O2 + COe In-Line Flue gas probe
AMS 3211-1500
The Application:
Complex combustion systems and processes
require besides a fast In-Situ O2measurement to control the combustion, a
quality measurement to adjust the combustion
system at a level which avoids the generation
of CO. The control level around the point of
CO generation is the optimum of the
combustion.
AMS offers for this application the COe InLine Flue gas probe AMS 3211-1500 with a
dual sensor which allows the measurement of
O2 and unburnt Hydrocarbons. The unburnt
Hydrocarbons are measured as CO
equivalent (COe). Due to the fast response of
the dual sensor the plant control can make
use of the additional control value COe. The
COe In-Line Flue gas probe AMS 3211-1500
can be operated with the Transmitter AMS
3220 and AMS 5200. Both Transmitters are
available as Twin-Version to supply separate
signals for O2 and COe.
The Measuring principle:
The Sensor of the COe In-Line Flue gas
probe AMS 3211-1500 is made of a
electrochemical solid electrolyte sensor of
partially stabilised Zircon dioxide ceramic. The
sensor has three electrodes:
1. O2-sensitive Platinum electrode
2. CO / H2-sensitive electrode made of
Platinum / Precious metal alloy
3. Platinum reference electrode
The measurement of COe with the COe In-Line
Flue gas probe AMS 3211-1500 is not a CO
measurement in the classical sense. The Flue
gas probe AMS 3211-1500 measures in-situ the
concentration of the sum of all combustible
(oxidising) flue gas components such as CO
and H2. The result of the measurement is
displayed as COe. In applications with a known
fuel at a constant composition the true CO
concentration can be determined within limits.
The COe In-Line Flue gas probe
AMS 3211-1500 can be used for the
measurement of O2 and Coe in Natural gas,
Fuel Oil # 4, Lignite and Hard coal. The
measuring range of the component COe is
1000 PPMv. For a quality measurement this
range is quite sufficient, since the main purpose
of the measurement is to avoid the generation
of Carbon Monoxide.
Due to the physical dimensions the sensor for
measurement of O2 and COe can also be
utilised with all other flue gas probes of AMS.
The measuring system:
Typically continuous Oxygen measuring
systems are consisting of a Flue gas probe
with built in Zircon dioxide sensor, a
Transmitter and a Pneumatic unit. The
Pneumatic
unit
supplies
continuously
instrument air to the Zircon dioxide sensor
which serves as Reference air. Via a second
gas inlet port at the probe flange the Zircon
dioxide sensor can be supplied with calibration
gas to verify and correct the calibration of the
sensor in regular intervals The Pneumatic unit
and the Flue gas probe are connected by two
high pressure pneumatic hoses. A multi wire,
protected cable connects the Transmitter to the
Flue gas probe electronically. To calibrate the
COe In-Line Flue gas probe AMS 3211-1500
both components O2 and CO have to be
verified against a certified standard gas.
Technical Data
ZrO2 probe
AMS 3211-1500
Measuring principle
Application
O2-COe-Sensor
Residual oxygen in flue gas
Construction
ZO2-COe-Sensor installed in the tip of the probe
with stainless steel sintermetalfilter screwed on
Flue gas temp., max.
Dust content (flue gas)
≤ 500 °C, short time to 550 °C
max. 5 Gram / Nm3, if higher shield to protect against
abrasion or separate protecting tube
max. 20 m/Sec., if higher shiled to protect against
abrasion or separate protecting tube
~ 10 Minutes
< 10 Seconds
< 2 Seconds
150 – 3000 mm
Stainless steel 1.4541, Inconel 600
pointing downward
DN 65 PN 16, DN 80 PN 16 (larger on request)
IP65
by separate pneumatic unit
by separate pneumatic unit
ca. 6,5 kg
Flue gas velocity
Time for pre-heating
T90-Time
Reaction time
Probe length
Material
Installation in the stack
Connecting flanges
Protection
Reference air supply
Calibration gas supply
Weight
Accessories
Transmitter
Pneumatic unit
AMS 5200 and AMS 3220 in housing IP 65
Transmitter in twin-configuration
GRP housing, Dimensions: 500 x 500 x 300 mm
Back purge, Auto-calibration
Version: AMS 3211-1500 E V01-2010-12
Specifications subject to change.
AMS Analysen-, Mess- und Systemtechnik GmbH
Industriestraße 9
D-69234 Dielheim
Tel.. +49 6222 788 77 0
Fax. +49 6222 788 77 20
E-Mail: [email protected]
Internet: www.ams-dielheim.com
In-line Flue gas probe
AMS 3210-860/150 Ex
Die Application:
The In-Line Flue gas probe
AMS 3210-860/150 Ex is equipped with a
Zircon dioxide sensor located in the tip of the
probe. The Flue gas probe AMS 3210860/150 Ex can be used for the measurement
of Oxygen in flue gases from gaseous, liquid
and solid fuels and biomass in Ex-Zone 2. In
Applications with solid fuels and biomass the
In-Line Flue gas probe AMS 3210-860/150 Ex
is equipped with an additional Stainless steel
tube to protect the probe against abrasion. In
combination with the Transmitter AMS 3220
the In-Line Flue gas probe
AMS 3211-860/150 Ex is certified by the
German TÜV according European and
German environmental regulations and fulfils
the requirements for QAL 1 according EN
14181 and EN ISO 14956.
The Measuring Principle:
All AMS Flue gas probes are equipped with
Zircon dioxide sensors with Platinum
electrodes which distinguish themselves by a
long lifetime in the process. The location of
the Zircon dioxide sensor at the tip of the
probe guarantee extremely fast responses of
the In-Line Flue gas probe
AMS 3210-860/150 Ex. The Transmitters
AMS 3220 and AMS 5200 supply the current for
the heater in the Zircon dioxide sensor. To
increase the stability of the measuring values,
the sensor temperature is regulated within low
limits. Simultaneously the Transmitters AMS
3220 and AMS 5200 monitor continuously all
functions and readings of the In-Line Flue gas
probe AMS 3210-860/150 Ex.
The Transmitters AMS 3220 and AMS 5200 are
available in certified Ex-d housings for use in
probe AMS 3210-500.
The Measuring System:
Typically continuous Oxygen measuring
systems are consisting of a Flue gas probe with
built in Zircon dioxide sensor, a Transmitter and
a Pneumatic unit. The Pneumatic unit supplies
continuously instrument air to the Zircon dioxide
sensor which serves as Reference air. Via a
second gas inlet port at the probe flange the
Zircon dioxide sensor can be supplied with
calibration gas to verify and correct the
calibration of the sensor in regular intervals.
The Pneumatic unit and the Flue gas probe are
connected by two high pressure pneumatic
hoses. A multi wire, protected cable connects
the Transmitter to the Flue gas probe
electronically. Due to the modular construction
of the Oxygen measuring systems of AMS the
Transmitter can be installed inside the
housing of the Pneumatic unit. This reduces
the required length of both high pressure
pneumatic hose and protected cable. The
power supply for the Transmitter and the Flue
gas probe is also installed in the GRP-housing
of the Pneumatic unit. The flue gas probe, the
Transmitter and the Pneumatic unit are
manufactured according to the protection
class IP 65. To replace an already existing
continuous oxygen measuring system the InLine Flue gas probe AMS 3210-860/150 Ex
can be fitted with all flange sizes both in DIN
and ANSI dimensions.
Optional the In-Line Flue gas probe
AMS 3210-860/150 Ex can be equipped with
time controlled back purge for high dust
applications and with Auto-calibration for the
automatic, time controlled calibration.
Based on 30 years of experience in developing
and manufacturing of Flue gas probes, AMS
has a solution for almost every application for
emission monitoring and process control.
Customers on all 5 continents bear witness of
the Innovativeness and Performance of AMS
and its products.
Technical Data
ZrO2 probe
AMS 3210-860/150 Ex
Measuring principle
Application
Construction
ZrO2 probe with Pt-electrodes
Residual oxygen in flue gas
ZrO2 sensor installed in the tip of the probe with stainless steel
sintermetalfilter screwed on, designed as a flame arrestor
Flue gas temp., max.
500 °C
Dust content (flue gas) max. 5 Gram/Nm3, if higher shield to protect against abrasion
or separate protecting tube
Flue gas velocity
max. 20 m/Sec. or separate protecting tube
Time for pre-heating
~ 10 Minutes
T90-Time
< 10 Seconds
Reaction time
< 2 Seconds
Probe length
150 – 1000 mm
Connecting flanges
DN 80 PN 40 (larger on request)
Material
Stainless steel 1.4571
Installation in the stack pointing downward
Protection
IP65
Reference air supply
by separate pneumatic unit
Calibration gas supply by separate pneumatic unit
Ex-classification
II 3G Ex d IIB + H2 T3
Weight
ca. 12,5 kg
Accessories
Transmitter
AMS 5200 and AMS 3220 in housing IP 65 or Ex-d
Pneumatic unit
GRP housing, dimensions: 500 x 500 x 300 mm
Version: AMS 3210-860/150 E V01-2012
Specifications subject to change.
AMS Analysen-, Mess- und Systemtechnik GmbH
Industriestraße 9
D-69234 Dielheim
Tel.. +49 6222 788 77 0
Fax. +49 6222 788 77 20
E-Mail: [email protected]
Internet: www.ams-dielheim.com
Standard In-Line Flue gas probe
AMS 3211-500
The Application:
The Standard In-Line Flue gas probe
AMS 3211-500 is equipped with a Zircon
dioxide sensor located in the tip of the probe.
The Flue gas probe AMS 3211-500 can be
used for the measurement of Oxygen in flue
gases from gaseous, liquid and solid fuels and
biomass. In Applications with solid fuels and
biomass the Standard In-Line Flue gas probe
AMS 3211-500 is equipped with an additional
Stainless steel tube to protect the probe
against abrasion. In combination with the
Transmitter AMS 3220 the Standard In-Line
Flue gas probe AMS 3211-500 is certified by
the German TÜV according European and
German environmental regulations and fulfils
the requirements for QAL 1 according
EN 14181 and EN ISO 14956.
The Measuring Principle:
All AMS Flue gas probes are equipped with
Zircon dioxide sensors with Platinum
electrodes which distinguish themselves by a
long lifetime in the process. The location of
the Zircon dioxide sensor at the tip of the
probe guarantee extremely fast responses of
the Standard In-Line Flue gas probe
AMS 3211-500. The Transmitters AMS 3220
and AMS 5200 supply the current for the heater
in the Zircon dioxide sensor. To increase the
stability of the measuring values, the sensor
temperature is regulated within low limits.
Simultaneously the Transmitters AMS 3220 and
AMS 5200 monitor continuously all functions
and readings of the Standard In-Line Flue gas
probe AMS 3211-500.
The Measuring System:
Typically continuous Oxygen measuring
systems are consisting of a Flue gas probe with
built in Zircon dioxide sensor, a Transmitter and
a Pneumatic unit. The Pneumatic unit supplies
continuously instrument air to the Zircon dioxide
sensor which serves as Reference air. Via a
second gas inlet port at the probe flange the
Zircon dioxide sensor can be supplied with
calibration gas to verify and correct the
calibration of the sensor in regular intervals.
The Pneumatic unit and the Flue gas probe are
connected by two high pressure pneumatic
hoses. A multi wire, protected cable connects
the Transmitter to the Flue gas probe
electronically. Due to the modular construction
of the Oxygen measuring systems of AMS the
Transmitter can be installed inside the housing
of the Pneumatic unit. This reduces the
required length of both high pressure
pneumatic hose and protected cable. The
power supply for the Transmitter and the Flue
gas probe is also installed in the GRP-housing
of the Pneumatic unit. The flue gas probe, the
Transmitter and the Pneumatic unit are
manufactured according to the protection
class IP 65 for General Applications.
The Standard In-Line Flue gas probe AMS
3211-500 is for universal use. For applications
with corrosive flue gases all gas wetted parts
of the probe are manufactured from Inconel
600.
AMS 3211-500 can be fitted with all flange
sizes both in DIN and ANSI dimensions.
Optional the Standard In-Line Flue gas probe
AMS 3211-500 can be equipped with time
controlled back purge for high dust applications
and with Auto-calibration for the automatic, time
controlled calibration.
Based on 30 years of experience in developing
and manufacturing of Flue gas probes, AMS
has a solution for almost every application for
emission monitoring and process control.
Customers on all 5 continents bear witness of
the Innovativeness and Performance of AMS
and its products.
To replace an already existing continuous
oxygen measuring system the Standard InLine Flue gas probe
Technical Data
ZrO2 probe
AMS 3211-500
Measuring principle
Application
Construction
ZrO2 probe with Pt-electrodes
Residual oxygen in flue gas
ZrO2 sensor installed in the tip of the probe with
stainless steel sintermetalfilter screwed on
≤ 500 °C, shorttime to 550 °C
max. 5 Gram/Nm3, if higher shield to protect against
abrasion or separate protecting tube
max. 20 m/Sec., if higher shield to protect against
abrasion or separate protecting tube
~ 10 Minutes
< 10 Seconds
< 2 Seconds
150 – 3000 mm
DN 65 PN 16, DN 80 PN 16 (larger on request)
Stainless steel 1.4541, Inconel 600
pointing downward
IP 65
by separate pneumatic unit
by separate pneumatic unit
ca. 6,5 kg
Flue gas temp., max.
Dust content (flue gas)
Flue gas velocity
Time for pre-heating
T90-Time
Reaction time
Probe length
Connecting flanges
Material
Installation in the stack
Protection
Reference air supply
Calibration gas supply
Weight
Accessories
Transmitter
Pneumatic unit
AMS 5200 and AMS 3220 in housing IP 65
GRP housing, Dimensions: 500 x 500 x 300 mm
Back-purge, Auto-calibration
Version: AMS 3211-500 E V01-2010-12
Specifications subject to change.
AMS Analysen-, Mess- und Systemtechnik GmbH
Industriestraße 9
D-69234 Dielheim
Tel.. +49 6222 788 77 0
Fax. +49 6222 788 77 20
E-Mail: [email protected]
Internet: www.ams-dielheim.com
High temperature Flue Gas Probe
AMS 3211-600
The Application:
The Zircon dioxide sensor of the High
temperature Flue gas probe AMS 3211-600 is
installed in the flange of the probe. To supply
the flue gas to the Zircon dioxide sensor the
probe is equipped with a pneumatic pump.
The Flue gas probe AMS 3211-600 can be
used for the measurement of Oxygen in flue
gases from gaseous, liquid and solid fuels and
biomass. In Applications with solid fuels and
biomass the Standard In-Line Flue gas probe
AMS 3211-600 is equipped with an additional
Stainless steel tube to protect the probe
against abrasion. In combination with the
Transmitter AMS 3220 the High temperature
Flue gas probe AMS 3211-600 is TÜVcertified according European and German
environmental regulations and fulfils the
requirements for QAL 1 according EN 14181
and EN ISO 14956.
Probe 3211-600 with heated flange and built
into an ‘Arctic’ protective housing
The Measuring principle:
All AMS Flue gas probes are equipped with
Zircon dioxide sensors with Platinum electrodes
which distinguish themselves by a long lifetime
in the process. The Zircon dioxide sensor of the
High temperature Flue gas probe
AMS 3211-600 is installed in the flange of the
probe to reduce the thermal load on the sensor.
To supply the flue gas to the Zircon dioxide
sensor the probe is equipped with a pneumatic
pump. To operate the pneumatic pump of the
Flue gas probe it has to be connected to a
continuous instrument air supply with a
pressure of 2 – 6 bar (g). Due to the unique
design the Flue gas probe AMS 3211-600 can
be operated in temperatures up to 1700 °C.
The pneumatic suction of the flue gas allows
the use of the High temperature Flue gas probe
AMS 3211-600 even in ducts with large
diameters. To replace the Zircon dioxide
sensor of the High temperature Flue gas
probe AMS 3211-600 the probe does not
have to be dismounted from the duct.
The Measuring System:
The High temperature Flue gas probe
AMS 3211-600 can be operated with the
Transmitters AMS 3220 or AMS 5200 and a
Pneumatic unit. The Pneumatic unit is fitted
with all necessary regulation and control
instruments for the high-pressure air supply
for the pneumatic pump. The power supply of
the Flue gas probe and the Transmitter is also
installed in the Pneumatic unit. The flue gas
probe, the Transmitter and the Pneumatic unit
are manufactured according to the protection
class IP 65 for General Applications.
Since all AMS Flue gas probes are
manufactured
according
to
customer
specification, the selection of the probe material
as well as dimensions and sizes can be made
fitting to any application. Optional the High
temperature Flue gas probe AMS 3211-600 can
be equipped with time controlled back purge for
high dust applications and with Auto-calibration
for the automatic, time controlled calibration. To
replace an already existing continuous oxygen
measuring system the High temperature Flue
gas probe AMS 3211-600 can be fitted with all
flange sizes both in DIN and ANSI dimensions.
Technical Data
ZrO2 probe
AMS 3211-600
Measuring principle
Application
Construction
ZrO2 probe with Pt-electrodes
Residual oxygen in flue gas
ZrO2 sensor installed in the sensor flange
with pneumatic pump
1700 °C
max. 5 Gram/Nm3
< 20 m/s
~ 10 Minutes
< 20 Seconds
< 5 Seconds
150 – 1000 mm
DN 80 PN 16, DN 100 PN 16
Ceramics, Kanthal
straight down
IP 65
by separate pneumatic unit
by separate pneumatic unit
ca. 6,5 kg
Flue gas temp., max.
Dust content (flue gas)
Flue gas velocity
Time for pre-heating
T90-Time
Reaction time
Probe length
Connecting flanges
Material
Installation in the stack
Protection
Reference air supply
Calibration gas supply
Weight
Accessories
Transmitter
Pneumatic unit
AMS 5200 and AMS 3220 in housing IP 65
GRP housing, Dimensions: 500 x 500 x 300 mm
Version: AMS 3211-600 E V01-2010-12
Specifications subject to change.
AMS Analysen-, Mess- und Systemtechnik GmbH
Industriestraße 9
D-69234 Dielheim
Tel.. +49 6222 788 77 0
Fax. +49 6222 788 77 20
E-Mail: [email protected]
Internet: www.ams-dielheim.com
High Temperature Flue Gas Probe
AMS 3211-700
The Application:
The Measuring principle:
The Flue gas probe AMS 3211-700 can be
used in applications with high temperatures but
low dust loads. The Zircon dioxide sensor of
the High temperature Flue gas probe
AMS 3211-700 is installed in the flange of the
probe. Due to the unique construction of the
extraction probe as a Pitot tube, the Flue gas
probe AMS 3211-700 supplies the measuring
gas to the Zircon dioxide sensor by force of the
flue gas flow. A bore hole in the head of the
probe provides ambient air as reference air for
the sensor. Therefore the High temperature
Flue gas probe AMS 3211-700 does not
require instrument air during the measurement.
The probe design allows the exit of the
measuring gas back into the process.
In combination with the Transmitter AMS 3220
the Standard In-Line Flue gas probe
AMS 3211-500 is TÜV-certified according
European
and
German
environmental
regulations and fulfils the requirements for
QAL 1 according EN 14181 and EN ISO
14956.
All AMS Flue gas probes are equipped with
Zircon dioxide sensors with Platinum
electrodes which distinguish themselves by a
long lifetime in the process. The Zircon dioxide
sensor of the High temperature Flue gas probe
AMS 3211-600 is installed in the flange of the
probe to reduce the thermal load on the
sensor. The measuring gas is supplied to the
Zircon dioxide sensor by the flow of the gas
through the Pitot tube. Due to the unique
design the Flue gas probe AMS 3211-700 can
be operated in temperatures up to 1400 °C. To
replace the Zircon dioxide sensor of the High
temperature Flue gas probe AMS 3211-600
the probe does not have to be dismounted
from the duct.
The Measuring System:
The High temperature Flue gas probe
AMS 3211-600 can be operated with the
Transmitters AMS 3220 or AMS 5200 and a
Pneumatic unit. Since the reference air is
supplied mechanically by a bore in the head of
the probe only one high pressure pneumatic
tube is required to supply the calibration gas to
the Zircon dioxide sensor. A multi wire,
protected cable connects the Transmitter to
the Flue gas probe electronically. Due to the
modular construction of the Oxygen measuring
systems of AMS the Transmitter can be
installed inside the housing of the Pneumatic
unit. This reduces the required length of both
high pressure pneumatic hose and protected
cable. The power supply for the Transmitter
and the Flue gas probe is also installed in the
GRP-housing of the Pneumatic unit. The flue
gas probe, the Transmitter and the Pneumatic
unit are manufactured according to the
protection class IP 65 for General Applications.
The Pitot tube of the Flue gas probe is made of
temperature resistant Kanthal.
Optional the High temperature Flue gas probe
AMS 3211-700 can be fitted with Autocalibration for the automatic time controlled
calibration.
Based on 30 years of experience in developing
and manufacturing of Flue gas probes, AMS
has a solution for almost every application for
emission monitoring and process control.
Customers on all 5 continents bear witness of
the Innovativeness and Performance of AMS
and its products.
Technical Data
ZrO2 probe
AMS 3211-700
Measuring principle
Application
ZrO2 probe with Pt-electrodes
Residual oxygen in flue gas
Construction
ZrO2 sensor installed in the sensor flange
Gas supply to the sensor by pitot tube with outlet
of the sample gas back into the process
Flue gas temp., max.
Dust content (flue gas)
Flue gas velocity
Time for pre-heating
T90-Time
Reaction time
Probe length
Material
Installation in the stack
Connecting flanges
Protection
Reference air supply
1400 °C
max. 2 Gram / Nm3, dry
> 0,5 m/s
~ 10 Minutes
< 20 Seconds
< 5 Seconds
300 – 2000 mm
Kanthal
any
DN 80 PN 16, DN 100 PN 16
IP65
by diffusion of ambient air to the sensor through
a hole in the probe head
by separate pneumatic unit
ca. 6,5 kg
Calibration gas supply
Weight
Accessories
Transmitter
Pneumatic unit
AMS 5200 and AMS 3220 in housing IP 65
GRP housing, Dimensions: 500 x 500 x 300 mm
Version: AMS 3211-700 E V01-2010-12
Specifications subject to change.
AMS Analysen-, Mess- und Systemtechnik GmbH
Industriestraße 9
D-69234 Dielheim
Tel.. +49 6222 788 77 0
Fax. +49 6222 788 77 20
E-Mail: [email protected]
Internet: www.ams-dielheim.com
In-line Flue gas probe
AMS 3211-860/150 Ex
Die Application:
The In-Line Flue gas probe
AMS 3211-860/150 Ex is equipped with a
Zircon dioxide sensor located in the tip of the
probe. The Flue gas probe AMS 3211860/150 Ex can be used for the measurement
of Oxygen in flue gases from gaseous, liquid
and solid fuels and biomass in Ex-Zone 1. In
Applications with solid fuels and biomass the
In-Line Flue gas probe AMS 3211-860/150 Ex
is equipped with an additional Stainless steel
tube to protect the probe against abrasion. In
combination with the Transmitter AMS 3220
the In-Line Flue gas probe
AMS 3211-860/150 Ex is certified by the
German TÜV according European and
German environmental regulations and fulfils
the requirements for QAL 1 according EN
14181 and EN ISO 14956.
The Measuring Principle:
All AMS Flue gas probes are equipped with
Zircon dioxide sensors with Platinum
electrodes which distinguish themselves by a
long lifetime in the process. The location of
the Zircon dioxide sensor at the tip of the
probe guarantee extremely fast responses of
the In-Line Flue gas probe
AMS 3211-860/150 Ex. The Transmitters
AMS 3220 and AMS 5200 supply the current for
the heater in the Zircon dioxide sensor. To
increase the stability of the measuring values,
the sensor temperature is regulated within low
limits. Simultaneously the Transmitters AMS
3220 and AMS 5200 monitor continuously all
functions and readings of the In-Line Flue gas
probe AMS 3211-860/150 Ex.
The Transmitters AMS 3220 and AMS 5200 are
available in certified Ex-d housings for use in
probe AMS 3211-500.
The Measuring System:
Typically continuous Oxygen measuring
systems are consisting of a Flue gas probe with
built in Zircon dioxide sensor, a Transmitter and
a Pneumatic unit. The Pneumatic unit supplies
continuously instrument air to the Zircon dioxide
sensor which serves as Reference air. Via a
second gas inlet port at the probe flange the
Zircon dioxide sensor can be supplied with
calibration gas to verify and correct the
calibration of the sensor in regular intervals.
The Pneumatic unit and the Flue gas probe are
connected by two high pressure pneumatic
hoses. A multi wire, protected cable connects
the Transmitter to the Flue gas probe
electronically. Due to the modular construction
of the Oxygen measuring systems of AMS the
Transmitter can be installed inside the
housing of the Pneumatic unit. This reduces
the required length of both high pressure
pneumatic hose and protected cable. The
power supply for the Transmitter and the Flue
gas probe is also installed in the GRP-housing
of the Pneumatic unit. The flue gas probe, the
Transmitter and the Pneumatic unit are
manufactured according to the protection
class IP 65. To replace an already existing
continuous oxygen measuring system the InLine Flue gas probe AMS 3211-860/150 Ex
can be fitted with all flange sizes both in DIN
and ANSI dimensions.
Optional the In-Line Flue gas probe
AMS 3211-860/150 Ex can be equipped with
time controlled back purge for high dust
applications and with Auto-calibration for the
automatic, time controlled calibration.
Based on 30 years of experience in developing
and manufacturing of Flue gas probes, AMS
has a solution for almost every application for
emission monitoring and process control.
Customers on all 5 continents bear witness of
the Innovativeness and Performance of AMS
and its products.
Technical Data
ZrO2 probe
AMS 3211-860/150 Ex
Measuring principle
Application
Construction
ZrO2 probe with Pt-electrodes
Residual oxygen in flue gas
ZrO2 sensor installed in the tip of the probe with stainless steel
sintermetalfilter screwed on, designed as a flame arrestor
Flue gas temp., max.
500 °C
Dust content (flue gas) max. 5 Gram/Nm3, if higher shield to protect against abrasion
or separate protecting tube
Flue gas velocity
max. 20 m/Sec. or separate protecting tube
Time for pre-heating
~ 10 Minutes
T90-Time
< 10 Seconds
Reaction time
< 2 Seconds
Probe length
150 – 860 mm
Connecting flanges
DN 80 PN 40 (larger on request)
Material
Stainless steel 1.4571
Installation in the stack pointing downward
Protection
IP65
Reference air supply
by separate pneumatic unit
Calibration gas supply by separate pneumatic unit
Ex-classification
II 2G Ex d IIB + H2 T3
Weight
ca. 10,5 kg
Accessoires
Transmitter
AMS 5200 and AMS 3220 in housing IP 65 or Ex-d
Pneumatic unit
GRP housing, dimensions: 500 x 500 x 300 mm
Version: AMS 3211-860/150 E V01-2010-12
Specifications subject to change.
AMS Analysen-, Mess- und Systemtechnik GmbH
Industriestraße 9
D-69234 Dielheim
Tel.. +49 6222 788 77 0
Fax. +49 6222 788 77 20
E-Mail: [email protected]
Internet: www.ams-dielheim.com
Transmitter for AMS Flue gas probes
AMS 5200
The Application:
The Transmitter AMS 5200 is the control,
evaluation- and supply unit for all AMS Flue
gas probes. The transmitter AMS 5200 is in
preparation for QAL 1 - certification according
European
and
German
Environmental
Regulations.
The Measuring principle:
The AMS Flue gas probes are equipped with
Zircon dioxide sensors with Platinum
electrodes which are known for their long life
expectancy. The Transmitter AMS 5200
supplies the current for the heater of the Zircon
dioxide sensor. To increase the stability of the
measuring values AMS regulates the
temperature of the Zircon dioxide sensor within
tight limits. The Transmitter AMS 5200
monitors continuously the Zircon dioxide
sensor in the AMS flue gas probes for
accuracy and plausibility.
The Measuring system:
Typically the Transmitter AMS 5200 is
mounted into the GRP housing of the
pneumatic unit. The Transmitter AMS 5200 is
mounted into a wall mounting housing with
protection class IP 65 for General applications.
For installations in Zone 1 classified areas the
Transmitter AMS 5200 is also available in an
Ex-d certified housing.
The Transmitter AMS 5200 is connected to the
flue gas probe with a 5-wire protected cable.
Via the cable the probe is supplied with current
for the heater of the Zircon dioxide sensor.
Another wire transfers the measuring signals
of the probe to the Transmitter AMS 5200 for
evaluation. The display of the Transmitter
shows the actual measuring values, the status
signals and other important values such as
heater current, offset and possible errors. The
oxygen value is provided for further
transmission via the potential free analogue
signal port and via the digital RS 232 interface.
The other values are available via potential
free contacts. The calibration of the Zircon
dioxide sensor in the flue gas probe can be
accessed in the main menu of the Transmitter
AMS 5200. During a calibration the analogue
signal is “frozen” to the last valid measuring
value.
The
status
signal
indicates
“maintenance”.
For use with the O2 / COe-Flue gas probe the
Transmitter AMS 5200 is available as TwinVersion and provides separate measuring
signals for the components O2 and COe.
Based on 30 years of experience in developing
and manufacturing Flue gas probes and
transmitters, AMS has a solution for almost
every application for emission monitoring and
process control. Customers on all 5 continents
bear witness of the Innovativeness and
Performance of AMS and its products.
Technical Data
Transmitter
AMS 5200
Measuring principle
Application
Measuring range
ZrO2 sensor with Pt-electrodes
Residual oxygen in flue gas
Analogue signal port
Reproducability
Resolution
T90-Time
Display
Messages
Digital communication
Ambient operating temp.
Power supply
Protection / Housing /
Dimensions
Weight
Options
0 … 25 Vol %
(0) 4 … 20 mA or 0 … 10V, galvanically separated
+/- 2 % of the measuring value
C(O2) – 0,01 %
ca. 20 Seconds
2* 16 digit, illuminated LCD display
1. Line: Display of concentration in Vol %
2. Line: Messages, device status, sensor parameters
1 system message (measuring value yes / no)
max. 2 messages configurable as oxygen value,
calibration message, measuring value in the range, flow rate
serial interface RS232
+ 5 °C up to + 60 °C
110 … 230 VAC or 24 VDC
IP65 / wall mounting housing / ca. 300 x 260 x 130 mm (hxbxt)
Ex-d housing for Zone 1 / ca. 300 x 260 x 200 mm (hxbxt
3,5 kg … 10 kg depending on housing
Auto-calibration
Software for remote disply and service
max. 4 measuring ranges automatically switching with
digital range detection
Version: AMS 5200 E V01-2010-12
Specifications subject to change.
AMS Analysen-, Mess- und Systemtechnik GmbH
Industriestraße 9
D-69234 Dielheim
Tel.. +49 6222 788 77 0
Fax. +49 6222 788 77 20
E-Mail: [email protected]
Internet: www.ams-dielheim.com