Ltr, gal, m3, kgs, lbs (total)./sec, /min./hr or day (rate)
Temperature Range: -4° to 176°F
Power: Battery: 5-year life expectancy; External: Regulated 8-24VDC
Configuring: PIN protected data entry
Protection: IP66/67 (NEMA 4X) 3 x M16 x 1.5 female conduit entries
Approval: IECEX/ATEX Intrinsic Safety: Exia IIB T4, FM (integral version only)
GG500
and GX500
Flow Rate
Totalizer/
Transmitters
Output
Power Supply
Voltage Supply
Operating Temp.
Frequency Input:
Low Level Coil
High Level, Low Freq.
High Level, High Freq.
Optically Isolated
GG500/510
Open collector (NPN)
9V Battery or External
7–30 VDC
32° to 140°F
0–1000 Hz
0–150 Hz
0–1000 Hz
–
GX500/510
0/4-20mA
2-Wire, Loop Power
8.5–35 VDC
14° to 140°F
0.25–1000 Hz
0.25–150 Hz
0.25–1000 Hz
2500V Isolation
Features
• Compatible with Flomec G and G2 turbine flowmeters, OM
oval gear and DP insertion impeller meters
• Displays batch and cumulative totals and rate of flow
• Factory calibrated in gallons and liters; field calibratable
Specifications
Input Options: Hall effect, reed switch, open collector, low level sine wave
Accuracy: ± 0.1% of reading
Auxiliary Outputs (GX): Single ended; 0.1 to 4.9V
Pulse Output (GX): OFF Voltage: 60V max.; ON Voltage Drop: < 0.5 V max.
@200 mA; ON Current: 200 mA max.
Enclosure Rating: NEMA 4X/IP55
Cable: Remote: 20 ft. Belden 936; Local: No cable provided
Calibratable: K-factor Entry
See individual flowmeter model selection guides for compatibility and pricing.
E112 Explosion Proof Totalizer and Flow Rate Indicator
Features
• Selectable on-screen engineering units; volumetric or mass
Prices start
• 16 point linearization of the flow curve– with interpolation
at $885
• Loop-powered, battery, or 8-30VDC power options
• Isolated, loop-powered 4-20mA output according to linearized flow rate
• Scaled pulse output according to linearized accumulated total
• Can process all types of volumetric or mass flow meter signals: reed-switch, NAMUR, NPN/
PNP pulse, sine wave (coil), active pulse signals
Flomec’s E112 is built to withstand harsh environments.The indicator’s
long life makes it a safe and reliable choice for even the toughest conditions. Save time with its easy-to-operate through glass keypad and view
key information at a glance.
The display shows flow rate, total, measuring units, and a flow rate indicating speedometer. The E112 is easy to install, with a spacious chamber,
plug and play connectors, and 1” NPT thread for mounting.
Specifications
Power Supply: 9-27 VDC; Long life Lithium battery (approx. 2 years)
Operating Temperature: -40° to 158°F (-40° to 70°C)
Output: Digital: Pulse output, transmitting accumulated total; Analog: Transmitting linearized flow rate
Display: LCD; 7 digit flow rate / total,11 digit accumulated total
Enclosure Approvals: ATEX, IECEx, FM/CSA, CE
THERMAL MASS
FLOWMETERS
V 10.2016
14
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Thermal Dispersion Mass Flowmeters
Specifications
Great for
methane mass
!
flow applications
Model 600-9 Inline Flowmeters
The Model 600-9 thermal mass flowmeter provides reliable, accurate
flow measurement with no obstructions to the actual flow path.It handles
liquids, slurries, gases, and homogeneous solids through a wide range
of flow rate, temperature, pressure, viscosity, abrasiveness, or chemical
compositions.
The 600-9’s sensor is built into the meter’s outer surface and is completely protected from adverse process conditions. The spool matches
the actual flow pipe in dimensions and construction material, and is
impervious to fluid, as is the rest of the line.
System electronics include the flow analyzer,temperature compensator,
and signal conditioner to provide a linear output directly proportional
to mass flow. An optional output provides continuous temperature
measurement.
Accuracy: Better of ±1% full scale or 4% reading; Repeatability: Better than
0.2% reading; Linearity: 0.5%
Temperature Limits: -20° to 350°F; Calibrated Temperature Range: ±50°F
Pressure Limits: 0 to 1200 PSI (Max. pressure ratings depend on pipe size.)
Pressure Range: Liquids: Unlimited; Gases: 20 atmospheres
Response Time: Liquids: Less than 1/2 second; Gases: 1 to 2 seconds typical,
4 to 8 seconds worst case
Pressure Drop: Negligible, completely unobstructed flow path
Viscosity: Up to 5000 cps
Flow Rate: (Volumetric flow units for gases should be expressed in std or
normal units) Liquids: 0.003 grams/minute minimum full scale; Gases: 2
SLPM minimum full scale. Maximum determined by pipe capacity.
Flow Range: 10:1 (100:1, 1000:1, multiple ranges available)
Flow Element: Meets NEMA 4, 7, and 9 explosion-proof requirements. Electrical
connection: 1/2”; Construction: 316 SS standard (304 SS Hastelloy®, Monel,
Inconel®, tantalum, titanium, gold, platinum, nickel, Carpenter 20®, glass);
Connections: Flanged, Swagelok®, NPT, VCR, VCO, Tri-Clamp, concentric reducer, flared, sanitary, high pressure fittings, wafer, barbed, welded, others;
Coatings: Teflon®, tungsten, carbide, HMF®
Remote Flow Transmitter: Model 9200: Panel or wall mount; Model 926A:
NEMA 4 JIC type; Model 926B: NEMA 4, 7, and 9 explosion-proof. Others
available upon request
Outputs: Standard 4-20 mA DC isolated/1000Ω max. load (0-10V DC, 0-5VDC,
10-50 mA DC, pulse output)
Options: Digital flow indication, 8-digit LED totalizer, batch counter, hi/lo
alarm setpoints, bidirectional flow, temperature output, multiple ranges
Model 62-9 Insertion Thermal Flow Probes
Thermal Instruments’ Model 62-9 flow probe is designed to measure the flow rates of gases, liquids, or
slurries in stacks, irregularly shaped lines, and process
ducts.
Unlike other probe flowmeters, the 62-9 has no
apertures that can become clogged with particles or
distorted by heat. The sensing element is located on
the probe’s inside leading edge and has no contact
with the flow stream.
The 62-9 can be made of pipe or tubing using any
metal compatible with the flow stream of a given
application. It can also be built with extra length, so
it can be inserted through a gate valve and packing
gland. This will allow easy insertion and removal while
the pipe is in use.
The thermal probe’s electrical connections can be
made either in a gasketed-type conduit or an explosion-proof conduit.
For applications with temperatures above 350°F, the
sensors are made of platinum embedded in a ceramic
matrix, securely bonded to the pipe’s inside diameter.
An additional temperature sensor can also be installed,
as well as independent circuitry to provide fluid temperature readout signals.
Need help with thermal mass flowmeters? Fill out the
application datasheet from www.Lesman.com/datasheets/
and send it to Lesman for engineering review.
Specifications
Flow Range: 10:1 (100:1, 1000:1, multiple ranges available)
Flow Limits: (Volumetric flow units for gases should be
expressed in standard or normal units.) Liquids: 0.02 FPS
to 20 FPS FS; Gases: 40 SFPM to 15000 SFPM FS. Maximum
determined by pipe capacity.
Pipe Size: 1” minimum
Accuracy: ±0.5% full scale or 2% reading. Calibrated by
weight or volume (0.5% FS). Repeatability: Better than 0.2%
reading; Linearity: 0.5%
Temperature Limits: -20° to 1100°F; Calibrated Range: ±50°F
Pressure Limits: 0 to 60000 PSI, depending on size
Response Time: Liquids: <0.5 sec; Gases: 1–2 sec typical,
4–8 sec worst case
Viscosity: Up to 5000 cps
Flow Element: Meets NEMA 4, 7, and 9 explosion-proof
standards. Construction: 316 SS standard; Connections:
Flanged, Swagelok®, NPT sanitary Tri-Clamp, hot tapping,
retractable, saddle mount; Coatings: Teflon®, HMF®, Nedox®
Remote Flow Transmitter: Model 9200: Panel mount or
NEMA 4 box; Model 926A: NEMA 4 JIC; Model 926B: NEMA
4, 7, and 9 explosion- proof.
Outputs: Standard 4-20 mA DC isolated/1000Ω max. load
(0-10 or 0-5 VDC, 10-50 mA DC, pulse output)
Options: Digital flow indication, 8-digit LED totalizer, batch
counter, hi/lo alarm setpoints, bidirectional flow, temperature output, multiple ranges, flow profile, multipoint,
averaging
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
MECHANICAL
SWITCHES
15
Mechanical Flow Switches
V4 Flotect Vane-Operated Flow Switch
Features
• For fluids, gases, and flowing solids
• Pipe sizes 1-1/2” and larger
• Magnetically actuated switching design
• Leak proof body machined from bar stock
• Installs directly into pipeline with thredolet, tee, or
flange; field adjustable
Specifications
r
See page 16 fo
s.
le
dd
pa
plastic
Switch Type: SPDT snap switch standard, DPDT optional
Mounting Orientation: Within 5° of vertical for proper operation; Units for horizontal installation (for pipe with upward flow) available
Wetted Materials: Vane: 316 SS; Body: Brass or 316 SS; Magnet keeper: 430 SS; Other materials available
Pressure Limit: Brass body: 1000 PSI; 316 SS body: 2000 PSI; 5000 PSI optional
Temperature Limit: -4° to 163°F
Model Selection Guide
Setpoint Adjustment: Five vane combinations
Switch
Brass Body
Stainless Body
Electrical Rating (@125/250 VAC): UL, FM, ATEX, IECEx: 10A;
Type Catalog Number
Price
Catalog Number
Price
CSA: 5A; 5A resistive, 3A inductive @ 30 VDC
SPDT
V4-2-U
$ 287.25
V4-SS-2-U
$ 412.25
Connections: Conduit: 3/4” NPTF; Process: 1-1/2” NPTM; ElecDPDT
V4-2-D-U
318.00
V4-SS-2-D-U
443.00
trical: UL/CSA: 16 AWG, 6” long; ATEX/IECEx: Terminal block
ATEX
Approved
Construction
-AT
70.00
Approvals: FM, UL, CSA, CE, ATEX, IECEx
V6 Flotect® Mini Vane-Operated Flow Switches
Standard
Low
Flow
Features
• For gases or liquids
• Pipe sizes 1/2” to 2”
• Protects pumps, motors,
or other equipment
against low or no flow
• NEMA 4, weatherproof explosion-proof enclosure
• Pipe insert with tee and
switch connections
Specifications
Temperature Limits: 4° to 220°F
Pressure Limit: Brass body, iron or no tee: 1000 PSI; SS body,
SS or no tee: 2000 PSI; Brass tee: 250 PSI; Low flow: 1450 PSI
Mounting Orientation: Can be installed in any position
Setpoint Adjustment: Standard: None; Without tee: Vane
trimmable; Low flow: Field adjustable within range
Electrical Rating (@125/250 VAC): UL: 5A; CSA/ATEX/IECEx:
5A; 5A restrictive, 3A inductive @ 30 VDC
Electrical Connections: UL: 18 AWG, 18” long; ATEX/CSA /
IECEx: Terminal block
Connections: 3/4” NPTM conduit standard; 3/4” NPTF on
junction boxes; Process: 1/2” NPTM on models with no tee
Materials: Vane: 301 SS, Body: Brass or SS, Magnet: Ceramic,
Tee: Brass, iron, forged steel, or SS; Low flow: Tee: Brass or
SS, O-ring: Buna-N; Fluoroelastomer optional
Approvals: UL, CSA, CE, ATEX, IECEx, KTL
Model Selection Guide
All Brass
Brass Body/Iron Tee
All Stainless Steel
Tee
Connect.
Catalog
Catalog
Catalog
(NPT)
Number
Price
Number
Price
Number
Price
V6 Flotect Explosion-Proof Mini Flow Switch, SPDT
1/2”
V6EPB-B-S-1-B $ 140.00 V6EPB-B-S-1-MI $ 140.00 V6EPS-S-S-1-S $ 195.00
3/4”
V6EPB-B-S-2-B
146.10 V6EPB-B-S-2-MI
146.10 V6EPS-S-S-2-S
236.00
1”
V6EPB-B-S-3-B
169.00 V6EPB-B-S-3-MI
169.00 V6EPS-S-S-3-S
268.50
1-1/4”
V6EPB-B-S-4-B
190.50 V6EPB-B-S-4-MI
190.50 V6EPS-S-S-4-S
358.50
1-1/2”
V6EPB-B-S-5-B
224.50 V6EPB-B-S-5-MI
224.50 V6EPS-S-S-5-S
408.50
2”
V6EPB-B-S-6-B
285.00 V6EPB-B-S-6-MI
285.00 V6EPS-S-S-6-S
457.50
V6 Flotect Mini Flow Switch, Low Flow. Field-Adjustable Setpoint, No Tee. SPDT
1/2”
V6EPB-B-S-LF
190.50
V6EPS-S-S-LF
236.00
V6 Flotect Explosion-Proof Mini Flow Switch, DPDT
1/2”
V6EPB-B-D-1-B
173.00 V6EPB-B-D-1-MI
173.00 V6EPS-S-D-1-S
228.00
3/4”
V6EPB-B-D-2-B
179.10 V6EPB-B-D-2-MI
179.10 V6EPS-S-D-2-S
269.00
1”
V6EPB-B-D-3-B
202.00 V6EPB-B-D-3-MI
202.00 V6EPS-S-D-3-S
301.50
1-1/4”
V6EPB-B-D-4-B
223.50 V6EPB-B-D-4-MI
223.50 V6EPS-S-D-4-S
391.50
1-1/2”
V6EPB-B-D-5-B
257.50 V6EPB-B-D-5-MI
257.50 V6EPS-S-D-5-S
441.50
2”
V6EPB-B-D-6-B
318.00 V6EPB-B-D-6-MI
318.00 V6EPS-S-D-6-S
490.50
V6 Flotect Mini Flow Switch, Low Flow. Field-Adjustable Setpoint, No Tee. DPDT
1/2”
V6EPB-B-D-LF
223.50
V6EPS-S-D-LF
269.00
V6 Flotect Mini Flow Switch, Full Field Trimmable Vane. No Tee. All Stainless.
2”
SPDT
V6EPS-S-S-6-0
176.70
2”
DPDT
V6EPS-S-D-6-0
209.70
Approval CSA Approved with Junction Box
-CSA
55.00
Options ATEX Approved with Junction Box
-AT
84.00
IECEx Approved with Junction Box
-IEC
84.00
MECHANICAL
SWITCHES
V 10.2016
16
Lesman
Instruments • Valves • Controls
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Flow Switches
PPS Polysulfone Paddle Flow Switch
Specifications
Switch: Hermetically sealed, magnetically actuated contact;
15VA max., 0.5A max., 250V max. capacity
Pressure: 145 PSI max.; 1.45 PSI max. drop
Adjustment Accuracy: ±20%
Pipe
Bore
Cutoff Mark
“L” Approx.
1”
1-1/4”
1-1/2”
2”
2-1/2”
3”
0.9”
1.1”
1.4”
2.0”
2.4”
2.9”
Switch Repeatability: ±3%
Maximum Temperature: 225°F
Material: NEMA 4 Polysulfone, SS, ceramic magnet
Connections: Thread: 1” NPT; Electric: DIN 43650 plug
Model Selection Guide
Switch Point (GPM Water)
Turn-On
Turn-Off
9.5
5.0
9.5
5.0
14.5
9.5
19.0
9.5
24.0
14.5
28.5
19.0
Switch Type
Normally Open, SPST, 15VA Max.
Normally Closed, SPST, 15VA Max.
Avg. Delivery: 3-4 Weeks.
Catalog Number
PPS-3106
PPS-3105
Price
$124.00
124.00
Need a stainless steel paddle?
See page 15.
Insertion Paddle/Bellows Flow Switch for Liquids
Features
• Position-independent installation
• 160 PSI/450 PSI max. pressure
• Media temperatures to 250°F
Kobold FPS paddle bellows flow switches are used wherever reliable control
for minimum or maximum liquid flow is
required.
The flowing medium exerts a force
on the paddle to actuate a microswitch.
Instrument internals are separated from
the process by the bellows, making the
FPS an excellent choice for dirty media.
Model Selection Guide
Avg. Delivery: 3-4 Weeks.
Description
Brass
De-Actuating Actuating
Pipe Catalog
Price
GPM H2O
GPM H2O
Size Number
2.6 – 8.8
4.4 – 9.3
1”
3.5 – 12.3
5.7 – 13.2
1.25”
4.8 – 16.3
7.5 – 17.6
1.5”
9.7 – 25.1
13.7 – 26.9
2”
11.9 – 28.6
17.6 – 30.2
2.5”
FPS-5100P $277.00
18.9 – 47.1
27.3 – 50.2
3”
50.2 – 122.0
64.7 – 127.7
4”
100.8 – 234.7 125.1 – 244.8
5”
158.1 – 360.0 189.8 – 385.0
6”
319.7 – 729.6 374.7 – 759.5
8”
Stainless Steel
Catalog
Price
Number
FPS-5200P $368.00
All Metal Paddle Flow Switch
Specifications
Flow Speed: 12 ft/sec max., adjustable flow ranges
Contact: Reed switch SPST, N/O or N/C; 50VA, 50 watt, 250V,
1.5A max ratings
Pressure: 1450 PSI max.
Temperature: 230°F max.
Materials: Housing: NEMA 4, Glass-reinforced Polyamid;
Paddle, Leaf Spring, Beam: SS; Locking Plate, Screws: Brass;
O-Ring: Buna-N
Call for price and availability of stainless steel
bodies or larger pipe sizes.
Model Selection Guide
Avg. Delivery: 3-4 Weeks.
Switch ON
Switch OFF
NPT
Catalog
GPM H2O
GPM H2O
Connection
Number
PSR Series Brass Paddle Flow Switch with 5’ PVC Cable
0.9 – 1.3
0.6 – 1.2
1/4”
PSR-5105
1.3 – 2.1
1.0 – 2.0
1/2”
PSR-5115
3.0 – 4.0
2.2 – 3.0
3/4”
PSR-5120
3.2 – 5.0
2.4 – 4.5
1”
PSR-5125
4.9 – 8.5
3.8 – 7.8
1-1/4”
PSR-5132
9.2 – 5.0
7.9 – 14.3
1-1/2”
PSR-5140
Price
$87.00
87.00
87.00
99.00
118.00
118.00
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
MECHANICAL
SWITCHES
17
Flowmeters and Switches
BVO Series Flowmeter/Switch for Water-Like Liquids
Specifications
Accuracy: ±12% full scale; Repeatability: ±2%
Temperature: -10° to 212°F
Pressure: 145 PSIG max.
Flow Direction: Vertical, up
Switch Characteristics: N/O switch: 240 VAC/200
VDC max. , 1.5 Amp AC/1.0 Amp DC max., 50 VA,
50 W max. power, 4-8 mm float travel hysteresis.
SPDT switch: 240 VAC max , 0.8 Amp AC max , 30
VA max. power, 4-8 mm float travel hysteresis
Model Selection Guide
Water
Range
Brass
0.1 – 1.0 GPM
Brass
1.0 – 5.0 GPM
304 SS 0.1 – 1.0 GPM
304 SS 1.0 – 5.0 GPM
Optional SPDT Contact
Body
Fitting
(NPT)
1/4”
1/2”
1/4”
1/2”
Pressure Loss
@ Max. Flow
0.9 PSIG
1.1 PSIG
0.9 PSIG
1.1 PSIG
Catalog
Number
BVO-6102
BVO-6116
BVO-6202
BVO-6216
Suffix -U
Price
283.00
283.00
541.00
541.00
0.00
KAL-K Flow Switch/Trend Indicator for Liquids and Oils
Features
• No movable parts
• Minimal pressure loss
• Simple media adjustment
• Temperature compensation
and switch point stability
• Unaffected by viscosity changes —
even for the smallest flow velocities!
• IP65 enclosure — insensitive to dirt
• Designed for minimal pipe intrusion
Specifications
Measuring Range: Water: 0.05 to 2 m/sec.; Oils: 0.1 to 4 m/sec. approx.
Operating Conditions: Pressure: 1450 PSIG max; Temperature: ‑10° to185°F
Switching: Adjustment: By potentiometer; Selectable output: NPN or PNP,
open collector; Current: 400 mA max.; Voltage: 24 VDC max.; Status indicator:
Bicolored LED
Power: Supply voltage: 24 VDC ±10%; Current draw: 300 mA max.
Materials: Wetted parts: 304 or 316-Ti stainless steel; Housing: NEMA 4 Nylon
standard, NEMA 7 Al optional
Fittings: 1/2” or 3/4” NPT or 1-1/2” Tri-Clamp®
Flow Trend Indicator: Eight red LEDs
Approximate Switch Point (GPM) per Pipe Diameter
Nominal
ID
1/2”
3/4”
1”
1-1/4”
1-1/2”
Water
Range
0.3 – 5.0
0.5 – 8.9
0.8 – 14
1.1 – 20
2.0 – 35
Nominal
ID
2”
2-1/2”
3”
4”
6”
Water
Range
3.1 – 55
4.4 – 80
7.9 – 140
12 – 220
28 – 500
Nominal
ID
8”
10”
12”
16”
20”
Water
Range
50 – 900
78 – 1400
110 – 2000
200 – 3600
310 – 5600
Model Selection Guide
Description
Catalog Number
Price
KAL-K Flow Switch for Liquids, 24 VDC Power
304 SS Wetted Parts, 1/2” NPT
KAL-4215
$366.00
316-Ti SS Wetted Parts, 1/2” NPT
KAL-4315
414.00
316-Ti SS Wetted Parts, 3/4” NPT
KAL-4320
424.00
316-Ti SS Wetted Parts, 3A Sanitary
KAL-4340-S
508.00
KAL-K Flow Switch, 110 VAC Power, SPST Dry Contact Output for Liquids
304 SS Wetted Parts, 1/2” NPT
KAL-4215-P03R
543.00
316-Ti SS Wetted Parts, 1/2” NPT
KAL-4315-P03R
591.00
316-Ti SS Wetted Parts, 3/4” NPT
KAL-4320-P03R
601.00
Fast Response (2.8-6 Sec.)
-F
0.00
Options
Quick Disconnect Plug (24 VDC)
-M12
93.00
Looking for a compact thermal flow switch for
non-viscous liquids?
Kobold’s KAL-D is a compact all-stainless calorimetric thermal flow switch for use in small spaces and 1/4” NPT fittings.
It has a switching range from 0.15 to 6.6 feet per second,
works in pressures to 580 PSIG, and temperatures to 176°F.
KAL-D can even be used in Clean-in-Place applications with
short-term temperature limits of 250°F.
KAL-D prices start at $357.00
Kobold flow
Searching for other
hes? Call
indicators and switc
d availability.
Lesman for pricing an
MECHANICAL
SWITCHES
V 10.2016
18
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Flow Switches and Indicators
RotorFlow® Indicators
Gems Shuttle Switches Rise to the Occasion!
Fluid displaces a spring-loaded, calibrated shuttle,
which is metered relative to a fixed orifice. When flow
rate reaches the calibrated setpoint, the shuttle moves
up to the stem, actuating the hermetically sealed reed
switch. Flow switches respond only to flow — not
pressure!
RFI is Gems’ RotorFlow at its most basic form —
a bright orange rotor turning with fluid flow. Either
port can be used for incoming flow.
Body: Polypropylene, brass, or 316 SS
Other wetted materials: Orange molded Nylon
rotor, ceramic rotor pin, polysulfone lens, glassreinforced polypropylene low flow adapter
Model Selection Guide
Flow Ranges (GPM)
Port
Pressure
Catalog
Size
Max.
Number
Low*
High
RotorFlow RFI Flow Indicator, Polypropylene Body, 180°F Max. Temp
0.25”
0.1 – 1.0
0.5 – 5.0
100 PSI
155420
0.50”
1.5 – 12.0
4.0 – 20.0
100 PSI
155480
RotorFlow RFI Flow Indicator, Brass Body, 212°F Max. Temp
0.25”
0.1 – 1.0
0.5 – 5.0
200 PSI
142541
0.50”
1.5 – 12.0
4.0 – 20.0
200 PSI
142542
0.75”
5.0 – 30.0
200 PSI
180392
RotorFlow RFI Flow Indicator, 316 SS Body, 212°F Max. Temp
9/16”
0.1 – 1.0
0.5 – 5.0
200 PSI
174596
0.50”
1.5 – 12.0
4.0 – 20.0
200 PSI
173138
0.75”
5.0 – 30.0
200 PSI
181682
Price
$55.00
55.00
145.00
145.00
145.00
185.00
185.00
215.00
Low Cost Switches for
Threaded Plastic Piping
Remove the bonnet easily without disturbing
the inline body.
Rugged Flow Switches Deliver
Accurate, Reliable Service
FS-200 flow switches provide accurate flow detection with 1% repeatability. Bronze and Teflon®
construction delivers long life in water and oil,
and fluid temperatures to 300°F.
Setpoints are calibrated using water at 70°F
on increasing flow with unit in a horizontal
position (lead wires up).
Operating Pressure: 400 PSIG @ 100°F
Operating Temperature: -20° to 200°F
Switch: SPDT, 20 vA
Model Selection Guide
Port
Size
Gems FS-500 offers low cost flow monitoring with
a variety of actuation points and low pressure drop,
ideal for a wide range of chemical and temperature
requirements. They’re also NSF or FDA approved for
potable water treatment applications including chlorinators, purifiers and heaters.
Accuracy: ±20%
Operating Temp.: 0° to 212°F max.
Switch: SPST, N.O. Pilot Duty 20 VA, 120240 VAC or VDC
Inlet/Outlet Ports: 3/4” NPTF
Wetted Materials: Housing, Bonnet,
Shuttle & Cap: Polypropylene; O-Ring:
Viton® or Buna N; Spring: 316 Stainless
Steel; Retaining Clip: PH 15-7 Mo SS
Occasional Cleanout is a Snap!
1” NPT
Model Selection Guide
Setpoint
0.25
0.5
1
2
2.5
5
Catalog
Number
170231
170232
170233
175117
170234
170235
Price
$71.00
71.00
71.00
71.00
71.00
71.00
1-1/4”
NPT
General Purpose Switch for
Plastic Piping
Gems FS-400P switches have a clear, non-corrosive
housing for broad chemical compatibility, and are ideal
for flow/no-flow detection.
1-1/2”
NPT
Materials: PVC, Epoxy, and Buna-N
Switch: SPST, 20 VA, N.O. at no-flow
Model Selection Guide
Connect
Size
Actuation on
Increasing Flow
Pressure Operating
Max.
Temp
120 PSIG
120°F
1/2” NPT*
0.5 GPM ±20%
*3/4” IPS model with 1/2 NPT port installed
Catalog
Number
135805
Price
$81.00
Flow
Setting
(GPM)
0.5
1
2
3
4
5
6
8
1
2
4
6
8
10
12
16
20
1.5
3
5
7.5
10
15
20
30
Bronze Body
Catalog
Price
Number
27051
$191.00
27052
191.00
27053
191.00
27054
191.00
27055
191.00
27056
191.00
27057
191.00
27058
191.00
27067
365.00
27068
365.00
27069
365.00
27070
365.00
27071
365.00
27072
365.00
27073
365.00
27074
365.00
27075
365.00
27085
447.00
27086
447.00
27087
447.00
27088
447.00
27089
447.00
27090
447.00
27081
447.00
27092
447.00
Stainless Steel Body
Catalog
Price
Number
27059
$569.00
27060
569.00
27061
569.00
27062
569.00
27063
569.00
27064
569.00
27065
569.00
27066
569.00
27076
838.00
27077
838.00
27078
838.00
27079
838.00
27080
838.00
27081
447.00
27082
838.00
27083
838.00
27084
838.00
27093
881.00
27094
881.00
27095
881.00
27096
881.00
27097
881.00
27098
881.00
27099
881.00
27100
881.00
Looking for other Gems flow switches
or indicators? Need a different
material or port size? Call Lesman!
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
MECHANICAL
FLOWMETERS
19
Direct Reading Flowmeters
Specifications
Accuracy: ±3% full scale
Range: Flow rates to 500 GPM or 4000 SCFM;
Rangeability: 6:1
Mount: Horizontal (standard), flow to the right
Temperature: 212°F max. , 350°F max. optional
Pressure: 180 PSIG max., 400 PSIG max. optional
Construction: Die cast aluminum housing, glass
or polycarbonate crystal, bronze body and gear
movement, Buna-N seals
Options: High/Low alarm relays, 4-20 mA, 0-1000
Hz output, digital display for flow rate/totalization
RCM Series 8000 Flo-Gage® is designed for larger
pipe sizes and mounts between adjoining flanges
(ANSI 150#, 300#, DIN PN10, PN16, JIS, AS). Install the
Flo-Gage just as you would install an orifice plate,with
flat gaskets and bolts (order separately).
Specifications
Call for
intrinsically
safe
switches.
Shown with optional 4-20 mA loop-powered two-wire
indicator. Displays 4-1/2 digits for flow rate, 8 digits
for totalization. Includes scaled, open collector output
for remote totalizer, and square root extraction for use
with W3 solid-state strain gauge. Call for pricing.
Model Selection Guide
Model Selection Guide
Standard mounting is horizontal, (R) designates flow going to the
right.For other configurations, call Lesman.When ordering, please specify
media, pressure, and temperature.
Media
Type
Liquid
Air or
Gas
Accuracy: ±3% full scale; Repeatability: 1% full scale
Range: Flow rates to 3000 GPM liquid or 20000 SCFM
gas; Rangeability: 6:1
Mount: Horizontal (standard), flow to the right
Operating Conditions: Temperature: 212°F max., 350°F
opt.; Pressure: 180 PSIG max., 400 PSIG opt.
Construction: Bronze body, movement, ABS housing
and crystal, Buna-N seal; Call for other materials
Options: Relay: High/Low alarms; Output: 4-20 mA,
0-1000 Hz frequency; Optional Digital Display
Flow Rate
NPT
Connection
Catalog
Number
0.5 – 6 GPH
3.0 – 20 GPH
5.0 – 60 GPH
15 – 100 GPH
0.5 – 4 GPM
0.5 – 4 GPM
0.5 – 6 GPM
1.5 – 10 GPM
0.5 – 6 GPM
1.5 – 10 GPM
3.0 – 20 GPM
3.0 – 20 GPM
5.0 – 40 GPM
5.0 – 40 GPM
15 – 100 GPM
15 – 100 GPM
5.0 – 40 SCFH
15 – 100 SCFH
30 – 200 SCFH
50 – 400 SCFH
1.5 – 10 SCFM
4 – 30 SCFM
1.5 – 10 SCFM
4 – 30 SCFM
5 – 60 SCFM
5 – 60 SCFM
15 – 100 SCFM
30 – 200 SCFM
30 – 200 SCFM
50 – 600 SCFM
50 – 600 SCFM
150 – 1000 SCFM
400 – 3000 SCFM
1/2”
1/2”
1/2”
1/2”
1/4”
1/2”
1/2”
1/2”
3/4”
3/4”
3/4”
1”
1”
1-1/2”
1-1/2”
2”
1/2”
1/2”
1/2”
1/2”
1/4”
1/4”
1/2”
1/2”
1/2”
3/4”
3/4”
3/4”
1”
1-1/2”
2”
2”
3”
1/2-71-R-06-ES
1/2-71-R-20-ES
1/2-71-R-60-ES
1/2-71-R-100-ES
1/4-71-R-04
1/2-71-R-04
1/2-71-R-06
1/2-71-R-10
3/4-71-R-06
3/4-71-R-10
3/4-71-R-20
1-71-R-20
1-71-R-40
1.5-71-R-40
1.5-71-R-100
2-71-R-100
1/2-71-R-40-IES
1/2-71-R-100-IES
1/2-71-R-200-IES
1/2-71-R-400-IES
1/4-71-R-10-I
1/4-71-R-30-I
1/2-71-R-10-I
1/2-71-R-30-I
1/2-71-R-60-I
3/4-71-R-60-I
3/4-71-R-100-I
3/4-71-R-200-I
1-71-R-200-I
1.5-71-R-600-I
2-71-R-600-I
2-71-R-1000-I
3-71-R-3000-I
Options: Add a suffix to catalog number
Calibrate for specific gravity other than water
Hi/Lo alarm setpoint relays (Req. 24 VDC power)
NEMA 4X Gasketed Meter Case
-C
-X
-D
Price
$580.00
580.00
580.00
580.00
470.00
470.00
470.00
470.00
530.00
530.00
530.00
555.00
555.00
630.00
630.00
730.00
665.00
665.00
665.00
665.00
555.00
555.00
555.00
555.00
555.00
615.00
615.00
615.00
640.00
715.00
815.00
815.00
1000.00
$85.00
350.00
50.00
Media
Type
Flow Rate
NPT
(GPM)
Connection
0.3 – 2
1/2”
0.4 – 3
1/2”
0.5 – 4
1/2”
0.5 – 6
1/2”
1.5 – 10
1/2”
0.5 – 6
3/4”
1.5 – 10
3/4”
2 – 15
3/4”
3 – 20
3/4”
2 – 15
1”
3 – 20
1”
5 – 40
1”
4 – 30
1-1/2”
5 – 40
1-1/2”
5 – 60
1-1/2”
15 – 100
1-1/2”
5 – 40
2”
5 – 60
2”
Liquid
15 – 100
2”
20 – 150
2”
30 – 200
2”
30 – 200
3”
40 – 300
3”
50 – 400
3”
60 – 500
3”
40 – 300
4”
50 – 400
4”
50 – 600
4”
100 – 800
4”
50 – 600
6”
100 – 800
6”
150 – 1000
6”
300 – 2000
6”
50 – 60
8”
150 – 1000
8”
300 – 2000
8”
400 – 3000
8”
Options: Add as suffix to catalog number
Hi/Low alarm setpoint relays (Req. 24 VDC power)
4-20 mA loop-powered output
0-100 Hz output
For gas applications
Catalog
Number
1/2-81-R-02
1/2-81-R-03
1/2-81-R-04
1/2-81-R-06
1/2-81-R-10
3/4-81-R-06
3/4-81-R-10
3/4-81-R-15
3/4-81-R-20
1-81-R-15
1-81-R-20
1-81-R-40
1.5-81-R-30
1.5-81-R-40
1.5-81-R-60
1.5-81-R-100
2-81-R-40
2-81-R-60
2-81-R-100
2-81-R-150
2-81-R-200
3-81-R-200
3-81-R-300
3-81-R-400
3-81-R-500
4-81-R-300
4-81-R-400
4-81-R-600
4-81-R-800
6-81-R-600
6-81-R-800
6-81-R-1000
6-81-R-2000
8-81-R-600
8-81-R-1000
8-81-R-2000
8-81-R-3000
$ 470.00
470.00
470.00
470.00
470.00
530.00
530.00
530.00
530.00
555.00
555.00
555.00
630.00
630.00
630.00
630.00
730.00
730.00
730.00
730.00
730.00
915.00
915.00
915.00
915.00
995.00
995.00
995.00
995.00
1200.00
1200.00
1200.00
1200.00
1650.00
1650.00
1650.00
1650.00
-X
-W
-Y
-I
$ 350.00
600.00
600.00
85.00
Price
PRIMARY FLOW
ELEMENTS
V 10.2016
20
Lesman
Instruments • Valves • Controls
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
WIKA Fluidic Techniques Primary Flow Elements
Picking the Right Flow Element for Your Process Media
Key
▲
Recommended
Orifice Plates, Meter Runs, and Annular Chambers
u Depends on application
▼
Square Quarter Conical
Edge
Circle Entrance Eccentric Segmental
Do not use
It can be difficult to evaluate the
variables affecting the velocity
profile for all flow meters and for
all pipe conditions. The Reynolds
number combines medium properties (density and viscosity), flow
rate, and geometric aspects.
The table shows the smallest
possible Reynolds number that
can be used with each flow
element type.
Clean Gas
▲
▼
▼
u
u
Dirty Gas
▼
▼
▼
▲
▲
Clean Liquid
▲
▲
▲
u
u
Viscous Liquid
▼
▲
▲
▼
▼
Dirty Liquid
u
u
u
▲
Corrosive Liquid
u
u
u
u
Steam
Flow Venturi
Nozzle Tube
▲
▲
u
u
▼
▲
▲
▲
u
u
u
▲
u
u
▼
u
u
u
u
▲
u
▼
u
u
u
u
u
Min. Reynolds Number
>2000
>200
>200
>10000
>1000
Minimum Nominal
Diameter
>1.5"
DIN 40
>1.5"
DIN 40
>1.5"
DIN 40
>4"
DIN 100
>4"
DIN 100
▲
Pitot
Tube
>75000 >12500 No Limit
>2"
DIN 50
>2"
DIN 50
>4"
DIN100
Orifice Plates and Flange Unions
Series 200 RTJ Holder with
Integral Orifice Plate
Available in sizes 1/2” to 3”
Series 120 Paddle Type
Available in sizes 1/2” to 60”
Orifice plates and flanges are one of the most widely used means of flow measurement
in clean liquids, gases, and low viscosity steam.
Fluidic Techniques orifice plates are designed according to industry and plant specifications. They are available in 1/8” thickness and greater, all ANSI ratings, and a variety of
materials (304 SS, 316 SS, Monel, Hastelloy, Titanium, and others). Orifice plates are available
in concentric, eccentric, ASME quadrant edge, and segmental bore.
Orifice flange unions meet ASME B16.36 standards and are available in pipe sizes 1/2”
through 24”. All pipe schedules are ANSI class 300# through 2500# in raised face and ring
type joint with weld neck, slip-on, or socket-weld connection. WIKA orifice flange unions
come with all necessary hardware, gaskets, jackscrews and plugs. They are available in
carbon steel , 204SS, 316 SS, and other materials upon request.
Series 100 Universal Type
Available in sizes 2” to 30”
Series 290 RTJ Holder with
Removable Orifice Plate
Available in sizes 4” to 24”
s stocks orifice
Fluidic Technique to 12” sizes,
2”
flange unions in STD and XS,
le
RFWN, schedu
with 1/2”
ASTM A105 CS
s, hardware,
NPT connection s and plugs.
et
jackscrews, gask
flange unions
Call Lesman for 24”.
larger than
Flow Nozzles and Meter Runs
Model FT
Model HR
Model WI
Held in place
Held in place by a holding
Welded in place
between pipe
ring and pins welded in a pipe between two pipe
flanges welded to section that is bored and honed
sections.
pipe sections.
to receive the nozzle.
Fluidic Techniques flow nozzles are most commonly used to
measure steam and water flow. Flow nozzle meter runs are designed with ±2% of accuracy, and can be increased to ±1% when
flow nozzle sections are precision bored the required distance
upstream and downstream of the nozzle. Flow calibration can
increase accuracy to ±0.25 as needed.
Pressure measurement taps are located upstream and downstream of the nozzle. WIKA flow nozzles are available in 304 SS,
316 SS, Chrome-moly, Inconel, and other materials on request.
Upstream and downstream pipe sections and flanges meet
ASME specifications and are matched to the plant’s piping.
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Lesman
Instruments • Valves • Controls
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
PRIMARY FLOW
ELEMENTS
21
Flange Unions, Pitot Tubes, and Bluff Body Flowmeters
Raised Face Weld Neck
Orifice Flange Unions
Use an orifice flange instead of a standard
pipe flange when you need to install an orifice
plate or flow nozzle. Pairs of pressure tappings
are machined into the orifice flanges, removing
the need for separate orifice carriers or tappings
in the pipe wall.
All raised face flange unions are made of A105 carbon steel and include
nuts, bolts, and 1/16” gasket.
Please allow 10 days for delivery.
If you need your order faster, just let us know. In most cases, we can
arrange for overnight or second-day shipping. Or, we’ll work with you
to arrange delivery by local messenger service. Same-day shipping
is available for a small premium.
Build a Raised Face Weld Neck Orifice Flange Part Number
Pipe
Size
Flange
Rating
Material
Grade
Face
Style
Flange
Style
Pipe
Schedule
____
__
CS
R
WN
40
C
Schedule
40
Complete
w/ Nuts,
Bolts, &
Gaskets
See
Chart
Below
300#=03
600#=06
(no 150#)
A105
Carbon
Steel
Raised
Weld
Neck
Hardware
Pipe Size and Flange Rating Options
(1) Select Your Pipe Size
Pipe Size
0.5”
0.75”
1”
1.25”
1.5”
2”
2.5”
Code
0050
0750
0100
0125
0150
0200
0250
Pipe Size
3”
4”
5”
6”
8”
10”
12”
Code
0300
0400
0500
0600
0800
1000
1200
Pipe Size
14”
16”
18”
20”
24”
30”
36”
Code
1400
1600
1800
2000
2400
3000
3600
Flange
300#
Code
03
Flange
600#
Code
06
(2) Specify Flange Rating
Flange
150#
Code
01
Call, fax, or e-mail your completed part number to
Lesman for a quote on price and delivery. Prices are valid
for two weeks from the quote date.
Need help picking your flow element?
Fill out a primary flow element datasheet
at Lesman.com/datasheets/ and send it to
Lesman for engineering review, pricing, and
expected delivery.
Other Flow Elements
Available from Lesman
Pitot Tubes
• Available in tube insert, threaded,
and flanged models
• Suitable for up to 2500# ANSI Class,
6000 PSI and 1000° F
• For gases, liquids, and steam
• Solid one-piece construction
The unique shape of this averaging pitot flow
sensor reduces drag and flow-induced vibration.
Moving the low pressure ports to the sides of the
sensor eliminates the potential for clogging and
improves signal stability.
The rough surface and groves on the flow sensor's front surface
relives the drag and partial vacuum at the rear of the sensor, reducing
pressure drag, and extending the accuracy and rangeability to very
low velocities
Built-in valves in the head of the instrument simplify installation and
maintenance, and lower the connecting hardware cost by reducing
the number of fittings.
Available in partial insert versions for use in high velocity cooling
water applications, large diameter pipes, large vertical stacks, and
buried water lines. Partial insert hot-tap sensors can be inserted with
no reduction in flow rate.
Bluff Body Differential Pressure Flowmeters
The bluff body flowmeter is the
only differential pressure flowmeter
that fully conditions the flow prior to
measurement. It’s ideal for lines with
limited straight piping.This flowmeter
provides repeatable accuracy up to
±0.5% flow rate, even under the most
difficult flow conditions, and over a
wide range of Reynolds numbers.
Because this meter can accurately measure disturbed flow, it
doesn’t require the upstream or downstream straight pipe runs of
many other flowmeters; so, it can fit where other flowmeters can’t
because of limited space or weight requirements.
Left: Precision flow tube, Right: Insertion weld-on saddle.
Learn more about all the flow measurement instruments we offer at www.Lesman.com
PRIMARY FLOW
ELEMENTS
V 10.2016
22
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Fluidic Techniques Venturi Flow Tubes
Permanent Pressure Loss of Primary Flow Elements
Features
• Available in line sizes from 1/2” to 96”
• Carbon steel with stainless steel throats standards; all-stainless and
other materials available on request
• Uncalibrated accuracy ±1.5%; NIST certified accuracy ±0.25%
• Short upstream piping requirement
• Flanged, weld-in, and insert types
WIKA Fluidic Technique’s venturi measures liquids, gases, or steam flow.
Since there are no protruding edges that interfere with the flowing stream, it
is particularly accurate for flow measurement of fluids with suspended solids.
Wide range,high pressure recovery,repeatability,and sustained accuracy make
it a great choice for flow metering applications. Plus, it is a viable alternative for
flow nozzles, since it requires shorter upstream piping requirements.
Each venturi tube is customized to meet your application’s specific flow
measurement requirements for differential pressure, permanent pressure loss,
piping requirements, and accuracy.
The classic (Herschel) short form venturi tube is known for its accurate performance — as documented by ASME and ISO industry standards — providing an
uncalibrated accuracy of ±1.5%. When you need higher accuracy, your venturi
tube can be calibrated with NIST certification to an increased accuracy of ±0.25%.
Venturi tubes generally consist of an inlet section, convergent section, throat
section, divergent section, and outlet section. Fluidic Techniques manufactures
two styles of venturi tubes: machined inlet and fabricated.
A machined inlet venturi tube has a machined entrance, convergent and
throat sections made from a single piece of material. A fabricated venturi tube
has pipe or rolled cylinders and formed cones or machined sections, joined
together by welds.
All venturi tubes come with a set of differential pressure taps. The upstream
tap can be found in the inlet section and the downstream tap in the throat.
DP taps can be welded on the outside diameter or machined into the body
depending on the venturi style.
Flanged venturi tubes, like the model V-100, come standard with raised
face weld neck flanges. Weld-in venturi tubes, like model V-200, are beveled in
accordance with ASME standard B16.25.
Low Permanent Pressure Loss for Energy Efficiency
The short form venturi is one of the most efficient differential pressure
producing flow measurement devices on the market, with a lower PPL than
orifice plates, annular orifices, and flow nozzles. Low permanent pressure loss
leads to a reduced operating cost and a pressure recovery cone adds enhanced
pressure recovery.
Inlet
Convergent
Throat
Divergent
Outlet
Fill out a primary flow element datasheet
at www.Lesman.com/datasheets/ and
send it to Lesman.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
PRIMARY FLOW
ELEMENTS
23
Meriam Laminar Flow Elements
50MC2 Series
(Hose)
Features
• 2” to 8” line sizes; compatible with most gases
• Measures low gas flow rates from 0.2 SCCM up to 2250 SCFM
• ± 0.72 to 0.86% accuracy, 0.1% repeatability
• 20:1 turndown or better
• 16 mS response time
• 1/4” hose barb differential pressure connections
• Aluminum housing for low pressure applications
50MR2 Series
(Flanged)
Flow element inlet filters
In applications where particulates in the
air can affect measurement or clog the flow
matrix, an inlet filter can be used to keep
the matrix clean and calibration constant.
Filters are available for most laminar flow
elements, and can be changed without
affecting the calibration curve.
Laminar flow elements (LFE) are most commonly used for gas flow measurement, but are also
suited for leak detection and quantification, design and testing of discrete parts, automotive engine
and emissions testing, and window and door leak testing. They can be used to calibrate turbine
meters, variable area meters, flow regulators, mass flow meters, and thermal anemometers.
Meriam’s 50MC2 series is designed for gas flow applications that require hose-type process connections, mated to rigid piping with lengths of flexible hose or rubber couplings. It is sealed into
the piping system using conventional strap clamps. Pick the 50MR2 series in gas flow applications
that require ANSI flanged process connections.
The LFE matrix is made from individual stainless steel tubes or windings of foil, long enough to
cause laminar flow to occur in each tube for a near-linear relationship between differential pressure
and flow rate. The DP generated across the matrix responds quickly to changes in flow. All DP is
permanent pressure loss to the system, but LFEs are size-restricted to produce no greater than 8”
water column at maximum flow conditions.
Because LFE tube diameters are small, flowing gases need to be clean and dry to preserve the
calibration. Filtered inlet versions are available to help keep the LFE matrix clean and keep the
calibration consistent, or to be used for intake measurement applications.
Typical Laminar Flowmeter System Installations
Call for pricing and availability.
MDT500 Multivariable Digital Transmitter
Features
• Compatible with all Meriam laminar flow element models
• Measures differential pressure, compensates for static pressure and temperature changes
• Seven readings per second from both differential and absolute pressure sensors
• 14 temperature readings per second
• Low head loss model available
• LabVIEW® drivers and software kit included; ACFM, SCFM and mass flow displayed on your PC
The Meriam MDT500 is a flow measurement system
designed to help you accurately measure air and gas flow
rates. It provides a wide flow range, while maintaining
accuracy with no drift over time and temperature.
The MDT500 transmitter can be directly mounted on
any Meriam LFE model. It can deliver system accuracy
of ±0.8% flow rate and a response time of less than 0.1
seconds. With long-term stability and no moving parts,
the unit is ultimately maintenance-free.
MULTIVARIABLE
TRANSMITTER
V 10.2016
24
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Honeywell SMV800 SmartLine Multivariable Transmitter
Replaces
the retired
SMV3000
SmartLine
Transmitter
Honeywell’s SMV800 smart multivariable flow transmitter accurately
measures differential pressure, static pressure, and temperature with the
ability to calculate compensated mass or volume flow rate as a fourth
process variable.
The SMV800 combines integrated sensor and microprocessor technologies with dynamic flow compensation to produce the most accurate
and consistent flow measurement possible.The transmitter can measure
differential pressure across a primary flow element (averaging pitot tube,
venturi, flow nozzle, orifice plate, V-Cone®, wafer cone, or wedge); static
process pressure from a single sensor; and process temperature from
thermocouple or RTD inputs.
All SMV800 series transmitters are available with 4-20 mA analog
output and HART v7.0, or Honeywell digitally enhanced (DE) output.
SmartLine transmitters all offer digitally accessible diagnostics that
aid in providing advanced warning of possible failure events minimizing
unplanned shutdowns, providing lower overall operational costs.
Configuration Tools
SmartLine SMV800’s transmitter and display can be easily configured
using three buttons accessible on the transmitter head. You can also use
these buttons to zero and span the transmitter, with or without the local
display. The only parameters not accessible through the pushbuttons
are for flow calculations.
All Honeywell SmartLine transmitters are designed and tested for
compliance to HART® and DE communication protocols and will operate
with any properly validated hand held configuration device.
SmartLine HART transmitters can be configured using Honeywell’s
MCT404 handheld configurator, for all parameters other than flow. You
can also configure HART transmitters using device description-based
asset management tools, or a PC-based device type manager (DTM).
DTMs provide enhanced features like measurement types, flow configuration, engineering unit choices, automatic calculation of viscosity
and density, coefficients, auto-calculation of K-User and beta factor, and
import/export configurations from an external file.
Honeywell’s PC Based configuration Toolkit SCT3000 provides an easy
way to configure the SMV800 DE devices.
Features
• Mass flow measurements for liquids, gases, and superheated
and saturated steam.
• Accuracy: Up to 0.04% for differential pressure, up to 0.0375%
for static pressure, up to 0.1°C temperature, with a reference
accuracy up to 0.6% for mass flow
• Rangeability up to 400:1
• Universal temperature input option
• Automatic static pressure and temperature compensation
• Compensated flow response time up to two times per second
• External zero, span, and configuration capability
• Polarity insensitive electrical connections
• Comprehensive on-board diagnostic capabilities
• Integral dual seal design for highest safety based on ANSI/NFPA
70-202 and ANSI/ISA 12.27.0
• World class overpressure protection
• Modular design for easy component replacement in the field
Mass Flow Calculation
Standard mass flow compensation can be user-selected for gas, liquid
and steam without limitation on primary elements. Dynamic mass flow
compensation can be user-selected: ASME-MFC-3M, ISO5167, or Gost8.586 for orifice plate, nozzle and venturi; AGA3 for orifice; Calculation
support for averaging Pitot tube, V-cone, wafer cone, wedge, integral,
and conditional orifice; and Fixed input parameters for customizing the
calculations
Flow Density Compensation
With flow factors entered manually, the SMV800 is capable of basic flow
density compensation.
Using configuration software, the SMV can be configured with the
primary element type and the physical parameters of your measured
fluid to dynamically compensate for fluid characteristics like discharge
coefficients, gas expansion factors, density, and viscosity plus installation
issues like upstream pipe size.
Advanced Graphics LCD Display Features
• 0°, 90°, 180°, and 270° mounting position adjustments
• Standard and custom measurement units available
• Up to eight display screens with three formats: Large PV with bargraph
or PV with trend graph
• Configurable screen rotation timing (3 to 30 sec)
• Display Square Root capabilities may be set separately from the
4-20mA DC output signal
Modular Design
To help contain maintenance and inventory costs, all SMV800 transmitters are modular in design,so you can replace meter bodies,indicators
or change electronic modules without affecting overall performance or
approval body certifications, including:
• Meter body replacement
• Replaceable electronics/comm modules*
• Add or remove integral indicators*
• Add or remove lightning protection (terminal connection)*
* Field replaceable in all electrical environments (including IS) except
flameproof without violating agency approvals.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
MULTIVARIABLE
TRANSMITTER
25
Specifications
Pressure Inputs (PV1 and 2)
Max
Allowable
Working Range Limits
Pressure
(InH2O)
Process Variable 1 (DP)
Process Variable 2 (AP or GP)
Span
(InH2O)
Turndown
Ratio
Stability
(URL/Yr)
Accuracy
(% Span)
Range
Limits
Span
-25” to 25”
1.0” to 25”
25:1 max.
1.0%
0.04%
0 to 100 PSIA
5 to 100 PSIA
20:1 max.
0.125%
0.0375%
SMA845 3000 PSIA
-400” to 400”
1.0” to 400”
400:1 max.
0.0625%
0.04%
0.008%
0.0375%
-400” to 400”
1.0” to 400”
400:1 max.
0.0625%
0.04%
30 to 1500
PSIA
60 to 4500
PSIG
50:1 max.
SMG870 4500 PSIG
0 to 1500
PSIA
-14.7 to 4500
PSIG
75:1 max.
0.025%
0.0375%
Model
SMA810
100 PSIA
Zero and Span: May be set anywhere within the listed (URL/LRL) range limits
Typical Calibration Frequency: Honeywell recommends PV1/PV2 calibration
verification every four years
Temperature Inputs (Digital PV3)
Thermocouples3
RTDs4
Input Type
Pt25
Pt100
Pt200
Pt500
Pt1000
T
E
J
N
K
R, S
B
Maximum Range Limits
°C
°F
-200° to 850°
-328° to 1562°
-200° to 850°
-328° to 1562°
-200° to 850°
-328° to 1562°
-200° to 850°
-328° to 1562°
-200° to 500°
-328° to 932°
-250 to 400
-418° to 752°
-200° to 1000°
-328° to 1832°
-200° to 1200°
-328° to 2192°
-200° to 1300°
-328° to 2372°
-200° to 1370°
-328° to 2498°
-50° to 1760°
-58° to 3200°
200° to 1820°
392° to 3308°
Digital
Accuracy
°C
±0.50°C
±0.10°C
±0.20°C
±0.12°C
±0.10°C
±0.20°C
±0.20°C
±0.25°C
±0.40°C
±0.25°C
±0.50°C
±0.60°C
Ambient Temperature Effect Digital Accuracy: RTD Inputs: 0.0015°C/°C/.
T/C Inputs: 0.005°C/°C; Analog Output: 0.0005% span/°C
Maximum Lead Wire Resistance: Thermocouples: 50Ω/leg; Pt100, Pt200,
Pt500 and Pt1000 RTDs: 50Ω/leg; Pt25 RTD: 10Ω per leg
Temperature Sensor Burnout: User-selectable burnout detection. Upscale
or down scale with critical status message. For RTD type inputs; broken
wire(s) will be indicated
Mass Flow (PV4) Reference Accuracy: 0.6% over 20:1 flow range, calculated
every 500ms; (Flow performance specifications assume dynamic compensation
and is applicable for SMA845 and SMG870) Applicable standards and installations per ASME MFC 3M or ISO 5167-1 for uncalibrated orifice; >2.8” Pipe
Diameter; (0.2 < beta < 0.6 Orifice). DP Turndown 16:1; Reference accuracy
does not include RTD sensor accuracy.
Analog Output/Digital Communications: Two-wire, 4–20 mA (HART and
DE Transmitters only); Honeywell DE, HART 7 protocol or FOUNDATION
Fieldbus ITK 6.0.1 compliant
Output Failure Modes: Honeywell Compliance: 3.8–20.8 mA normal limits,
NAMUR NE 43: 3.8–20.5 mA normal limits; Failure Mode: ≤3.6 mA and ≥21.0 mA
Supply Voltage Effect: 0.005% span per volt
Response Time (DP): DE/HART Analog Output: 144mS (Delay + Time Constant)
Damping Time Constant (HART®): DP/SP: Adjustable from 0 to 32 seconds
in 0.1 increments, 0.5 second default; Temperature: Damping limit is 0 to
102; Flow: Damping limit is 0 to 100
Damping Time Constant (DE): DP/SP: 0, 0.16, 0.32, 0.48, 1, 2, 4, 8, 16, 32
seconds, 0.48 second default;Temperature: 0, 0.3, 0.7, 1.5, 3.1, 6.3, 12.7, 25.5,
51.1, 102.3; Flow: 0, 0.50,1, 2, 3, 4, 5, 10, 50, 100
Turndown Stability
Ratio
(URL/Yr)
Accuracy
(% Span)
Transmitter Turn-On Time: 5.0 sec
Vibration Effect: SMA845, SMG870: Less than ±0.1% URL without damping;
Per IEC60770-1 field or pipeline, high vibration level (10-2000Hz: 0.21
displacement/3g max acceleration)
Galvanic Isolation: 2000 VDC (1400 VRMS) between inputs and outputs
Lightning Protection Option: Leakage Current: 10μA max @ 42.4VDC 93C
Impulse Rating: 8/20uS, 5000A (>10 strikes), 10000A (1 strike min.);
10/1000uS, 200A (> 300 strikes)
Communications and Diagnostics: HART Protocol: HART 7; Power Supply:
10.8 to 42.4 VDC at terminals; 0–1440 Ω load; (Requires 250Ω min. load for
handheld communications); Honeywell Digitally Enhanced (DE): Honeywell
proprietary protocol that provides multivariable communications between
Honeywell DE enabled field devices and hosts; Power Supply: 15 to 42.4 VDC
at terminals, 900Ω max. load.
Standard Diagnostics: SMV800 top level diagnostics are reported as either
critical or non-critical and readable via the DD/DTM tools or integral display.
Electronic Housing: Type 4X, IP66, IP67, polyester powder-coated low copper
aluminum, all-stainless optional
Process Connections: 1/4”or 1/2”NPT with adapter (meets DIN requirements)
Mounting: Can be mounted in any position using standard mounting bracket, designed to mount on 2” vertical or horizontal pipe; Mounting Bracket:
Zinc-plated carbon steel, 304 SS or 316 SS
Wiring: Accepts up to 16 AWG (1.5 mm) diameter
Operating Conditions
Temperature: Ambient: -40° to 185°F; Meter Body: -40° to 257°F
Humidity: 0 to 100% RH
Vacuum Region Pressure: 25 mmHg absolute, min. 13”H2O absolute, min.
Agency Approvals
FM: Explosion-Proof: Class I, Div 1, Groups A-D; Dust Ignition Proof: Class II, III,
Div 1, Groups E-G; T4; Class I, Zone 1/2, AEx d IIC T4; Class II, Zone 21, AEx tb
IIIC T 85°C IP 66; Intrinsically Safe: Class I, II, III, Div 1, Groups A-G: T4; Class
1, Zone 0, AEx ia IIC T4; Non-incendive: Class I, Div 2, Groups A-D; Class 1,
Zone 2, AEx nA IIC T4; Enclosure: Type 4X/ IP66/ IP67
CSA: Explosion Proof: Class I, Div 1, Groups A-D; Dust Ignition Proof: Class II, III,
Div 1, Groups E-G; T4; Ex d IIC T4; Ex tD A21 T 95°C IP 66; Intrinsically Safe:
Class I, II, III, Div 1, Groups A-G; T4; Ex nA IIC T4; Non-incendive: Class I, Div
2, Groups A-D; T4; Ex nA IIC T4; Enclosure: Type 4X/ IP66/ IP67
ATEX: Flameproof: II 1/2 G Ex d IIC T4; II 2 D Ex tb IIIC T 85°C IP 66; Intrinsically
Safe: II 1 G Ex ia IIC T4; Non-incendive: II 3 G Ex nA IIC T4; Enclosure: IP66/ IP67
IECEx: Flameproof : Ga/Gb Ex d IIC T4; Ex tb IIIC T 85°C IP 66; Intrinsically Safe:
Ex ia IIC T4; Non-incendive: Ex nA IIC T4; Enclosure: IP66/ IP67
Electromagnetic Compatibility: EN 61326-1
MULTIVARIABLE
TRANSMITTER
V 10.2016
26
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Honeywell SMV800 SmartLine Multivariable Transmitter
Dimensions
Ordering Instructions
Make one selection from each table. A finished catalog number looks like this:
SM_ _ _ _- _ _ -0- _ _ _ _ _ _ - _ - _ - _ _ _ - _ _ _ - _ - _ _ _ _ - _ _ , _ _ - 0000
Model Selection Guide
Description
Differential Pressure
Static Pressure
Measuring
-25” to 25” H2O
0 to 100 PSIA
Range
-400” to 400” H2O
0 to 1500 PSIA
-400” to 400” H2O
-14.7 to 4500 PSIG
RTD Input
Temperature Universal Input (RTD & Thermocouple)
Future
No Digital Output
Plated Carbon Steel Process Head, 316L SS Diaphragm
316L SS Process Head, 316L SS Diaphragm
Wetted
Hastelloy C-276 Process Head and Diaphragm
Materials
Monel 400 Process Head and Diaphragm
Silicone Oil 200
Fill Fluid
Fluorinated Oil CTFE
1/4” NPTF Thread (Standard)
Process
1/2” NPTF (for Carbon Steel/Stainless Steel Heads)
Connection
1/2” NPTF (for Hastelloy C-276 or Monel Heads)
Single-Ended Head, No Vent/Drain
Vent/Drain
Dual-Ended Head, Side Vent, End Plug
Teflon or PTFE (Glass-Filled)
Gasket
Viton or Fluorocarbon Elastomer
High Side Left, Low Side Right, Standard Orientation
Head
Low Side Left, High Side Right, Standard Orientation
Connection
None
FM Approved
Approvals
CSA Approved
Aluminum Housing, 1/2” NPT Connection
Aluminum Housing, 1/2” NPT Conn, Lightning Protection
Housing
316 SS Housing, 1/2” NPT Connection
316 SS Housing, 1/2” NPT Conn, Lightning Protection
4-20 mA DC Analog Output, HART® v7
Output
4-20 mA DC Analog Output, Honeywell DE Protocol
No Indicator, No External Zero/Span
No Indicator, External Zero/Span
Interface
Indicator, External Zero/Span, English/Euro Languages
Indicator, External Zero/Span, English/Asian Languages
Software
Standard Diagnostics
Fail High (>21.0 mA DC), Write Protect Disabled
Failsafe/
Fail Low (<3.6 mA DC), Write Protect Disabled
Write
Fail High (>21.0 mA DC) Write Protect Enabled
Protection
Fail Low (<3.6 mA DC), Write Protect Enabled
Configuration Factory Standard
Calibration
Standard Accuracy, Factory Std Single Calibration Range
Carbon Steel Angle Bracket
Mounting
Stainless Steel Angle Bracket
Bracket
None
Tagging
One Wired SS Tag (Up to 4 Lines, 26 Char/Line
Adapters
No Conduit Plugs or Adapters Required
Options (Separate Option Choices with a Comma)
None
Certifications F3391 Certificate of Conformance
F3392 Overpressure Leak Test Certificate (1.5X MAWP)
Additional 1 Year
Additional 2 Years
Extended
Additional 3 Years
Warranty
Additional 4 Years
Additional 5 Years
Factory
Factory Identification
Catalog
Number
Availability
SMA810
SMA845
SMG870
S1S20A _ _ _ _ _E_____J_____L _ _ _ _ __ 1 _ _ _ __ 2 _ _ _ ___A____ _ H _ _ __ _ H _ _ __ _ _ _ 1 __ _ _ _ 6 __ _ _ _ _ A_ _ _ _ _ B120
A
B
A _ _C _ _E _ _G _ __ H __ D __ _ 0__A_ _ E_ _ J1 _ __ 1 __ 2 __ 3 __ 4 __ _ SA1 _ _ _3 _ _ __ 0 _ __ 1 _ __ _ A0-
↓
00
F3
TP
01
02
03
04
05
0000
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$2967.00
2902.00
↓ 2966.00
•
530.00
•
1000
•
0.00
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0.00
•
75.00
•
890.00
•
560.00
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0.00
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55.00
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0.00
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45.00
•
160.00
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0.00
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38.00
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0.00
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22.00
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0.00
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24.00
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0.00
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24.00
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24.00
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0.00
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68.00
•
552.00
•
620.00
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64.00
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174.00
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0.00
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54.00
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308.00
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308.00
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0.00
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0.00
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22.00
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22.00
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22.00
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0.00
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34.00
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Call
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↓
0.00
24.00
34.00
21.00
36.00
52.00
73.00
98.00
0.00
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
PRESSURE
TRANSMITTERS
27
STD730 SmartLine Differential Pressure Transmitter
Features
• Accuracies to 0.05% of span
• Stability up to 0.02% URL per year
for 5 years
• Automatic static pressure & temperature compensation
• Maximum turndown ratio to 100:1
• Response times as fast as 100ms
• Alphanumeric display can be added
or removed in the field
• External zero, span, and configuration capability
• On-board diagnostic capabilities
• World class overpressure protection
• Polarity-insensitive electrical connections
• Integral dual seal design for highest safety
based on ANSI/NFPA 70-202 and ANSI/ISA
12.27.0
• Compliant to SIL 2/3 requirements
• HART v7.0 or Honeywell DE communications
How does the STD700 stack up?
Model
Accuracy
SmartLine ST700
±0.05%
Speed of response
Stability
100 ms
±0.02% URL/year for 5 yrs
ST3000 Series 900
±0.0625 digital mode
±0.075% analog
330 ms
±0.01% URL per year
Specifications
Replaces ST3000
model STD924
Honeywell’s new SmartLine® STD700 differential pressure transmitters
feature piezoresistive sensor technology combining pressure sensing
with on-chip temperature compensation, for high accuracy, stability and
performance over a wide range of application pressures and temperatures.
The SmartLine family is also fully tested and compliant with Experion®
PKS automation and control software platform, providing the highest
level of compatibility assurance and integration capabilities.
The ST700 modular features a basic alphanumeric LCD display that
can be added or removed in the field. For easier access and visibility, the
display can be mounted and adjusted to 0°, 90°, 180°, and 270° positions.
The two-line, 16-character LCD can display any one of 16 standard engineering units plus square root output indication.
Suitable for all electrical and environmental requirements, SmartLine
offers the ability to zero and span the transmitter from three externally
accessible buttons. With the display option, these buttons also let you
configure the transmitter and display.
Using a handheld Honeywell MCT202 configurator and Smartline
transmitter two-way communications, you can field configure DE and
HART devices.Field Device Manager (FDM) software and FDM Express are
available for managing HART device configurations. ST700 transmitters
integrate with Honeywell’s Experion PKS control software platform for
tamper-reporting, FDM plant area views, and health summaries.
To help control maintenance and inventory costs, Honeywell ST700 transmitters
are modular, giving you the ability to
replace meter bodies, add indicators, or
change electronics modules without affecting overall performance or approval
certification. Each meter body is uniquely
characterized to provide in-tolerance
performance over a range of varying
temperatures and pressures.
Due to the Honeywell advanced interDisplays provide PV,
face, electronic modules may be swapped
bargraphs, trend lines, and
with any electronics module without losing text messages for diagnostics
and maintenance.
in-tolerance performance characteristics.
Reference Accuracy: 0.05% span
Stability (%URL/year for five years): 0.020%
Temperature: Ambient: -40° to 185° F; Meter Body: -40° to 257° F; LCD: -4°
to 158° F
Humidity: 0 to 100% RH
Vacuum Region Pressure: 1” WC min. absolute @ 2 hours at 158° F
Maximum Allowable Working Pressure (MAWP): 4500 PSI for temperatures -40° to 257° F. Static Pressure Limit derated to 3000 PSI below -40° F
Analog Output: Two-wire, 4 to 20 mA (HART & DE Transmitters only)
Output Failure: Normal Limits: 3.8 to 20.8 mA Honeywell standard, or 3.8 to
20.5 mA NAMUR NE 43 Compliant; Failure Mode: ≤3.6 mA and ≥21.0 mA
Supply Voltage: 10.8 to 42.4 VDC at terminals (IS version limited to 30 VDC);
Voltage Effect: 0.005% span per volt
Transmitter Turn-On Time: 2.5 seconds
Response Time (Delay + Time Constant): 100 mS
Damping Time Constant: HART: Adjustable from 0 to 32 seconds in 0.1
increments. Default: 0.50 seconds; DE: Discrete values 0, 0.16, 0.32, 0.48, 1,
2, 4, 8, 16, 32 seconds. Default: 0.48 seconds
Vibration Effect: Less than ±0.1% URL without damping
Electromagnetic Compatibility: IEC 61326-3-1
Lightning Protection (Option): Leakage Current: 10uA max @ 42.4 VDC 93C
Materials: Process Head, Vent/Drain Valves and Plugs: 316 SS; Barrier Diaphragms: 316L SS; Head Gaskets: Glass-filled PTFE; Meter Body Bolting and
Mounting Bracket: Zinc-Plated Carbon Steel; Fill Fluid: Silicone DC® 200 oil;
Electronic Housing: Pure polyester powder-coated low copper aluminum
Mounting: Can be mounted in virtually any position using a standard mounting bracket. Bracket is designed to mount on 2” vertical or horizontal pipe.
Digital Communications/Diagnostics: Honeywell DE, HART 7 protocol
Process Connections: 1/2" NPT
Enclosure: Type 4X, IP66, IP67
FM Approvals: Explosion-Proof: Class I, Div 1, Groups A-D; Dust-Ignition Proof:
Class II, III, Div 1, Groups E-G T4; Intrinsically Safe: Class I, II, III, Div 1, Groups
A-G T4; Non-Incendive: Class I, Div 2, Groups A-D
SIL 2/3 Certification: IEC 61508 SIL 2 for non-redundant use and SIL 3 for
redundant use according to EXIDA and TÜV Nord Sys
Honeywell STD720 dP transmitters available
from Lesman stock — ready to ship same day!
Model Selection Guide
Both transmitters below feature 4" to 400" WC range, 0.05% span accuracy, FM
explosion-proof approved enclosure for Class I, Div 1 environments.
Description and Catalog Number
Price
Transmitter with 4-20 mA with HART® output, digital display with external
zero/span/configuration buttons
STD720-E1HC6AS-1-A-AHC-11S-A-10A0-00-0000
$2052.00
Transmitter with 4-20 mA and Honeywell DE output, no local display or zero/
span/configuration buttons
STD720-E1HC6AS-1-A-CD0-11S-A-10A0-00-000
2069.00
MAGNETIC
FLOWMETERS
V 10.2016
28
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
SITRANS FM MAGFLO Electromagnetic Flowmeters
Need FM Class I, Div 1 meters?
MAGFLO models are available for harsh
environments. Call Lesman for help.
Flexible Transmitter Electronics
MAGFLO flowmeters make it easier for you to manage flow. Whether
it’s installation, managing operations, or verifying continuous accuracy,
our customers rely on Siemens MAGFLO to improve their processes.
Greater Flexibility and Expandability
• One transmitter/converter electronics box fits all sensor tubes
• Choice of integral mount, remote pipe or wall mount, explosion-proof,
or 19” rack mount electronics styles available
• Ready for your plant data network! Universal communications slot
on each converter
• Communication modules for HART®, Modbus RTU, Profibus PA/DP.
Add-on modules allow upgrades without buying a new flowmeter
Easier to Operate
• Mag 5100W doesn’t require grounding rings
• Robust construction and materials: PTFE, PFA, Ceramic, and NOVALAK
liners; AISI 316 Ti stainless steel, Hastelloy C, Titanium, Tantalum, and
Platinum electrodes
• Only Siemens offers NOVALAK, a revolutionary liner material with a
smooth, hard, non-porous finish that provides the highest level of
protection against corrosion,abrasion,high pressure and temperature,
and vacuum conditions.It has the chemical resistance you expect from
PTFE with the mechanical strength and stability of steel.
• Uniform user interface for all MAGFLO products
Easier to Commission
• Pushbuttons on transmitter electronics make setup easy for technicians and contractors
• SensorPROM holds identity of each flowmeter: Calibration data, magnetic properties, user setup, and programming.
• SensorPROM module enables instant measurement at power-up
Easier to Service
•
•
•
•
•
•
•
•
•
•
Transmitter replacement requires no programming
SensorPROM automatically updates all settings after initialization
Advanced Diagnostics of Application and Metering
Identification in clear text and error log
Error categories: Function, warning, permanent, and fatal
Transmitter self-check including outputs and accuracy
Sensor check function
Overflow
Empty pipe, partial filling, low conductivity, electrode fouling
System verification with MAGFLO Verificator
Choose between Mag 5000 (±0.5% accuracy) and Mag 6000 (±0.25%
accuracy) for high performance, easy operation, and reduced maintenance. Mag 5000 is a robust solution for all-around applications. Mag
6000 is for the more demanding applications where higher accuracy
and greater functionality are required.
The Mag 6000i (Industry) transmitter is designed for special demands
in the process industry. The robust, full-metal housing provides superb
protection, even in the harshest industrial environments. Full input and
output functionality is provided, even in the ATEX EEx d version.
Individual calibration and fingerprint (magnetic property) data are pre-programmed at the factory and stored in
the MAGFLO’s SensorPROM module. Setup data is added
during configuration. This unique combination ensures a
cost-effective, easy, and error-free installation.
Plug and play communication modules make your MAGFLO compatible
with your plant network protocol. Changing communications standards
or moving the MAGFLO to a different network? Just swap out the communications module. No need to buy a new magmeter.
Sensor Tube Designs for Every Industry
Mag 5100W: A sensor for all water and wastewater
applications. With its coned design, increased lowflow accuracy is achieved, making it especially useful
for leak detection. It can be made suitable for direct
burial and constant flooding. Mag 5100W complies
with drinking water and custody transfer approvals.
Mag 1100: The flangeless wafer design that meets all
flange standards. The Mag 1100 is used in all industries
where the corrosion-resistant stainless steel housing and
highly resistant liner and electrodes fit even the most
extreme process media. Mag 1100s are available with FM
and ATEX approvals for installations in hazardous areas.
Its obstruction-free performance minimizes the risk
of deposits. And, it’s unaffected by the suspended solids,
viscosity,and temperatures typically found in pharmaceutical processes. The Mag 1100 is suitable for CIP and SIP cleaning, and
withstands the high pressures of hose-down.
Mag 1100 Food: Specially designed for the food and
beverage industry,Mag 1100F offers unique and flexible
process connections. Mag 1100F was the first to pass
EHEDG hygienic test and meets all sanitary standards.
Its performance is unaffected by suspended solids,
viscosity, and temperature changes.
The Mag 1100F features an AISI 316 SS enclosure with
an IP67/NEMA 4X rating that is upgradeable to IP68/
NEMA 6P.It’s delivered with your choice of flange adapter,
with metal-to-metal design, and no grounding connection required.
Tri-Clover and Tri-Clamp adapters
in stock, ready for quick assembly
and shipment!
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
(1) Universal
Signal Modules for
Communication
1
(2) SensorPROM
Memory Module
2
Plug and Play communication modules and swappable SensorPROM memory
module make replacing electronics quick and painless!
Mag 3100: This flexible and comprehensive sensor
program offers a wide range of sizes, to fit a wide
variety of general industry applications. Liners and
measuring electrodes capable of withstanding the
most extreme processes are available. All welded
construction provides a ruggedness that suits the
toughest environments.
Mag 3100P: Designed to meet the most common specifications in the
chemical and process industries. It features fully welded construction for
ruggedness, and PTFE or PFA liners and Hastelloy electrodes for flexibility.
Mag 8000W: These battery-powered units give you
the flexibility to install a reliable water meter almost
anywhere,without sacrificing accuracy or performance.
It’s optimized for leakage detection and accurate billing.
The Mag 8000W features a datalogger with selectable
log interval up to 26 months, an infrared (IrDA) port for
on-site downloads,power management with selectable
battery alarm levels, a self-check feature with automated data backup,
and three totalizers, one with user reset.
Transmag 2: For Heavy-Duty Applications
Thanks to its pulsed AC system, the Transmag 2 is
capable of measuring where conventional DC field
technology fails, including applications with high
concentrations of pulp stock, heavy slurries, or slurries
with magnetic particles.
Magnetic particles in the media boost the magnetic
field in the flowmeter and cause bad readings. Transmag 2 overcomes
this issue with a second compensating coil circuit. The alternating field
technology generates a much stronger magnetic field within the sensor,
to measure more reliability and with greater precision — even when the
media has a high concentration of solids.
There’s a solution to every abrasive media application, and the choice of construction material is crucial
to protect the flowmeter.Besides inlet protection rings,
Siemens offers a broad range of liner and electrode
materials — like the soft LINATEX rubber and NOVALAK
liner, which have proven themselves in these harsh
environments.
Need help finding the right magmeter?
Fill out the application datasheet at
www.Lesman.com/datasheets/ and send it to
Lesman for engineering review.
V 10.2016
Lesman
Instruments • Valves • Controls
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
MAGNETIC
FLOWMETERS
Why Do So Many Engineers Choose
29
MAGFLO?
g rings.
• Mag 5100W doesn’t need groundin
fits all sensor tubes.
• Reducing spares! One transmitter
the keypad — contractors
• Easy transmitter configuration with
and technicians love them!
cation service from Siemens,
• Owners can schedule on-site verifi
FLO Verificator unit.
a
or do their own verification with MAG
er
serv a quick swap-out.
• SensorPROM makes replacement
on modules, it’s easy to get data
• With the universal communicati
onto the plant network.
rd of reliability, with calibra• They can produce a traceable reco
lts.
resu
test
n
tion data and verificatio
In-Situ Verification
Call for
Verificator
Service!
Using the MAGFLO Verificator, Siemens
offers in-situ verification for documenting
continuous accuracy for critical process
applications — especially crucial when your
application is required to meet ISO 9001,
ISO 4001 or other quality management
programs.
Through in-depth analysis, Siemens has
identified the parameters that influence the
accuracy of a flowmeter operating in the
real world. These parameters are checked
using a patented verification technique
for MAGFLO meters.
In-situ verification requires no interruption of flow,no opening of pipes,
and no disconnection of cabling.The Verificator can run a full installation
test of the transmitter, sensor, and cabling — all in less than 15 minutes!
Transmitter Test: The transmitter test is a flow simulation test that
checks the whole electronic system from signal input to output. Using
the magnetic field energy, the Verificator simulates a flow signal to the
transmitter input. By measuring transmitter output, the Verificator calculates its accuracy against factory-defined values.
Flowmeter Insulation Test: This “cross-talk” test of the entire flowmeter ensures that the sensor flow signal
is unaffected by external influences. In
this test, the Verificator generates a high
voltage disturbance within the coil circuit,
and then looks for any cross-talk induced
in the flow signal circuit. By generating
dynamic disturbances close to the flow
signal, the flowmeter is tested for noise immunity to a maximum level.
Sensor Magnetism Test: This“boost”
test of the magnetic field coil ensures
that the electromagnetic signal meets
the original settings. In the boost test,
the Verificator changes the magnetic
field pattern and uses high voltage to get
quick stable magnetic conditions.Then, it
compares the current sensor magnetism
to the factory “fingerprint” determined
during initial calibration, and stored in SensorPROM.
An authorized, signed certificate documents the verification, and
includes test results with pass/fail approval, installation specifications,
flowmeter specification and configuration, and Verificator specification
with calibration date (to ensure traceability to national and international
standards.)
MAGNETIC
FLOWMETERS
V 10.2016
30
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
SITRANS FM MAGFLO Electromagnetic Flowmeter
Call for
Verificator
Service
Integral Mount
Rack/Panel Mount
Mag 5000/Mag 6000 Mag 5000/Mag 6000
Remote Mount
Mag 6000i (Ex d)
SensorPROM
Memory Module
ULc Approved FM Class 1, Div 2
Rated NEMA 4X and NEMA 6
115–230 VAC or 12–24 VAC/VDC Power
3-Line, 20-Character Backlit Display
Can be Ordered Blind (No Local Display)
Communication
Modules
Wall Mount Junction
Box for Mag 5000/6000
MAGFLO Mag 6000
MAGFLO Mag 5000
MAGFLO Transmitter Electronics
•
•
•
•
•
MAGFLO
Verificator
• ±0.5% Accuracy with All Sensors
• Comes Standard with 1 Current, 1 Digital, and
1 Relay Output
• Available with HART® Communication
• Only Available for Sensors 1/2” to 48”
•
•
•
•
•
±0.25% Accuracy with Selected Sensors
Advanced Batch Control Functions
Add-On Plug-In Communication Modules
Required for Use with Sensors >56”
Mag 6000i IP67/NEMA Enclosure Optional
Step 1: Choose your electronics by accuracy, power, and mounting style. Step 2: Choose your flow sensor by size and linear material.
Add connecting cables and accessories you need.
Issue your order to Siemens Industry Inc., c/o Lesman Instrument Company.
Look for the Q for popular models
available to ship within two weeks!
Model Selection Guide
Description
Catalog Number
Price
Mag 5000 Transmitters; Max. Measuring Error: 0.5% Flow Rate
Integral Mount, 115-230 VAC
7ME6910-1AA10-1AA0 $1385.00
Integral Mount, 11-30 VDC 11-24 VAC
7ME6910-1AA30-1AA0 1385.00
Integral Mount, No Display, 115-230 VAC
7ME6910-1AA10-0AA0 1150.00
Integral Mount, HART®, 115-230 VAC
7ME6910-1AA10-1BA0 1602.00
Rack Mount, 115-230 VAC
7ME6910-2CA10-1AA0 1602.00
Mag 6000 Transmitters: Max. Measuring Error: 0.25% Flow Rate
Integral Mount, 115-230 VAC
7ME6920-1AA10-1AA0 1632.00
Integral Mount, 11-30 VDC 11-24 VAC
7ME6920-1AA30-1AA0 1632.00
Rack Mount, IP20/NEMA 2, 115 -230 VAC
7ME6920-2CA10-1AA0 1865.00
IP66/NEMA 4 ABS Plastic, 115-230 VAC
7ME6920-2EA10-1AA0 1889.00
Mag 6000i Transmitter: Max. Measuring Error: 0.25% Flow Rate
Remote Mount IP67/NEMA 4X
7ME6930-2BA20-1AA2 2158.00
Aluminum Enclosure 10-220 VDC/AC
Mounting Kits and Hardware
Wall Mount Junction Box IP67/NEMA 4X/6
Submersible Kit for Terminal Box, for IP68,
10m w.g. Rating
21TE Panel Mount Kit for 19” Insert IP65/
NEMA4 Enclosure in ABS Plastic
21TE Back Panel Mount Kit for 19” Insert
IP20/NEMA 2 Enclosure in Aluminum
Polyamide Terminal Box with Lid for FieldMount MAGFLO Sensors
Connection Plate for 19” Rack Mount
Brass Adapters, PG13.5 Male to 1/2” NPTF
FDK:085U1053
243.00
FDK:085U0220
148.00
FDK:083F5030
410.00
FDK:083F5032
187.00
FDK:085U1052
127.00
FDK:083F4117
FDK:A6X30005543
84.00
19.00
Issue all orders to: Siemens Industry Inc,
c/o Lesman Instrument Company
Description
Catalog Number
Price
Interconnect Cables (Price/foot, two lengths required per installation)
Standard Interconnect Cable
FDK:001STCAB **
$3.00
Interconnect Cable for Empty Pipe
FDK:001SPCAB **
4.00
Plug-In Communications Modules for Mag 6000 Electronics
Mag6000 HART Module
228.00
FDK:085U0226
Mag 6000i HART Module
233.00
FDK:085U0321
Mag 6000 Modbus RTU/RS485 Module
228.00
FDK:085U0234
Spare Parts and Accessories
Mag 5000/Mag 6000 Sensorprom 2KB
FDK:085U1005
39.00
Mag 5000/Mag 6000 Display Unit
FDK:085U1039
147.00
Sun Shield for Remote-Mt Polyamide Covers
A5E01209496
235.00
Sun Shield for Integral Polyamide Covers
A5E01209500
379.00
MAGFLO Verificator
Verificator Kit (With Software and Adapters
FDK:083F5061
19117.00
** Choose two standard cables or one standard and one empty pipe cable. Both
are PVC jacket, three-conductor plus overall braided shield.
Need help finding the right magmeter? Fill out
the Siemens magnetic flowmeter application
datasheet at www.Lesman.com/datasheets/
and send it to Lesman for engineering review.
Visit www.Lesman.com for more information on Siemens’ line of SITRANS FM MagFlo magnetic flowmeters.
Get specs, manuals, and quick start guides.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
MAGNETIC
FLOWMETERS
31
Look for the Q for popular models
available to ship within two weeks!
For Water and Wastewater Applications
For Food, Beverage, and Pharmaceutical Use
Flow Sensor Body Mag 5100W: Nitrile Rubber Liner, Hastelloy C Electrodes, ANSI Class 150 Carbon Steel Flanges
Flow Sensor Body Mag1100: Ceramic Liner, Platinum Electrodes, EPDM
Gaskets, SS Studs and Nuts
Size
1”
1.5”
2”
2.5”
3”
4”
5”
6”
8”
10”
12”
14”
16”
18”
20”
24”
Catalog Number
7ME6580-2DJ14-2AA2
7ME6580-2RJ14-2AA2
7ME6580-2YJ14-2AA2
7ME6580-3FJ14-2AA2
7ME6580-3MJ14-2AA2
7ME6580-3TJ14-2AA2
7ME6580-4BJ14-2AA2
7ME6580-4HJ14-2AA2
7ME6580-4PJ14-2AA2
7ME6580-4VJ14-2AA2
7ME6580-5DJ14-2AA2
7ME6580-5KJ14-2AA2
7ME6580-5RJ14-2AA2
7ME6580-5YJ14-2AA2
7ME6580-6FJ14-2AA2
7ME6580-6PJ14-2AA2
Price
$1124.00
1139.00
1175.00
1189.00
1202.00
1253.00
1472.00
1672.00
2012.00
2520.00
3754.00
5203.00
5823.00
6472.00
7185.00
7988.00
Size
0.078” DN2
1/8” DN3
1/4” DN6
3/8” DN10
1/2” DN15
1” DN25
1.5” DN40
2” DN50
2.5” DN65
3” DN80
4” DN100
3/8” DN10
1/2” DN15
1” DN25
1.5” DN40
2” DN50
2.5” DN65
3” DN80
4” DN100
Flow Sensor Body Mag 8000W: 0.5% Accuracy,Magmeter with Standard
Mag5100W Sensor, Integral Transmitter, and Integral Battery Pack (2
D-Cells). Qmax=Volume Unit
Battery
Powered!
GPM
277
440
704
1100
1761
2769
4389
7044
11007
Catalog Number
7ME6810-2YJ31-2AA1
7ME6810-3FJ31-2AA1
7ME6810-3MJ31-2AA1
7ME6810-3TJ31-2AA1
7ME6810-4BJ31-2AA1
7ME6810-4HJ31-2AA1
7ME6810-4PJ31-2AA1
7ME6810-4VJ31-2AA1
7ME6810-5DJ31-2AA1
Price
$3106.00
3119.00
3131.00
3184.00
3403.00
3603.00
3943.00
4451.00
5685.00
For General Industrial Applications
Flow Sensor Body Mag3100: Neoprene Liner, 316 SS Electrodes, ANSI
Class 150 Carbon Steel Flanges, Carbon Steel Housing
Size
1”
1.5”
2”
2.5”
3”
4”
6”
8”
10”
12”
Catalog Number
7ME6310-2DJ11-1AA2
7ME6310-2RJ11-1AA2
7ME6310-2YJ11-1AA2
7ME6310-3FJ11-1AA2
7ME6310-3MJ11-1AA2
7ME6310-3TJ11-1AA2
7ME6310-4HJ11-1AA2
7ME6310-4PJ11-1AA2
7ME6310-4VJ11-1AA2
7ME6310-5DJ11-1AA2
Price
$1498.00
1517.00
1565.00
1589.00
1612.00
1682.00
2285.00
2850.00
3525.00
4969.00
Flow Sensor Body Mag3100P: PTFE Liner, Hastelloy C-276 Electrodes,
ANSI Class 150 Carbon Steel Flanges, Carbon Steel Housing
0.5”
1”
1.5”
2”
2.5”
3”
4”
6”
8”
10”
12”
7ME6340-1VJ13-2AA2
7ME6340-2DJ13-2AA2
7ME6340-2RJ13-2AA2
7ME6340-2YJ13-2AA2
7ME6340-3FJ13-2AA2
7ME6340-3MJ13-2AA2
7ME6340-3TJ13-2AA2
7ME6340-4HJ13-2AA2
7ME6340-4PJ13-2AA2
7ME6340-4VJ13-2AA2
7ME6340-5DJ13-2AA2
$1927.00
1753.00
1786.00
1810.00
1835.00
1865.00
1957.00
2676.00
3941.00
5366.00
7573.00
Price
$1624.00
1624.00
1419.00
1419.00
1419.00
1419.00
1702.00
1985.00
2125.00
2268.00
2788.00
Flow Sensor Body Mag1100: PFA Liner, Hastelloy-C Electrodes, EPDM
Gaskets, SS Studs and Nuts
Great for Drinking Water Applications
Size
2”
2.5”
3”
4”
5”
6”
8”
10”
12”
Catalog Number
7ME6110-1DA20-2AA2
7ME6110-1HA20-2AA2
7ME6110-1MA20-2AA2
7ME6110-1RA20-2AA2
7ME6110-1VA20-2AA2
7ME6110-2DA20-2AA2
7ME6110-2RA20-2AA2
7ME6110-2YA20-2AA2
7ME6110-3FA20-2AA2
7ME6110-3MA20-2AA2
7ME6110-3TA20-2AA2
7ME6110-1RA10-1AA2
7ME6110-1VA10-1AA2
7ME6110-2DA10-1AA2
7ME6110-2RA10-1AA2
7ME6110-2YA10-1AA2
7ME6110-3FA10-1AA2
7ME6110-3MA10-1AA2
7ME6110-3TA10-1AA2
$1559.00
1559.00
1559.00
1847.00
2135.00
2267.00
2404.00
2954.00
Flow Sensor Body Mag1100 Food: PFA Liner, Hastelloy-C Electrodes.
Select Tri-Clover® or Tri-Clamp® Sanitary Adapter Below
Size
3/8” DN10
1/2” DN15
1” DN25
1.5” DN40
2” DN50
2.5” DN65
3” DN80
4” DN100
Tri-Clover
Sanitary Weld-In
Adapters:
2 Clamp Fittings,
2 Clamps, and 2
EPDM Gaskets
Catalog Number
7ME6140-1RA10-1AA2
7ME6140-1VA10-1AA2
7ME6140-2DA10-1AA2
7ME6140-2RA10-1AA2
7ME6140-2YA10-1AA2
7ME6140-3FA10-1AA2
7ME6140-3MA10-1AA2
7ME6140-3TA10-1AA2
3/8” (1/2” Tri-Clover)
1/2” (3/4” Tri-Clover)
1”
1.5”
2”
2.5”
3”
4”
FDK:083G2276
FDK:083G2277
FDK:083G2279
FDK:083G2281
FDK:083G2282
FDK:083G2283
FDK:083G2284
FDK:083G2285
1624.00
$1559.00
1559.00
1559.00
1847.00
2135.00
2267.00
2399.00
2842.00
$253.00
253.00
304.00
353.00
380.00
424.00
514.00
600.00
Siemens TransMag 2 for Applications
with High Suspended Solids (Pulp and
Paper, Cement, Mining)
• Patented pulsed AC-powered magnetic
flowmeter
• IP67/NEMA 4X enclosure
• Max measuring error: 0.5% rate
• 1 current, 1 digital, 1 relay output (or 1 DI)
• Compatible with 911/E flow sensor bodies in sizes from 1” to 16”
Call for pricing and availability
CORIOLIS
FLOWMETERS
V 10.2016
32
Lesman
Instruments • Valves • Controls
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
SITRANS FC Coriolis Mass Flowmeters
SITRANS FC430 Coriolis Mass Flowmeter
• Sizes available from 1/2” to 3”
• One FC coriolis mass flowmeter can measure mass flow rate,
temperature, total volume, total mass, Brix, fraction flow, density,
volumetric flow rate, and percent or total fraction
• Superior resistance against external vibrations for 0.1% accuracy,
0.05% repeatability, and no twisting
• HemiShape manifold for low pressure loss; Avoids cavitation
and separation of fragile fluids
• 4-20 mA analog output with HART® 7.2 standard. Other I/O
can be configured for analog, pulse, frequency, relay, or status
• Full graphical display, straight-forward commissioning, simple
navigation, customized views, programming wizards provide
guidance for inexperienced users
• Fully rotatable (0-180°) pedestal makes access possible from all
sides, includes simple one-bolt release clamp
• MicroSD card stores user and factory settings and calibration
data for quick transfer of information between transmitters
• Transmitter available in remote and compact versions, mountable on all FCS400 sensors
NTEP Approved for
Custody Transfer!
•
•
•
•
Flange, thread, hygienic thread or hygienic clamp connections
Can be validated and configured for SIL2 or SIL3 operation
Meets all IEC Ex, ATEX, and FM hazardous area requirements
EHEDG/3A approved for hygienic use; NTEP approved for
custody transfer
• Remote FCS400 model’s digital sensor link guarantees highspeed data transfer, even up to 200 meters between sensor
and transmitter
Streamlined, compact SITRANS FCS400 sensor
Innovative and user-friendly SITRANS FCT030 transmitter
The SITRANS FCS400 coriolis mass flow sensor was designed for superior performance and reliability: a very stable zero point, low pressure
loss, and high immunity to process noise and plant vibrations. Its small
size makes installation and replacement easy, and possible to fit multiple
units into tight spaces.
The Siemens CompactCurve tube shape offers a 0.1% flow rate accuracy and high sensitivity for optimal measurement, even with very low
flows. The unit is self-draining and highly resistant to pressure burst. The
ultra-short tube provides better than 1 kg/m3 density accuracy.
HemiShape flow manifold design ensures balanced flow between
tubes and makes the FC430 great for use in fragile liquids. It includes
purge connectors for monitoring, safety relief valves, and rupture discs.
The unique design secures low pressure loss and avoids cavitation at the
separation of fragile liquids — ideal in hygienic applications. Its smooth
surface allows for easy cleaning with minimal flow abstraction.
Models can be ordered for standard, hygienic, or NAMUR service, and
can be validated and configured for SIL2 or SIL3 operation standard. (SIL3
requires two flowmeters in series,monitored by a SIL-rated control system).
Based on patented digital signal processing technology, the SITRANS
FCT030 transmitter delivers true multi-parameter measurements with
enhanced efficiency, security and simplicity.Fully modular for installation
and replacement; can be remote or compact mounted with all SITRANS
FCS400 sensor sizes.
Fully graphical interface display can be customized to show you different information during measurement and diagnostics. Measurement
views include numeric display, bar graphs, and trend curves. On-screen
diagnostics include timestamp and NAMUR results. The SensorFlash
MicroSD card serves as a removable database and provides direct access
to all relevant certificates and audit trails.
Four navigational buttons, help text, and wizards for processes make
servicing the transmitter easy. The common Siemens menu structure,
display layout, and input methods reduce the need for user training.
SITRANS FCS400 Sensor Specifications
Sizes:
DN15 (1/2”) DN25 (1”) DN50 (2”) DN80 (3”)
Flow Range (lb/h):
8,157
25,353
114,640
300,000
Accuracy: ±0.10%; Repeatability: ±0.05%
Pressure rating: Measuring tube: 1450 PSI; Sensor enclosure: 20 bar for 1/2”
and 1” models, 17 bar for 2” and 3” models
Temperature: Process: -58° to 392°F; Ambient: -40° to 140°F
Material: Wetted parts: 316L SS; Enclosure: IP67-rated 304 SS
Process connections: Flanges: EN1092-1 B1 and D, ANSI/ASME B16.5, JIS; Pipe
threads: ASME (NPT), BSPP, VCO Quick-Connect; Hygienic threads: DIN11851,
DIN11864-1, ISO2853, SMS1145; Hygienic clamps: DIN11864-2, DIN32676,
ISO2853, SMS1145
Approvals: Hazardous area: ATEX, IECEx, FM, NEPSI, CSA, TISS, GOST; Pressure
equipment: PED, CRN; Hygienic: 3A, EHEDG; Custody transfer: SITRANS FC430
OIML R 117, NTEP; Operational safety: SIL2
SITRANS FCT030 Transmitter Specifications
Input/Output Channels: Up to 4 channels combining analog, relay or digital
outputs and binary input
Signal Processing: 100 Hz
Communication: HART 7.2
Power supply: 24-90 VDC, 100-240 VAC
EMC performance: EN 61326-3-2
Local User Interface (LUI): Full graphical display, 240 x 160 pixels
Construction: IP67-rated aluminum with corrosion-resistant coating
Mechanical load: 18 to 1000 Hz random, 3.17 G rms, in all directions
Approvals: Hazardous areas: ATEX, IECEx, FM, NEPSI, CSA, TISS, GOST; Hygienic: 3A; NAMUR; Custody transfer: SITRANS FC430 OIML R 117; Operational
safety: SIL3 (transmitter and redundant system)
Some FC430 and FC410 flowmeters
are available by Quick Ship from
Siemens. Call Lesman for details.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
CORIOLIS
FLOWMETERS
33
Need help choosing a coriolis mass flowmeter? Not sure coriolis is right for your application? Fill
out the application datasheet from www.Lesman.com/datasheets and send it back to Lesman.
Mass 2100 Coriolis Mass Flow Sensor
FC300 Coriolis Mass Flow Sensor
• Accuracy >0.1% mass flow rate
• Dynamic turndown ratio >500:1, from
65 kg/h to a few g/h
• Densitometer performance available
(Accuracy >0.001 g/cm3, repeatability
>0.0002 g/cm3)
• Single continuous tube design, with
no internal welds, reductions or flow
splitters offers optimal hygiene, safety
• Market’s biggest wall thickness ensures optimal corrosion resistance and
high-pressure durability
• Intrinsically safe Ex ia standard
• Accuracy >0.1% mass flow rate
• Dynamic turndown ratio >500:1
• One tube with no internal welds,
reductions, or flow splitters
• Balanced pipe design ensures
optimal stability under harsh and
unstable process conditions
• Four-wire Pt1000 temperature measurement for accurate mass flow,
density and fractional flow
• Intrinsically safe Ex ia IIC standard
MASS 2100 Coriolis mass flow sensor is designed for low flow measurement in liquids and gases. One unit measures mass flow, volume
flow, density, temperature and fraction. MASS 2100 can be connected
to MASS 6000 transmitters for remote installation only.
Specifications
Pipe: Inside Diameter: 1.5 mm (0.06”); Wall Thickness: 0.25 mm (0.010”)
Measuring Range: Mass Flow: 0–143 lb/h; Density: 0–0.10 lb/in3; Fraction:
0–100° Brix; Temperature: -58° to 257°F (Optional 356°F)
Liquid Pressure Measuring Pipe: Stainless steel: 3336 PSI at 68°F; Hastelloy
C22/2.4602: 5294 PSI at 68°F
Construction: Measuring pipe/connection: 316L stainless steel; Hastelloy
C22/2.4602; Enclosure: IP65 316L stainless steel
Connection: 1/4” NPTM ANSI/ASME B1.20.1
Approval: Ex ia IIC T3-T6, DEMKO 03 ATEX 135252X
ss
Learn more about ma
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.c
an
sm
Le
at
s
flowmeter
Mass 6000 Mass Flow Transmitter
• For mass flow rate, volume flow
rate, density, temperature, fraction
flow (e.g., Brix)
• One current output, one frequency/pulse output, one relay output,
one digital input; All outputs can be
individually configured with mass,
volume, or density
• Adjustable flow direction, with
single and bidirectional flow measurement
• Limit switches with one or two limits, programmable for flow, density
or temperature
• Full batch controller
• Two built-in totalizers count positive, negative or net
• Noise filter for performance in tough environments
• Auto zero adjustment with zero point evaluation feedback
• Full service menu for effective use and troubleshooting
• Compatible with MASS 2100, FC300 and other flow sensors
SITRANS FC300 sensor offers superior performance in flow and density accuracy, and turndown ratio. The compact enclosure fits in tight
installation spaces for measuring liquids and gases. It can be installed in
horizontal or vertical position. FC300 can be connected to MASS 6000
transmitters for remote installation only.
Specifications
Sensor Size: DN 4 (1/6”)
Mass Flow: Range: 0–772 lb/h; Accuracy: 0.1 % of rate; Repeatability: 0.05 of
rate; Max. Zero Point Error: 0.022 lb/h
Density: Range: 0–0.105 lb/in3; Density Error: 0.00025 lb/in3
Temperature: -40° to 239°F (Optional to 356°F); Temperature Error: 0.9°F
Brix: 0–100°; Error: 0.3° Brix
Pipe: Inside diameter: 0.14“; Wall thickness: 0.0098“; Liquid pressure measuring
pipe: 1885 PSI at 68°F
Construction: 316L stainless steel; Measuring pipe/connection: Hastelloy
C22/2.4602; Enclosure: IP67/NEMA4 316L stainless steel
Connection: 1/4” NPTM, ANSI/ASME B1.20.1
Approval: UL Class 1 Div. 1, Groups A–D, ATEX
Specifications
Current Output: 0/4–20 mA; Load: < 800 Ω; Time constant: 0–99.9s adjustable
Digital Output: Frequency: 0–10 kHz, 50 % duty cycle; Time constant: 0–99.9s
adjustable; Active: 24 VDC, 30 mA; Passive: 3–30 VDC, max. 110 mA
Change-Over Relay: Load: 42 V/2 A peak; Functions: Error level, error number,
limit, flow direction
Digital Input: 11–30 VDC; Start/hold/continue batch, zero point adjust, reset
totalizer 1/2, force output, freeze output
Cut-Off: Low-flow 0–9.9% max flow; adjustable density or empty pipe cutoff
Limit Function: Mass flow, volume flow, fraction, density, sensor temperature
Totalizer: Two eight-digit counters for forward, net or reverse flow
Display: Backlit alphanumerical text, 3 x 20 characters for flow rate, totalized
values, settings and faults. Reverse flow indicated by negative sign
Zero Point Adjustment: Via keypad or remote via digital input
Communication: Add-on modules: HART®, PROFIBUS PA and DP, MODBUS
RTU RS-485, DeviceNet, FOUNDATION Fieldbus H1
Enclosure: Rating IP67/NEMA 6 Fiberglass reinforced polyamide;
Supply Voltage: 24 VDC/AC, 50–60 Hz
NAMUR: Within the value limits according to “General requirements“ with
error criteria A in accordance with NE 21
Cable Glands: Two 1/2” NPT or M20 polyamide cable glands
ULTRASONIC
FLOWMETERS
V 10.2016
34
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
www.lesman.com • [email protected]
SITRANS F US Clamp-On Ultrasonic Flowmeters
Comparing SITRANS F US Clamp-on Flowmeter Configurations
Model
Replaces...
SITRANS FTS020
Basic
Controlotron 1020
SITRANS FUS101
Standard
Controlotron 1010N, Controlotron 1010P, Controlotron 1010EN,
1010X, 1010WX
1010WP
1010EP
Flow Range
Flow Sensitivity
Outputs
Accuracy
Batch Repeatability
0.001 ft/sec (0.0003
m/sec) flow rate
independent
Controlotron 1010DV,
1010V, 1010B
Controlotron
1010GC
1” to 60”
(DN 25 to DN 152)
0.25” to 360” (DN 6.4 to DN 9140)
None
Two 4-20 mA DC,Two 0-10 VDC,
Two 4-Wire 1kΩ RTD
Two 4-20 mA DC, Two
0-10 VDC, Two 4-Wire
1000Ω RTD, Totalizer
commands (clear/hold)
Four 4-20 mA user
selectable, Two 4-Wire
1000Ω RTD
Two 4-20 mA DC (1kΩ
4-20 mA DC 1x for
at 30 VDC), Two 0-10
single channel 1x 0-5 Two 4-20 mA DC (1kΩ @ 30 VDC), Two 0-10 VDC (5kΩ min.) Four SPDT VDC (5kΩ min.), Four 0-5
kHz pulse rate, digirelays for status alarms, Two 0-5 kHz frequency, RS232
kHz pulse rate (None for
tal isolated RS232
NEMA 7/IP65 version),
RS232
±0.5-1.0% flow for
±0.5-2.0% flow for
±0.5-1.0% flow for
1-2% actual volume velocities >1 ft/sec
velocities >1 ft/sec
velocities >1 ft/sec
0.5-1.0% flow, calibratreading
(0.3 m/sec)
(0.3 m/sec)
(0.3 m/sec)
able to 0.15-0.3% of
(higher accuracy is
±0.005-0.1 ft/sec
±0.005-0.1 ft/sec
±0.005-0.1 ft/sec
flow, 0.05 of API number
dependent on pipe
(±0.0015-0.003m/
(±0.0015-0.003m/
(±0.0015-0.003m/sec)
(interface detector)
condition)
sec) for velocities <1 sec) for velocities <1 for velocities <1 ft/sec
ft/sec (0.3 m/sec)
ft/sec (0.3 m/sec)
(0.3 m/sec)
±0.15-1.0% flow
0.05% (depending on
0.05-0.1% actual;
model)
volume reading for
±0.15% flow for velocities >1ft/sec (0.3 m/sec)
5-100 ft/sec (1.5-30
±0.10-0.2% flow for
±0.0015 ft/sec (0.0005 m/sec) for velocities <1 ft/sec (0.3 m/sec)
m/sec) velocities,
velocities >1ft/sec
pipe condition
(0.3m/sec)
dependent
5 Hz
NEMA 4/IP65
Liquid Temperatures
Power Supply
FUG1010 Gas
Industry
Applications
0.001 ft/sec (0.003 m/sec)
flow rate independent
0.001 ft/sec (0.0003 m/s) flow
Data Refresh
Enclosure
Ratings
FUH1010
Hydrocarbon Industry
Applications
±40 ft/sec (±12 m/s) bidirectional
Pipe Sizes
Optional
Inputs
FUE1010
Energy Industry
Applications
SITRANS FUP1010
Portable
NEMA 4X/IP65,
NEMA 7/IP65, NEMA
7/IP66
Two 4-20 mA DC programmable standard,
Two 0-10 VDC, Four
0-5 kHz, RS232
Out of box 1-2%,
calibratable to 0.5%
±0.005-0.01 ft/sec
(±0.0015-0.003 m/sec)
for velocities <1ft/sec
(0.3 m/sec)
±0.15% flow for velocities >1 ft/sec
±0.0015 ft/sec (0.0005
m/sec) for velocities
<1 ft/sec (0.3 m/sec)
5 Hz (80 Hz output optional)
IP67
NEMA 4X/IP65, NEMA
1/IP40
NEMA 4X/IP65, NEMA 7/IP65, NEMA 7/IP66
-40° to 140°F
Call for higher temps.
-40° to 250°F standard; -40° to 450°F optional
90-240 VAC, 50/60
Hz 30 VA or 9-36
VDC, 12W
Two 4-20 mA, Two
4-Wire 1000Ω RTD
100-240 VAC, 50/60
Hz, 30 VA, 9-36 VDC,
12W
90-240 VAC, 50/60 Hz,
30 VA, 9-36 VDC, 12 W
100-240 VAC, 50/60 Hz,
9-36 VDC, 10W
4 hour NiCad battery
90-240 VAC, 50/60 Hz, 30 VA, 9-36 VDC, 12W
90-240 VAC, 50/60 Hz, 15 VA or 9-36 VDC, 10W
FM, CSA, ATEX, INMETRO, GOST
Approvals
UL, ULc, CE
FM, CSA, ATEX, CCOE,
INMETRO, GOST
UL, ULc, CE
FM, CSA, CE (fixed)
UL, ULc, CE (portable)
Prices Start at
$3605.00
$3971.00
$5289.00
$4838.00
$7820.00
$9411.00
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
ULTRASONIC
FLOWMETERS
35
Engineering specifications and more available online.
Learn more about Siemens SITRANS F US
Clamp-On Ultrasonic Flowmeters by visiting
www.Lesman.com/get/SICF.php
Don’t guess how much money’s
flowing through your pipe.
Clamp-on and know!
Flowmeter
configuration...
there’s an App
for that!
• Measure practically any liquid and gas
• Performance unaffected by viscosity, flow rate, pipe size, solids
and aeration content
• High accuracy and repeatability through automatic temperature
compensation and zero drift correction
• Install on pipe sizes up to DN9140 (360”)
With no moving parts to wear or foul, no need to cut the pipe for
installation, and high accuracy WideBeam ultrasonic flow measurement
technology, you have nothing to lose.
Siemens’clamp-on ultrasonic flow technology offers several advantages
over other flow measurement methods. Transducers mount quickly and
easily on the outside of the pipe, so they’re ideal for retrofit applications
or anywhere corrosive, toxic or high pressure liquids and gases rule out
the option of cutting the pipe.
The Transducer is Key
Transducers for Siemens ultrasonic
clamp-on flowmeters are available with
Doppler and WideBeam transit time measurement technologies,so there’s a solution
to work in practically any installation.
Doppler operation is suggested for
liquids with extensive suspended solids or
aeration, and offers up to 2% flow accuracy.
WideBeam transit time operation is the preferred mode for relatively homogeneous
liquids. Accuracy is up to 0.5% of the flow.
The patented WideBeam technology
increases measurement precision by
reducing the sensitivity to any change
in the medium type or physical properties. The signal-to-noise ratio is
optimized by using the resonant frequency of the pipe wall to transmit
the sound signal into the media, with the wall acting as a waveguide.This
method produces a focused, coherent signal that makes the technology
particularly valuable for hydrocarbon and gas applications.
For added flexibility, flowmeters are available that allow switching
between Doppler and WideBeam to quickly adapt to varying conditions
without changing meters.
Since the accuracy of a clamp-on ultrasonic flowmeter depends on
choosing the right transducer, this is a crucial step in the meter configuration. Siemens offers four types of transducers: universal, universal high
temperature, high precision and Doppler. Before deciding on the most
appropriate transducer, consider these factors: pipe thickness, diameter
and material, liquid/gas type, and amount of aeration.
By evaluating all of these aspects before choosing your final configuration, you are sure that your meter will work exactly the way you want
it, right from day one. With flexible configuration options combined
with permanent and portable versions, finding exactly what you need
has become a lot easier.
Customize your flowmeter by choosing necessary transducers,number
of channels and enclosures, or select a complete pre-configured system
available for HVAC, power, and hydrocarbon industries.
As a crucial accessory, the clamp-on program also
includes an easy-to-use, stand-alone digital ultrasonic
pipe wall thickness gauge. Since even the smallest
pipe thickness miscalculations can have an impact on
accuracy, this high precision gauge is an indispensable
flow measurement tool.
SITRANS FUS1010: Versatility and Flexibility
Ultrasonic flowmeters can be used
within a wide variety of applications
and industries, so they’re quickly becoming the metering technology of
choice.The versatile SITRANS FUS1010
illustrates this perfectly.
It offers numerous advantages in
application adaptability that cannot
be matched by any other single flow
measurement technology: zero pressure drop, insensitivity to outside
noise, high turn-down ratio, interface software, and WideBeam and
Doppler modes.
The SITRANS FUS1010 is available in single, dual
channel/beam, and four channel configurations
plus your choice of three enclosures: NEMA 4X/IP65
wall mount, NEMA 7/IP65 compact, and NEMA 7/
IP66 wall mount.
To accommodate more basic applications, the
low cost SITRANS FTS020 comes with WideBeam
and as single and dual channel versions, allowing
either one or two measurement points.
SITRANS FUP1010 Portable Flowmeter for Check Metering
and Survey Applications
For applications that don’t need constant flow monitoring or pipes
where operators need to check the flow against a known or expected
value, Siemens offers portable clamp-on ultrasonic flowmeters.
The SITRANS FUP1010 is available with a waterproof IP67 enclosure
that makes it ideal for outdoor use. The rugged, impact resistant plastic
case simply enables it to withstand rough treatment that would damage
most other meters.
SITRANS FUP1010 operates on AC or DC power.It has an internal battery
that provides 4 hours of operation and can be recharged in 1.5 hours.
ULTRASONIC
FLOWMETERS
V 10.2016
36
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
SITRANS F US Clamp-On Ultrasonic Flowmeters
With the dual channel version, switching between WideBeam and
Doppler operation for quick adaptation to varying conditions can take
place without changing meters.This makes is suitable for any liquid; even
those with high aeration or suspended solids. Using the meter’s internal
datalogger, process history can be recorded and stored or downloaded
to a PC or laptop.
Check Metering Kits
If you need a portable meter that needs to be
moved often as part of a flow survey or flow check
measurement, pre-configured check metering kits
are the ideal solution.They can be used for checking
the performance and accuracy of any type and
brand of flow or energy meter.
Kits come in rugged, weatherproof rolling cases with telescoping
handles.The case holds all the equipment — cables, multiple transducers
and the ultrasonic flow computer; no need to order extra parts.
Clamp-on ultrasonic check metering kits are available for water and
wastewater, oil and gas, and energy industry applications.
Water and Wastewater Application Solutions
and current operating conditions.
The SITRANS FUH1010 for accurate standard volume/mass flow measurement is required for high end application such as varying viscosity
liquids and multi-product pipelines. It’s also ideal for line balance applications that require normalized volume or mass output.
Outputs are available for density and API.For even more precise density
compensation, analog inputs from densitometers, temperature sensors,
viscometers and pressure transmitters can be used.
SITRANS FUE1010 for Energy and Power Applications
The rugged, high precision SITRANS FUE1010 flowmeter is ideally
suited for thermal energy and power applications, and large pipe sizes.
Key applications include high precision revenue grade sub-metering
of thermal energy production, chilled or hot water HVAC installations,
measurement of ammonia and glycol mixtures, and energy efficiency
monitoring of HVAC equipment and nuclear power plants.
As a stand-alone energy meter, the FUE1010 can be used as a remote
communication module. Inputs from other data sources are transferred
into the built-in data logger, making it easy to time-stamp all data and
download it for billing, efficiency and operation analysis.
Ultrasonic WideBeam transit time and Doppler flowmeters are engineered to measure a wide range of flow applications found in the
municipal water and wastewater industries.
They can be mounted on any pipe size and material, and range from
simple single meter installations to full flow metering or leak detection
systems in large distribution and collections systems plants.
Single, dual or four channel configurations facilitate the installation
on a range of applications. Dual channel meters can be set up on two
separate applications and provide math functions between the two
channels.The same applies for the four channel meter, which can monitor
four lines and also has math and multipath functions.
SITRANS FUH1010 for Hydrocarbon Industry Applications
Siemens SITRANS FUH1010 meters are specifically designed to address
the needs of the hydrocarbon industry in applications where traditional
meters cannot perform.
• Continuous operation with highly aerated liquids
• Flow measurement under a wide range of viscosities
• Easy and quick installation with zero process down time
• High performance under less than ideal flow profile conditions
SITRANS FUH1010 flowmeters are ideal for crude oil, refined petroleum
or liquefied gas applications.They are available in single,dual,three or four
beam versions and use WideBeam technology for maximum accuracy.
Clamp-on flowmeters for the hydrocarbon industry are available in
three different versions. The temperature- and pressure-compensated
SITRANS FUH1010 interface detector offers extremely precise interface,
crude oil and multi-product identification. It is ideal for scraper “pig” and
density indication. The system provides outputs for API number, density,
and specific gravity at base temperature and pressure at both reference
Flowmeter Software for Diagnostics and Data Analysis
Easy to use DataView software provides diagnostic capabilities, data
logging and trending of meter performance. This diagnostic assures
calibration and operational integrity. AGA-10 speed of sound calculation is incorporated in the software for speed of sound verification.
An internal AGA-8 table for fixed gas composition is available for
standard volume computation. Single, dual, or optional four beam
versions are available along with rugged, stainless steel transducer
enclosures permit permanent and direct burial installations.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
ULTRASONIC
FLOWMETERS
37
Quick Configurations for Popular Models
FUS1010 standard clamp-on flowmeter,NEMA
4/IP65 enclosure. Includes two 0-10 VDC, two
4-20 mA and two 0-5 kHz pulse outputs and
four Form C relay outputs, 90-240 VAC power,
RS232 Modbus RTU communications.
Model Selection Guide
Issue all orders to: Siemens Industry Inc,
c/o Lesman Instrument Company
Description
FUS1010 Standard Clamp-On Flowmeter
Channels/ Single Channel
Beams
Dual Channel/Dual Beam
No Sensor
C3 Universal, 13” Mounting Frame
Channel 1 D3 Universal, 24” Mounting Frame
Transducer D1H High Precision 48” Mounting Frame
D2H High Precision 48” Mounting Frame
Doppler Strap Kit up to 12”
No Transducer
Channel 2
D1H High Precision 48” Mounting Frame
Transducer
Doppler Strap Kit up to 12”
ID Tag
Stainless Steel, Max 68 Characters
1 x PVC-Jacket, 20’
1 x PVC-Jacket, 50’
Sensor
1 x PVC-Jacket, 100’
Cable
1 x PVC-Jacket, 150’
1 x PVC-Jacket, 200’
Catalog
Price
Number
7ME3530- $3971.00
1AA000.00
2AA00977.00
0A_ _
0.00
0D_ _
1669.00
0E_ _
1669.00
0P_ _
2211.00
0Q_ _
2415.00
0S_ _
930.00
_ _A1
0.00
_ _P1
2211.00
_ _S1
930.00
,Z-Y19
96.00
,Z-K01
113.00
,Z-K02
124.00
,Z-K03
219.00
,Z-K04
364.00
,Z-K-05
412.00
FUP1010 portable clamp-on flowmeter, IP67 weatherproof, battery powered. Includes RTD mounting
hardware and cable, pipe mounting kit and spacer
bars for each transducer. Call for high temperature
transducers.
Model Selection Guide
Issue all orders to: Siemens Industry Inc,
c/o Lesman Instrument Company
Description
FUP1010 Portable Clamp-On Flowmeter
Channels/ Single Channel
Beams
Dual Channel/Dual Beam
No Sensor Cable
1 x PVC-Jacket, 20’
Sensor
2 x PVC-Jacket, 20’
Cable
1 x PVC-Jacket, 50’
2 x PVC-Jacket, 50’
None
Battery
Charger
Charger Type K for U.S. (NEMA 5-15P)
No Transducer
Channel 1 A2 Universal, 3” Track Mount
Transducer B3 Universal, 5” Track Mount
C3 Universal, 13” Mounting Frame
ID Tag
Stainless Steel, Max 68 Characters
Catalog
Number
7ME351010_ _ _20_ _ __ _A0__ _B0__ _C0__ _D0__ _E0__ _ _ _0_ _ _ _50AA0
0BA0
0CA0
0DA0
,Z-Y19
Price
$5289.00
0.00
1064.00
0.00
144.00
288.00
190.00
382.00
0.00
176.00
0.00
1635.00
1635.00
2027.00
95.00
Siemens portable clamp-on ultrasonic
flowmeters are available to rent for survey
metering applications. Call for details.
FST020 basic clamp-on flowmeter,NEMA 4/IP65.Includes
one 4–20 mA output per channel and 1 pulse output
(single channel model only.) Transducer includes pipe
mounting kit. Unit is UL, cUL, and CE approved standard.
Model Selection Guide
Issue all orders to: Siemens Industry Inc,
c/o Lesman Instrument Company
Description
FUS1020 Basic Clamp-On Flowmeter, NEMA 4/IP65
Channels
Single Channel
100-240 VAC
Meter
Power
11.5-28.5 VDC
No Transducer
B3 Universal, 5” Track Mount
Channel 1
C3 Universal, 13” Mounting Frame
Transducer
D3 Universal, 24” Mounting Frame
B2H High Precision, 5” Track Mount
No Cable
Sensor
1 x PVC-Jacket, 20’
Cables
1 x PVC-Jacket, 50’
ID Tag
Stainless Steel, Max 68 Characters
Catalog
Number
7ME35701H_ _ __ _A30_ _B300A_ _
0C_ _
0D_ _
0E_ _
0L_ _
_ _A0
_ _B0
_ _C0
,Z-Y19
Price
$3605.00
0.00
0.00
0.00
0.00
1599.00
1743.00
1743.00
1799.00
0.00
117.00
129.00
99.00
Program your flowmeter
with an iPhone or iPad
SITRANS CONNECTION App for Apple iOS devices enables direct serial communication between an iPhone,iPad,
or iPod touch and any SITRANS F US clamp-on ultrasonic
flow meter to enhance all meter functions, like programming, operational review, and data logging and download.
SITRANS CONNECTION App makes connectivity possible
without needing a laptop PC. It simplifies programming
with a full alphanumeric keypad for easier navigation and parameter entry.
Plus, it lets you share access to your terminal window with a qualified
service technician (Wi-Fi or cellular service required).
How to Order
Flowmeter
You can order the SITRANS CONNECTION
n...
IOS app through the Apple iTunes store or from configuratio
p
Ap
Siemens. When you order the software from there’s an
!
at
Siemens, you’ll receive an iTunes redemption
for th
code. At that point, you can download the app
from the iTunes store.
You will need to purchase a Siemens cable kit to
connect your Apple device to the Siemens clamp-on ultrasonic flowmeter.
Select the cable (or cables) you need based on your flowmeter model.
Model Selection Guide
Issue all orders to: Siemens Industry Inc,
c/o Lesman Instrument Company
Catalog
Number
SITRANS Connection App: iTunes Redemption Code A5E32299678
Cable Kit-IP67 FUP Weather Proof Portable Meter
A5E32299677
Cable Kit-IP65 FUE, FUG, FUH, FUS Meter (No Ext I/O) A5E32299675
Cable Kit-IP65 FUE, FUG, FUH, FUS Meter (with Ext
A5E32299674
I/O), IP40 FUE Portable, FUT, FST020
Description
Price
$15.00
237.00
180.00
137.00
Compare SITRANS F US flowmeter models on Page 34.
OPEN CHANNEL
FLOW MONITOR
V 10.2016
38
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
SITRANS LUT440 Open Channel Flow Monitor
•
•
•
•
•
•
•
•
•
•
Industry-leading accuracy to ±0.04” (1 mm)
Next generation Sonic Intelligence — improved performance in noisy environments
Echo profile and trend view on the display for enhanced diagnostics
Energy-saving algorithms and real time clock help you reduce pump operation cost
by avoiding peak energy periods
HART® communications with access via panel interface, SIMATIC
PDM, Emerson handhelds, and web-browser
Graphical Quick Start Wizards guide you through setup
Front interface with four-button programming, menu-driven
parameters, and Wizard support
Replaces
Datalogger records performance and alarm events
retired
Wall, pipe, and DIN rail mounting configurations
Siemens
Removable terminal strips for hassle-free wiring
ics
Specifications
Range: 1 to 200 ft, transducer and material dependent
Accuracy: ± 0.04” (1 mm) plus 0.17% distance; High accuracy:
±0.04” (1 mm), within 10 feet (3 m) range
Resolution: Greater of 0.1% measured range or 0.08”
Temperature: Ambient: -4° to 122°F (-20° to 50°C); Application:
-40° to 302°F (-40° to 150°C)
Interface: Back-lit LCD; Removable display, operational up to 5
m (16 ft) from enclosure base
Communications: HART®, USB
Programming: Four local push buttons, SIMATIC PDM Emerson
AMSTM, web browser (Internet Explorer), Field Device Tool (DT),
Emerson FC375/FC475
Output: Three relays: One Form C (SPDT) relay, two Form A (SPST)
relays; One 4–20 mA output (active or passive)
Input: Two discrete inputs (0-50 VDC max switching level) with
24 VDC bias for contact level device and/or pump interlock; One
temperature sensor input for optional TS-3 temperature sensor
Enclosure: Wall/Pipe/DIN Rail mount; 1/2 DIN; Type 4X/NEMA 4X/
IP 65, panel mount display IP 54 (Type 3/NEMA 3/IP 54); Polycarbonate. Use of the knock-out on the blind lid for the panel mount
version reduces the electronics enclosure rating to IP 20/NEMA 1.
Power: AC version: 100 to 230 VAC ±15%, 50/60 Hz, 36 VA 10 W;
DC version: 10 to 32 VDC 10W
Approvals: General purpose: CE, CSAUS/C, FM, UL Listed, C-TICK;
Hazardous location: CSA Class I, II, III, Div 2 (Groups A–G), CE,
ATEX 3D, IECEx, C-TICK
A complete LUT400 system includes:
1 LUT400 Controller
2 Echomax transducer
3 Additional cable lengths,
as necessary
4 Optional sensor mounting
flanges and aiming kits
Call Lesman for available transducers.
Milltron
OCM-III
An ultrasonic transducer above the primary
device emits a pulse that
strikes the liquid target
and is reflected back as
an echo.
The transmit and return times are converted
to digital indications of
head, flow rate, and totalized flow.
Ordering Instructions
Select one option from each table section below. A complete catalog number looks like this:
7ML5050-0C _ _ _ - _ _ _ _ -Z
Model Selection Guide
Issue all orders to: Siemens Industry Inc,
c/o Lesman Instrument Company
Description
Catalog Number
SITRANS LUT400 Ultrasonic Open Channel Flow Monitor
With Display
With remote panel mount display
No display (blank lid provided)
100 to 230 VAC ± 15%
Input
Voltage
10 to 32 VDC
3 cable inlets, cable glands not supplied
Cable Inlet
3 cable inlets, 3 M20 cable glands supplied
General purpose CE, FM, CSA US/C, UL, C-TICK
Approval
CSA Class I, II, III, Div 2 Groups A-G
Manufacturer’s test certificate
Optional
Stainless steel tag: Max. 27 char plain text
Adders
Preset Namur NE43 failsafe setting - <3.6mA
Printed English User Manual
Manuals
Printed Communications Manual
Tag, stainless steel, 0.47 x 1.77”, one text line
Panel Mount Cable Extension 2.5 m (8.2 ft)
Accessories Cable Glands and Retaining Nuts (3-Pack)
HART Modem, USB
LUT400 Sunshield, 304 Stainless Steel
7ML5050-0C_ _ _ $1936.00
A_ _139.00
B_ _315.00
C_ _0.00
_1_0.00
_2_0.00
_ _10.00
_ _217.00
1DA0
0.00
1DC0
69.00
-Z-C11
28.00
-Z-Y15
44.00
-Z-N07
46.00
A5E33329501
73.00
A5E33701270
47.00
7ML1930-1AC
50.00
7ML1930-1GF
60.00
7ML1930-1GB
21.00
7MF4997-1DB
663.00
7ML1930-1GE
246.00
Enclosure
Display
Options
Price
Want to add a TS-3 temperature sensor? Call Lesman for pricing.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
FLOWMETER
SYSTEMS
39
VersaFlow Flowmeters for Any Application
Electromagnetic Flowmeter
•
•
•
•
•
•
•
•
•
•
•
Conductivity down to 1 uS/cm
Temperatures to 356°F (180°C)
Available sizes 0.1” to 80”
Stainless steel flow tube spool with
carbon steel or stainless steel flanges
Standard liner materials: PTFE, PFA,
ETFE, hard rubber, and polyurethane
Electrodes available in 316 stainless
steel, Hastelloy C, platinum, titanium,
tantalum, carbon, PTFE, and Cermet
Signal converter offers local display,
infrared interface, HART communications, four isolated outputs
Diagnostics to standards better than requested by NAMUR
2650: 100% flow sensor and converter check, 100% process/
application check, 100% linearity/calibration check
Accuracy to ±0.15% measured value
Measures flow in any media, from clean liquids to slurries and
pastes with high solids content
Abrasion-, chemical-, and vacuum-resistant
VersaFlow magnetic flowmeter is suitable for measuring applications,
including rapidly changing media, pH jumps, large amounts of solids,
or pulsating flow. It delivers significant cost savings during planning,
procurement, installation, and training.
VersaFlow is wired exactly like a traditional magmeter, but no earth
connection to the liquid is required.This reduces the high costs involved
with purchasing exotic metal grounding rings or electrodes.
A new virtual reference grounding eliminates the need for grounding
electrodes or rings, reducing installation costs and potential leak points.
It provides complete isolation with opto-couplers of the flow converter’s
input amplifier and coil power circuits.The measurement circuit “floats”
at liquid’s potential, sensing only the induced voltage caused by the
velocity of the conductive liquid flowing through the sensor.
A calibrated flow simulator is available for magmeters to troubleshoot
converter and other system indicators and controls. It replaces the flow
sensor in the system and simulates no-flow and up to five flow rates to
troubleshoot flow output issues.
VersaFlow Coriolis Mass Flowmeter
• Flow and purity measurement, density, temperature, and
concentration measurement
• Measures from 0.3 to 15,800 lb/minute
• For viscous or shear-sensitive media in applications to
266°F; low flow velocities, products with entrained solids or
gas, or products in homogeneous mixtures
• Twin measuring tube sensors with optimized flow divider for
minimal pressure loss
• Rapid signal processing, even with product and temperature
changes or sudden changes in density
• Available with hygienic process connections and 3A approval
VersaFlow Coriolis measures mass flow, density, volume, temperature,
mass, or volume concentration and solids content with a single device.
It’s the only Coriolis sensor for mass flow in its class with secondary
pressure containment standard. It offers a high degree of accuracy,
even for problematic applications.
Condensed Specifications
Flow Rate: 0–240 to 0–15800 lbs/min, depending on sensor model
Accuracy: Liquid: ±0.15% actual measured flow rate; Gas: ±0.5% actual
measured flow rate
Density Measuring Range: 25-155 Lbs/Ft3 (400-2500 Kg/m3)
Temperature Measuring Range: -40° to 302°F; Accuracy: ±1.8° F
Materials: Sensors available in Stainless steel, Titanium, Hastelloy, or Tantalum, aluminum or stainless steel housings
Approvals: FM, CSA, ATEX, 3A (depending on model selected)
VersaFlow Vortex Flowmeter
• Works with conductive or non-conductive liquids,
industrial compressed gases
• 0.5” to 12” flanges or 0.5” to 4” sandwich sizes
• Two-wire device with integrated pressure and
temperature compensation, plus compensation
for saturated steam
• Welded stainless steel construction with high
corrosion, pressure, and temperature resistance
• Maintenance-free sensor design
• 4-20 mA, pulse output, HART communication
For help selecting a Honeywell
VersaFlow system for your application,
call Lesman at 800-953-7626.
For measuring superheated and saturated steam,
boiler monitoring, compressor output, consumption in
compressed air systems, consumption of industrial gases,
SIP and CIP processes in the food, beverage, and pharmaceutical industries.
VersaFlow vortex flowmeter provides reliable measurement of operating, standard volumetric, and mass flow of
conductive and non-conductive liquids, gases, and vapors,
even with fluctuating pressures and temperatures.
Condensed Specifications
Process Medium Viscosity: <10 cP
Accuracy: Re ≥20000: ±0.75% for liquids, Re≥20000: ±1% for
gases or vapors; 10000<Re<20000: ±2% for liquids, gases,
or vapors; Repeatability: ±0.1%; Stability: ±0.1% over 1 year
Approvals: FM: Class 1, Div 1; ATEX: II 2G EEx d ia [ia] IIC T6
BELT SCALE
SYSTEMS
V 10.2016
40
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Belt Scale Selection Guide
A typical belt scale system consists
of the belt scale, an integrator, and
a speed sensor, like the system
shown here. Your application
requirements will dictate the
proper system combination.
MSI
belt scale
RBSS
speed sensor
BW500
integrator
Belt scales help maximize the use of raw materials, control inventories, and aid in the manufacturing of a consistent product.
Siemens belt scale combine simple, drop-in installation, low maintenance (no moving parts), and repeatable accuracy for productive
operation. They show minimal hysteresis, and superior linearity, and ignore side loading. All belt scales shown here feature overload
protection for the load cells. When used with approved intrinsic safety barriers, MLC, MCS, MSI, and MMI belt scales can be used in
hazardous locations.
For food, light duty, and medium duty industry
Model
Low Capacity (MLC)
Light Duty WD600
Compact (MCS)
Medium Duty (MUS)
Description
Low capacity scale for light belt
loading
Light-to-medium duty slider belt
scale
Compact, rugged, modular belt
scale with stainless steel load cells
Modular, medium-to-heavy duty
scale
Application
Product monitoring in fertilizer,
tobacco, animal feed pellets and
sugar
Process and load-out control for
food, chemicals, and tobacco
Aggregate, mining, steel, mobile
crushers, weighfeeder retrofits
Process indication in aggregates,
agriculture, mining, steel, stackers
Capacity
Up to 50 t/h (55 STPH)
Up to 100 t/h (110 STPH)
Up to 1200 t/h (1320 STPH)
Up to 5000 t/h (5500 STPH)
Belt Width
18” to 48"
12" to 48"
Up to 42” CEMA
Standard duty ≤42”, heavy duty
≥48”
Accuracy
±1.0% or better
±0.5 to 1% totalization over
25‑100% range
±0.5 to 1.0%, ±2.0 on mobile
applications
±0.5 to 1.0%
Approvals
CE, C-TICK, GOST
CE, C-TICK, GOST, Meets FDA/USDA
requirements for food
CE, C-TICK, GOST, ATEX, CSA, FM,
IECEx
CE, C-TICK, GOST
For heavy duty industry
SITRANS WB310
Single Idler (MSI)
Multiple Idler (MMI)
Description Heavy-duty, full-frame four load cell
Model
SITRANS WB300
belt scales
Heavy-duty, full-frame two load
cell, pivoted pan based, belt scale
Heavy duty, high accuracy single
idler scale
Heavy duty, high accuracy multiple
idler scale
Application
For process and load-out control:
Clinker in cement production,
mining, iron, and steel
Recycling industries, tough applications from sorting to production
monitoring
For process and load-out control
in cement, chemicals, steel,
aggregate, food, and mining
For critical process and load-out
control in cement, chemicals, steel,
aggregate, food, and mining
Capacity
Up to 5000 t/h (5500 STPH)
Belt Width
24" to 72"
54" to 72"
Accuracy
±2.0% or better
±5.0% or better
Approvals
CE, RCM
CE, RCM
Up to 12000 t/h (13000 STPH)
18” to 96”
18” to 96”
±0.5% or better
±0.25% or better
CE, C-TICK, GOST, SABS, Measurement Canada, OIML, MID, ATEX, IECEx,
CSA, FM, CMC
Learn more about Siemens bulk solids flow products at www.Lesman.com.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
BELT SCALE
SYSTEMS
41
Bulk Solids System Components
Speed Sensors for Siemens Belt Scale Systems
Speed sensors operate in conjunction with a conveyor belt scale, providing a signal to an integrator for calculation of belt speed, flow rate, and
totalized weight.
Model
Milltronics RBSS
Description
Function
SITRANS WS300
Milltronics TASS
High resolution, wheel-driven
return belt speed sensor
Low- to high-resolution, shaft-driven
speed sensor
Compact low-profile, wheel-driven return belt
speed sensor, ideal for use on mobile crushers
and in constricted spaces
Provides a signal generated as the wheel on
the sensor rotates on the return belt; Accurate
belt speed detection
Converts shaft rotation into a pulse train of 32,
256, 1000, or 2000 pulses per revolution using
high-precision rotary optical encoder; Suitable
for low or varying shaft speeds
Operates with a conveyor belt scale, providing
signals to an integrator to compute the rate of
material being conveyed.
IP65 rated rugged design, CE approval
NEMA 4X/IP65; CE, CSA, FM, ATEX approvals
IP67; CE, RCM, GOST-R
Construction
See page 42 for full details on Siemens Milltronics integrators for belt scales, weighfeeders, and bulk solids flowmeters.
Milltronics MWL Weight Lifter for
Siemens Belt Scales
• Can be used with new and existing
applications
• Safe and easy application of belt
scale reference weights, with the operator remaining outside the conveyor
• Easy-to-store drive handle that can be
applied to left or right side of MWL
• Low profile fits easily into belt conveyor
• Security pin ensures safe weight storage
Milltronics MWL Weight Lifter is a mechanical
calibration weight lifter for MSI, MMI, MBS, MCS, and
MUS belt scales.
Milltronics MWL mechanically raises and lowers the static weights and
then stores the weights securely above the belt scale calibration arms,
and allows the operator to lower and apply them safely without having
to lean into the conveyor.
The MWL is manually operated, and uses a high mechanical advantage
to enable weights up to 750 lbs to be applied with limited effort. The
crank handle uses twelve rotations for full range of motion, and can be
removed and stored for safety with the locking ball-pin that secures the
MWL when it is not in use.
Two lifting arms support a base-bar weight above the test-weight
brackets of the belt scale: either flat bar or round bar style calibration
weights are applicable. Locating notches in the base-bar weight engage
the calibration weights securely on the lifting arms in the stored position,
and the gear drive locks the lifting arms in place.
Specifications
Application: Span calibrations on belt conveyors
Components: Left-handed or right-handed crank body, each connected to a
lifting pad with guide pin; Torque tube to connect left and right crank shafts;
Crank handle that mounts to either the left or right input shaft; U-clamp
to secure flat bar calibration weights; Optional base bar with integrated
round bar weight or to support other types of calibration weights; Optional
shaft extension adds 4” (102 mm) to handle shaft length
Crank Arm: Mechanical advantage 20:1, 12 revolutions required for raising
or lowering
Approvals: Compliant with Directive 98/37/IEC, CE, C-TICK
WD600 Slider Bed Belt Scale
• Unique weighing mechanism design with low friction and
long weigh area for increased retention time, resulting in
higher accuracy and reliability
• Ultra-sensitive parallelogram style load cells (nickel-plated
alloy or stainless steel) provide precision weighing accuracy
• Drop-in weighbridge for quick washdown and maintenance
Milltronics WD600 is a light- to medium-duty slider bed belt scale
used for process and load-out control in manufacturing. Its corrosion
resistant WD600 components are durable and virtually maintenance-free.
WD600 works with an existing flat belt conveyor and a Siemens integrator. As material is moving along the conveyor belt and travels over
the belt scale, it exerts a force proportional to the material load through
the suspended weighbridge to the load cells. WD600 reacts only to the
vertical component of the applied force.
Specifications
Typical Applications: Monitor feed rates and blending in cereals, seeds,
minerals, wet foods, or powder additives into a process
Measuring Principle: Heavy duty strain gauge load cells measuring load
on a belt conveyor
Temperature: Material: 150° F (65° C) max. ; Operating range: -40° to 150° F
(-40° to 65° C); Compensated range: 15° to 105° F (-10° to 40° C)
Capacity: Up to 18 t/h; Nickel-plated load cells: 10, 15, 20, 30 kg; Stainless
steel load cells: 6 kg, 25, 50 lbs; Overload: 150% of rated load cell capacity
Belt Width: 12”, 18”, 24”, 30”, 36” or 48” (300 to 1200 mm)
Accuracy: ±0.5% to 1% totalization over 4:1 operating range, application
dependent
Construction: Stainless steel with UHMW slider pads, nickel-plated alloy
steel or stainless steel load cells.
Output: Two mV/V or three mV/V, depending on load cell version; Non-repeatability: 0.01% of rated output; Non-linearity: 0.02% of rated output
Compatible with: Milltronics BW100 and BW500 integrators, or SIWAREX
FTC weighing module (for integration directly into PLC system)
V 10.2016
WEIGHBELT
FEEDERS
42
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Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Weighfeeder Selection Guide
Ultra-sensitive load cells provide precision weighing accuracy, improving blend consistencies, accountability, and record-keeping.
Weighfeeders are indispensable when automated production processes require continuous in-line weighing and feeding. Depend
on these weighfeeders to deliver fast, reliable, and uninterrupted service. The virtually maintenance-free construction promises
unmatched performance.
Milltronics weighfeeders come standard with belt weigh bridge and speed sensor. Flanged belting is available on all models. Belt sizes and widths
are made to measure for your specific application. Complete your weighfeeder system with a Milltronics integrator.
Model
Description
Typical
Applications
Capacity
SITRANS WW100
SITRANS WW200
SITRANS WW500
Light duty, high accuracy, low capacity
for minor ingredient additives
Medium duty, low to medium capacity
for minor ingredient additives
Heavy duty, high-capacity apron
weighfeeder for applications in extremely
harsh environments
Control and monitor feed rates and
Control and monitor feed rates and
blending in bulk chemicals, tobacco, food, blending of minerals or powdered additives
and water treatment
into a process
100 lbs/hr to 20 STPH
45 kg/hr to 18 t/hr
Industrial applications in steel, cement, or
other heavy duty industries that convey
clinker, granulated blast furnace clag or
petroleum coke
100 lbs/hr to 110 STPH
45 kg/hr to 100 t/hr
11 to 2200 STPH
10 to 2000 t/hr
Belt Width
9” to 12”
12” to 36”
Up to 98"
Motor Size
0.25 HP
0.33 HP or larger
0.75 HP
±0.25% to 0.5%
±0.5% or better
±2% or better
Platform weighbridge, single load cell
Platform weighbridge, dual load cell
Load cells
Belt Speed
Accuracy
Sensing Element
1 to 40 FPM
Construction
Features
Approvals
Learn more
2 to 50 FPM
Mild steel or stainless steel
Belts for specific applications, sanitary
version available
Custom units for special application needs,
belts for specific applications
CE, Meets USDA and FDA requirements for food processing
Mild steel
Custom gate sizes available, limit switch,
position sensor
—
Fill out the application datasheet at www.Lesman.com/datasheets/ and send it to Lesman for an engineering review.
Integrators for Belt Scales, Weighfeeders, and Solids Flowmeters
Electronic integrators process sensor signals into operating data for continuous in-line weighing and flow measurement.
They can perform basic control functions, like PID and batch control, traditionally handled by higher level devices. Easy to install,
commission, operate, and maintain, Milltronics integrators from Siemens incorporate patented electronic load cell balancing to
perform basic and sophisticated level and flow control functions.
Siemens Dolphin Plus software can be used for quick and easy configuration. Optional modules for Allen-Bradley Remote I/O,
Profibus DP, and DeviceNet can provide direct digital communications with your plant control system.
Milltronics BW500/L
Milltronics BW500
Milltronics SF500
Description
Model
Basic integrator for belt scale applications
Full feature integrator for use with both belt
scales and weighfeeders
Full feature integrator for use with solids
flowmeters
Compatible
with
MLC, MUS, MCS, MSI, and WD600 belt scales
Display
Output
Rate, totalized weight, belt loading, and
belt speed
MLC, MUS, MCS, MSI, MMI, WD600 belt scales, SITRANS WF100, WF200, WF250, WFS300, and
WW100, WW200, and WW300 weighfeeders
WFS320 solids flowmeters
Rate, totalized weight, belt loading, belt
speed, PID, and batching
Rate, totalized weight, PID, batching
Alarm Relay
Two programmable SPST Form A contacts
rated 5 amp @ 250 VAC
Five programmable SPST Form A contacts rated 5 amp @ 250 VAC
Options
PROFIBUS DP, Allen-Bradley Remote I/O,
DeviceNet, ProfiNet IO, Modbus TCP/IP, or
Ethernet I/P industrial communications
Two additional analog inputs, two outputs programmable for PID control, Profibus DP, AB
RIO, DeviceNet, ProfiNet IO Modbus TCP I/P, Ethernet I/P industrial communications
Approvals
CSA, FM, CE, C-TICK, GOST
CSA, FM, CE, C-TICK GOST, NTEP, OIML, MID,
Measurement Canada
CSA, FM, CE, C-TICK, GOST
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Lesman
Instruments • Valves • Controls
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
SOLIDS
FLOWMETERS
43
Choosing the Right Solids Flowmeter
A typical solids flowmeter
system consists of the
flowmeter, sensing head,
and an integrator, like the
system shown here. Your
application requirements
will dictate the proper
system combination.
WFS300
sensing head
WF340
flowmeter
SF500
integrator
Solids flowmeters enhance process control, contributing to improved quality of your end product and a positive bottom line These heavy duty,
low maintenance solids flowmeters provide continuous in-line weighing of dry bulk solids, free-flowing powders, or granular material. All models
produce accurate, repeatable results, and can be used for critical functions like batch load-out and blending. All models are totally enclosed and
dust-tight, and are constructed of painted mild steel. Stainless steel and hazardous area classification models are also available.
Strain Gauge
Load CellBased
Flowmeters
SITRANS WF100
SITRANS WF200
SITRANS WF250
Description
Low to medium capacity flowmeter for
various product sizes, densities, and
fluidities in restricted spaces
Medium to high capacity flowmeters
for various product sizes, densities, and
fluidities
Medium to high capacity flowmeters various
product sizes, densities, and fluidities
Typical
Applications
Monitoring food ingredients, pet food
blending, plastic pellet production, silica
sand in glass making
Grinding mill rejects in cement, load-out of
grains and seeds
Cement in aerated gravity conveyor
Capacity
3 to 200 t/h (3 to 220 STPH)
200 to 900 t/h (220 to 990 STPH)
Particle Size
0.25" to 0.5" max.
Fine powder to 1"
LVDT-Based
Flowmeters
SITRANS WF330
SITRANS WF340
SITRANS WF350
Description
Low to medium capacity flowmeter for
various product sizes, densities, and fluidity,
particularly fine powders
Compact, vertical flow, low to medium
capacity flowmeter for various media sizes,
densities, and fluidity, like fine powders
Low to medium capacity flowmeter for
powders conveyed by aerated gravity
conveyors
Typical
Applications
General purpose for most pre-feed
applications: Fly ash, lime dosing, cement
flow and control, flour stream monitoring
Capacity
Particle Size
Sensing Heads
Approvals
Designed for applications with tight space Suitable for cement flow rate measurements
requirements: Fly ash load-out, lime dosing, downstream of an aerated gravity conveyor.
and gypsum flow
Uses vertical vents and baffles for air
separation
0.2 to 3000 t/h (0.2 to 330 STPH)
0.5” (13 mm) or 1.0” (25 mm), depending on model
Fine powder up to 3 mm (0.15")
Compatible with SITRANS WFS300 (0.5" particles, 0.2–40 t/h) or SITRANS WFS320 (1" particles, 20–300 t/h)
CE, C-TICK, GOST, CSA, FA, ATEX, IECEx, stainless steel options for meeting FDA and USDA requirements for food processing.
Fill out the application datasheet at www.Lesman.com/datasheets/ and send it to Lesman for an engineering review.
DISPENSING
VALVES
V 10.2016
44
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Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
Dispensing Valves for Bulk Solids
VIDOS Vibration Dosing Valve
INFLAS Inflatable Seat Valve
• For dosing and discharging of solids
materials in food and beverage,
power, and pneumatic materials
handling applications
• Resilient seated wafer-type butterfly
valve for semi-corrosive media
• Linear vibration tip helps minimize
product buildup on the disc
• 6" to 16" nominal diameters
• 145 PSI max operating pressure
• 14° to 392° F temperature range, depending on pressure, medium, and
valve material
• One piece disk and shaft
• Stainless steel split body with stainless steel screws
• NBR or EPDM seals
• Triple shaft bearing
• Mirror polished disc sealing surface
• Seal materials can meet FDA or EC
1935/200 standards
• For bulk goods, foods, pneumatic
conveying systems, and weighing
• Extremely low wear of parts even in
contact with abrasive media
• Reduced torques enable the use of
lower-sized actuators
• Low grinding or clamping of sensitive media between the disc and
liner
• Precision-machined bodies for perfect seating of the liner and precise
shaft positioning
• Multiple bearings in the shaft provide optimal guidance, even after
years of use
• No contact corrosion
• Mirror polished sealing surfaces
guarantee low torque and tightness
• Continuous forming lobe fits perfectly in the groove of the
body, stabilizing the liner
• Double-sided profiles ensure sleeve-body engagement in
the outer body recess
FS-M Impeller Valve
• For shut-off and control of product
streams in the bulk powder and solids
industry, like blending plants, silos, granulates handling, and weighing technologies
• Can be installed in any position for the
safe and consistent discharge of rapidly
flowing product
• Noticeable reduction of demixing during discharge
• No compaction or levigation of products during charge or discharge
• Available in 6" to 16" sizes
• Maintenance-free operation
• Stainless steel body and impeller with ASME Class 150 flange
• Optional stop in zero (sealing) position, rotation speed control, hardened rotary
valve, and right/left indication
Free Online Learning 24/7/365
Learn more about dispensing valves for bulk solids and powders by
watching our free webinar recording at www.Lesman.com/train/.
Learn how to...
Solve caking issues in silo discharge
Achieve precise volume control in solids applications
Prevent air blockage in pneumatic conveying
Handle abrasive or sensitive media
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
RADIAMETRIC
WEIGHING
45
Radiametric Weighing System for Bulk Solids Mass Flow
Typical Radiametric Weighing System Installations
Side View
Front View
Installed in-line to measure the
contents on a belt conveyor.
Front View
Side View
Installed around a screw conveyor to measure
the contents inside the tube without intrusion.
Features
• Not affected by dust, moisture, high temperatures, variable or constant speed conveyors,
build-up on belt or screw
• Automatically compensates for buildup on belt
or screw
• Suitable for corrosive, abrasive, or toxic materials
• Single computer, compatible with all Ronan
detectors, expandable to accurately measure the
most complex processes
• Multiple user-configurable outputs
• Auto-zero on empty conveyor
• Proprietary filtering technology provides excellent measurement reliability
• No component wear, low maintenance
Ronan’s X96S non-contact weighing system is an economical approach for solids
weighing on belt and screw conveyors.It is designed to deliver outstanding performance
in a wide range of difficult applications and process conditions, including dangerous
materials like caustic, toxic, corrosive, explosive, and carcinogenics, regardless of their
temperature. The modular design is ideal to upgrade older systems while keeping the
existing sources.
Each system consists of a gamma source, frame, detector and measurement control
computer. The gamma source, typically mounted on the top of the frame above the
conveyor belt or screw, emits gamma energy through the material, collimated in a
direction towards the detector mounted on the bottom of the conveyor. The mass of
material on the conveyor attenuates the gamma energy. The amount of energy reaching the detector is inversely proportional to the mass on the conveyor. The detector
measures the level of energy and sends a proportional signal to the X96S controller
that linearizes, filters, and correlates this signal to a weight and rate measurement.
The entire system is mounted external to the conveyor and can be installed by
simply bolting the frame around the conveyor, without the need to make any costly
modifications to the conveyor itself. The lightweight, compact design enables it to
be located in areas where space is a limitation and without the need for additional
supports or foundations.
Source Holders
X96S Process Measurement Controller
Ronan ultra-low level nuclear measurement sources improve safety and
eliminate the requirement for surveys, wipe tests, inspections and much
of the documentation. They are so safe, the NRC permits their removal
and installation without a licensed person being present, translating into
significant cost savings for the user.
The RLL-1 ultra-low radiation source utilizes very small quantities of
radioactive materials. Because of these very low-levels of activity, and
their simplicity of design, Ronan systems are the safest gamma gauges
on the market.
Ronan X96S controllers feature the fastest processors in the radiometric gauging industry.The
modular design allows for low-cost expansion of
outputs and measurement variables.Calibration
and configuration is easy, and can be performed
locally through push buttons on the front-face
display, or remotely using HART®, Foundation
Fieldbus or Profibus PA communications.
RLL-1 Specifications
Temperature Limit: 455°F standard, 800°C for 20 minutes
fire-resistant option
Collimation: Beam pattern up to 45°
Maximum Source Size: RLL-1: Multiple capsules; Up to 0.9
mCi CS-137; Up to 0.2 mCi Co-60; RLL-1A: Single capsule;
Up to 0.09 mCi CS-137; Up to 0.01 mCi Co-60
SA-1 Specifications
Temperature Limit: 300°F
Collimation: Beam Pattern up to 37°
Maximum Source Size: 5 Ci CS-137, 18 mCi Co-60
Radiation Fields: Meets all international standards for
surface radiation limits
X96S Specifications
Accuracy: ±1% span
Inputs: Pressure: 0-10V or 4-20 mA; Temperature: Nickel or Platinum RTD;
Digital: Up to 8 digital inputs that can be individually configured as dry or
live contacts, quadrature, encoders, or pulse counters
Communications: HART 4-20mA, Foundation Fieldbus™, PROFIBUS PA
Outputs: Up to 4 Form C relays, Up to 4 isolated open collector outputs
capable of switching 4.5-30V; RS-232/RS-485 optional
Diagnostics: On-board modular self-test watchdog timer and status LEDs
Power Supply: 24 VDC @ 0.035 A
Housing: NEMA 4 standard; Optional stainless steel or explosion-proof
Approvals: CSA Class 1, Div 1 Groups A-D; NEMA 4, NEMA 4X; Complies with
Cenelec/ATEX
Learn More at Lesman.com
DIFFERENTIAL
PRESSURE
V 10.2016
46
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
WIKA Fluidic Techniques Differential Pressure Flowmeters
HHR FlowPak dP Flowmeter
•
•
•
•
Accuracy to ±0.5%
No upstream or downstream piping requirements
Suitable for liquids and gases, even in high temperatures and high pressures
Low permanent pressure loss for energy efficiency and low operating costs
Designed from the innovative velocity profiling technology of a translineal flow plate and
the field-proven performance of the WIKA FTI HHR Flow Tube, the HHR FlowPak differential
pressure flowmeter consistently outperforms other flow measurement technologies in the
most demanding flow environments.
There are no limitations to flow measuring applications for the HHR FlowPak. They can
be used in natural gas, most chemicals, gasoline, oil, hydrogen, oxygen, and LNG. The HHR
FlowPak meets the toughest flow measurement challenges — high temperature, high
pressure main stream, and high pressure boiler feedwater, petrochemical, power plants
and offshore platforms.
High Accuracy, Proven Performance
The HHR FlowPak delivers proven performance based on extensive laboratory and field
testing. See here how it compares to a standard annular orifice flowmeter.
Feature Comparison
Uncalibrated Accuracy
HHR FlowPak
±0.5%
Coefficient Discharge
Permanent Pressure
Loss
Repeatability
Piping Requirements
0.985
15–20%
Flow Ranges
Line Sizes
Number of Tap Sets
Standard Beta Ratios
Configurations
±0.1%
0 Diameter Upstream
and Downstream
Infinite*
3” to 36”
4+ Sets
0.4–0.75
Flanged, Weld-In
Annular Orifice Flowmeter
Typically Requires Calibration
to Determine
0.75–0.85
Varies with Beta and DP
Typically 25–75%
±0.1 %
0–3 Diameters Upstream
0–1 Diameters Downstream
10:1 and greater
1/2” to 120”
1 Set
0.45–0.85
Flanged, Weld-In, Wafer, Saddle
* Limited only by lower boundary of Reynolds Number
Line Size
Pipe ID
(In.)
Beta
Ratio
Overall
Length
3
3.068
0.7
18
4
4.026
0.7
22
6
6.065
0.7
32
8
7.981
0.7
42
10
10.02
0.7
52
12
12
0.7
60
14
13.25
0.7
68
16
15.25
0.7
78
18
17.25
0.7
86
Installation Versatility
20
19.25
0.7
96
24
23.25
0.7
114
The unique design ensures that a flow velocity profile is well developed and properly
defined prior to measurement.
Fluidic Techniques has conducted extensive performance testing on the HHR FlowPak at
Alden Research Laboratory using two close coupled 90° elbows out of plane immediately
before and after the meter. Test results show high accuracy and performance with no additional upstream or downstream piping, even in disturbed flow applications. This assures
installation versatility in tight piping systems, whether new construction or retrofit. This can
result in significant cost savings in larger, more expensive line sizes.
The HHR FlowPak adapts to the tightest piping systems without compromising performance. When governing codes increase upstream piping requirements, Fluidic Techniques
designed the solution.
www.Lesman.com
Learn more at
Empirical data from Alden Research Laboratory show the coefficient of discharge of the
HHR FlowPak to be constant, independent of Reynolds Number, and within ±0.5% of the
predicted value, even when installed directly after two elbows out of plane. This eliminates
the need for calibration testing to characterize the coefficient and accuracy of each individual
meter. When you need a higher degree of accuracy, the HHR FlowPak can be NIST certified.
The HHR FlowPak provides superior energy efficiency. Low permanent pressure loss (PPL)
equates to energy efficiency and reduced operating cost. The HHR FlowPak has a lower permanent pressure loss than the orifice plate, annular orifice, flow nozzle or wedge meter. In
an orifice plate the flow impacts with an abrupt surface, typically resulting in a PPL of 2 PSIG.
The HHR FlowPak has a smooth, contoured, obstruction-free entrance with a pressure
recovery cone for enhanced pressure recovery. In many cases, the recurring operating cost
savings offered by the HHR FlowPak in applications with high pressure, high temperature
steam can actually pay for itself in a short period of time.
Lesman
Instruments • Valves • Controls
www.lesman.com • [email protected]
Wisconsin and Upper Peninsula Michigan
Phone: 800-837-1700 • 262-923-1790
Fax: 262-923-1797
V 10.2016
Illinois, Indiana, Missouri, and Iowa
Phone: 800-953-7626 • 630-595-8400
Fax: 630-595-2386
AVAILABLE
AT LESMAN
47
Other Products Available at Lesman
SITRANS LR250 Encapsulated Radar Level Transmitters
• Flanged encapsulated antenna (left) for corrosives and harsh media;
Hygienic encapsulated antenna (right) for sanitary level applications
• 25 GHz high frequency
• Measuring range 2" from end of horn to 65 feet (50mm to 20m)
• Insensitive to mounting location and obstructions, and less sensitive to
nozzle interference
• Advanced signal processing for reliable measurement and automatic false
echo suppression of fixed obstructions; Graphical local interface displays
echo profiles and diagnostics
• Standard with 4-20 mA and HART® 7.2 output
• FM/CSA approved, SIL-2 rated
New SmartLine Improves Transmitter Performance!
• Fully modular! Alphanumeric display can be added or removed in the field, no need to remove the
transmitter from service to swap modules or replace parts
• Stabilities to ±0.01% upper range limit per year for 5 or 10 years (series-dependent)
• Standard accuracies improved to ±0.0375%
essure and
Popular gauge pr
• Maximum turndown ratio to 400:1
re models in
su
erential pres
ff
di
• Automatic static pressure and temperature compensation
, ready to ship
stock at Lesman order!
• External zero, span, and configuration capability
the day you
• Compliant to SIL 2/3 requirements
• Speed of response three times faster than retired ST3000 pressure transmitters — As fast as 80 mSec
• Display PV, bargraphs, trend lines, and text messages for diagnostics and maintenance
• Honeywell DE, HART v7.0 and Foundation Fieldbus communications
Learn about all these products at Lesman.com
We'll build your custom
temperature sensors!
All Lesman thermocouples and RTDs are made to your
exact specifications.
Visit www.Lesman.com/datasheets/ to fill out your
temperature sensor datasheet. Answer a series of questions about the assembly you need. We’ll quote you a
price, and let you know when you can expect delivery.
It’s that simple!
• 3A sanitary RTDs for the food and pharmaceutical
industries, including clean-in-place and HTST application assemblies
• RTDs or thermocouples with thermowells
• RTDs for general service applications
• RTD and transmitter assemblies
• Thermocouple assemblies with
Build the custom
quick-disconnect plugs
sensors you need.
• Industrial thermocouples with
et
termination heads
Configuration datashe
ble online at
ila
ava
• Metal protection tube or MgO
heets/
www.Lesman.com/datas
insulated thermocouples
Get Process Data on Your Desktop!
Use the Industrial Internet of Things to put process
data into the hands of people who need it most.
Honeywell's new DR Graphic Ethernet-enabled
paperless recorder is a direct drop-in replacement
for your legacy 10" and 12" circular chart recorders.
Regulators Reduce Control Loop Costs
Properly used, regulators could replace control valves
in at least 25% of all control loops.
A Division of Jordan Valve
Lesman
www.lesman.com
PRSRT STD
US POSTAGE PAID
PERMIT 38
WHEELING IL
Instruments • Valves • Controls
135 Bernice Drive • Bensenville, IL 60106-3366
Contact Us!
Toll Free
Local Phone
Fax
E-Mail
Bensenville IL
Butler WI
800-953-7626
800-837-1700
630-595-8400
262-923-1790
630-595-2386262-923-1797
[email protected]@lesman.com
Order by phone, fax, or e-mail for fast, friendly service.
Prices are current as of publication date, and are subject to change without
notice. Visit www.Lesman.com/catalog for current updates.
Due to contractual agreements with our manufacturers, some items in
this catalog may not be available in all geographic areas or markets.
No Wait, No
Downtime!
Differential
pressure smart
transmitters for
flow applications
in stock at
Lesman, ready to
ship same day!
See page 27.
We Measure Flow Anywhere
Conveyors
Campus Energy
Pipelines
Air-Fuel
Ratio Control
Effluent
Custody Transfer
Primary Flow
Elements
From venturi flow tubes,
orifice plates and flange
unions to flow nozzles and
meter runs, Lesman has the
best flow element to fit your
application.
Learn more on page 20.
Wastewater
Treatment
Bioreactors
Dry Solids
Find your ideal level measurement solution inside.
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