K-WANG

+086-15305925923
Service expert in industrial control field!
NameDescriptionContent
Adequate Inventory, Timely Service
pursuit of excellence 
Ship control system
Equipment control system
Power monitoring system
Current position:
   
Brand
ABB AO2000-LS25 Laser analyzers
❤ Add to collection

ABB AO2000-LS25 Laser analyzers

+86-15305925923
Mr.Wang
wang@kongjiangauto.com

The analyzer is an optical instrument for continuous in-situ gas monitoring in stack, pipes,process chambers or similar and is based on tunable diode laser absorption spectroscopy

(TDLAS). The analyzer utilizes a transmitter/receiver configuration (mounted diametrically

opposite each other) to measure the average gas concentration along the line-of-sight path.

22500.00
¥22500.00
Weight:5.600KG
Quantity:
(Inventory: 20)
Consultation
Accessories
  • MOOG-G122-829A00
    Original :¥28283.00
    With a price :¥28283
    Quantity  
  • Motorola-MVME550
    Original :¥37774.00
    With a price :¥37774
    Quantity  
  •   
    Original :¥
    0.00
      
      With the total price :¥
    0.00
Product parameters
  • Telephone:+86-15305925923
  • contacts:Mr.Wang
  • Email:wang@kongjiangauto.com
Description

The analyzer is an optical instrument for continuous in-situ gas monitoring in stack, pipes,process chambers or similar and is based on tunable diode laser absorption spectroscopy

(TDLAS). The analyzer utilizes a transmitter/receiver configuration (mounted diametrically

opposite each other) to measure the average gas concentration along the line-of-sight path.




ABB AO2000-LS25 Laser analyzers

The analyzer is an optical instrument for continuous in-situ gas monitoring in stack, pipes,
process chambers or similar and is based on tunable diode laser absorption spectroscopy
(TDLAS). The analyzer utilizes a transmitter/receiver configuration (mounted diametrically
opposite each other) to measure the average gas concentration along the line-of-sight path.
The measuring principle is infrared single-line absorption spectroscopy, which is based on
the fact that each gas has distinct absorption lines at specific wavelengths. The measuring

principle is illustrated in Figure 1-1. The laser wavelength is scanned across a chosen absorp tion line of the gas to be measured.
The absorption line is carefully selected to avoid cross

interference from other (background) gases. The detected light intensity varies as a function
of the laser wavelength due to absorption of the targeted gas molecules in the optical path
between transmitter and receiver. In order to increase sensitivity the wavelength modulation

technique is employed: the laser wavelength is slightly modulated while scanning the absorp tion line. The detector signal is
spectrally decomposed into frequency components at har monics of the laser modulation frequency. The second harmonics
of the signal is used tomeasure the concentration of the absorbing gas. The line amplitude and line width are both

extracted from the second harmonics line shape, which makes the measured concentration
insensitive to line shape variations (line broadening effect) caused by background gases.
NOTE: The analyzer measures the concentration of only the FREE molecules of the specific

gas, thus not being sensitive to the molecules bound with some other molecules into com plexes and to the molecules attached to or
dissolved in particles and droplets. Care should be

taken when comparing the measurements with the results from other measurement tech niques.


1.3 Instrument description
The analyzer consists of 3 separate units (see Figure 1-2):
Transmitter unit with purging
Receiver unit with purging
Power supply unit
Transmitter unit

The transmitter unit contains the laser module with a temperature stabilized diode laser, col limating optics, and the main electronics in a coated Aluminum box.
The receiver unit con tains a focusing lens, the photodetector and the receiver electronics in a coated Aluminum

box. Both transmitter and receiver units have environmental protection IP66, and the standard op tical windows withstand pressures up to 5 bar (absolute pressure). The monitor is installed
by assembling the transmitter and receiver units with the supplied purging & alignment
units, which in turn are mounted onto the DN50 process flanges (see
Figure 3-1). The optical alignment is easy and reliable, and the purging prevents dust and
other contamination from settling on the optical windows.
A block diagram of AO2000-LS25 is shown in Figure 1-3.
The power supply unit transforms 100-240 V AC to 24 V DC (if 24 VDC is available it can be

supplied directly to the transmitter unit). The power supply box is connected to the transmit ter box with a cable. The 4–20 mA input signals from external
gas temperature/pressure sen sors can be connected to the screw terminals inside the power box or directly to the cable

connector on the transmitter unit.

The receiver electronics is connected with the transmitter electronics with a cable. The de tected absorption signal from the photodetector is amplified and
 transferred to the trans mitter unit through this cable. The same cable transfers the required power from the trans mitter unit to the receiver unit.

The transmitter Al box contains the major part of the electronics. The CPU board performs all
instrument control and calculation of the gas concentration. The main board incorporates all
electronics required for instrument operation such as diode laser current and temperature
control and analogue-to-digital signal conversion. A display (LCD) continuously displays the
gas concentration, laser beam transmission and instrument status. The RS-232 port can be
used for direct serial communication with a PC. The optional Ethernet board provides TCP/IP
comm
1.4 Software
Software for the analyzer consists of 2 programs:
1. A program hidden to the user and integrated in the CPU electronics, running the micro
controller on the CPU card. The program performs all necessary calculations and self monitoring tasks.
2. A Windows based program running on a standard PC connected through the RS-232
connection. The program enables communication with the instrument during installa tion, service and calibration.
The operator will need to use the PC based program only during installation and calibration
and not during normal operation of the instrument. See Section 4 for more details.
1.5 Laser classification and warnings
The diode lasers used in the analyzer operate in the near infrared (NIR) range between 700
and 2400 nm depending on the gas to be measured.
Laser Class 1M for sample component O2
Laser Class 1 for all other sample components
according to IEC 60825-1.
NOTE: The lasers emit invisible light!
WARNING: Class 1M Laser Product – Do not open when energized! Do not view directly with
optical instruments!
WARNING: Class 1 Laser Product – Do not open when energized!
2 Preparations
2.1 Tools and other equipment
The following equipment is necessary to install and calibrate the equipment:
2 pcs open-end spanners for M16 bolts
1 pcs Allen key 5 mm for the locking screws on flanges
1 pcs PC (386 or higher). Used during installation and calibration
1 pcs flat screwdriver 2.5 mm for electrical connections
2.2 Flow conditions at measuring point
When deciding the placement of the analyzer in the process, we recommend a minimum of 5
stack diameters of straight duct before and 2 stack diameters of straight duct after the
point of measure.
2.3 Monitor placement
Both the transmitter and receiver units should be easily accessible. A person should be able
to stand in front of either the transmitter unit or the receiver unit and adjust the M16 fixing
bolts using two standard spanners. For the receiver unit there should be at least 1 m free
space measured from the flange fixed to the stack and outwards as shown in Figure 2-1.
  • Electric tricycle truck, agricultural tricycle, elderly vehicle, warehouse truck
  • GE 8042-CC-85 Carrier extension cable, 0.85m
  • GE 8086-FC-20 20 + 24 pin cables for 8619 (2m)
  • GE 8041-CC-35 Carrier extension cable, 0.35m
  • GE 8085-FC-10 20 + 24 pin cables for 8619 (1m)
  • GE 8034-CC-12 Intrinsically Safe Carrier Extension
  • GE 8082-FC-30 16-pin cable for 8618 (3m)
  • GE 8030-CE-RH Intrinsically Safe Carrier extender, right hand
  • GE 8080-FC-10 16-pin cable for 8618 (1m)
  • GE 8021-CE-LH Carrier extender, left hand
  • GE 8044-CC-20 Carrier extension cable, 2.0m
  • GE 8725-CA-RB Railbus isolator carrier with PFM
  • GE 8712-CA-NS Node services carrier, Profibus-DP LAN
  • GE 8724-CA-PS Intrinsically Safe module power supply carrier
  • GE 8711-CA-NS Node services carrier, screw terminal LAN
  • GE 8723-CA-RB Railbus isolator carrier
  • GE 8606-FT-RT Field terminal, RTD
  • GE 8620-FT-MT Field terminal assembly
  • GE 8604-FT-FU Field terminal, fused
  • GE 8617-FT-NI Field Terminal, non-incendive, for 16 ch DI
  • GE 8601-FT-NI Field terminal, non-incendive (Div 2)
  • GE 8215-DO-IS 4-channel Intrinsically
  • GE 8202-HO-IS 8-channel Intrinsically Safe Analog Output, 4-20 mA with Hart
  • GE 8206-TI-IS 8-channel Intrinsically Safe RTD input
  • GE 8201-HI-IS 8-channel Intrinsically Safe Analog Input, 4-20mA with Hart
  • GE 8117-DO-DC 8-channel DO, 2-60Vdc isolated, unpowered
  • GE 8810-HI-TX 8-Channel Safety AI, 4-20mA with HART
  • GE 8142-DO-DC 16-channel Digital Output
  • GE 8140-DI-AC 16-channel Digital Input, 115VAC isolated, sinking
  • GE 8112-DI-AC 8-channel DI, 115Vac non-isolated, module powered
  • GE 8139-SH-DC 126-channel Addressable Smoke and Heat
  • GE 8111-DI-AC 8-channel DI, 115Vac isolated, sinking
  • GE 8133-HI-TX 8-Channel Supervised AI with HART
  • GE 8110-DI-DC 8-channel DI, 24Vdc non-isolated, module powered
  • GE 8109-DI-DC 8-channel DI, 24Vdc isolated, sinking
  • GE 8129-IO-DC 8-channel Supervised Discrete I/O
  • GE 8106-TI-RT 4-channel RTD input
  • GE 8127-DI-SE 32-channel SOE module
  • GE 8105-TI-TC 4-channel THC/mV input
  • GE 8125-DI-DC 32-channel DI, non-isolated, module-powered
  • GE 8104-AO-IP 8-channel AO, 4-20mA
  • GE 8122-DI-DC 16-channel DI, 24Vdc isolated, sinking
  • GE 8103-AI-TX 8-channel AI, 4-20mA
  • GE 8121-DI-DC 16-channel DI, 24Vdc non-isolated
  • GE 8102-HO-IP 8-channel AO, with HART for 4-20mA
  • GE 8119-VI-05 8-channel Voltage Input, 1-5Vdc
  • GE 8101-HI-TX 8-channel AI, 4-20mA with HART
  • GE 8755-CA-NS EBIM carrier
  • GE 8522-EB-MT Ethernet Bus Interface
  • GE 8752-CA-NS Universal Node Services Carrier
  • GE 8515-BI-PN PROFINET Scanner Module
  • GE IC754VBI12CTD Touch Screen
  • GE IC754VGI10MTD Touch Screen
  • GE IC754VBI1OMTD Touch Screen
  • GE IC754VSL12CTD QuickPanel
  • GE IC754VBL12CTD QuickPanel
  • GE IC754CGL12CTD QuickPanel
  • GE IC754CBL12CTD QuickPanel
  • ABB TZIDC Digital Positioner
  • ABB NextMove ESB-2 motion controller
  • ABB Advant Controller 70
  • ABB Advant Controller 250
  • ABB ACS850-04 drive modules
  • ABB IRB 4600 Industrial Robot
  • ABB IRB 910SC SCARA
  • ABB Product specification IRB1200
  • ABB DCV 700 thyristor panels
  • ABB Advant Controller 160
  • ABB Serial Communications Module RS232
  • ABB PP886 Compact Product Suite hardware selector
  • ABB Panel 800 version 6
  • ABB Uvisor™ FAU810 – Flame Analysis Unit
  • ABB Switches Automatic Transfer Switches
  • ABB Dynamic braking / DC drive
  • ABB Automatic Transfer Switch OTM_C_21D
  • ABB Switches Change-over and transfer switches
  • ABB PGC2000 Series Process Gas Chromatograph
  • ABB PGC5000 Series gas chromatographs
  • ABB DBDID Process gas chromatographs
  • ABB Vapor Pressure (RVP) analyzers
  • ABB Distributed busbar protection REB500
  • ABB SYNCHROTACT® upgrade Keep your assets synchronized, safe and productive
  • ABB SYNCHROTACT® Datasheet Synchronizing devices and systems
  • ABB C310 Wall- / Pipe-mount universal process controller
  • ABB AP100 pH/Redox (ORP) cartridge sensors with water-wash option
  • ABB Title this is title and subtitle this is subtitle Power Factor Controller RVC Accurate control and monitoring of capacitor banks
  • ABB FOUNDATION Fieldbus Linking Device LD800HSE EX
  • ABB Remote Terminal Unit RTU560
  • ABB MEASUREMENT & ANALYTICS TEIP11
  • ABB MEASUREMENT & ANALYTICS Navigator 540
  • ABB For electromagnetic flowmeters FXE4000-DE43F
  • ABB COM610 Communication Gateway
  • ABB Symphony Plus S+ Control BRC410
  • ABB Symphony Plus SD Series PROFIBUS Interface: PDP800
  • ABB Symphony Plus SD Series HART I/O: HAI805 and HAO805
  • ABB Symphony Plus S+ Turbine: Auto Synchronizer Module AS800
  • ABB S900 I/O Application-Guide CI920S/CI920B replaced by CI920AS/CI920AB
  • ABB S800 I/O Communication interfaces Compact Product Suite
  • ABB S800 I/O Communication interfaces Compact Product Suite
  • ABB IndustrialIT System 800xA S800 I/O System
  • ABB Advant® Master S100 I/O system
  • ABB Ability™ Symphony® Plus MR Series (Melody Rack)
  • ABB Data Sheet ControlIT Harmony Analog I/O
  • ABB Bailey* network90 Loop Interface/Bus Interface(LIM/BIM)
  • ABB Bridge Controller and Process Bus Adapter BRC-300 and PBA-200
  • ABB Kent Morrisey, Business Development Manager – Harmony Evolution NA Harmony Evolution Options For Process Industries Users
  • ABB Industrial'T System 800xA Harmony/INFI90 System
  • ABB Ability™ Symphony® Plus HR Series Control and I/O
  • ABB AC700F controller with direct S700 I/O
  • ABB ContransIthe family with Instruction Manual for Freelance 2000
  • ABB AC servo motors BSM Series
  • ABB BSD Series
  • ABB ControlMaster CM10 Universal process controller, 1/8 DIN
  • ABB PGC2000 Advance Training Course Synopsis
  • ABB PGC5000 Series gas chromatographs
  • ABB EasyLine EL3000 Series Continuous gas analyzers
  • ABB AO2000 Advance Optima Continuous gas analyzers
  • ABB Advant® Controller 450
  • ABB Advant® Controllers
  • ABB Ability™ System 800xA
  • ABB Advant® Master S100 I/O system
  • ABB SYNCHROTACT®5 Operating Instructions
  • ABB Web Tension Systems with Tension Electronics PFEA111
  • ABB Pressductor Pillowblock Load Cells Vertical Measuring PFCL201
  • ABB Force Measurement Products Cold rolling and processing of steel
  • ABB DCS800 Drives
  • ABB MNS iS motor control center
  • ABB Condition MonitoringMService