logic controller, Modicon M221, 16 IO, transistor, PNP, Ethernet, spring

M221-16IO Tr.PNP ETH SPRING BO

SQDTM221ME16TG TM221ME16TG 360648061132
0.00 / EA
http://schema.org/OutOfStock
Mayer-DDS-logic controller, Modicon M221, 16 IO, transistor, PNP, Ethernet, spring-1
  • Country of Origin: Taiwan
This product is part of the Modicon M221 range, an offer of programmable logic controllers for hardwired architectures. This logic controller provides 8 discrete, 4 fast inputs, 8 transistor, 2 fast outputs with ethernet spring PNP transistor output with
QTY
  • Product Description
  • Features
  • Specifications
This product is part of the Modicon M221 range, an offer of programmable logic controllers for hardwired architectures. This logic controller provides 8 discrete, 4 fast inputs, 8 transistor, 2 fast outputs with ethernet spring PNP transistor output with
  • US Rated Supply Voltage
    • 24 V DC
  • Discrete Input Current
    • 7 mA discrete input
    • 5 mA fast input
  • Mounting Support
    • top hat type TH35-15 rail IEC 60715
    • top hat type TH35-7.5 rail IEC 60715
    • plate or panel with fixing kit
  • Clock Drift
    • <= 30 s/month 25-25 °C
  • Resistance To Magnetic Fields
    • 30 A/m 50/60 Hz IEC 61000-4-8
  • IP Degree Of Protection
    • IP20 with protective cover in place
  • Regulation Loop
    • adjustable PID regulator up to 14 simultaneous loops
  • Prop 65
    • WARNING: This product can expose you to chemicals including: Lead and lead compounds, which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov
  • Mechanical Durability
    • 20000000 cycles transistor output
  • Response Time
    • 35 µs turn-off, I2...I5 input
    • 5 µs turn-on, I0, I1, I6, I7 fast input
    • 5 µs turn-on,
  • Configurable Filtering Time
    • 0 ms input
    • 3 ms input
    • 12 ms input
  • Carbon Footprint Of The Installation Phase A5
    • 0 kg CO2 eq.
    • 0.006190763045705879
  • Carbon Footprint Of The End Of Life Phase C1 To C4
    • 0.7932961455403404
    • 0.8 kg CO2 eq.
  • Resistance To Conducted Disturbances
    • 10 V 0.15...80 MHz IEC 61000-4-6
    • 3 V 0.1...80 MHz Marine specification (LR, ABS, DNV, GL)
    • 3 V 0.1...80 MHz Marine specification (LR
  • Positioning Functions
    • PTO 2 pulse/direction 100 kHz)
    • PTO 1 CW/CCW 100 kHz)
  • Maximum Leakage Current
    • 0.1 mA transistor output
  • Permitted Overload On Inputs
    • +/- 30 V DC 5 min maximum)analog input
    • +/- 13 V DC permanent)analog input
    • +/- 13 V DC permanent)an
  • Electrical Connection
    • terminal block, 3 for connecting the 24 V DC power supply
    • connector, 4 for analogue inputs
    • connector, 4 f
  • Carbon Footprint Of The Manufacturing Phase A1 To A3
    • 13 kg CO2 eq.
    • 13.476591188949405
  • Data Storage Equipment
    • 2 GB SD card optional)
  • Discrete Output Number
    • 8 transistor 2 fast output
  • Protection Type
    • short-circuit and overload protection with automatic reset
    • short-circuit protection on output
    • overload and short-circuit protection 1 A
  • Maximum Cable Distance Between Devices
    • shielded cable <10 m fast input
    • unshielded cable <30 m output
    • unshielded cable <30 m digital input
    • unshielded cable <30 m digital
  • Supply
    • serial 1)serial link supply 5 V, <200 mA
  • Accessories
    • TMH2GDB
    • TMASD1
    • TMAM2
    • TCSXCNAMUM3P
    • TMACBL1
    • TMAT2MSET
    • TMAT2MSETG
    • TMAT2PSET
  • Voltage State 1 Guaranteed
    • >= 15 V input
  • Maximum Number Of I O Expansion Module
    • 7 (local I/O-Architecture)
    • 14 (remote I/O-Architecture)
  • Communication Port Protocol
    • USB port USB - SoMachine-Network
    • non isolated serial link Modbus master/slave - RTU/ASCII or SoMachine-Network
  • Analogue Input Number
    • 2 0...10 V
  • Reset Time
    • 1 s automatic reset
  • Vibration Resistance
    • 3.5 mm 5-8.4 Hz symmetrical rail
    • 3.5 mm 5-8.4 Hz panel mounting
    • 1 gn 8.4-150 Hz symmetrical rail
    • 1 gn 8.4-150 Hz symmetrical r
  • Output Frequency
    • 100 kHz fast output (PWM/PLS mode) Q0...Q1
    • 5 kHz output Q2...Q3
    • 0.1 kHz output Q4...Q6
    • 0.1 kHz output Q
  • Counting Input Number
    • 4 fast input (HSC mode) 100 kHz 32 bits
  • Execution Time For 1 Kinstruction
    • 0.3 ms event and periodic task
    • 0.7 ms other instruction
  • Carbon Footprint Of The Use Phase B2 B3 B4 B6
    • 82 kg CO2 eq.
    • 82.14911901277323
  • Resistance To Fast Transients
    • 2 kV IEC 61000-4-4 power lines)
    • 2 kV IEC 61000-4-4 relay output)
    • 1 kV IEC 61000-4-4 I/O)
    • 1 kV IEC 61
  • Conversion Time
    • 1 ms per channel + 1 controller cycle time analog input
  • Data Backed Up
    • 256 kB built-in flash memory backup of application and data
  • Relative Humidity
    • 10-95 %, without condensation in operation)
    • 10-95 %, without condensation in storage)
    • 10-95 %, without condensation in stora
  • Exact Time For Event Task
    • 60 µs response time
  • Surge Withstand
    • 2 kV power lines (AC) common mode IEC 61000-4-5
    • 2 kV relay output common mode IEC 61000-4-5
    • 2 kV relay output
  • Memory Capacity
    • 256 kB user application and data RAM 10000 instructions
    • 256 kB internal variables RAM
  • Electromagnetic Emission
    • conducted emissions 79 dBμV/m QP/66 dBμV/m AV power lines (AC))0.15-0.5 MHz IEC 55011
    • conducted emissions 79 dBμV/m QP/66 dBμV/m AV power lines (AC))0.15-0.5 MHz IEC 55
  • Maximum Tungsten Load
    • <12 W output and fast output
  • Resistance To Electrostatic Discharge
    • 8 kV in air IEC 61000-4-2
    • 4 kV on contact IEC 61000-4-2
  • Execution Time Per Instruction
    • 0.2 µs Boolean
  • Carbon Footprint Of The Distribution Phase A4
    • 0.8338355271176304
    • 0.8 kg CO2 eq.
  • Insulation
    • between input and internal logic 500 V AC
    • between fast input and internal logic 500 V AC
    • between fast input and internal lo
  • Port Ethernet
    • 10BASE-T/100BASE-TX 1 100 m copper cable
  • Resistance To Electromagnetic Fields
    • 10 V/m 80 MHz...1 GHz IEC 61000-4-3
    • 3 V/m 1.4 GHz...2 GHz IEC 61000-4-3
    • 1 V/m 2...2.7 GHz IEC 61000-4-3
    • 1 V/m
  • Integrated Connection Type
    • USB port mini B USB 2.0
    • non isolated serial link serial 1 RJ45 RS232/RS485
    • Et
  • Voltage State 0 Guaranteed
    • <= 5 V input
  • Shock Resistance
    • 147 m/s² 11 ms
  • Maximum Power Consumption In W
    • 22.9 W 24 V with max number of I/O expansion module)
    • 4 W 24 V without I/O expansion module)
    • 4 W 24 V without
  • Input Impedance
    • 100 kOhm analog input
    • 3.4 kOhm input
    • 4.9 kOhm fast input
  • Power Supply Output Current
    • 0.52-0.52 A 5 V expansion bus
    • 0.49-0.49 A 24 V expansion bus
  • Transmission Rate
    • 1.2...115.2 kbit/s (115.2 kbit/s by default) 15-15 m RS485
    • 1.2...115.2 kbit/s (115.2 kbit/s by default) 3-3 m RS232
    • 1.2...115.2 kbit/s (
  • Local Signalling
    • 1 LED (green) for PWR
    • 1 LED (green) for RUN
    • 1 LED (red) for module error (ERR)
    • 1 LED (green) for
  • Ambient Air Temperature For Operation
    • -10-55 °C horizontal installation)
    • -10-35 °C vertical installation)
  • Battery Type
    • BR2032 or CR2032X lithium non-rechargeable
  • Discrete Output Voltage
    • 24 V DC
  • Discrete Input Number
    • 8 , discrete input 4 fast input IEC 61131-2 Type 1
  • Assets
    • CAD : https://download.schneider-electric.com/files?p_Doc_Ref=MCADID0000729_3D-CAD
  • Complementary Attributes
    • Maximum Current Per Output Common : 4 A
    • Maximum Voltage Drop : <1 V
  • Important Information Attributes
    • Local Data Status : Publishable
    • Local Publishable Date : 4/15/2025
    • Device Type : PLC System - PLC CPU
    • Serviceability : Yes
    • Traceability : Yes
    • Field Service Division : IDIBS
    • Average Life Duration : 20 year(s)
    • Manufacturing Carbon Footprint : 13.47659119
    • Distribution Carbon Footprint : 0.833835527
    • Installation Carbon Footprint : 0.006190763
    • Use Carbon Footprint : 82.14911901
    • End Of Life Carbon Footprint : 0.793296146
    • Legacy WEEE Scope : In
    • WEEE Product Category : 5
    • Scope Perimeter : At least in Europe
    • EOLI Availability Display : Yes
    • End Of Life Doc Ref : ENVEOLI1403012EN
    • Reach Full Compliance Status : Reference contains Substances of Very High Concern above the threshold
    • Reach Full Compliance Status Id : CONTAINS_SVHC
    • Reach Compliance Directive : Reference contains Substances of Very High Concern above the threshold
    • ROHS EUR In Scope : No
    • ROHS EUR Status : Compliant with Exemptions
    • ROHS EUR Conformity Date : 1901
    • ROHS EUR Full Compliance Status : Pro-active compliance (Product out of EU RoHS legal scope)
    • ROHS EUR Full Compliance Status Id : PRO_ACTIVE_COMPLIANCE
    • China ROHS In Scope : Yes
    • China ROHS Label : 5
    • With Recycled Cardboard : Yes
    • Without Single Use Plastic : Yes
    • Product Contributes To Saved And Avoided Emissions : No
    • Return Indicator : N
    • WD Status : 1 - GSC certified
    • Dangerous Goods Code : LITHIUM METAL BATTERIES WITH EQUIP. CELL : ≤ 1g OR Battery ≤ 2g
    • Package Weight Lbs : 400.000 g
    • Product Availability : Non-Stock - Not normally stocked in distribution facility
    • Product Or Component Type : logic controller
    • Range Of Product : Modicon M221
    • Returnability : No
    • Sustainable Packaging : Yes
    • Total Lifecycle Carbon Footprint : 97 kg CO2 eq.
    • Weee Label : The product must be disposed on European Union markets following specific waste collection and never end up in rubbish bins.
    • Carbon Footprint Kg Co2 Eq Total Life Cycle : 97.25903264
    • Relationship Type : Compatible relationship
    • Pep Code : ENVPEP1403012EN
    • Pep Verification Date : 11/1/2024
    • PCR Version : PCR-4-ed4-EN-2021 09 06
    • PSR Version : PSR-0005-ed3.1-EN-2023 12 08
    • Type Of Verification For The Pep : Independent internal review
    • Product Weight In G : 420
    • Functional Unit Description : To perform control for applications using I/O communication from 16 to 40 I/Os, Ethernet (RJ45) or Serial Link (RJ45) communication, and optional I/O modules, 57,20% of the time for 10 years.
    • Functional Unit Quantity : 1
    • Functional Unit Unit : Unit
    • Reference Lifetime In Y : 10
    • Energy Consumption On Product Lifetime In Kwh : 200.4288
    • Energy Model Manufacturing A1 A3 : Taiwan, TW
    • Energy Model Installation A5 : Electricity Mix; Low voltage; 2018; Europe, EU-27
    • Energy Model Use B6 : Electricity Mix; Low voltage; 2018; Europe, EU-27
    • Energy Model End Of Life C1 C4 : Electricity Mix; Low voltage; 2018; Europe, EU-27
    • Recyclability Potential In : 0
    • Acidification Ap Mole Of H Equiv Total Life Cycle : 0.573286073
    • Acidification Ap Mole Of H Equiv Manufacturing A1 A3 : 0.10049621
    • Acidification Ap Mole Of H Equiv Distribution A4 : 0.003424388
    • Acidification Ap Mole Of H Equiv Installation A5 : 8.34098E-05
    • Acidification Ap Mole Of H Equiv Maintenance B2 : 0
    • Acidification Ap Mole Of H Equiv Repair B3 : 0
    • Acidification Ap Mole Of H Equiv Replacement B4 : 0
    • Acidification Ap Mole Of H Equiv Operational Energy Use B6 : 0.468759917
    • Acidification Ap Mole Of H Equiv End Of Life C1 C4 : 0.000522148
    • Acidification Ap Mole Of H Equiv Benefits Loads Beyond System Boundaries D : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Total Life Cycle : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Manufacturing A1 A3 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Distribution A4 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Installation A5 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Maintenance B2 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Repair B3 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Replacement B4 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Operational Energy Use B6 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C End Of Life C1 C4 : 0
    • Biogenic Carbon Content Of The Associated Packaging Kg Of C Benefits Loads Beyond System Boundaries D : 0
    • Biogenic Carbon Content Of The Product Kg Of C Total Life Cycle : 0
    • Biogenic Carbon Content Of The Product Kg Of C Manufacturing A1 A3 : 0
    • Biogenic Carbon Content Of The Product Kg Of C Distribution A4 : 0
    • Biogenic Carbon Content Of The Product Kg Of C Installation A5 : 0
    • Biogenic Carbon Content Of The Product Kg Of C Maintenance B2 : 0
    • Biogenic Carbon Content Of The Product Kg Of C Repair B3 : 0
    • Biogenic Carbon Content Of The Product Kg Of C Replacement B4 : 0
    • Biogenic Carbon Content Of The Product Kg Of C Operational Energy Use B6 : 0
    • Biogenic Carbon Content Of The Product Kg Of C End Of Life C1 C4 : 0
    • Biogenic Carbon Content Of The Product Kg Of C Benefits Loads Beyond System Boundaries D : 0
    • Climate Change Biogenics Kg Co2 Eq Total Life Cycle : 0.178719724
    • Climate Change Biogenics Kg Co2 Eq Manufacturing A1 A3 : 0.056682742
    • Climate Change Biogenics Kg Co2 Eq Distribution A4 : 0
    • Climate Change Biogenics Kg Co2 Eq Installation A5 : -3.51336E-06
    • Climate Change Biogenics Kg Co2 Eq Maintenance B2 : 0
    • Climate Change Biogenics Kg Co2 Eq Repair B3 : 0
    • Climate Change Biogenics Kg Co2 Eq Replacement B4 : 0
    • Climate Change Biogenics Kg Co2 Eq Operational Energy Use B6 : 0.109585437
    • Climate Change Biogenics Kg Co2 Eq End Of Life C1 C4 : 0.012455059
    • Climate Change Biogenics Kg Co2 Eq Benefits Loads Beyond System Boundaries D : 0
    • Climate Change Fossil Fuels Kg Co2 Eq Total Life Cycle : 97.08018233
    • Climate Change Fossil Fuels Kg Co2 Eq Manufacturing A1 A3 : 13.41977786
    • Climate Change Fossil Fuels Kg Co2 Eq Distribution A4 : 0.833835527
    • Climate Change Fossil Fuels Kg Co2 Eq Installation A5 : 0.006194276
    • Climate Change Fossil Fuels Kg Co2 Eq Maintenance B2 : 0
    • Climate Change Fossil Fuels Kg Co2 Eq Repair B3 : 0
    • Climate Change Fossil Fuels Kg Co2 Eq Replacement B4 : 0
    • Climate Change Fossil Fuels Kg Co2 Eq Operational Energy Use B6 : 82.03953358
    • Climate Change Fossil Fuels Kg Co2 Eq End Of Life C1 C4 : 0.780841087
    • Climate Change Fossil Fuels Kg Co2 Eq Benefits Loads Beyond System Boundaries D : 0
    • Climate Change Total Kg Co2 Eq Total Life Cycle : 97.25903264
    • Climate Change Total Kg Co2 Eq Manufacturing A1 A3 : 13.47659119
    • Climate Change Total Kg Co2 Eq Distribution A4 : 0.833835527
    • Climate Change Total Kg Co2 Eq Installation A5 : 0.006190763
    • Climate Change Total Kg Co2 Eq Maintenance B2 : 0
    • Climate Change Total Kg Co2 Eq Repair B3 : 0
    • Climate Change Total Kg Co2 Eq Replacement B4 : 0
    • Climate Change Total Kg Co2 Eq Operational Energy Use B6 : 82.14911901
    • Climate Change Total Kg Co2 Eq End Of Life C1 C4 : 0.793296146
    • Climate Change Total Kg Co2 Eq Benefits Loads Beyond System Boundaries D : 0
    • Components For Re Use Kg Total Life Cycle : 0
    • Components For Re Use Kg Manufacturing A1 A3 : 0
    • Components For Re Use Kg Distribution A4 : 0
    • Components For Re Use Kg Installation A5 : 0
    • Components For Re Use Kg Maintenance B2 : 0
    • Components For Re Use Kg Repair B3 : 0
    • Components For Re Use Kg Replacement B4 : 0
    • Components For Re Use Kg Operational Energy Use B6 : 0
    • Components For Re Use Kg End Of Life C1 C4 : 0
    • Components For Re Use Kg Benefits Loads Beyond System Boundaries D : 0
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Total Life Cycle : 0.001087881
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Manufacturing A1 A3 : 0.001081933
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Distribution A4 : 7.13314E-11
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Installation A5 : 2.69488E-10
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Maintenance B2 : 0
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Repair B3 : 0
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Replacement B4 : 0
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Operational Energy Use B6 : 5.95096E-06
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb End Of Life C1 C4 : -3.34861E-09
    • Depletion Of Abiotic Resources Elements Kg Equivalent Sb Benefits Loads Beyond System Boundaries D : 0
    • Depletion Of Abiotic Resources Fossil Fuels Mj Total Life Cycle : 2297.08239
    • Depletion Of Abiotic Resources Fossil Fuels Mj Manufacturing A1 A3 : 192.7916625
    • Depletion Of Abiotic Resources Fossil Fuels Mj Distribution A4 : 10.32541474
    • Depletion Of Abiotic Resources Fossil Fuels Mj Installation A5 : 0.070971318
    • Depletion Of Abiotic Resources Fossil Fuels Mj Maintenance B2 : 0
    • Depletion Of Abiotic Resources Fossil Fuels Mj Repair B3 : 0
    • Depletion Of Abiotic Resources Fossil Fuels Mj Replacement B4 : 0
    • Depletion Of Abiotic Resources Fossil Fuels Mj Operational Energy Use B6 : 2092.915277
    • Depletion Of Abiotic Resources Fossil Fuels Mj End Of Life C1 C4 : 0.979065378
    • Depletion Of Abiotic Resources Fossil Fuels Mj Benefits Loads Beyond System Boundaries D : 0
    • Ecotoxicity Fresh Water Ctue Total Life Cycle : 24946.93382
    • Ecotoxicity Fresh Water Ctue Manufacturing A1 A3 : 23949.39339
    • Ecotoxicity Fresh Water Ctue Distribution A4 : 3.400889295
    • Ecotoxicity Fresh Water Ctue Installation A5 : 0.963551424
    • Ecotoxicity Fresh Water Ctue Maintenance B2 : 0
    • Ecotoxicity Fresh Water Ctue Repair B3 : 0
    • Ecotoxicity Fresh Water Ctue Replacement B4 : 0
    • Ecotoxicity Fresh Water Ctue Operational Energy Use B6 : 884.6831799
    • Ecotoxicity Fresh Water Ctue End Of Life C1 C4 : 108.4928071
    • Ecotoxicity Fresh Water Ctue Benefits Loads Beyond System Boundaries D : 0
    • Emission Of Fine Particles Incidence Of Diseases Total Life Cycle : 4.19479E-06
    • Emission Of Fine Particles Incidence Of Diseases Manufacturing A1 A3 : 5.44668E-07
    • Emission Of Fine Particles Incidence Of Diseases Distribution A4 : 9.42828E-09
    • Emission Of Fine Particles Incidence Of Diseases Installation A5 : 3.38098E-10
    • Emission Of Fine Particles Incidence Of Diseases Maintenance B2 : 0
    • Emission Of Fine Particles Incidence Of Diseases Repair B3 : 0
    • Emission Of Fine Particles Incidence Of Diseases Replacement B4 : 0
    • Emission Of Fine Particles Incidence Of Diseases Operational Energy Use B6 : 3.63684E-06
    • Emission Of Fine Particles Incidence Of Diseases End Of Life C1 C4 : 3.51659E-09
    • Emission Of Fine Particles Incidence Of Diseases Benefits Loads Beyond System Boundaries D : 0
    • Exported Energy Mj By Energy Vector Total Life Cycle : 1.10937E-05
    • Exported Energy Mj By Energy Vector Manufacturing A1 A3 : 8.41151E-06
    • Exported Energy Mj By Energy Vector Distribution A4 : 0
    • Exported Energy Mj By Energy Vector Installation A5 : 0
    • Exported Energy Mj By Energy Vector Maintenance B2 : 0
    • Exported Energy Mj By Energy Vector Repair B3 : 0
    • Exported Energy Mj By Energy Vector Replacement B4 : 0
    • Exported Energy Mj By Energy Vector Operational Energy Use B6 : 0
    • Exported Energy Mj By Energy Vector End Of Life C1 C4 : 2.68223E-06
    • Exported Energy Mj By Energy Vector Benefits Loads Beyond System Boundaries D : 0
    • Freshwater Eutrophication Kg P Eq Total Life Cycle : 0.000262164
    • Freshwater Eutrophication Kg P Eq Manufacturing A1 A3 : 3.26631E-05
    • Freshwater Eutrophication Kg P Eq Distribution A4 : 9.71703E-08
    • Freshwater Eutrophication Kg P Eq Installation A5 : 3.06778E-08
    • Freshwater Eutrophication Kg P Eq Maintenance B2 : 0
    • Freshwater Eutrophication Kg P Eq Repair B3 : 0
    • Freshwater Eutrophication Kg P Eq Replacement B4 : 0
    • Freshwater Eutrophication Kg P Eq Operational Energy Use B6 : 0.000224915
    • Freshwater Eutrophication Kg P Eq End Of Life C1 C4 : 4.45745E-06
    • Freshwater Eutrophication Kg P Eq Benefits Loads Beyond System Boundaries D : 0
    • Hazardous Waste Disposed Of Kg Total Life Cycle : 14.32570611
    • Hazardous Waste Disposed Of Kg Manufacturing A1 A3 : 14.15993087
    • Hazardous Waste Disposed Of Kg Distribution A4 : 0.000687531
    • Hazardous Waste Disposed Of Kg Installation A5 : 3.69469E-05
    • Hazardous Waste Disposed Of Kg Maintenance B2 : 0
    • Hazardous Waste Disposed Of Kg Repair B3 : 0
    • Hazardous Waste Disposed Of Kg Replacement B4 : 0
    • Hazardous Waste Disposed Of Kg Operational Energy Use B6 : 0
    • Hazardous Waste Disposed Of Kg End Of Life C1 C4 : 0.165050755
    • Hazardous Waste Disposed Of Kg Benefits Loads Beyond System Boundaries D : 0
    • Human Toxicity Carcinogenic Effects Ctuh Total Life Cycle : 4.45161E-07
    • Human Toxicity Carcinogenic Effects Ctuh Manufacturing A1 A3 : 2.99668E-07
    • Human Toxicity Carcinogenic Effects Ctuh Distribution A4 : 1.22224E-11
    • Human Toxicity Carcinogenic Effects Ctuh Installation A5 : 1.28038E-09
    • Human Toxicity Carcinogenic Effects Ctuh Maintenance B2 : 0
    • Human Toxicity Carcinogenic Effects Ctuh Repair B3 : 0
    • Human Toxicity Carcinogenic Effects Ctuh Replacement B4 : 0
    • Human Toxicity Carcinogenic Effects Ctuh Operational Energy Use B6 : 9.5798E-09
    • Human Toxicity Carcinogenic Effects Ctuh End Of Life C1 C4 : 1.34621E-07
    • Human Toxicity Carcinogenic Effects Ctuh Benefits Loads Beyond System Boundaries D : 0
    • Human Toxicity Non Carcinogenic Effects Ctuh Total Life Cycle : 9.23842E-07
    • Human Toxicity Non Carcinogenic Effects Ctuh Manufacturing A1 A3 : 5.24318E-07
    • Human Toxicity Non Carcinogenic Effects Ctuh Distribution A4 : 1.92743E-09
    • Human Toxicity Non Carcinogenic Effects Ctuh Installation A5 : 4.36396E-10
    • Human Toxicity Non Carcinogenic Effects Ctuh Maintenance B2 : 0
    • Human Toxicity Non Carcinogenic Effects Ctuh Repair B3 : 0
    • Human Toxicity Non Carcinogenic Effects Ctuh Replacement B4 : 0
    • Human Toxicity Non Carcinogenic Effects Ctuh Operational Energy Use B6 : 3.79988E-07
    • Human Toxicity Non Carcinogenic Effects Ctuh End Of Life C1 C4 : 1.71712E-08
    • Human Toxicity Non Carcinogenic Effects Ctuh Benefits Loads Beyond System Boundaries D : 0
    • Impacts Related To Land Use Soil Quality Total Life Cycle : 2.051802327
    • Impacts Related To Land Use Soil Quality Manufacturing A1 A3 : 0.417276176
    • Impacts Related To Land Use Soil Quality Distribution A4 : 0
    • Impacts Related To Land Use Soil Quality Installation A5 : 0
    • Impacts Related To Land Use Soil Quality Maintenance B2 : 0
    • Impacts Related To Land Use Soil Quality Repair B3 : 0
    • Impacts Related To Land Use Soil Quality Replacement B4 : 0
    • Impacts Related To Land Use Soil Quality Operational Energy Use B6 : 1.634526151
    • Impacts Related To Land Use Soil Quality End Of Life C1 C4 : 0
    • Impacts Related To Land Use Soil Quality Benefits Loads Beyond System Boundaries D : 0
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Total Life Cycle : 203.2294259
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Manufacturing A1 A3 : 81.08375685
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Distribution A4 : 0.001839855
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Installation A5 : 4.74473E-05
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Maintenance B2 : 0
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Repair B3 : 0
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Replacement B4 : 0
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Operational Energy Use B6 : 122.1432744
    • Ionizing Radiation Human Health Kbq Of U235 Equiv End Of Life C1 C4 : 0.000507422
    • Ionizing Radiation Human Health Kbq Of U235 Equiv Benefits Loads Beyond System Boundaries D : 0
    • Marine Aquatic Eutrophication Kg Of N Equiv Total Life Cycle : 0.065336969
    • Marine Aquatic Eutrophication Kg Of N Equiv Manufacturing A1 A3 : 0.010230224
    • Marine Aquatic Eutrophication Kg Of N Equiv Distribution A4 : 0.001558207
    • Marine Aquatic Eutrophication Kg Of N Equiv Installation A5 : 3.94258E-05
    • Marine Aquatic Eutrophication Kg Of N Equiv Maintenance B2 : 0
    • Marine Aquatic Eutrophication Kg Of N Equiv Repair B3 : 0
    • Marine Aquatic Eutrophication Kg Of N Equiv Replacement B4 : 0
    • Marine Aquatic Eutrophication Kg Of N Equiv Operational Energy Use B6 : 0.053252041
    • Marine Aquatic Eutrophication Kg Of N Equiv End Of Life C1 C4 : 0.000257071
    • Marine Aquatic Eutrophication Kg Of N Equiv Benefits Loads Beyond System Boundaries D : 0
    • Materials For Energy Recovery Kg Total Life Cycle : 0
    • Materials For Energy Recovery Kg Manufacturing A1 A3 : 0
    • Materials For Energy Recovery Kg Distribution A4 : 0
    • Materials For Energy Recovery Kg Installation A5 : 0
    • Materials For Energy Recovery Kg Maintenance B2 : 0
    • Materials For Energy Recovery Kg Repair B3 : 0
    • Materials For Energy Recovery Kg Replacement B4 : 0
    • Materials For Energy Recovery Kg Operational Energy Use B6 : 0
    • Materials For Energy Recovery Kg End Of Life C1 C4 : 0
    • Materials For Energy Recovery Kg Benefits Loads Beyond System Boundaries D : 0
    • Materials For Recycling Kg Total Life Cycle : 0.00031388
    • Materials For Recycling Kg Manufacturing A1 A3 : 4.27228E-05
    • Materials For Recycling Kg Distribution A4 : 0
    • Materials For Recycling Kg Installation A5 : 0
    • Materials For Recycling Kg Maintenance B2 : 0
    • Materials For Recycling Kg Repair B3 : 0
    • Materials For Recycling Kg Replacement B4 : 0
    • Materials For Recycling Kg Operational Energy Use B6 : 0
    • Materials For Recycling Kg End Of Life C1 C4 : 0.000271157
    • Materials For Recycling Kg Benefits Loads Beyond System Boundaries D : 0
    • Net Use Of Fresh Water M3 Total Life Cycle : 0.190084369
    • Net Use Of Fresh Water M3 Manufacturing A1 A3 : 0.120431758
    • Net Use Of Fresh Water M3 Distribution A4 : 0.000980242
    • Net Use Of Fresh Water M3 Installation A5 : 0.000341462
    • Net Use Of Fresh Water M3 Maintenance B2 : 0
    • Net Use Of Fresh Water M3 Repair B3 : 0
    • Net Use Of Fresh Water M3 Replacement B4 : 0
    • Net Use Of Fresh Water M3 Operational Energy Use B6 : 0.067677949
    • Net Use Of Fresh Water M3 End Of Life C1 C4 : 0.000652958
    • Net Use Of Fresh Water M3 Benefits Loads Beyond System Boundaries D : 0
    • Non Hazardous Waste Disposed Of Kg Total Life Cycle : 15.34582672
    • Non Hazardous Waste Disposed Of Kg Manufacturing A1 A3 : 3.250963766
    • Non Hazardous Waste Disposed Of Kg Distribution A4 : 0.000844622
    • Non Hazardous Waste Disposed Of Kg Installation A5 : 0.160351628
    • Non Hazardous Waste Disposed Of Kg Maintenance B2 : 0
    • Non Hazardous Waste Disposed Of Kg Repair B3 : 0
    • Non Hazardous Waste Disposed Of Kg Replacement B4 : 0
    • Non Hazardous Waste Disposed Of Kg Operational Energy Use B6 : 11.81950877
    • Non Hazardous Waste Disposed Of Kg End Of Life C1 C4 : 0.11415793
    • Non Hazardous Waste Disposed Of Kg Benefits Loads Beyond System Boundaries D : 0
    • Ozone Depletion Kg Equivalent Cfc 11 Total Life Cycle : 2.91269E-06
    • Ozone Depletion Kg Equivalent Cfc 11 Manufacturing A1 A3 : 1.82821E-06
    • Ozone Depletion Kg Equivalent Cfc 11 Distribution A4 : 7.32305E-07
    • Ozone Depletion Kg Equivalent Cfc 11 Installation A5 : 2.46231E-10
    • Ozone Depletion Kg Equivalent Cfc 11 Maintenance B2 : 0
    • Ozone Depletion Kg Equivalent Cfc 11 Repair B3 : 0
    • Ozone Depletion Kg Equivalent Cfc 11 Replacement B4 : 0
    • Ozone Depletion Kg Equivalent Cfc 11 Operational Energy Use B6 : 3.51267E-07
    • Ozone Depletion Kg Equivalent Cfc 11 End Of Life C1 C4 : 6.65864E-10
    • Ozone Depletion Kg Equivalent Cfc 11 Benefits Loads Beyond System Boundaries D : 0
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Total Life Cycle : 0.214477394
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Manufacturing A1 A3 : 0.037126149
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Distribution A4 : 0.005634613
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Installation A5 : 9.63725E-05
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Maintenance B2 : 0
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Repair B3 : 0
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Replacement B4 : 0
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Operational Energy Use B6 : 0.170982213
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv End Of Life C1 C4 : 0.000638048
    • Photochemical Ozone Formation Kg Of Nmvoc Equiv Benefits Loads Beyond System Boundaries D : 0
    • Radioactive Waste Disposed Of Kg Total Life Cycle : 0.00436113
    • Radioactive Waste Disposed Of Kg Manufacturing A1 A3 : 0.001717506
    • Radioactive Waste Disposed Of Kg Distribution A4 : 0.000164989
    • Radioactive Waste Disposed Of Kg Installation A5 : 1.29947E-07
    • Radioactive Waste Disposed Of Kg Maintenance B2 : 0
    • Radioactive Waste Disposed Of Kg Repair B3 : 0
    • Radioactive Waste Disposed Of Kg Replacement B4 : 0
    • Radioactive Waste Disposed Of Kg Operational Energy Use B6 : 0.002473929
    • Radioactive Waste Disposed Of Kg End Of Life C1 C4 : 4.57619E-06
    • Radioactive Waste Disposed Of Kg Benefits Loads Beyond System Boundaries D : 0
    • Terrestrial Eutrophication Mole Of N Equiv Total Life Cycle : 0.929521945
    • Terrestrial Eutrophication Mole Of N Equiv Manufacturing A1 A3 : 0.109379812
    • Terrestrial Eutrophication Mole Of N Equiv Distribution A4 : 0.016901907
    • Terrestrial Eutrophication Mole Of N Equiv Installation A5 : 0.000401437
    • Terrestrial Eutrophication Mole Of N Equiv Maintenance B2 : 0
    • Terrestrial Eutrophication Mole Of N Equiv Repair B3 : 0
    • Terrestrial Eutrophication Mole Of N Equiv Replacement B4 : 0
    • Terrestrial Eutrophication Mole Of N Equiv Operational Energy Use B6 : 0.800200124
    • Terrestrial Eutrophication Mole Of N Equiv End Of Life C1 C4 : 0.002638666
    • Terrestrial Eutrophication Mole Of N Equiv Benefits Loads Beyond System Boundaries D : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Total Life Cycle : 5.030128039
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Manufacturing A1 A3 : 5.030128039
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Distribution A4 : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Installation A5 : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Maintenance B2 : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Repair B3 : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Replacement B4 : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Operational Energy Use B6 : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj End Of Life C1 C4 : 0
    • Total Use Of Non Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Benefits Loads Beyond System Boundaries D : 0
    • Total Use Of Primary Energy During The Life Cycle Mj Total Life Cycle : 2708.228433
    • Total Use Of Primary Energy During The Life Cycle Mj Manufacturing A1 A3 : 202.0412682
    • Total Use Of Primary Energy During The Life Cycle Mj Distribution A4 : 10.32548225
    • Total Use Of Primary Energy During The Life Cycle Mj Installation A5 : 0.071022879
    • Total Use Of Primary Energy During The Life Cycle Mj Maintenance B2 : 0
    • Total Use Of Primary Energy During The Life Cycle Mj Repair B3 : 0
    • Total Use Of Primary Energy During The Life Cycle Mj Replacement B4 : 0
    • Total Use Of Primary Energy During The Life Cycle Mj Operational Energy Use B6 : 2494.809313
    • Total Use Of Primary Energy During The Life Cycle Mj End Of Life C1 C4 : 0.9813467
    • Total Use Of Primary Energy During The Life Cycle Mj Benefits Loads Beyond System Boundaries D : 0
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Total Life Cycle : 411.1460422
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Manufacturing A1 A3 : 9.249605743
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Distribution A4 : 6.75058E-05
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Installation A5 : 5.15613E-05
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Maintenance B2 : 0
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Repair B3 : 0
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Replacement B4 : 0
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Operational Energy Use B6 : 401.8940361
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj End Of Life C1 C4 : 0.002281322
    • Total Use Of Renewable Primary Energy Resources Primary Energy And Primary Energy Resources Used As Raw Materials Mj Benefits Loads Beyond System Boundaries D : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Total Life Cycle : 5.030128039
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Manufacturing A1 A3 : 5.030128039
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Distribution A4 : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Installation A5 : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Maintenance B2 : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Repair B3 : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Replacement B4 : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Operational Energy Use B6 : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj End Of Life C1 C4 : 0
    • Use Of Non Renewable Primary Energy Resources Used As Raw Materials Mj Benefits Loads Beyond System Boundaries D : 0
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Total Life Cycle : 2292.052262
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Manufacturing A1 A3 : 187.7615344
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Distribution A4 : 10.32541474
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Installation A5 : 0.070971318
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Maintenance B2 : 0
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Repair B3 : 0
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Replacement B4 : 0
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Operational Energy Use B6 : 2092.915277
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj End Of Life C1 C4 : 0.979065378
    • Use Of Non Renewable Primary Energy Excluding Non Renewable Primary Energy Resources Used As Raw Materials Mj Benefits Loads Beyond System Boundaries D : 0
    • Use Of Non Renewable Secondary Fuels Mj Total Life Cycle : 0
    • Use Of Non Renewable Secondary Fuels Mj Manufacturing A1 A3 : 0
    • Use Of Non Renewable Secondary Fuels Mj Distribution A4 : 0
    • Use Of Non Renewable Secondary Fuels Mj Installation A5 : 0
    • Use Of Non Renewable Secondary Fuels Mj Maintenance B2 : 0
    • Use Of Non Renewable Secondary Fuels Mj Repair B3 : 0
    • Use Of Non Renewable Secondary Fuels Mj Replacement B4 : 0
    • Use Of Non Renewable Secondary Fuels Mj Operational Energy Use B6 : 0
    • Use Of Non Renewable Secondary Fuels Mj End Of Life C1 C4 : 0
    • Use Of Non Renewable Secondary Fuels Mj Benefits Loads Beyond System Boundaries D : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Total Life Cycle : 3.284568272
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Manufacturing A1 A3 : 3.284568272
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Distribution A4 : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Installation A5 : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Maintenance B2 : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Repair B3 : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Replacement B4 : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Operational Energy Use B6 : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj End Of Life C1 C4 : 0
    • Use Of Renewable Primary Energy Resources Used As Raw Materials Mj Benefits Loads Beyond System Boundaries D : 0
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Total Life Cycle : 407.8614739
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Manufacturing A1 A3 : 5.965037471
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Distribution A4 : 6.75058E-05
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Installation A5 : 5.15613E-05
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Maintenance B2 : 0
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Repair B3 : 0
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Replacement B4 : 0
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Operational Energy Use B6 : 401.8940361
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj End Of Life C1 C4 : 0.002281322
    • Use Of Renewable Primary Energy Excluding Renewable Primary Energy Resources Used As Raw Materials Mj Benefits Loads Beyond System Boundaries D : 0
    • Use Of Renewable Secondary Fuels Mj Total Life Cycle : 0
    • Use Of Renewable Secondary Fuels Mj Manufacturing A1 A3 : 0
    • Use Of Renewable Secondary Fuels Mj Distribution A4 : 0
    • Use Of Renewable Secondary Fuels Mj Installation A5 : 0
    • Use Of Renewable Secondary Fuels Mj Maintenance B2 : 0
    • Use Of Renewable Secondary Fuels Mj Repair B3 : 0
    • Use Of Renewable Secondary Fuels Mj Replacement B4 : 0
    • Use Of Renewable Secondary Fuels Mj Operational Energy Use B6 : 0
    • Use Of Renewable Secondary Fuels Mj End Of Life C1 C4 : 0
    • Use Of Renewable Secondary Fuels Mj Benefits Loads Beyond System Boundaries D : 0
    • Use Of Secondary Materials Kg Total Life Cycle : 3.61463E-05
    • Use Of Secondary Materials Kg Manufacturing A1 A3 : 3.61463E-05
    • Use Of Secondary Materials Kg Distribution A4 : 0
    • Use Of Secondary Materials Kg Installation A5 : 0
    • Use Of Secondary Materials Kg Maintenance B2 : 0
    • Use Of Secondary Materials Kg Repair B3 : 0
    • Use Of Secondary Materials Kg Replacement B4 : 0
    • Use Of Secondary Materials Kg Operational Energy Use B6 : 0
    • Use Of Secondary Materials Kg End Of Life C1 C4 : 0
    • Use Of Secondary Materials Kg Benefits Loads Beyond System Boundaries D : 0
    • Water Use M3 Eq Total Life Cycle : 8.09810617
    • Water Use M3 Eq Manufacturing A1 A3 : 5.106526486
    • Water Use M3 Eq Distribution A4 : 0.042101413
    • Water Use M3 Eq Installation A5 : 0.014665811
    • Water Use M3 Eq Maintenance B2 : 0
    • Water Use M3 Eq Repair B3 : 0
    • Water Use M3 Eq Replacement B4 : 0
    • Water Use M3 Eq Operational Energy Use B6 : 2.906767909
    • Water Use M3 Eq End Of Life C1 C4 : 0.028044551
    • Water Use M3 Eq Benefits Loads Beyond System Boundaries D : 0
    • Air Pollution M3 Total Life Cycle : 0
    • Air Pollution M3 Manufacturing A1 A3 : 0
    • Air Pollution M3 Distribution A4 : 0
    • Air Pollution M3 Installation A5 : 0
    • Air Pollution M3 Maintenance B2 : 0
    • Air Pollution M3 Repair B3 : 0
    • Air Pollution M3 Replacement B4 : 0
    • Air Pollution M3 Operational Energy Use B6 : 0
    • Air Pollution M3 End Of Life C1 C4 : 0
    • Air Pollution M3 Benefits Loads Beyond System Boundaries D : 0
    • Water Pollution M3 Total Life Cycle : 0
    • Water Pollution M3 Manufacturing A1 A3 : 0
    • Water Pollution M3 Distribution A4 : 0
    • Water Pollution M3 Installation A5 : 0
    • Water Pollution M3 Maintenance B2 : 0
    • Water Pollution M3 Repair B3 : 0
    • Water Pollution M3 Replacement B4 : 0
    • Water Pollution M3 Operational Energy Use B6 : 0
    • Water Pollution M3 End Of Life C1 C4 : 0
    • Water Pollution M3 Benefits Loads Beyond System Boundaries D : 0
    • Warranty In Months : 18
  • General Attributes
    • Product Or Component Type : logic controller
    • Range Of Product : Modicon M221
  • Output Attributes
    • Discrete Output Current : 0.5 A
    • Maximum Current Per Output Common : 4:00 AM
  • Environment Attributes
    • ROHS Exemption Information : Yes
    • China ROHS url : https://checkaproduct.se.com/DistantRequestDispatcher.aspx?action=exportPdfRoHSChina&pid=339856904&lang=en-us
    • Take Back : No
    • Recycled Metal Content At Cr Level : 0%
    • China ROHS Regulation : X
    • Mercury Free : Yes
    • Carbon Footprint : 97.25903264
    • Circularity Profile : ENVEOLI1403012EN
    • Environmental Disclosure : ENVPEP1403012EN
    • EU ROHS Directive : Pro-active compliance (Product out of EU RoHS legal scope)
    • Packaging Made With Recycled Cardboard : Yes
    • Packaging Without Single Use Plastic : Yes
    • Reach Regulation : Reference contains Substances of Very High Concern above the threshold
    • Storage Altitude : 0-3000 m
    • Pep Code : ENVPEP1403012EN
    • Pep Verification Date : 11/1/2024
    • PCR Version : PCR-4-ed4-EN-2021 09 06
    • PSR Version : PSR-0005-ed3.1-EN-2023 12 08
    • Type Of Verification For The Pep : Independent internal review
  • Input Attributes
    • Discrete Input Logic : sink or source (positive/negative)
    • Discrete Input Voltage Type : DC
  • Specifications
    • Country of Origin : Taiwan