Model | Products | LCA result |
---|---|---|
CENTUM CS3000 Model System |
Distributed Control System (DCS)
Compared to the reference product CENTUM CS, CO2 emission was reduced by about 11%. |
PDF:176KB |
ProSafe-RS Model System |
Safety Instrumented System
Compared to the reference product ProSafe-PLC, CO2 emission was reduced by about 23%. |
PDF:148KB |
STARDOM Model System |
Network-based Control Systems
Compared to the reference product CENTUM CS1000, CO2 emission was reduced by about 55%. |
PDF:263KB |
EJA-E series EJX-A series |
EJA-E series/EJX-A series
Compared to the reference product EJA-A series, CO2 emission was reduced by about 31%. |
PDF:567KB |
YTA610/YTA710 |
YTA610 Temperature Transmitter
/YTA710 Temperature Transmitter
Compared to the reference product YTA110, CO2 emission was reduced by about 5%. |
PDF:168KB |
AXG050 |
ADMAG TI Series AXG Magnetic Flowmeter
Compared to the reference product AXF, CO2 emission was reduced by about 18%. |
PDF:179KB |
VY050 |
Vortex flowmeter VY Series
Compared to the reference product DY, CO2 emission was reduced by about 10%. |
PDF:216KB |
FLXA202 |
2-Wire Analyzer
Compared to the reference product EXA202, CO2 emission was reduced by about 21%. |
PDF:1960KB |
FLXA402 |
4-Wire Converter
Compared to the reference product EXA450, CO2 emission was reduced by about 33%. |
PDF:402KB |
ZR802G |
Zirconia Oxygen/Humidity Analyzer, Converter
Compared to the reference product ZR402G, CO2 emission was reduced by about 20%. |
PDF:287KB |
GC8000 |
Process Gas Chromatograph
Compared to the reference product GC8000-G100, CO2 emission was reduced by about 5%. |
PDF:395KB |
GX10 |
Touch Screen Paperless Recorder
Compared to the reference product DX1000, CO2 emission was reduced by about 46%. |
PDF:175KB |
GX20 |
Touch Screen Paperless Recorder
Compared to the reference product DX2000, CO2 emission was reduced by about 48%. |
PDF:175KB |
GP10 |
Portable Data Acquisition (Touch Screen)
Compared to the reference product MV1000, CO2 emission was reduced by about 41%. |
PDF:174KB |
GP20 |
Portable Data Acquisition (Touch Screen)
Compared to the reference product MV2000, CO2 emission was reduced by about 48%. |
PDF:176KB |
GM10 |
Data Logger (Modular)
Compared to the reference product MW100, CO2 emission was reduced by about 21%. |
PDF:175KB |
FA-M3V |
Programmable Logic Controllers
Compared to the reference product FA-M3, CO2 emission was reduced by about 32%. |
PDF:175KB |
CSU-X1 |
Confocal scanner unit
Compared to the reference product CSU22+Filter Wheel, CO2 emission was reduced by about 40%. |
PDF:209KB |
2553A |
Precision DC Calibrator
Compared to the reference product 2553, CO2 emission was reduced by about 66%. |
PDF:295KB |
2558A |
AC Voltage Current Standard
Compared to the reference product 2558, CO2 emission was reduced by about 50%. |
PDF:232KB |
2560A |
Precision DC Calibrator
Compared to the reference product 2560, CO2 emission was reduced by about 67%. |
PDF:187KB |
AQ1000 |
AQ1000 Entry Level Optical Time Domain Reflectometer
Compared to the reference product AQ1200, CO2 emission was reduced by about 41%. |
PDF:299KB |
AQ1200A/B/C |
AQ1200 MFT-OTDR Optical Time Domain Reflectometer
Compared to the reference product OTDR AQ7270 series, CO2 emission was reduced by about 40%. |
PDF:167KB |
AQ1210A |
AQ1210A OTDR MULTI FIELD TESTER
Compared to the reference product OTDR AQ1210 series, CO2 emission was reduced by about 29%. |
PDF:250KB |
AQ2200-112 |
AQ2200-112 LS Module
Compared to the reference product AQ2200-111, CO2 emission was reduced by about 28%. |
PDF:182KB |
AQ2200-131 |
AQ2200-131 Grid TLS Module
Compared to the reference product AQ2200-111, CO2 emission was reduced by about 10%. |
PDF:227KB |
AQ2200-232 |
Optical Sensor Head / Interface Module
Compared to the reference product AQ2200-201, AQ2200-231, CO2 emission was reduced by about 39%. |
PDF:181KB |
AQ2200-242/AQ2200-202 |
Optical Sensor Head / Interface Module
Compared to the reference product AQ2200-241, AQ2200-201 CO2 emission was reduced by about 36%. |
PDF:181KB |
AQ2200-342 |
AQ2200-342 DUAL ATTN Module
Compared to the reference product AQ2200-331, CO2 emission was reduced by about 45%. |
PDF:183KB |
AQ6360 |
Optical Spectrum Analyzer
Compared to the reference product AQ6370D, CO2 emission was reduced by about 25%. |
PDF:184KB |
AQ6370D |
AQ6370D OPTICAL SPECTRUM ANALYZER
Compared to the reference product AQ6370C, CO2 emission was reduced by about 17%. |
PDF:176KB |
AQ6374 |
AQ6374 Optical Spectrum Analyzer
Compared to the reference product AQ6315A, CO2 emission was reduced by about 26%. |
PDF:177KB |
AQ6375B |
AQ6375B OPTICAL SPECTRUM ANALYZER
Compared to the reference product AQ6375, CO2 emission was reduced by about 24%. |
PDF:180KB |
AQ6380 |
AQ6380 Optical Spectrum Analyzer
Compared to the reference product AQ6319, CO2 emission was reduced by about 74%. |
PDF:560KB |
AQ7280 |
AQ7280 series OTDR
Compared to the reference product AQ7270, CO2 emission was reduced by about 25%. |
PDF:214KB |
CA500 |
Multifunction Process Calibrator
Compared to the reference product CA150, CO2 emission was reduced by about 19%. |
PDF: 396KB |
DL350 |
ScopeCorder
Compared to the reference product DL850E, CO2 emission was reduced by about 70%. |
PDF:235KB |
DLM4038/ DLM4058 |
Mixed Signal Oscilloscope DLM4000 Series
Compared to the reference product DL7480, CO2 emission was reduced by about 25%. |
PDF:179KB |
LS3300 |
AC Power Calibrator
Compared to the reference product 2558A×2, CO2 emission was reduced by about 50%. |
PDF:298KB |
MT300 |
Digital Manometer
Compared to the reference product MT210, CO2 emission was reduced by about 19%. |
PDF: 401KB |
WT310E/ WT310EH |
Digital Power Meter WT300E Series
Compared to the reference product WT210, CO2 emission was reduced by about 18%. |
PDF:217KB |
WT332E/ WT333E |
Digital Power Meter WT300E Series
Compared to the reference product WT230, CO2 emission was reduced by about 38%. |
PDF:239KB |
WT3000E |
WT3000E Precision Power Analyzer
Compared to the reference product WT1600, CO2 emission was reduced by about 20%. |
PDF:175KB |
Updated the inventory data used to calculate results from LCA result published after October 2019.