sti · velocity and transmits directly into a plc or dcs for trending, alarm and machine shutdown....

STI

STI – CMCP420VT

The very popular CMCP420VT is a solid state, loop

powered vibration transmitter that provides a 4-20 mA

output proportional to overall vibration in terms of

velocity and transmits directly into a PLC or DCS for

trending, alarm and machine shutdown.

STI – CMCP420-VT-T

The CMCP420VT-T is a solid state, loop

powered Velocity and Temperature Sensor. It

provides a 4-20 mA output that is proportional

to overall vibration and temperature in terms of

velocity and degrees Celsius. The

CMCP420VT-T continuously monitors

machinery health and transmits directly into a

PLC or DCS for trending, alarm and machine

shutdown.

ACROMAG

951EN

961EN

961PB

967EN

983EN

989EN

XT1111

XT1210

951EN-4012 (Combo module, analog current inputs)

These modules provide an isolated Ethernet network interface

for analog and discrete I/O signals. Multi-range analog inputs

and outputs support a wide variety of industrial devices. High

resolution, low noise, A/D and D/A converters deliver high

accuracy and reliability. 3-way isolation further improves system

performance. The discrete I/O provides monitoring and control

of on/off, high/low, or open/close industrial devices. Tandem I/O

provides output level control and status verification in one unit.

The i2o function lets inputs on one module write directly to

outputs on another module.

Special Features

Configurable from standard web browser

EtherNet/IP or Modbus TCP/IP communication with

automatic 10/100Mbps negotiation

i2o technology for peer-to-peer communication without a

network controller (see Page 14)

Multi-function, multi-channel stand-alone module is very

economical

High-resolution 16-bit S-D A/D and D/A converters

ensure precise measurements

0-35V DC solid-state logic interface can monitor or

control a wide variety of devices

Discrete I/O channels are individually configurable as

inputs or outputs in any combination

Bi-directional discrete I/O facilitates read-back

monitoring of the output state

Built-in 5.6K ohm pull-down SIP resistors (socketed)

Selectable failsafe modes (0%, off, last-state, or pre-

defined) help prevent unsafe conditions

Compact packaging with pluggable terminals saves space

and simplifies wiring

Wide operational temperature range permits installation

in extreme environments

961EN-4012 (Ethernet Modbus TCP/IP Analog Input Module; 6 DC current input

channels, i2o capability)


for six analog input channels. Differential inputs eliminate

ground loops and thus the need for isolators in many

applications. Multi-range inputs accept signals from a variety of

sensor and devices. High-resolution, low noise, A/D converters

deliver high accuracy and reliability. Two Ethernet protocols are

available. Select Ethernet ModbusTCP/IP or EtherNet/IP. i2o

function only available on Ethernet Modbus TCP/IP models.

Features


EtherNet/IP® or Ethernet Modbus TCP/IP

communication with automatic 10/100Mbps data rate

negotiation

6-input stand-alone module is very economical

i2o function enables direct input-to-output

communication without a network controller

Differential inputs eliminate ground loops

Universal inputs support a variety of sensors

High-resolution 16-bit sigma-delta A/D converters ensure

precise, high accuracy measurements




in extreme environments

Operating Temperature Range: -25°C to +70°C (-13° to

+158°F)

961PB (6 DC current input channels)

These modules provide an isolated Profibus-DP network

interface for six analog input channels. Differential inputs

eliminate ground loops and thus the need for isolators in many

applications. Multi-range inputs accept signals from a variety of

sensor and devices. High-resolution, low noise, A/D converters

deliver high accuracy and reliability.

Features

Standard Profibus-DP network communication with

industry-standard ASIC (Siemens SPC3)

6-input stand-alone module is very economical

Differential inputs eliminate ground loops

Universal inputs support a variety of sensors

High-resolution 16-bit sigma-delta A/D converters ensure





in extreme environments:

-25 to 70°C (-13 to 158°F).

AC current sensor used with 961PB DC current input

modules. One sensor per channel is required.

967EN (Ethernet Modbus TCP/IP Analog Input Module: 8-channel differential analog

current input module, i2o capability, and industrial-grade)

These modules interface high-level analog input signals to an

Ethernet network. A high-performance design ensures reliable

measurements and dependable operation. Industrial-grade

models add a configurable integrator/totalizer plus superior

accuracy and temperature performance compared to the

economical commercial-grade version

Features

High-resolution 16-bit A/D

Fast scanning of all channels in 8mS

3-way isolation and surge suppression

Peer-to-peer i2o communication with percent-of-span or

timed-based updates

Configurable integration/totalization function with non-

volatile registers

Dual-format 16/32-bit data registers

Scaling registers on all channels

Configurable sample averaging

Automatic calibration and self-test

User-adjustable TCP Ports 1-99,999 for advanced

network configuration

Web browser configuration with copy utility for fast

setup.

983EN-4012 (Modbus TCP/IP Discrete I/O Module: 12 input channels)


for twelve discrete input and/or output channels. The outputs

provide direct on/off, high/low, or open/close control of

industrial devices. The inputs sense the status of motors, pumps,

valves and other equipment. The 983EN model with tandem I/O

provides output level control and status verification in one unit.

Two Ethernet protocols are available. Select Ethernet Modbus

TCP/IP or EtherNet/IP. i2o function is only available on Ethernet

Modbus TCP/IP modules with discrete outputs.

Special Features


EtherNet/IP® or Ethernet Modbus TCP/IP

communication with automatic 10/100Mbps data rate

negotiation

12-channel stand-alone module has far lower start-up cost

than multi-piece block I/O systems

0-35V DC solid-state logic interface can monitor or

control a wide variety of devices

i2o function enables direct input-to-output

communication without a network controller

Bidirectional I/O models facilitate loopback monitoring

of the output state

Socketed SIP resistors provide input and output 5.6K

ohm pull-ups to the excitation supply

Three selectable failsafe modes (off, last-state, or pre-

defined) help prevent unsafe conditions



Wide operational temperature range: -25°C to +70°C (-

13°F to +158°F).

Approvals: CE/ATEX marked; UL, cUL listed, Class 1

Div 2 Groups A, B, C, D; EtherNet/IP, Modbus/TCP

conformance tested.

989EN (Industrial-Grade Ethernet Modbus TCP/IP Discrete I/O Module with

Counter/Timers; 16 channels)

These modules provide an isolated Ethernet interface for any

input/output mix of up to 16 discrete signals. Inputs sense status of

dry contacts, switches, power supplies, and DC logic. Industrial-

grade units have eight 32-bit pulse counters with timers, alarms,

and non-volatile memory for metering, totalizing, and low-

frequency periodic measurement. Outputs control solid-state

switching of lamps, horns, and other devices.

Features

16 solid-state discrete I/O channels (any mix of

inputs/outputs)

High speed 1mS updates for all 16 channels

3-way isolation and surge suppression

Web browser configuration

Automatic MDI/MDI-X negotiation

Inputs accept 2- or 3-wire sensors and active logic switches

(dry contacts, prox, namur, 5-28V DC logic)

Inputs detect level and change of state

8 configurable counter/timers

32-bit up/down pulse/event counters (with non-volatile

memory)

16-bit periodic timers for “last pulse”

Momentary/latch alarms (each counter)

Programmable debounce (0-65 seconds with 1mS

resolution)

Programmable power-up conditions

Over-temperature, over-current, and over-voltage output

protection

Ability to “read-back” output states

Watchdog timer output configurable for failsafe or hold-

last-value operation

User-adjustable TCP Ports 1-99,999 for advanced network

configuration

Self-test and auto-copy functions

Operating Temperature Range: 989EN-4016:-40°C to

+65°C (-40°F to +149°F); 989EN-4C16:0°C to +55°C

(+32°F to +131°F).

XT1111 (Ethernet Modbus/TCP and i2o Discrete I/O Module; 16 channels)

These modules interface discrete I/O signals between

measurement and control devices over Ethernet. Channels are

individually configurable for input or low-side switched output

operation. Rugged construction, high density design, and easy

USB-to-PC/Windows setup combine for a very effective I/O

solution. These units are ideal for remote monitoring, distributed

control, or SCADA applications

Features

16 solid-state discrete I/O channels (any mix of inputs or

outputs)

Built-in 10K ohm pull-up resistors for 2/3-wire sensors

(contacts, proximity, TTL)

Configurable normal/reverse input logic

Outputs include built-in read-back capability

Easy setup with Windows software via USB

Watchdog timer control of failsafe outputs

Continuously changing “heart-beat” register validates

module operation

High-Density 22.5mm wide package with pluggable,

front-facing terminals

Dual Ethernet 10/100 ports (auto-negotiation) reduce

switch port requirements

1500V AC isolation (between I/O, power, and network

ports) and surge/transient protection

Supports bussed/rail and redundant power

-40°C to +70°C wide temperature operation

Withstands 25g shock and 4g vibration

CE and UL/cUL Class 1 Div 2 Zone 2 approvals

XT1210 (Ethernet Analog Current Input Modules)

The XT1210 offers an isolated Ethernet network interface for up

to eight differential current input channels. Isolated differential

inputs deliver better measurements, superior noise rejection, and

eliminate the need for current loop isolators. Rugged

construction, high density design, and easy USB-to-PC/Windows

setup combine for a very effective and reliable module. These

units are ideal for remote monitoring, distributed control, or

SCADA applications

Key Features & Benefits

Easy setup with Windows software via USB

Low input impedance (27 ohms) reduces loading on

current loops

User-configurable sample averaging (1-200) on a per-

channel basis

10ms network updates for all 8 input channels

i2o peer-to-peer updates based on percent-of change

and/or timed updates

High-resolution 16-bit Σ-Δ A/D converter ensures


High-Density 22.5mm wide package with pluggable,

front-facing terminals

Dual Ethernet 10/100 ports (auto-negotiation) reduce

switch port requirements

1500V AC isolation (between I/O, power, and network

ports) and surge/transient protection

Supports bussed/rail and redundant power

-40°C to +70°C wide temperature operation

Withstands 25g shock and 4g vibration

CE compliant. UL/cUL Class 1 Div 2 Zone 2 approvals

(pending)

Airlive

BU-2015

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BU-720

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BU-3025v2

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N.TOP

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AIRMAX2

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AIRMAX5N

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BU-2015 (2 Megapixel Outdoor IR Night vision Bullet IP Camera)

AirLive BU-2015 is a high-level 2-

Megapixel network camera which is designed

for professional surveillance and security

applications. The built-in IR LEDs provides

high quality of night time monitoring with

15M viewing distance in darkness. Users are

able to view live video over the internet and

PoE function allows power and data to be

transmitted via single Ethernet cable. This

useful function provides an easier

installation, lower cabling costs and allows

placement of AirLive PoE cameras in

locations without access to electrical source.

With the IP66 rated housing, AirLive BU-

2015 offered water and dust proof features

for demanding environments.

BU-720 (720P Outdoor IR Night Vision IPCAM)

Airlive BU-720 infrared IP bullet camera is a

ready-to-use, robust network camera. This

camera brings AirLive’s high-performance

technology into the realm of small office and

retail businesses by offering a cost-effective

solution for a broad range of applications. The

robust aluminium camera body is IP66 rated,

offering water and dust proofing for

demanding environments. The built-in IR

LEDs provides high quality of night time

monitoring with 25 m viewing distance in

darkness. Moreover, with its full blown

network functions, such as H.264 video

streaming, Power over Ethernet, and ONVIF,

the BU-720 can be easily installed and

integrated into kinds of surveillance project.

BU-3025v2 (2-Megapixel Outdoor IR Night Vision Bullet IP Camera)

AirLive BU-2015 is a high-level 2-Megapixel

network camera which is designed for

professional surveillance and security

applications. The built-in IR LEDs provides

high quality of night time monitoring with

15M viewing distance in darkness. Users are

able to view live video over the internet and

PoE function allows power and data to be

transmitted via single Ethernet cable. This

useful function provides an easier installation,

lower cabling costs and allows placement of

AirLive PoE cameras in locations without

access to electrical source. With the IP66

rated housing, AirLive BU-2015 offered

water and dust proof features for demanding.

N.TOP (802.11n Ceiling Mount Long Range POE AP)

http://www.allpronix.com/wp-content/uploads/brochures/Airlive/AirLive_BU-720.pdf

http://www.allpronix.com/wp-content/uploads/brochures/Airlive/AirLive_BU-3025_v2_SpecSheet.pdf

AirLive N.TOP is 2T2R MIMO Wireless-N

Ceiling AP with data rate up to 300Mbps, it

built-in IEEE 802.3 af PoE to deploy the PoE

network environment that reduces the

complexity wiring and easy to-install into the

existing network environment. With different

wireless modes, N.TOP not only fully fulfils

to different application and also expands

wireless coverage.

AIRMAX5N-ESD (5GHz Wireless Outdoor CPE)

The AirLive AirMax5N is the new generation

of all-in-one wireless 5GHz CPE built to the

highest standard. It greatly surpasses the

competitions in value, feature, performance,

and reliability. If you are looking for a cost

effectively way to build your wireless outdoor

network that can withstand the test of time.

Built-in Directional Antenna: 16dBi. Powered

by Advanced Passive PoE.C/W WMK-

AirMax Wall/Pole mounting kit. ICASA

APPROVED. ICASA Approval required in

SA. Look no further, AirMax5N is the first

choice.

1T1R 150Mbps

IEEE 802.11a/n

Runs from 5.1GHz to 5.8GHz

Spectrum

2 x 10/100 Ethernet Port with one

Passive PoE

port

Built-in 16dBi Antenna

Up to Max. 25dBm Output Power

AP, Bridge, Client, Router, WISP

Modes

R-SMA Female Connector for

External Antenna

Passive PoE Powered

Support Wireless Access Control,

Client Isolation

AIRMAX2 (2.4GHz High Powered Outdoor CPE)

The AirMax2’s high powered 11g/b radio can

deliver up to 26dBm(20dBm in EU) average

output power. It can achieve over 3km using

the built-in 10dBi antenna. If more distance is

required, you can attach an external antenna

using the R-SMA antenna connector. In a

recent outdoor test, the AirMax2 achieved

over 25km distance using our WAE-2424GR

grid antenna. Clear Signal Anti-Interference

Technology. Client, AP, Bridge, AP Router,

WISP Router, WDS, and Universal Repeater

modes. LED for Antenna Alignments. 12V

Passive PoE. C/W WMK-AirMax Wall/Pole

mounting kit. ICASA APPROVED. ICASA

Approval required in SA.

APM

3D Volumetric Scanner S

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3D MultiVision Software

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3D Volumetric Scanner M

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Multivision Mobile

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Volcan

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3D Volumetric Scanner

MVL

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3DLevelScanner S

http://www.allpronix.com/wp-content/uploads/brochures/Airlive/Airmax2.pdf

The 3DLevel Scanner – Model S determines the average volume

of bulk solids stored in small silos with diameters of up to 4

meters (13 eet) and height up to 70 meters (230 feet).It

incorporates APM’s proprietary non-contact dust-penetrating

technology enabling it to overcome the challenges of harsh,

dusty environments regardless of the type or characteristics of

the material being stored.APM software provides continuous

readings of the measurements for display on remote screens to

facilitate timely intervention and maintenance.

3DLevelScanner M

The 3DLevel Scanner – Model M maps the entire surface area of

practically any kind of bulk solids stored in large silos, open bins

and stockpiles (up to 15 meters / 49 feet in diameter and heights

of up to 70 meters / 230 feet), and generates highly accurate

measurements of the level and volume of the contents. It

incorporates APM’s proprietary non-contact dust-penetrating

technology enabling it to overcome the challenges of harsh,

dusty environments regardless of the type or characteristics of

the material being stored. APM software provides continuous

readings of the volume measurements for display on remote

screens to facilitate timely intervention and maintenance


Having the needed information available on the right

person’s computer is great, but having this same

information available to all relevant people, any time, any

place is the real deal. With this ability the organization can

really use the information to generate results. Now APM

makes this possible by connecting its 3DMultiVision

software to a web server and making the information visible

through any smartphone.

3D Volumetric Scanner MVL

The APM Multi-Scanner System is comprised of two or more

3DLevelScanners Model MVL, extending APM’s innovative

volume and level measurement technology to cover very wide

silos, domes, and other very large open bins, bulk storage rooms,

stockpiles and warehouses. This unique system measures

practically any kind of solid material, and effectively provides

accurate volume measurements critical for inventory and

production process control in many industrial applications. Each

System is supplied with APM 3DVisionTM software for

Windows-based computers

The software processes measurement data recorded by APM’s

MultiScanner System sensors installed on the silo / open bin /

warehouse. A special algorithm combines the data from the

scanners of the System, presents vessel general information as

well as measurement data such as:

Volume

Min/max level/distance

Mass (with a given density)

It also generates a 3D representation of actual allocation of

product within the silo or bin or warehouse for display on remote

computer screens.

Volcan

APM is now offering managers real answers to their ESP’s fly

ash needs, the Volcan®. The Volcan was designed specifically

for installations inside ESP hoppers, above the fly ash. Using a 3

horn array the scanner maps the entire surface of the material,

not just one point, to collect necessary data. This means that

managers can now literally see in real time what is going on

inside the hopper The Volcan is dust penetrating, precise even

with low dielectric constant material and its inherent self-

cleaning technology is very effective. These features qualify it as

a highly suitable solution for the harsh fly ash environment.

APM’s Volcan presents the flay ash profile on the control

workstation

Knowing the actual situation within the hopper allows managers

to make informed decisions and control the process better. This

could mean taking preventive measures such as turning hopper

wall heating on where build-up seems to be starting. It could also

mean less frequent hopper emptying and early detection of

system malfunctions. As the only solution on the market to give

continuous real time volumetric readings of the fly ash, the

Volcan truly allows managers to do more with less and control

their ESPs’ fly ash. One point level switch is simply not enough.


APM 3DMultiVision™ software for Windows-based computers

processes measurement data recorded by APM’s

3DLevelScannerTM and MultiScanner System sensors installed

on silos, open bins and warehouses. The program collects and

integrates data from all vessels monitored, across multiple sites,

even those distributed over remote geographic regions.

3DMultiVision provides sophisticated analyses based on real-

time conditions as well as historical data that allow managers to

improve workflows while reducing operating costs. Managers

and staff with appropriate authorization may view this

information from any place in the world over common LAN as

well as wireless connections. The software presents vessel

general information as well as measurement data such as:•

volume

• min/max level/distance

• mass (with a given density)By clicking on one or more of the

chosen vessels’ icons, customer can retrieve the 3D

visualization of the vessel content to view real-time allocation of

the material.

AST

AST 4510 (Submersible Pressure Transmitter)

The AST4500 and AST4510 submersible

level sensors are approved to UL/cUL913

(CSA 157) Class I Div 1, Groups C and D for

use in intrinsically safe areas with an

approved barrier. For pressure ranges from 0-

1 to 0-100 PSI that require a wide range of

media compatibility, the submersible series is

an excellent solution to level monitoring for

indoor and outdoor applications. The

AST4500 and AST4510 level sensors are

completely sealed for submersion, yet vented

through the cable to correct for barometric

pressure changes. The welded housing is

tested in-house via a helium leak tester to

ensure proper protection. The conductors of

the cable are also isolated from the outside

environment to keep the sensor operational

for long-term use. There are a variety of

factors to consider when thinking about how

to install a submersible pressure transducer.

The AST4510 comes standard with a 1/2″

NPT male conduit connection at the base of

the cable connection. In tanks that are

turbulent due to an inlet/fill pipe or the use of

an agitator, the transducer can have rigid

plastic or metal conduit installed over the

cable to prevent sensor movement within the

tank. It is most common in mobile

applications such as ships, train cars, or

applications where the tank is transported

between locations such as fuel tanks for

construction sites, chemical totes for

industrial processing, or well site injection

chemicals.

Badger – Dynasonics

DXN Portable Ultrasonic Hybrid Doppler/Time of Flight flow meter

The DXN is simply the best option for your

next portable flow meter application, with

true hybrid transit time and Doppler

operation, an expandable 1GB data logger

that takes readings over 100 times a second,

and the ability to store site-specific

parameters using plain English site

descriptions. Take control of your toughest

applications, add the DXN Portable to your

flow measurement toolkit today.

Features and benefits include:

One portable meter does it all –

TRUE HYBRID instrument switches

automatically between transit time

and Doppler measurement as needed

Take control of your reading with the

industry’s only advanced touch-

screen interface featuring job-specific

controls

Always have your data on hand with

user customizable site-specific

parameters, 1 GB internal data

logging, and USB connectivity for

additional storage capability

Take more accurate readings with

superior measurement processing

speed; takes over 50 flow readings

per second

Built to handle rigorous environments

with an outdoor-readable FULL

COLOR WVGA display and

protective cover

Easy to read flow measurement

screens

Multiple graphing options and

advanced diagnostics

Full touch screen keyboard for more

efficient data input.

Clamp-on Ultrasonic Meter for Liquids

The Series TFXL ultrasonic flow

meter clamps onto the outside of a pipe

and does not contact the internal liquid. This

advanced product provides instantaneous rate

and accumulated flows along with 4-20 mA

and pulse outputs. Inherent advantages over

competitive technologies include ease of

installation, and a large, bi-directional

measuring range. In addition, the non-contact

design eliminates many fluid compatibility

issues. The TFXL is housed in an

enclosure suitable for outdoor mounting and

is available with or without a local

display. Compact integral mount systems

can accommodate pipes/tubing 2 inches (DN

50 mm) and smaller. Remote mount systems

are also available for pipe/tubing sizes ½ inch

(DN 15 mm) and higher. A software utility is

available for customer configuration and in-

field calibration.

Datexel

DAT 511 DAT 1066 DAT 4035

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DAT 4135

DAT 4530

DAT 511/H

The transmitter DAT 511/H is a passive 0÷20

mA current loop isolator. The input current,

variable from 0 up to 20 mA, is converted in

an output current of the same value but

keeping a galvanic isolation from the input

circuit. The device allows the bidirectional

communication of signals HART protocol

compatible. The converter is a passive

isolator: this means that the device employs

the measurement signal to power itself, so it

does not require any external power supply.

Features

0÷20 mA isolated conversion

Hart compatible

No external supply required

500 Vac galvanic isolation

Good accuracy and performance

stability

EMC compliant – CE mark

Suitable for DIN rail mounting in

compliance with EN 50022 and EN-

50035

DAT 1066

The isolated Head mounted transmitter DAT

1066(Hockey Puck) is able to execute many

functions such as: measure and linearization

of the temperature characteristic of RTDs

sensors, conversion of a linear resistance

variation, conversion of a voltage signal even

coming from a potentiometer connected on its

input. The device guarantees high accuracy

and performances stability both in time and in

temperature. The programming of the DAT

1066 is made easy by use of DATEXEL

software called, PROSOFT. With PROSOFT

it is possible to configure the transmitter to

interface it with the most used sensors. In case

of sensors with a no-standard output

characteristic, it is possible to execute, via

software, a “Custom” linearization (per step)

to obtain an output linearized signal. A further

feature that is available of alarm for signal

interruption (burn-out) that allows setting the

output value as high or low out of scale. The

DAT 1066 has another function “Damping”,

which allows the user to set a programmable

filter up to 30 seconds to reduce eventual

sudden variations of the input signal.

Features

Configurable input for RTD, TC, mV,

Resistance and Potentiometer

Galvanic isolation at 1500 Vac

4 ÷ 20 mA configurable output on

current loop

Configurable by Personal Computer

High accuracy

On-field reconfigurable


Suitable for DIN B in-head mounting

Option for DIN rail mounting in

compliance with EN 50022 (DIN

RAIL Option)

DAT 4035

The transmitter DAT 4035 is able to execute

many functions such as: measure and

linearization of the temperature characteristic

of RTDs sensors, conversion of a linear

resistance variation, conversion of a standard

active current signal, conversion of a voltage

signal even coming from a potentiometer

connected on its input. Moreover the DAT

4035 is able to measure and linearize the

standard thermocouples with internal cold

junction compensation. The device guarantees

high accuracy and performances stability both

in time and in temperature. The programming

of the DAT 4035 is made easy by use of

DATEXEL software called, PROSOFT. With

PROSOFT it is possible to configure the

transmitter to interface it with the most used

sensors.

Features


V, mA, Resistance and Potentiometer


4 ÷ 20 mA configurable output on

current loop


High accuracy




compliance with EN-50022 and

EN50035

DAT 4135

The converter DAT 4135 is able to execute

many functions such as: measure and

linearization of the temperature characteristic

of RTDs sensors, conversion of a linear

resistance variation, conversion of a standard

active current signal, conversion of a voltage

signal even coming from a potentiometer

connected on its input. Moreover the DAT

4135 is able to measure and linearize the

standard thermocouples with internal cold

junction compensation. In function of

programming, the measured values are

converted in a current or voltage signal. The

programming of the DAT 4135 is made easy

by use of Datexel Software called PROSOFT;

it is possible to configure the converter to

interface it with the most used sensors. The

2000Vac isolation between input and power

supply/output eliminates the effects of all

ground loops eventually existing and allows

the use of the converter in heavy

environmental conditions found in industrial

applications.

Features


V, mA, Resistance and Potentiometer


Configurable output in current or

voltage


High accuracy




compliance with EN-50022 and

EN50035

DAT 4530

The universal isolated converter DAT 4530 is

able to measure and linearize voltage, current

and resistance signals, potentiometers and the

standard thermocouples and RTDs. In

function of programming, the measured

values are converted in a current or voltage

signal on the two outputs. The DAT 4530

features an output contact as a trip alarm as

well. The device guarantees high accuracy

and performances stability both versus time

and temperature. The programming is done

via the dip-switch located in the window on

the side of the enclosure, it is possible to

select the input type and range and the output

type without recalibrating the device. The

1500 Vac galvanic isolation on all ways

(input, outputs and power supply) eliminates

the effects of all ground loops eventually

existing and allows the use of the converter in

heavy environmental conditions found in

industrial applications.

Features

Universal configurable input for: mV,

Tc, RTD, Res, Potentiometer, V, mA,

PTC

Two outputs configurable in current or

voltage

Trip alarm

Configurable by dip-switch or PC

High accuracy


Galvanic isolation among all the ways



compliance with EN-50022 and EN-

50035

Dinel

Capacitive level meters Hydrostatic level meters Ultrasonic Level Meters

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Capacitive level meters

For continuous level measurement of

liquid and bulk-solid materials

Direct mounting into containers, silos,

vessels, basins, reservoirs, etc.

Easy and quick connecting by

connector

Continuous adjustment of initial

capacity

Variants for usage in explosive areas

and high temperature areas

Current (4 … 20 mA) or voltage (0 …

10 V) output

Capacitive level meters CLM® are designed

for continuous level measurement of liquids,

powders and bulk-solid materials in vessels,

tanks, sumps, containers, silos, etc. CLM

consists of the stainless steel housing with

electronic module and the measuring

electrode. Type of measuring electrode is

defined by kind of use and type of measured

media.

Sensitivity (SPAN) and initial capacity

compensation (ZERO) can be fluently set.

CLMs are offered in version (N) for non-

hazardous environments or (Xi) version to

explosive areas up to zone 0 or zone 20, high

temperature performance and several types of

process coupling are also available.

Hydrostatic level meters

Hydrostatic level meters HLM-25 and HLM-

16 are compact measuring devices containing

silicon tenzometric sensor and evaluation

electronics in stainless housing. These are

loop powered (2-wire) devices with a

capillary into the probe. Hydrostatic level

meters (HLM) are intended for continuous

level measurement of non-corrosive liquids in

non-pressurised reservoirs, drill holes, water

wells, sumps, tanks and swimming-pools. The

principle of hydrostatic level measurement is

based on the pressure of the height of the

column of measured liquid. When ordering it

is possible to use standard measuring ranges

or directly define a custom range. The

HLM’s range is not adjustable.

Features:

2-wire connection with 4 ÷ 20 mA

output

3-wire connection with 0 ÷ 10 V

output

optional aberrance range up to 200 m

(H2O)

over voltage protection inside the

probe and at the beginning of the cable

weight carrying loop for attaching a

strain cable/chain when installed in

deep water to take strain off the cable

Ultrasonic Level Meters

For continuous non-contact level

measurement Suited for level measurement of

various liquid and bulk-solid materials

Outstanding contrast OLED display Easy

adjustment without measured material needed

to be present Quick view measured values on

the display Xi version for usage in explosive

areas Current output (4 … 20 mA) with

HART communication protocol

ULM –70_ –02–I Measuring range from 0.15 m to 2 m, plastic PVDF transmitter,

mechanical connection with thread G 1″.

ULM –70_–06–I Measuring range from 0.25 m to 6 m, plastic PVDF transmitter,

mechanical connection with thread G 1 ½”.

ULM –70_–10–I Measuring range from 0.4 m to 10 m, plastic PVDF transmitter,

mechanical connection with HDPE polyethylene flange (version “N”) or aluminium

alloy flange (version “Xi”).

ULM–70_–20–I Measuring range from 0.5 m to 20 m, plastic PVDF transmitter,

mechanical connection with aluminium alloy flange.

Ultrasonic Level Meter Without Local Indication

For continuous level measurement of liquids (even if polluted), mash and paste

materials in open or closed vessels, sumps, open channels, etc.

Configuration and adjustment of measuring range by two buttons

Xi version for usage in explosive areas

State indication by two LEDs

Current (4 … 20 mA) or voltage (0 … 10 V) output

Options of inverse function (20 … 4 mA or 10 … 0 V)

ULM–53-02–_Measuring range from 0.25 m to 2 m, plastic PVDF transmitter and

plastic body (PP+HDPE), process connection with thread G 1″.

ULM–53–06– Measuring range from 0.25 m to 6 m, plastic PVDF transmitter and

plastic body (PP+HDPE), process connection with thread G 1 ½”.

ULM–53–10–_Measuring range from 0.5 m to 10 m, plastic PVDF transmitter and

plastic body (PP+HDPE), aluminium alloy (“Xi” version) or polypropylene (“N”

version) flange.

ULM–53–20–Measuring range from 0.5 m to 20 m, with plastic PVDF transmitter and plastic

body (PP+HDPE), aluminium alloy flange.

EMA

FL0011

Read More

FL0003

Read More

IP67

Read More

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FL0011

EMA’S FL0011 and FL0003 works on the

calorimetric principle, this flow measurement

is based on two temperature sensors in close

contact with the fluid but thermal insulated

from each other. One of the two sensors is

constantly heated and the cooling effect of the

flowing fluid is used to monitor the flow. In a

stationary no flow fluid condition there is a

constant temperature difference between the

two temperature sensors. When the fluid flow

increases, heat energy is drawn from the

heated sensor and the temperature difference

between the sensors are reduced. The

reduction is proportional to the flow rate of

the fluid. These units are available in AC or

DC supply and outputs of 4-20mA and Relay,

Model FL0011, PNP and NPN, Model

FL0003. Sensing range for liquids are 3 -

300cm/s and for gases it ranges from 200 to

3000cm/s. Calorimetric and smart flow

sensor: Integrated display, controller and

sensing element. The user can set the flow

range and the warning signal discretionarily

via the pushbuttons. The display is

included 10 LEDs flow rate indicator. Longer

reliability without mechanical moving part.

Sensing medium: air, liquid Liquid flow range:3…300cm/s Gas flow range: 200…3000 cm/s Temperature range:-25…80 deg. C Output: Switching (NPN/PNP NO/NC),

Analog (4-20mA), Relay Display: LED Power protection: overload, short-circuit,

Reverse polarity Probe material: Stainless Steel 316

Protection classification: IP67

Certification: CE, RoHS

FL0003

EMA’S FL0011 and FL0003 works on the

calorimetric principle, this flow measurement

is based on two temperature sensors in close

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contact with the fluid but thermal insulated

from each other. One of the two sensors is

constantly heated and the cooling effect of the

flowing fluid is used to monitor the flow. In a

stationary no flow fluid condition there is a

constant temperature difference between the

two temperature sensors. When the fluid flow

increases, heat energy is drawn from the

heated sensor and the temperature difference

between the sensors are reduced. The

reduction is proportional to the flow rate of

the fluid. These units are available in AC or

DC supply and outputs of 4-20mA and Relay,

Model FL0011, PNP and NPN, Model

FL0003. Sensing range for liquids are 3 -

300cm/s and for gases it ranges from 200 to

3000cm/s. Calorimetric and smart flow

sensor: Integrated display, controller and

sensing element. The user can set the flow

range and the warning signal discretionarily

via the pushbuttons. The display is

included 10 LEDs flow rate indicator. Longer

reliability without mechanical moving part.

Sensing medium: air, liquid

Liquid flow range:3…300cm/s

Gas flow range: 200…3000 cm/s

Temperature range:-25…80 deg. C

Output: Switching (NPN/PNP

NO/NC), Analog (4-20mA), Relay

Display: LED

Power protection: overload, short-

circuit, Reverse polarity

Probe material: Stainless Steel 316

Protection classification: IP67

Certification: CE, RoHS

PA11

The PA11 range are all rugged and IP67

Rated, complete with local indication and two

outputs. The unit can be programmed for a

pressure range and a relay can be

programmed for alarms. This multi-functional

unit can be used on gas and liquid. There are

different selectable pressure units available to

the user, these include; bar, psi, kgf and Mpa.

You can select the unit you use according to

your needs! The range of these sensors varies

from 0-2bar up to 0-400bar.Visual indication

by means of a seven LED display makes

setting up of this sensor easier. The unit also

comes standard with overload, short circuit

and reverse polarity power protection. The

unit comes standard with two outputs; output

1 is a PNP NO/NC or NPN NO/NC, for your

alarm. While the second output is a 0-10V or

4-20mA signal for continues monitoring. The

unit is powered up by 18-36VDC and can

operate in a temperature range of -25 to 80

deg C.

Foxboro

Foxboro Mag Flow meters

Read More

CFT50

Read More

IAP10S and IGP10S

Read More

LevelWave Radar

SRD960

SRD991

IAP20/IGP20

IAP10/IGP10

84W

Foxboro Mag Flow meters

Magnetic flow meters are designed to fit a

wide range of applications, including water,

slurries, chemicals, pharmaceuticals and

foodstuffs, in a wide range of industries.

Foxboro magnetic meters are a reliable flow

measurement solution with a lower cost of

ownership and maintenance, with field-

proven stability to maximize the availability

of flow measurement.

Key Benefits

Wide range of ability while

maintaining high accuracy

Simple startup and operation

Flexibility

Key Capabilities

Sizes from 0.1 to 78 inches (2.5 to

2000 mm)

Rugged retained PFA Liners

A full line of sanitary versions

HART and FF protocols

MagEXPERT pulsed AC converter for

difficult applications

FDT technology for configuration

2-wire, loop power, explosion proof

versions Grounding electrodes

Automatic signal lock (empty pipe

detection)

Foxboro Coriolis flow transmitters

Foxboro Coriolis flow transmitters handle

measurements that cause other Coriolis

meters to fail. They overcome problems

associated with entrained gases, empty tube

conditions or flash-prone fluids and fully

realize the promise of Coriolis measurement

to achieve high accuracy, eliminate

downtime, avoid workarounds and keep

profits flowing.

CFT51:

Enhancement to the CFT50 which was the

first coriolis transmitter to offer two-phase

performance.

CFS10:

Single-path flow system available in sizes

1/8” to 2”

CFS20:

Dual-path system available to 3”Custody

Transfer Indicators and printers to complete

an NTEP certified custody transfer system.

Key Benefits

Highly accurate mass, density and

temperature measurement

Unprecedented, precise liquid/gas

flow measurement without skips or

stalls

Fast startup — up to 10 times faster

than conventional Coriolis meters

Highly accurate batches, starting from

empty tube

Key Capabilities

Patented digital flow tube drive

technology

Dual and multiphase flow capability

Start and finish batch from and to

empty

16 millisecond true response time

NTEP Certified (weights and

measures) for custody transfer

*Contact Invensys for special

requirements

HART and Modbus RTU protocols

AC or DC power capability

IP66/ Nema 4X

Explosion– proof with IS connectivity

between flow tube and transmitter

Stainless steel and Hastelloy C (some

sizes) construction

IAP10S and IGP10S

The Foxboro® brand I/A Series® Models

IAP10, IGP10, IAP20, and IGP20 are

intelligent, two-wire transmitters provide

precise, reliable, measurement of absolute or

gauge pressure, and transmit a 4 to 20mA

output signal with a superimposed HART

digital signal for remote configuration and

monitoring. HIGH DEPENDABILITY

Silicon strain gauge sensors

successfully field proven in many

thousands of installations.

Simple, elegant sensor packaging

with very few parts; achieves

exceptionally high reliability.

Aluminium housing has durable,

corrosion resistant epoxy finish; 316

ss housing also available; both meet

the ratings of NEMA 4X and IEC

IP66.

Remote configuration or locally via

the optional LCD Indicator.

Can be provided with numerous

configurations of direct connect or

remote mount seals.

HART protocol allows multidrop

topology.

SIL2-Certified transmitter offered as

an option.

The IAP10 and IGP10 are offered

with integral process connections for

sanitary, and pulp and paper

installations. Also, the IGP10 is

offered for high gauge pressure

applications to 52, 105, or

210 MPa (7500, 15 000, or 30 000

psi).

Sensor wetted parts materials include

Co-Ni-Cr, 316L ss, and Nickel alloy

(equivalent to Hastelloy®(1));

additionally, Monel, tantalum, and

gold-plated 316L ss sensors offered

for the IAP20/IGP20.

CE marked; complies with applicable

EMC, ATEX, and PED European

Union Directives.

LevelWave Radar

Since 1948, when Foxboro invented the first

d/p cell transmitter, our differential pressure

transducers and transmitters have been the

industry standard. Today our IDP series

intelligent two-wire transmitters are still

leading the industry with a complete offering

of measurement ranges, static pressure

ratings, materials, analog and digital

communications and premium performance.

Our traditional and low-profile structures

offer superior performance and long-term

stability from microprocessor-based

technology.

Key Benefits

Application versatility

Rugged dependability

Superior performance

Choice of electronic modules

LCD indicator / pushbutton

configurator

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SIL2 TÜV Rheinland Certified per

IEC 61508

SRD960 – Intelligent Valve Control

Foxboro transmitters lead the way in

multivariable technology, providing the most

comprehensive offering in the industry. They

provide measurements of pressure and

differential pressure, sensor and electronics

temperatures, and process temperature (from

an external RTD).These intelligent

transmitters let you replace three separate

transmitters with one, meaning fewer

transmitters, less wiring, fewer shutoff

valves, and fewer process penetrations – it all

helps you realize significant savings on

purchase, installation, maintenance and

inventory. Whether you want to bring

multiple measurements directly into your

system or distribute sophisticated

calculations of flow rate and liquid level to

the transmitter, the Foxboro product line has

you covered.

Intelligent Valve Positioner SRD991

Foxboro vortex flow meters are the highest-

performing flow meters on the market. These

instruments are designed to be flexible and

reliable in harsh process environments.

Model 84 is available in sizes ¾” to 12”

flanged; ¾” to 8” wafer; and 2” and 3”

sanitary. No other vortex flow meter

measures up for accuracy in liquid, gas and

steam for temperatures up to 800ºF

(430ºC).Patented flexibility tuning improves

accuracy under every operating condition.

Additional benefits include real-time

Reynolds number correction; correction for

piping effects; adaptive filtering for noise

rejection at varying flow rates; automatic

low-flow cut in; tuneable for specific

operating conditions; and K-factory-corrected

for temperature. They also have

DirectSense™ technology: Performance and

reliability backed with a lifetime sensor

warranty.

Key Benefits

Unique vortex sensing with a lifetime

warranty, including the option for a

removable sensor without shutting

down the process

Patented algorithms to improve

performance in real-world

applications

Broad offering in terms of sizes,

materials and end connections,

including models that are 3A

approved for sanitary applications

Widest flow range available today

Ease of configuration using FDT

technology.

IAP20/IGP20

Foxboro LevelWave guided wave radar is

unaffected by changes in Temperature,

Pressure, Density, Media Changes, Dust and

Obstacles. The LevelWave LG01 Guided

Wave Radar Meter is designed to perform

continuous level measurement in a wide

range of industries and applications. The

measurement of our Guided Wave Radar

(LG01) device is unaffected by changes in

density, conductivity, pressure, temperature

or by gas movement above the product. Ideal

for turbulent/rapid level changes as well as

foam up to 50 cm and pastes. Easy remote

configuration and supervision with PC or

HART Hand held terminal. The devices can

also be operated conventionally using the

local keys. The transmitters are approved for

use in hazardous areas and SIL applications.

Key Benefits

Ease of Installation with Modular

Design reduces Downtime in the

Field and Plant

Adaptable Mounting and Easily

Accessible Display for Effortless

Operation

Highest Quality guaranteed as every

single Foxboro Eckardt device is

factory tested

Key Capabilities

2-wire Loop Powered Time Domain

Reflectometry (TDR) Technology

360 ° rotatable housing with snap

solution

Horizontal or Vertical Housing

Position

Housing and Cover with Bayonet

Connectors

Remote electronics (up to 100 m / 328

ft)

Weather Protection Cap

Measuring Range up to 40 m / 130 ft

Measurements down to 1.1 DK

possible

Quick Noise Scanning (QNS)

function

HART Communication, 4 to 20 mA

Configuration via FDT-DTM

Continuous Self-Diagnostics, Status

and Diagnostic Messages, acc. to NE

107

Process Temperature from -50 to 300

°C

Process Pressure from – 1 to 40 bar

SIL2 – Compliant acc. to IEC 61508

for Safety Related Systems

Local Multi-Lingual Full Graphic

LCD, configurable in %, mA or

Physical Units

Intuitive Display with External

Keypad for Effortless Operation

IAP10/IGP10

Our chosen technology of Empty Tank

Spectrum technology for vessel level

measurement provides greater accuracy and

improved reliability and stability. Easy

remote configuration and supervision with

PC or HART Hand held terminal. The

devices can also be operated conventionally

using the local keys. The transmitters are

approved for use in hazardous areas and SIL

applications.

Key Benefits


Design Reduces Downtime in the

Field and Plant



Operation


single Foxboro Eckardt Device is

factory tested

Key Capabilities


Configuration via FDT – DTM

360 o rotatable housing with

modular connection design


ft)

Display with external Keypad


possible

Empty Tank Spectrum (ETS) function



Measuring range up to 30 m / 98.4 ft

Housing and cover with bayonet

connectors

Horizontal or vertical

housing position

Continuous self-diagnostics, status

and diagnostic messages, acc. to NE

107

Local multi-lingual graphic LCD,

configurable in %, mA or physical

units

Process temperature from -60 oC to

+250 oC

Process pressure from -1 to 40 bar

84W

Our chosen technology of Empty Tank

Spectrum technology for vessel level

measurement provides greater accuracy and

improved reliability and stability. Easy

remote configuration and supervision with

PC or HART Hand held terminal. The

devices can also be operated conventionally

using the local keys. The transmitters are

approved for use in hazardous areas and SIL

applications.

Key Benefits


Design Reduces Downtime in the

Field and Plant



Operation


single Foxboro Eckardt Device is

factory tested

Key Capabilities


Configuration via FDT – DTM

360 o rotatable housing with

modular connection design


ft)

Display with external Keypad


possible

Empty Tank Spectrum (ETS) function



Measuring range up to 30 m / 98.4 ft

Housing and cover with bayonet

connectors

Horizontal or vertical

housing position

Continuous self-diagnostics, status

and diagnostic messages, acc. to NE

107

Local multi-lingual graphic LCD,

configurable in %, mA or physical

units

Process temperature from -60 oC to

+250 oC

Process pressure from -1 to 40 bar

Korenix

IEC61850-3 24+4G Modular

Managed Ethernet Switch

Industrial 5-port Compact

Fast Ethernet Switch

Industrial 8 port PoE + 2

Gigabit Booster PoE Switch

Industrial 8-port Managed

Fast Ethernet Switch

Industrial 8+4G Gigabit

Managed Ethernet Switch

IEC61850-3 24+4G Modular Managed Ethernet Switch

3 exchangeable modular slots for

adding up to 24 10/100-TX or 18

100Base-FX

4 On-Board Gigabit RJ45/SFP combo

ports

Exceeds IEC 61850-3, IEEE1613

Power Substation Standards

Non-Blocking backplane, 16K MAC

table for wire speed bidirectional

switching

Korenix MSR pattern aggregates up

to 12 x 100M Rings plus 2 Gigabit

Rings

802.1s Multiple Spanning Tree

Protocol, RSTP for complex network

256 Tag based VLANs segregate IEC

61850 GOOSE message streams from

each other

Advanced Private VLAN and Q-in-Q

Features

8 QoS priority for prioritizing the

control and management packet from

SCADA

IGMP Snooping, GMRP, Rate

Control for multicast message

management

Supports SNMP, LLDP and

JetViewPro i2NMS software for auto

topology visualization and efficient

group management

Secure system by 802.1x, IP/MAC

Access Control List, SSH/ HTTPS

DHCP Option 82, DHCP Server for

IP address assignment

IEEE 1588 Precision Time Protocol

for precise time synchronization

85-264VAC, 88-370VDC, 24/48VDC

power input

Industrial 5-port Compact Fast Ethernet Switch

5 10/100TX Ports with Auto

MDI/MDI-X

Slim-sized for Industrial Din-rail

Applications

18-32VDC Power Input

Relay Output for Port Alarm

Supports AC 1.5KV Hi-pot isolation

protection

IP31 rugged aluminium case

Operating temperature -25 to70°C (-

40~75°C wide temperature model

available by request)

Industrial 8 port PoE + 2 Gigabit Booster PoE Switch

8 10/100 TX PoE plus two

10/100/1000TX uplink ports

Vehicle PoE: DC 12V~24V input,

deliver 8 port PoE @48V

802.3af compliant PoE: Total power

budget is 65W* with

max. 15.4W per port

Two gigabit Ethernet ports for larger

uplink bandwidth of

surveillance

Support QoS for optimizing video

and VoIP stream

Fault relay for active warning of port

failure

-25 to +60℃ operating temperature

Industrial 8-port Managed Fast Ethernet Switch

8 10/100TX ports with Auto

MDI/MDI-X

32G bps Non-Blocking, 8K MAC

address table

Multiple Super Ring (recovery time

<5ms), Rapid Dual Homing, Multiple

Ring, and MSTP / RSTP

VLAN, Private VLAN, QinQ, GVRP,

QoS, IGMP Snooping V1/V2/V3,

Rate Control, Port Trunking, LACP,

Online Multi-Port Mirroring

IEEE 802.1AB LLDP and JetView

Pro i2NMS for auto-topology and

group management

Supports Modbus TCP/IP for Factory

Automation

Supports SNMP, Web, Telnet In-

Band, Serial Out-Band Management

Embedded Hardware Watchdog for

System Auto Rescue

Dual DC10~60V Power Inputs with

Redundancy

Advanced configurable Multiple-

Event Alarm Output

EN 50121-4 EMC and IEC 61373

vibration certifications

for railway installations


Operating temperature -25~70oC

(JetNet 4508 V2) and

-40~75oC (JetNet 4508-w V2)

Industrial 8+4G Gigabit Managed Ethernet Switch

8 10/100-TX, 2 Gigabit SFP and 2

Gigabit RJ-45/SFP combo ports

(10/100/1000 Base-TX, 1000Base-X)

Non-Blocking Switching

Performance

Up to 9KB Jumbo Frame for large file

transmission

Korenix Multiple Super Ring pattern

aggregates up to 2 Gigabit and 4

100M Rings

IEEE 802.1s MSTP, RSTP/STP, 256

802.1Q VLAN, Private VLAN, QinQ,

QoS and up to 6 trunk groups

Supports LLDP and JetViewPro

i2NMS software for auto-topology

visualization and efficient group

management

Industrial Modbus TCP protocol for

device monitoring

SNMP V1/V2c/V3, RMON for

remote management

IGMP Snooping, GMRP, Rate

Control for multicast message

management

Advanced Security supports IP/Port

Security, 802.1x and Access Control

List

Dual 24V (12-48V)DC power inputs


-25~70oC (JetNet 5012G), -40~70

oC

(JetNet 5012G-w) operating

temperature

MJK

MJK Open Channel Flow Meter

The MJK Flow Converter is designed for

measuring and recording water flow in open

ducts and channels. The MJK Flow

Converter is a complete instrument for the

measuring of instantaneous flow and

recording of accumulated water flow. It can

be adapted to any type of weir or flume.

Features:

Built-in ISO 1438 flow formulas

Adapts to any kind of weir or flume

Built-in storm flow function

Supplied with either ultrasonic or

hydrostatic sensor

Maximum accuracy with measuring

ranges down to 0-10 cm

Flow Converter 713 is calibrated from

the front panel

Security access code can be

programmed

Built-in totalizer with counter

Indication of average flow (m3/hour)

actual, the last hour, today, the last 24

hours

Indication of accumulated flow (m3)

actual, the last hour, today, the last

day

Alarm can be set for high and low

flow, and excess of 1- and 24-hour

volumes

Preprogramed formulas for different

dimensions of the most common

flumes and weirs such as Parshall,

Venturi and Palmer Bouwlus flumes

and rectangular or V-notch weirs

based on ISO 1438.

When using non-standard flumes or

weirs the existing calculation formula

can be programmed.

For flumes where no calculation

formula exists, a number of known

Level-flow values can be entered; on

the basis of these a point-linearization

is made.

MJK Shuttle Ultrasonic Level Transmitter

Use the Shuttle® Ultrasonic Level

Transmitter for level measuring in tanks,

wells, containers, weirs, flumes, canals, etc.

Shuttle® is an advanced microprocessor

based ultrasonic level meter with an

intelligent, precise measuring system

utilizing the latest hardware and software

technology.

Features:

Sensors with 3°, 6° and 7° ultrasonic

sound beam angle

Simple, logical operation

0.1 to 25 m measuring range

2 output relays for level / system

alarm or pump control

4 – 20 mA output with zero and span

adjustment

Indication of the strength of the echo

signal with a bar graph

Very narrow ultrasonic sound signal

gives great signal strength and

minimum sensitivity to foam and

sludge on the surface of the liquid

Easy to read LCD-display for both

setup and indication. Actual level is

indicated with both a bar graph and

reading of millimetres, centimetre’s,

meters, feet and inches. The digital

readout can be chosen as either

relative level or absolute level

10 – 30 V DC or 230 / 115 V AC

supply

FM approved sensors for explosion

hazard areas

StrikeAlert

StrikeAlert (Portable Lightning Detector)

StrikeAlert is a small and affordable lightning

detector that provides an early warning of

approaching lightning strikes from as far away as

40 miles and lets you know if the storm is coming

your way. An audible alarm sounds when there’s a

strike and a corresponding LED light illuminates

accordingly at lightning distances of 20-40 miles,

12-24 miles, 6-12 miles and within 6 miles. The

detector is housed in a small pager-like casing that

can be clipped on a belt loop and runs on a two

AAA batteries. It’s perfect for outdoor sporting

events and activities.

Features

The power button is used to select “On”, “On with

tone” and “Off”. Turning the unit on requires

simply a short pressing of the button. Pressing the

button for approximately two seconds upon

power-up enables the tone (a beep will sound

indicating that the tone has been enabled). When

wanting to turn the unit off, simply hold the power

button down for approximately four seconds

(again, a beep will sound indicating that the unit

has shut off).

Veris

Accelabar

The Accelabar is a new and unique flow

meter that combines two differential pressure

technologies to produce operating ranges

never before attainable in a single flow

meter. It is capable of generating high

differential pressures for measuring gas,

liquids and steam at turndowns previously

unattainable—with no straight run

requirements. The Accelabar consists of a

unique toroidal nozzle design and a

Verabar® averaging pitot. The nozzle has a

patented straight run “settling distance” that

accelerates, linearizes and stabilizes the

velocity profile sensed by the Verabar. The

Verabar located within the nozzle accurately

measures and significantly increases the

differential pressure output to increase the

operating range (turndown). The Accelabar

has a constant flow coefficient and produces

an accuracy of up to ±0.50%.

Engineering Specifications:

Low velocity flow rates

High accuracy: to ± 0.50%

Repeatability: ±0.050%

Verified flow coefficients

No calibration required

Extended turndown

No straight run requirements

Low permanent pressure loss

Mass or volumetric flow

Verabar

Developed from aerospace technology, the

Verabar averaging pitot flow sensor provides

unsurpassed accuracy and reliability. With

its solid one-piece construction and bullet

shape, the Verabar makes flow measurement

clog-free and precise. The unique sensor

shape reduces drag and flow induced

vibration. And the location of the low

pressure ports eliminates the potential for

clogging and improves signal stability. The

Verabar offers the widest application range

of any flow sensor. It accurately measures

gas, liquid and steam.

Wadeco

MWS-10RF

Read More

MWS-DP-3 (Solids Flow

Switch)

Read More

MWS-ST/SR-2

Read More

MWS-ST/SR-3-24V DC

Read More

MWS-ST/SR-11U

Read More

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MWS-10RF (Radar continuous level sensor for powder and high temperature

materials)

MWS-10RF Microwave Range Finder consists of

an antenna connected to a controller by circular

waveguide tubing. The heat resistant antenna is

installed in the high temperature zone, while the

controller is located in a room temperature area

allowing the sensor to make accurate

measurements in high temperature areas without

special cooling. Microwaves are unaffected by

temperature, flames, vapour, airborne particles or

dirt.

Unaffected by adverse conditions:

The antenna, which is the sensing head, can be

installed in the high temperature zone without the

need of additional cooling devices. The antenna

and controller are easily connected by circular

waveguide tubing, using special 90｡ turns and

straight pieces. Microwaves are unaffected by

temperature, flames, vapour, airborne particles or

dirt.

High accuracy and reliability:

Error less than 10mm. False measurements

caused by double-reflected waves are eliminated

through the use of rotary microwaves. The

accuracy of the measured range is not affected by

fluctuating temperatures nor does it deteriorate

over extended periods. Utilizes filters which

eliminate spurious signals.

The operational state is shown on your personal computer:

It displays an FFT spectrum, the received signal

and various preset values. The received signal,

FFT spectrum and the trend measurement are

continuously displayed. This displayed data can

be recorded and reviewed in real or accelerated

time. Use of the recording and reviewing

capabilities allows the system parameters to be

optimised offline. The display indicates and

outputs the internal temperature and any

abnormal conditions. (i.e. a lowering of received

signal power, rising temperature in the controller,

software version mismatch and communication

failures.

MWS-DP-3 (Solids Flow Switch)

MWS-DP-3 is a microwave based non-

contact solids flow sensor. It utilizes the

Doppler Effect to detect the movement of

solid materials such as powders and granules

in pneumatic pipelines. This low cost,

reliable sensor is ideal for monitoring the

flow of bulk solids in vacuum pipelines,

ducts, air slides, gravity chutes, feeders and

at transfer points in vibrating chutes,

conveyer belts and bucket elevators, easily

penetrates process build up on antenna,

firebrick, refractory etc. The sensor can be

installed on the exterior of a plastic or

ceramic pipe and detect the flow of the

material in the pipe

Non-contact & non-invasive :

The Doppler Effect of microwaves allows for

non-contact flow detection. Thanks to the

high penetrability of microwaves, non-

invasive detection through non-conductive

pipes (plastic, ceramic, glass etc.) is possible.

No moving parts :

The flow sensor has no moving mechanical

parts. This eliminates wear on the sensor and

ensures years of maintenance free operation.

Minimally affected by nonconductive build up on the sensing head:

Microwaves are able to penetrate

nonconductive build up on the sensing head

or the wall of the container/pipe.

Low cost & low maintenance:

This low cost microwave flow sensor is an

ideal replacement for reed or flapper switches

as there is no need for periodical cleaning or

replacement.

Lightweight, compact, simple to install &

operate

MWS-ST/SR-2 (4 Channel Deluxe Type Microwave Sensor)

MWS-ST/SR-2 type microwave sensor is a

level switch which consists of a transmitter

and a receiver, installed face to face. It comes

with four channels to allow for installation of

multiple sets in close proximity. The

transmitter transmits microwaves toward the

receiver and an output relay in the receiver is

released when the beam is obstructed. Harsh

environments may result in the build-up of

contaminants on the sensing surfaces;

however, the sensor easily penetrates this

build up, thanks to the high penetrability of

microwaves

100m Range with heterodyne detection:

Approx. 100m range with an ø27mm

antenna, thanks to the Heterodyne detection

method.

High penetration:

Easily penetrates process build up on

antenna, firebrick, refractory etc., thanks to

the increased operating range.

Unaffected by adverse environments:

The sensor is unaffected by surface

contaminants, flames, steam, vapour or

airborne particles.

Simple beam alignment:

Easy initial beam alignment at installation,

thanks to the wide beam angle.

Selectable detection mode:

Either broken beam (BLOCK) or unbroken

beam (UNBLOCK) detection method may be

selected.

On delay time rheostat:

On delay time, adjustable 0.1~10secs,

prevents instantaneous detection of falling

material whilst filling.

15 LED indicator bank:

A 15 LED indicator array displays the

received power level and the sensitivity-set-

point, allowing for visual sensitivity

adjustment and maintenance.

No set-to-set interference:

Four channels are available, selectable by

rotary switch, eliminating set-to-set

interference.

Analog output (optional):

The received power level may be output as a

4 ~ 20mA analog signal.

MWS-ST/SR-3-24V DC (Single Point Microwave Level Sensor)

The MWS-ST/SR-3-24V type microwave

sensor is a level switch consisting of a

transmitter (MWS-ST) and a receiver (MWS-

SR) installed face-to-face. The transmitter

emits a continuous, low power microwave

beam towards the receiver and an output

relay is released when the beam is obstructed.

High penetration:

Easily penetrates process build up on

antenna, firebrick, refractory etc., thanks to

the high penetrability of microwaves.

Unaffected by adverse environments:

The sensor is unaffected by surface

contaminants, flames, steam, vapour or

airborne particles.

Simple beam alignment:

Easily initial beam alignment at installation,

thanks to the wide beam angle.

Sensitivity margin indicators:

The sensitivity margins are indicated on the

receiver by LEDs allowing for easy visual

adjustment and maintenance of the sensors.

Lightweight, compact & easy to install:

The sensor weighs less than 1kg and is

housed in a compact aluminium die cast

enclosure. Built-in amplifiers allow for no

interconnection between the transmitter and

receiver.

Improved anti-vibration:

All circuits are molded in the enclosure

Enclosure rating IP65 equivalent

MWS-ST/SR-11U (Universal Power Type Microwave Sensor)

MWS-ST/SR-11U type microwave sensor is

a level switch which consists of a transmitter

(MWS-ST) and a receiver (MWS-SR),

installed face to face. The transmitter emits a

continuous, low power microwave beam

towards the receiver and an output relay is

released when the beam is obstructed. The

sensor has wide application across all areas

of industry where highly reliable, non-contact

level detection is required. The sensor is

generally used for process control by

monitoring presence/absence of product,

flow/no flow conditions and point level

detection in bins and silos. The sensor may

also be used as a proximity switch for

detection of vehicles such as dump trucks and

rail cars.

Unaffected by adverse conditions

Microwaves are unaffected by temperature,

flames, heavy vapour/smoke, airborne

particles or dirt build up on the antenna head.

Designed for industrial use

sti · velocity and transmits directly into a plc or dcs for trending, alarm and machine shutdown....

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