Anderson-Negele is a global company specializing in the
development and production of sensors and measuring
equipment for hygienic applications. As your reliable and
flexible partner, we aim to always provide you with the
best solution for your process.
Anderson Instrument Co, founded over 80 years ago, and
Negele Messtechnik, founded over 35 years ago, came
together in 2004 to form Anderson-Negele. Separately
the businesses were pioneers in hygienic measurement
equipment, focused on the specific needs of the food,
beverage and pharmaceutical industry from the very
beginning. While bringing our innovations together, we
continue strive to give our customers the economic and
technological edge that will contribute to their success. To
achieve this, we look at your particular needs and develop
solutions that specifically address the demands for your
production processes.
As part of the FORTIVE Corporation – a global “Fortune
500” technology leader – Anderson-Negele practices the
successful Fortive Business System (FBS). With the help
of FBS, we ensure the high quality of our products in
development and production and continuously improve
our processes and methods.
ZMAG
Flow Meter
FTS
Flow Switch
HM-E
Flow Meter
FMQ
Flow Meter
Reliable Flow Control
with flow meters and flow switches for all applications
SENSORS FOR FOOD AND LIFE SCIENCE.
The benchmark for accuracy, reliability and longevity
Continuously precise flow control with IZMAG / FMQ
The IZMAG Electromagnetic Flow Meter is an
extremely versatile, robust, and reliable device
for all conductive media like milk, cream, beer,
tomato paste, sauces, molasses, yogurt, slurries,
concentrates, and cleaning solutions.
The performance spectrum is tailored to excel in
the most demanding sanitary processing
environments, including dosing and filling:
· Extremely robust: All components are made entirely of
stainless steel. The magnetic field coils of the measuring
system are fully encapsulated, which guarantees reliable,
precise measuring results even in very harsh
environments with strong vibrations or pressure shocks
· Extremely reliable: Fully protected against moisture,
corrosion, and vibrations; vacuum-capable measuring
tube lining made of high-quality PFA, suitable for CIP
cleaning and pigging.
· Always accurate: Advanced signal processing ensures
that the measurement is always accurate even with a
change in liquid (e.g., milk/CIP cleaner)
· Simple commissioning and operation: User-friendly,
rotatable backlit display with optical buttons for quick
and easy programming, no opening of the cap required,
no mechanical buttons
· Extremely versatile electronics: many
configurations make individual settings possible.
Available options include remote electronics and
Ethernet IP communication
Technical Specifications at a glance
· Measuring range from 0.15 up to 1200 gal/min
· Measuring accuracy: ±0.20% / ±1mm/s
· For liquids, mashes, pastes and cleaning
solutions with a min. conductivity of > 5 μS/cm
· Process temperature up to 212 °F (100°C) or up
to 325 °F (163 °C) with remote electronics
· CIP / SIP cleaning up to 130 °C (266 °F) / 30
minutes with integral electronics
The compact alternative with IO-Link: FMQ
The electromagnetic flowmeter FMQ is the
low-cost All-rounder with IO-Link communication:
· Flex-Hybrid Technology:
Digital IO-Link or analog 4…20 mA or both in parallel
· Compact design: Minimal size of measuring body and
electronics allow an easy and vibration-insensitive
integration into almost all applications
Technical specifications FMQ
are equal to IZMAG, but
measuring accuracy
±0.5% / ±2mm/s.
For further details see
product information or
www.anderson-negele.com
SENSORS FOR FOOD AND LIFE SCIENCE.
Order Information IZMAG
Order Information FMQ
05067 / 2.5 / 2021-02-15 / BK / NA
ANDERSON INSTRUMENT COMPANY
156 Auriesville Road
Fultonville, NY 12072
Phone 800-833-0081
Fax 518-922-8997
info@anderson-negele.com
Tech. Support:
techservice@anderson-negele.com
Phone 800-833-0081
7.55”
(192mm)
7.06”
(179mm)
6.25”
(159mm) 6.37”
(162mm)
5.56”
(141mm)
1.20”
(30mm) 2.20”
(56mm)
4.44”
(113mm)
3.51”
(89mm)
OPERATING / ENVIRONMENTAL
Process Temperature: 32-212°F (0-100°C) integral electronics
32-325°F (0-163°C) remote electronics
Ambient Temperature: DC -12 – 130°F(-25-55°C)
AC -12 – 120°F(-25-45°C)
Pressure Rating: 1.4-145 psi abs.
.1 – 11 bar abs.
Product Requirements: 5 µS min. conductivity
15 µS/cm minimum for remote electronics
Signal Output: (2) digital pulse output 24VDC @20 mA
(1) digital status output 24VDC @20 mA
(1) 4-20mA passive/active Optional 2nd
4-20mA w/Hart (passive)
Control Input: (1) 9-32 VDC R<3.2kohms
Connections: (3) M16 ports with cord grips and ½”
conduit adapters
Display: Graphic LCD 46 X23mm illuminated
Communications: Hart ver. 6, CS3 BUS Optional: Ethernet IP
Order Information IZMAG
FLOW TUBE SIZE
010 1/2″
015 3/4”
025 1”
032 1-1/2”
040 1-1/2”
050 2”
065 2-1/2”
080 3”
100 4”
DISPLAY
D Display
B Blind (display not visible)
OPERATING POWER
0 24 VDC
1 110 – 220 VAC
OUTPUT OPTIONS
0 2 pulse, 1 analog
1 2 pulse, 2 analog, Hart
2 2 pulse, 1 analog, Ethernet I/P 1
CALIBRATION
0 Custom (Order Worksheet Required)
1 Factory (Calibrated to Max Flow Capacity)
COUNTRY DESTINATION
0 Standard
C Canada
ELECTRICAL CONNECTIONS
0 Cord grips and NPT adapters
1 M12 Electrical Connections
(DC only) (integral only)
ELECTRONICS MOUNTING
00 Integral Electronics
R0 Remote w/ 25’ cable
R1 Remote w/ 50’ cable
R2 Remote w/ 75’ cable
R3 Remote w/ 100’ cable
METER LENGTH2
0 Standard
1 13.25” replacement for IZM/S/L
(not available for sizes 010 and 040)
2 9.88” replacement for PD 340
(not available for sizes 010, 015, and 040)
3 Replacement length for 8721
(not available for sizes 015, and 032)
4 Replacement length for 50-53
(not available for sizes 010, 015, 025, and 032)
ELASTOMER
A Standard (EPDM)
B Silicone
V Viton
FITTING
S Tri-Clamp®
I Cherry-Burrell I-line
(not available with size 010, 015 or 040,
only available with length option 0)
N 3/4” Tri-Clamp® connection on 015 size
(only available with length option 0)
I Z M A G
DN Flowtube D H L1
L2 Weight
(lbs) Length Option Fitting Option
0 1 2 3 4 I
010 1/2″ 3.54″ 8.86″ 4.09″ 6.75″ – – 8.31 – – 14.4
015 3/4″ 3.54″ 8.86″ 4.09″ 8.00″ 13.25″ – – – – 14.4
025 1″ 3.54″ 8.86″ 4.09″ 8.00″ 13.25″ 9.88″ 7.85 – 13″ 14.6
032 1-1/2″ 4.13″ 9.45″ 4.09″ 8.00″ 13.25″ 9.88″ – – 13″ 17.0
040 1-1/2″ 4.13″ 9.45″ 4.09″ 8.00″ – – 8.17 10.91 – 17.0
050 2″ 5.12″ 10.43″ 4.09″ 8.00″ 13.25″ 9.88″ 8.60 10.91 13″ 19.8
065 2-1/2″ 5.12″ 10.43″ 6.30″ 9.00″ 13.25″ 9.88″ 9.43 10.91 13″ 25.3
080 3″ 6.10″ 11.42″ 6.30″ 9.88″ 13.25″ 9.88″ 10.18 13.27 13″ 37.4
100 4″ 6.69″ 12.01″ 7.87″ 11.90″ 13.67″ – 11.70 13.27 14″ 50.5
1 available only on 24VDC
2 Check length chart to confi rm applicability
FOOD 4
Main application area: Food | Material: 1.4404 (AISI 316L)
FMQ Magnetic-Inductive Flow Meter
Nominal diameter/size
010
015
025
032
040
050
065
080
100
10 mm
15 mm
25 mm
32 mm
40 mm
50 mm
65 mm
80 mm
100 mm
Certificate
S None
Display / Cap
L
B
D
Optical LED status display (not available with M12 connection options K or L)
Blind stainless steel cap
Graphic display
M12 Connection / Communication
0
K
L
S
M
M12 connector, 4-pin, plastic
M12 connector IO-Link, 4-pin, stainless steel
M12 connector IO-Link with switch input, 5-pin, stainless steel
M12 connector without switch input, 4-pin, stainless steel
M12 connector with switch input, 5-pin, stainless steel
Connection
0
1
2
Butt-weld
ASME clamp
DIN clamp
Elastomer
A
B
EPDM
Silicone
FMQ 010 S L 0 0 A
Product information FMQ
SENSORS FOR FOOD AND LIFE SCIENCE.
The solution for non-conductive liquids and WFI
Flow meters for aqueous media HM & HMP
When nothing else works
The HM / HMP turbine flow meter with noncontact pulse measurements is the reliable,
precise, and economical alternative for mass
flowmeters or electromagnetic flowmeters.
HM / HMP is suitable for aqueous media like
filtered fruit juice or beer, alcohols, light oils,
salt solutions, cleaning media, and acids, but also
process water, demineralized water, and WFI.
· Compact and robust: Massive turbine housing made of
stainless steel – insensitive to thermal influences, spacesaving, insensitive to vibration
– Hygienic & 3A-compliant: 2-piece housing, specifically
designed for sanitary applications, eliminates the need
for internal locking rings to retain internal components.
This ensures easy cleaning and maintenance, and results
in improved cleanability, straightforward design, and a
lower risk of product contamination
– Non-contact pulse measurement: A signal probe
generates an electromagnetic field that interacts with
the rotating turbine rotor blades to produce a precisely
measurable induction current
– Durable: The combination of Rulon 123TM sleeve bearing
and 316L stainless steel shaft withstands even difficult
process conditions, steam blowdowns and autoclaving
– Fast: The low mass moment of inertia of the turbine
wheel ensures a fast response time of less than 50 ms.
Even rapid flow rate changes can be detected without
any problems
– For Food and Life Science: Two versions that are
specifically adapted to the respective requirements of
the food and pharmaceutical industries
Technical specification at a glance
· Flow range from 26.5 LPM / 7 GPM (1” T.C.) up
to 946 LPM / 250 GPM (2” T.C.)
· Accuracy: ±0.5% of rate over specified range
· Compact design with Tri-Clamp connection in
pipes from DN25 (1“) (DIN 11850 / ASME BPE)
· Fluid temperature up to 120 °C (250 °F) for HM,
up to 149 °C (300 °F) for HMP
· CIP / SIP / Autoclave up to 149 °C (300 °F)
· Long-life operation through easy rotor
replacement and recalibration
· For media with max. viscosity 100 cps and
particle size < 20 μm
SENSORS FOR FOOD AND LIFE SCIENCE.
The solution for aqueous, non-conductive media: HM for Food applications
The solution for aqueous, non-conductive media and WFI: HMP for Life Science applications
ANDERSON INSTRUMENT COMPANY
156 Auriesville Road
Fultonville, NY 12072
Phone 800-833-0081
Fax 518-922-8997
info@anderson-negele.com
Tech. Support:
techservice@anderson-negele.com
Phone 800-833-0081
05030 / 2.2 / 2021-02-15 / BK / NA
DIMENSIONS:
Order Information
FIG. 2 – SIDE VIEW with PROBE ASSEMBLY
FLOW
MODEL Dim “A” Dim “B” FITTING 3/4” NPT
HM-100 2.88 5.88 1” T.C.
HM-150 3.25 6.13 1 1/2” T.C.
HM-200 3.75 8.63 2” T.C.
SIZE
100 1” Turbine fl owmeter
150 1 1/2” Turbine fl owmeter
200 2” Turbine fl owmeter
ROTOR OPTIONS
SS 316 stainless steel rotor
HOUSING OPTIONS
00 Standard housing
PT* 3/4” NPT threaded adapter for explosion proof applications
*Required for RTC, RTX, RIX & FIX options below
H M S S
Replacement Parts
Part Number Description
HTS1000 3-wire pick-up probe
HT75000 2-wire pick-up probe
HSDT000 3-wire pick-up probe
HM600-100SS 1” Rebuild kit 316 SS rotor
HM600-150SS 1.5” Rebuild kit 316 SS rotor
HM600-200SS 2” Rebuild kit 316 SS rotor PROBE/DISPLAY OPTION
OUTPUT OPTIONS
TS1 3-wire signal probe
T75 2-wire signal probe
RTC Integral battery operated totalizer
RTW Remote battery operated totalizer (with 15’ extension cable)
RTX Integral explosion proof battery operated rate totalizer
RIX Integral explosion proof battery operated
rate/totalizer with 4-20mA output
FIX Integral explosion proof frequency to analog converter
H
CABLE
000 No cable (for RTC, RTW and RTX options above)
025 25’ cable
050 50’ cable
075 75’ cable
100 100’ cable
LIFE SCIENCES 2
ANDERSON INSTRUMENT COMPANY
156 Auriesville Road
Fultonville, NY 12072
Phone 800-833-0081
Fax 518-922-8997
info@anderson-negele.com
Tech. Support:
techservice@anderson-negele.com
Phone 800-833-0081
05046 / 2.1 / 2021-02-15 / BK / NA
Specifi cations | Order Information
Specifi cations
ENVIRONMENT
Fluid Temperature Range: 0 – 149°C (32 – 300°F)
Maximum Fluid Pressure: 10.3 Bar (150 psi) max
Maximum Fluid Viscosity: 100 cps max
Ambient Temperature Range: HTS1000: -40 – 79°C (-40 – 175°F)
HT75000: -54 – 107°C (-65 – 225°F)
Accuracy: ± .5% of rate over specifi ed range
Repeatability: ± .1% of rate
Flow Ranges: HMP-100: 26.5-265 LPM(7-70 GPM)
HMP-150: 49-492 LPM(13-130 GPM)
HMP-200: 94-946 LPM(25-250 GPM)
Cleaning Methods: CIP/SIP/Autoclave @ 149°C (300°F)
MECHANICAL SPECIFICATIONS
Sanitary Connections: 1”, 1 1/2” and 2” Tri-Clamp®
Gasket Material: PTFE Polytetrafl uoroethylene
Bearing Material: Rulon® 123 (reinforced
Polytetrafl uoroethylene)
Product Contact Materials:
316L stainless steel, Rulon®
123, Tefl on®, and GSP1325-2
(Epoxy Resin)
Surface fi nish: 20 Ra max, stainless steel
surfaces electropolished
Hardware: Heavy duty Tri-Clamp® with
live loaded clamp nut
ELECTRICAL SPECIFICATIONS
Power / Signal
HTS1000
Supply Voltage: 8-24 VDC, 0.8 Watts maximum
Signal Output: 7.3-23.3 VDC, Unscaled, Pulsed Output
Output Units: pulses per volume
HT75000
Supply Voltage: None
Signal Output: 0.18-2.6 V.P.P, Unscaled, Frequency Output
Output Units: pulses per volume
APPROVALS
USP Class VI
Designed to meet ASME BPE-2004 standards
3-A compliant, Third party verifi ed in accordance with
standard 28-03
Material, Conformance and Calibration: Certifi cates provided with
product, also available on-line using serial number
Order Information
“A”
“B”
DIMENSIONS:
MODEL DIM “A” DIM “B” FITTING
HMP100 3.25” (82.6mm) 5.88” (149.4mm) 1” T.C.
HMP150 3.63” (92.2mm) 6.13” (155.7mm) 1 1/2” T.C.
HMP200 3.88” (98.6mm) 8.63” (219.2mm) 2” T.C.
PROBE/DISPLAY OPTION
SIZE
100 1” Turbine fl owmeter
150 1-1/2” Turbine fl owmeter
200 2” Turbine fl owmeter
HOUSING OPTIONS
00 Standard housing
PT* 3/4” NPT threaded adapter for explosion proof applications
*Required for RTC, RTX, RIX & FIX options below
H M P
OUTPUT OPTIONS
TS1 3-wire signal probe non magnetic sensing
T75 2-wire signal probe
RTC Integral battery operated totalizer
RTW Remote battery operated totalizer
(with 15’ extension cable)
RTX Integral explosion proof battery operated rate/totalizer
RIX Integral explosion proof battery operated rate/totalizer
with 4-20mA output
FIX Integral explosion proof frequency to analog converter
CABLE
000 No cable(for R and F options above)
025 25’ cable
050 50’ cable
075 75’ cable
100 100’ cable
H
REPLACEMENT PARTS
Part Number Description
HTS1000 3-wire pick-up probe
HT75000 2-wire pick-up probe
HMP600-100 1” Rebuild kit 316SS rotor
HMP600-150 1.5” Rebuild kit 316SS rotor
HMP600-200 2” Rebuild kit 316SS rotor
SPARE CABLES
Part Number Description
Cable 3W-25 25’ cable with connector
Cable 3W-50 50’ cable with connector
Cable 3W-75 75’ cable with connector
Cable 3W-100 100’ cable with connector
The solution for all aqueous, even high-purity media
FTS – Reliable flow switch for all media
Flow switches are used in almost all processes to
monitor the technical safety of the plant and the
correct operation of the processes. A possible
malfunction of a pump, a closed valve or a
misdirected medium are reliably detected and
reported.
Calorimetric flow control
The special FTS pulsed measurement method
heats in short periods and detects the flow
velocity quickly, reliably, and permanently just
by measuring the temperature change of the
medium.
· Ideal for all aqueous products: Even for
demineralised and highly filtered media such as
cola and other soft drinks, filtered beer,
demineralised water, as well as for media in
pressure lines
· Process temperature up to 100 °C (212°F): FTS
is perfectly suited for all usual processes and media
· Fast: Due to the very slim sensor tip and the
position of the heating element and Pt100 sensor
directly at the fluid, the FTS has an extremely short
response time for a calorimetric sensor
· Insensitive to temperature shocks: temperature
changes due to e.g. cold product, hot water, CIP
solutions have no influence on the measurement
· Versatile: Ideal for monitoring pump systems,
valves, filters, agitators, cooling circuits, CIP return
flow…
Technical data FTS at a glance
· Calorimetric flow switch or all aqueous media
(water content ≥50%)
· Measuring range 0,1…3 m/s
· Robust stainless-steel design, protection class
IP69K
· Long-life Technology for process temperatures
up to 100 °C (212°F), with integrated safety
switch-off
· Switching output adjustable in % of flow rate.
· CIP / SIP up to 140 °C (284°F) / max. 60 min FOOD on FTS-Series
………………………….
ILM-4
INDUCTIVE CONDUCTIVITY SENSOR
IN MODULAR DESIGN
» Maintenance free inductive
measurement principle
» Accurate measurement through
compensation of temperature
influences
» Freely selectable and combinable
outputs: Conductivity, temperature,
concentration
» Rapid temperature response time
t90 approx. 15 s
» Installation in tube diameters
from 1 1/2”
» Sensor made entirely of stainless
steel, submersible body made of PEEK
» CIP/SIP cleaning up to 150 °C /
maximum 60 minutes
» Remote version available for wall and
pipe mounting
» Settings can be made on a PC or
directly on the device
CONDUCTIVITY
ITM-51
TURBIDITY SENSOR
(BACKSCATTER LIGHT)
» Front-flush mounted, hygienic
sensor
» For medium to high turbidities
(e.g., milk, yeast)
» Maintenance free LED technology
» Color independent measurement
860nm wavelength
TURBIDITY
ITM-4
TURBIDITY SENSOR
(4-BEAM ALTERNATING LIGHT)
» Precise measurement at low and
medium turbidities
» Automatic compensation for
fouling of optics.
» Units switchable between NTU and
EBC (11 ranges per unit)
» Optimized version available for
process and drinking water
» High reproducibility and rapid
response time
» Analog and switch output
(freely adjustable switch point
and hysteresis)
» Two freely programmable
measurement ranges, selectable via
digital input
LEVEL
NSL
CONTINUOUS LEVEL SENSOR
» 2-wire compact sensor
» 4-wire sensor for vessels up to 3 m
» Insensitive to foam and adhesion
» Rapid response time, therefore
ideal for control tasks (e.g. filler)
» Also available as remote version
for wall and pipe mounting and
double rod sensor for plastic
vessels
LS
CAPACITIVE POINT LEVEL SWITCH
» Insensitive to foam and adhesion
» Available lengths up to 10″
» Conductivity independent
» Fast response time
» Selectable sensitivity
» PNP or NPN output
NVS
CONDUCTIVE POINT LEVEL
» Conductivity as low as 2m2/cm
» Up to 3 probes, coated or uncoated
» up to 100” probe length
» Can be trimmed in field
» Compact version available
» Integrated PNP output available for
single probe
» External Transmitter (Vnv-2, Znv-2)
available for multiple outputs
LEVEL
SL
INVENTORY GRADE
HYDROSTATIC LEVEL TRANSMITTER
» Superior accuracy for reliable
inventory management
» One-Touch Zero and span allows
for simplified field calibration and
setup
» Factory preconfigured for your tank
– eliminates errors at start-up
» Dual Diaphragm design for
superior reliability
HB
CONTROL GRADE
HYDROSTATIC LEVEL TRANSMITTER
» Specifically designed for control
applications such as Balance Tanks
and CIP vessels
» Ranges up to 160 in. of water
column accommodate a wide
variety of vessel sizes
» Factory calibrated and
preconfigured – saves installation
time
» Temperature compensated for
improved accuracy
