Environmental Data Sheet Page 1 ENVIRONMENTAL DATA SHEET Dell Inc. PRODUCT: OptiPlex™ GX280 Mini Tower www.dell.com SYSTEM DIMENSION AND WEIGHT Depth, cm Width, cm Height, cm Weight, kg 43.8 41.1 18.7 14.3 depending on options installed DECLARATIONS AND CERTIFICATIONS This system received the following approvals and may be labeled with one or more of these marks depending on point of purchase: Approvals Certificate # Yes / No / N/A • USA: Energy Star N/A Yes • TUV-GS (visual ergonomics - systems without LCDs: ISO 9241 -3/-8 -- portables: ISO 9241-4, ISO 13406, and DIN 2137) N/A Yes • Nordic: TCO’99 99:0501:2872 Yes • Germany: Blue Angel TBD TBD PERFORMANCE DATA1 Electromagnetic Compatibility Systems marked with the symbol “CE” indicate compliance to the EMC Directive and the Low Voltage Directive of the European Union. System Configuration The Energy Consumption and Declared Noise Emissions data is based on a configuration including an Intel® Pentium® 4 550 processor, 1024 MB of memory, 80 GB hard drive,and a CDRW/DVD, Floppy Drive, and Video Card. Energy Consumption Service Level Energy Consumption (Wattage) Heat Dissipation (BTU/hr) Description of Service Level Energy Save Requirements Meets EU Eco label (2001/686/EC and 2001/687/EC) Yes / No / N/A *Maximum 195.04 667.04 The system is running programs to maximize the power consumption. N/A Minimum 103.67 354.55 The system is in a waiting mode, such as at the MS-DOS prompt. N/A ACPI S3 1.75 5.99 The system is in a low-power sleep mode. Yes Off 1.03 3.52 The system is turned off but is still connected to its AC power source. Yes Power Supply N/A N/A AC adapter is connected to mains with portable detached (portables only). N/A Energy consumption is tested at 230 Volts / 50 Hz. Heat dissipation is calculated based on the measured watts, assuming the service level is attained for one hour. Off data is not meant to show compliance to US Executive Order 13221. When applicable, Dell product information related to US Executive Order 13221 may be obtained at: http://oahu.lbl.gov/index.html. *Maximum Energy Consumption results are based solely upon the testing of the System Configuration listed above. Declared Noise Emissions in accordance with ISO 9296 Service Level Sound Power (LWAd, bels) (1 bel=10 decibels, re 10-12 Watts) Sound Pressure Operator Position (LpAm, decibels) (re 2x10-5 Pa) Floppy Drive Accessing 4.8 39.4 Hard Drive Accessing 3.8 28.2 CD Drive Accessing 5.4 41.1 Idle 3.6 27.4 1 This document is informational only and reflects laboratory performance. Your product may perform differently, depending on the software, components and peripherals you ordered. Accordingly, the customer should not rely upon this information in making decisions about electrical tolerances or otherwise. No warranty as to accuracy or completeness is expressed or implied. The information in this document may change without notice; please note the revision number on the last page.Environmental Data Sheet Page 1 ENVIRONMENTAL DATA SHEET Dell Inc. PRODUCT: 1704FPVt www.dell.com SYSTEM DIMENSION AND WEIGHT Depth, cm Width, cm Height, cm Weight, kg 21.38 37.6 38.44 or 54.82 6.12 (monitor only) DECLARATIONS AND CERTIFICATIONS This system received the following approvals and may be labeled with one or more of these marks depending on point of purchase: Approvals Certificate # Yes / No / N/A • USA: Energy Star N/A Yes • TUV-GS (visual ergonomics - systems without LCDs: ISO 9241 -3/-8 -- portables: ISO 9241-4, ISO 13406, and DIN 2137) S50043167 Yes • Nordic: TCO’99 99:0409:2751 Yes • Nordic: TCO’03 03:0408:284 Yes PERFORMANCE DATA1 Electromagnetic Compatibility Systems marked with the symbol “CE” indicate compliance to the EMC Directive and the Low Voltage Directive of the European Union. Energy Consumption Service Level Energy Consumption (Wattage) Heat Dissipation (BTU/hr) Description of Service Level Energy Save Requirements Meets EU Eco label (2001/686/EC and 2001/687/EC) Yes / No / N/A *Maximum 53 181.26 The system is running programs to maximize the power consumption. N/A Typical 27.1 92.682 The system is in a waiting mode, such as at the MS-DOS prompt. N/A ACPI S3 1.1 3.762 The system is in a low-power sleep mode. Yes Off 1.1 3.762 The system is turned off but is still connected to its AC power source. N/A Power Supply 0.4 1.368 AC adapter is connected to mains with portable detached (portables only). N/A Energy consumption is tested at 230 Volts / 50 Hz. Heat dissipation is calculated based on the measured watts, assuming the service level is attained for one hour. Off data is not meant to show compliance to US Executive Order 13221. When applicable, Dell product information related to US Executive Order 13221 may be obtained at: http://oahu.lbl.gov/index.html. 1 This document is informational only and reflects laboratory performance. Your product may perform differently, depending on the software, components and peripherals you ordered. Accordingly, the customer should not rely upon this information in making decisions about electrical tolerances or otherwise. No warranty as to accuracy or completeness is expressed or implied. The information in this document may change without notice; please note the revision number on the last page.Environmental Data Sheet Page 1 ENVIRONMENTAL DATA SHEET Dell Inc. PRODUCT: Precision M20 www.dell.com SYSTEM DIMENSION AND WEIGHT Depth, cm Width, cm Height, cm Weight, kg 25.9 31.5 3.4 2.2 DECLARATIONS AND CERTIFICATIONS This system received the following approvals and may be labeled with one or more of these marks depending on point of purchase: Approvals Certificate # Yes / No / N/A • USA: Energy Star capable N/A Yes • TUV-GS (visual ergonomics - systems without LCDs: ISO 9241 -3/-8 -- portables: ISO 9241-4, ISO 13406, and DIN 2137) N/A Yes • Nordic: TCO’99 N/A N/A • Germany: Blue Angel N/A N/A PERFORMANCE DATA1 Electromagnetic Compatibility Systems marked with the symbol “CE” indicate compliance to the EMC Directive and the Low Voltage Directive of the European Union. System Configuration The Energy Consumption and Declared Noise Emissions data is based on a configuration including an Intel® Pentium 4 1.9 GHz processor, 512MB memory, 30GB hard drive and a CDRW. Energy Consumption Service Level Energy Consumptio n (Wattage) Heat Dissipatio n (BTU/hr) Description of Service Level Energy Save Requirements Meets EU Eco label (2001/686/EC and 2001/687/EC) Yes / No / N/A *Maximum 29.7 101.8 The system is running programs to maximize the power consumption. N/A Minimum 22.1 75.6 The system is in a waiting mode, such as at the MS-DOS prompt. N/A ACPI S3 3.0 10.3 The system is in a low-power sleep mode. Yes Off 2.9 9.8 The system is turned off but is still connected to its AC power source. Yes Power Supply 0.8 N/A AC adapter is connected to mains with portable detached (portables only). N/A *Maximum Energy Consumption results are based solely upon the testing of the System Configuration listed above. 1 This document is informational only and reflects laboratory performance. Your product may perform differently, depending on the software, components and peripherals you ordered. Accordingly, the customer should not rely upon this information in making decisions about electrical tolerances or otherwise. No warranty as to accuracy or completeness is expressed or implied. The information in this document may change without notice; please note the revision number on the last page.Fan Data: AX10JL30P-8CSF Circular Cased Axial Fan Selection Criteria Design Flow (l/s) 0 Design Pressure (Pa) 0 Achieved Flow (l/s) 0.000 Achieved Pressure (Pa) 0.000 Temperature (degrees) 21 Altitude (m) 0 Data Output Diameter (mm) 1000 Weight (kg) 80 Impeller Adjustable Pitch Axial Material GRP Impeller Blades 9 Pitch Angle (degrees) 30 Speed (RPS) 12 Test Method: Motor Data Rated (kW) 0.75 Full Load Current (A) 2.12 Type Single Speed Class Standard Speed (RPS) 12 Frame Size (mm) 100L Voltage (V) 415 Mount FOOT Phase 3 Shaft Size (mm) 28 Hz 50 Sound Data Sound Power Spectrum dB Total The sound power level ratings are shown in decibels & referred to 10 -12watts SPL@3m Location 63 125 250 500 1k 2k 4k 8k dB(A) Type D (LWi) 72 73 76 70 72 69 68 60 56 Type D (LWo) 75 74 77 70 72 68 66 59 55 Test Method Based on Tests to AMCA 300 1996 Notes Ratings include the effects of duct end correction Dimensions Wiring The above diagram is a guide only. The fan must be connected on site according to the information supplied under the junction box cover or on the motor nameplate. Comments Axus Circular 8 Pole Axus circular inline axial flow fan manufactured from galvanised steel. Fan incorporates inlet and outlet flanges with pre-drilled bolt holes, an inspection hatch and an external terminal box. Fans Direct Pty Ltd, 2/63 Wells Road, Chelsea Heights, Victoria, 3196, Australia Printed 10/05/2010 @ 03:10pm T:1300 733 833 (within Australia) F: +61(3) 9773 3811 E: [email protected] I: www.fansdirect.com.au DISCLAIMER: Fans Direct reserve the right to make changes without notices © Fans Direct Pty Ltd 2009 All rights reserved to products as part of their continuous improvement process. Vv.2009.0.4.26Fan Data: LE10TC15P-8DSF Vertical Discharge Axial Flow Unit Selection Criteria Design Flow (l/s) 0 Design Pressure (Pa) 0 Achieved Flow (l/s) 0.000 Achieved Pressure (Pa) 0.000 Temperature (degrees) 21 Altitude (m) 0 Data Output Diameter (mm) 1000 Weight (kg) 183 Impeller Adjustable Pitch Axial Material GRP Impeller Blades 8 Pitch Angle (degrees) 15 Speed (RPS) 12 Test Method: Motor Data Rated (kW) 1.1 Full Load Current (A) 2.91 Type Single Speed Class Standard Speed (RPS) 12 Frame Size (mm) 100L Voltage (V) 415 Mount FOOT Phase 3 Shaft Size (mm) 28 Hz 50 Sound Data Sound Power Spectrum dB Total The sound power level ratings are shown in decibels & referred to 10 -12watts SPL@3m Location 63 125 250 500 1k 2k 4k 8k dB(A) Type D (LW) 83 85 84 83 79 75 67 63 63 Test Method Test Method BS848-2 1985 Notes Ratings include the effects of duct end correction Dimensions Wiring The above diagram is a guide only. The fan must be connected on site according to the information supplied under the junction box cover or on the motor nameplate. Comments LE - 8 Pole, Vertical Discharge API Axial Exhaust Vertical discharge, roof mounted adjustable pitch axial fan unit. Bases and casings are of hot dipped galvanised steel construction. The wind bands and shutter flaps are manufactured from galvanised steel. The flap mounting mechanism is designed to provide full weather protection. Fans Direct Pty Ltd, 2/63 Wells Road, Chelsea Heights, Victoria, 3196, Australia Printed 10/05/2010 @ 03:14pm T:1300 733 833 (within Australia) F: +61(3) 9773 3811 E: [email protected] I: www.fansdirect.com.au DISCLAIMER: Fans Direct reserve the right to make changes without notices © Fans Direct Pty Ltd 2009 All rights reserved to products as part of their continuous improvement process. Vv.2009.0.4.26Fan Data: LE11JS25P-6FSF Vertical Discharge Axial Flow Unit Selection Criteria Design Flow (l/s) 0 Design Pressure (Pa) 0 Achieved Flow (l/s) 0.000 Achieved Pressure (Pa) 0.000 Temperature (degrees) 21 Altitude (m) 0 Data Output Diameter (mm) 1120 Weight (kg) 180 Impeller Adjustable Pitch Axial Material GRP Impeller Blades 12 Pitch Angle (degrees) 25 Speed (RPS) 16 Test Method: Motor Data Rated (kW) 2.2 Full Load Current (A) 4.83 Type Single Speed Class Standard Speed (RPS) 16 Frame Size (mm) 112M Voltage (V) 415 Mount FOOT Phase 3 Shaft Size (mm) 28 Hz 50 Sound Data Sound Power Spectrum dB Total The sound power level ratings are shown in decibels & referred to 10 -12watts SPL@3m Location 63 125 250 500 1k 2k 4k 8k dB(A) Type D (LWi) 79 76 88 74 80 77 76 64 64 Type D (LWo) 82 77 89 74 79 75 74 63 63 Test Method Based on Tests to AMCA 300 1996 Notes Ratings include the effects of duct end correction Dimensions Wiring The above diagram is a guide only. The fan must be connected on site according to the information supplied under the junction box cover or on the motor nameplate. Comments LE - 6 Pole, Vertical Discharge API Axial Exhaust Vertical discharge, roof mounted adjustable pitch axial fan unit. Bases and casings are of hot dipped galvanised steel construction. The wind bands and shutter flaps are manufactured from galvanised steel. The flap mounting mechanism is designed to provide full weather protection. Fans Direct Pty Ltd, 2/63 Wells Road, Chelsea Heights, Victoria, 3196, Australia Printed 10/05/2010 @ 03:23pm T:1300 733 833 (within Australia) F: +61(3) 9773 3811 E: [email protected] I: www.fansdirect.com.au DISCLAIMER: Fans Direct reserve the right to make changes without notices © Fans Direct Pty Ltd 2009 All rights reserved to products as part of their continuous improvement process. Vv.2009.0.4.26Fan Data: LE80JL25P-4GSF Vertical Discharge Axial Flow Unit Selection Criteria Design Flow (l/s) 0 Design Pressure (Pa) 0 Achieved Flow (l/s) 0.000 Achieved Pressure (Pa) 0.000 Temperature (degrees) 21 Altitude (m) 0 Data Output Diameter (mm) 800 Weight (kg) 140 Impeller Adjustable Pitch Axial Material GRP Impeller Blades 9 Pitch Angle (degrees) 25 Speed (RPS) 24 Test Method: Motor Data Rated (kW) 3 Full Load Current (A) 5.9 Type Single Speed Class Standard Speed (RPS) 24 Frame Size (mm) 100L Voltage (V) 415 Mount FOOT Phase 3 Shaft Size (mm) 28 Hz 50 Sound Data Sound Power Spectrum dB Total The sound power level ratings are shown in decibels & referred to 10 -12watts SPL@3m Location 63 125 250 500 1k 2k 4k 8k dB(A) Type D (LWi) 85 82 94 80 86 83 82 70 70 Type D (LWo) 88 83 95 80 85 81 80 69 69 Test Method Based on Tests to AMCA 300 1996 Notes Ratings include the effects of duct end correction Dimensions Wiring The above diagram is a guide only. The fan must be connected on site according to the information supplied under the junction box cover or on the motor nameplate. Comments LE - 4 Pole, Vertical Discharge API Axial Exhaust Vertical discharge, roof mounted adjustable pitch axial fan unit. Bases and casings are of hot dipped galvanised steel construction. The wind bands and shutter flaps are manufactured from galvanised steel. The flap mounting mechanism is designed to provide full weather protection. Fans Direct Pty Ltd, 2/63 Wells Road, Chelsea Heights, Victoria, 3196, Australia Printed 10/05/2010 @ 03:24pm T:1300 733 833 (within Australia) F: +61(3) 9773 3811 E: [email protected] I: www.fansdirect.com.au DISCLAIMER: Fans Direct reserve the right to make changes without notices © Fans Direct Pty Ltd 2009 All rights reserved to products as part of their continuous improvement process. Vv.2009.0.4.26Fan Data: DP10AA25P-4HSF Square Plate Axial Supply/Exhaust Fan Selection Criteria Design Flow (l/s) 0 Design Pressure (Pa) 0 Achieved Flow (l/s) 0.000 Achieved Pressure (Pa) 0.000 Temperature (degrees) 21 Altitude (m) 0 Data Output Diameter (mm) 1000 Weight (kg) 122 Impeller Wall Industrial Duty Material GRP Impeller Blades 9 Pitch Angle (degrees) 25 Speed (RPS) 24 Test Method: Motor Data Rated (kW) 4 Full Load Current (A) 7.68 Type Single Speed Class Standard Speed (RPS) 24 Frame Size (mm) 112M Voltage (V) 415 Mount FOOT Phase 3 Shaft Size (mm) 28 Hz 50 Sound Data Sound Power Spectrum dB Total The sound power level ratings are shown in decibels & referred to 10 -12watts SPL@3m Location 63 125 250 500 1k 2k 4k 8k dB(A) Breakout (LW) 84 99 88 92 90 83 73 66 73 Test Method Test method AMCA 300 1996 Notes Ratings include the effects of duct end correction Dimensions Wiring The above diagram is a guide only. The fan must be connected on site according to the information supplied under the junction box cover or on the motor nameplate. Comments Axus Square Plate, 4 Pole Axus square plate axial flow fan manufactured in hot dipped galvanised steel with bell mouth inlet and corrosion resistant inlet finger guard. Fans Direct Pty Ltd, 2/63 Wells Road, Chelsea Heights, Victoria, 3196, Australia Printed 10/05/2010 @ 03:26pm T:1300 733 833 (within Australia) F: +61(3) 9773 3811 E: [email protected] I: www.fansdirect.com.au DISCLAIMER: Fans Direct reserve the right to make changes without notices © Fans Direct Pty Ltd 2009 All rights reserved to products as part of their continuous improvement process. Vv.2009.0.4.26Fan Data: AC71AA30P-4JSF Circular Contra Rotating Axial Fan Selection Criteria Design Flow (l/s) 0 Design Pressure (Pa) 0 Achieved Flow (l/s) 0.000 Achieved Pressure (Pa) 0.000 Temperature (degrees) 21 Altitude (m) 0 Data Output Diameter (mm) 710 Weight (kg) 170 Impeller Adjustable Pitch Axial Material GRP Impeller Blades 9 Pitch Angle (degrees) 30 Speed (RPS) 24 Test Method: ISO5801 Test Arrangement: Type D - Ducted Motor Data Rated (kW) 5.5 Full Load Current (A) 10.3 Type Single Speed Class Standard Speed (RPS) 24 Frame Size (mm) 132S Voltage (V) 415 Mount FOOT Phase 3 Shaft Size (mm) 38 Hz 50 Sound Data Sound Power Spectrum dB Total The sound power level ratings are shown in decibels & referred to 10 -12watts SPL@3m Location 63 125 250 500 1k 2k 4k 8k dB(A) Breakout (LW) 90 89 101 90 77 72 67 61 72 Test Method Test method AMCA 300 1996 Notes Ratings include the effects of duct end correction Dimensions Wiring The above diagram is a guide only. The fan must be connected on site according to the information supplied under the junction box cover or on the motor nameplate. Comments Axus Circular Contra Rotating (AXC) 4 Pole, GRP/G Axus contra-rotating inline axial flow fan manufactured from galvanised steel. Fan incorporates inlet and outlet flanges with pre- drilled bolt holes, an inspection hatch and an external terminal box. Fans Direct Pty Ltd, 2/63 Wells Road, Chelsea Heights, Victoria, 3196, Australia Printed 10/05/2010 @ 03:28pm T:1300 733 833 (within Australia) F: +61(3) 9773 3811 E: [email protected] I: www.fansdirect.com.au DISCLAIMER: Fans Direct reserve the right to make changes without notices © Fans Direct Pty Ltd 2009 All rights reserved to products as part of their continuous improvement process. Vv.2009.0.4.26www.mwm.net TCG 2020 1200 – 2000 kWel at 1500 min-1 (50 Hz)Technical data 50 Hz – Natural gas applications NO X <= 500 mg /mn3 1) Minimum methane number MN 80 dry exhaust manifolds Engine type TCG 2020 V12 TCG 2020 V16 TCG 2020 V20 Engine power 2) kW 1235 1605 2056 Speed min-1 1500 1500 1500 Mean effective pressure bar 18.6 18.1 18.6 Exhaust temperature approx. °C 414 423 424 Exhaust mass flow wet approx. kg/h 6407 8422 10688 Combustion air mass flow 2) approx. kg/h 6203 8155 10349 Combustion air temperature minimum/design °C 20/25 20/25 20/25 Ventilation air flow 3) approx. kg/h 29356 38242 49239 Engine parameters Bore/stroke mm 170/195 170/195 170/195 Displacement dm3 53.1 70.8 88.5 Compression ratio 13.5 : 1 13.5 : 1 13.5 : 1 Mean piston speed m/s 9.8 9.8 9.8 Lube oil content 4) dm3 205 265 300 Typical mean lube oil consumption 5) g/kWh 0.20 0.20 0.20 Generator Effciency 6) % 97.2 97.2 97.3 Energy balance Electrical power 6) kW 1200 1560 2000 Jacket water heat ± 8 % kW 606 790 978 Intercooler LT heat 7) ± 8 % kW 106 134 178 Exhaust cooled to 120 °C ± 8 % kW 591 796 1012 Engine radiation heat kW 40 52 70 Generator radiation heat kW 35 45 56 Fuel consumption 8) + 5 % kW 2750 3606 4583 Electrical effciency % 43.7 43.3 43.7 Thermal effciency % 43.5 44.0 43.3 Total effciency % 87.2 87.3 87.0 System parameters Engine jacket water flow rate min./max. m3/h 36/56 50/65 60/85 Engine KVS-value 9) m3/h 42 46 66 Intercooler coolant flow rate m3/h 35 35 40 Intercooler K VS-value 9) m3/h 30 30 72 Engine jacket water volume dm3 111 151 210 Intercooler coolant volume dm3 28 28 52 Engine jacket water temperature max. 10) °C 80/93 80/93 80/93 – with glycol 10) °C (80/93) (80/93) (80/93) Intercooler coolant temperature 10) °C 38/40.7 38/41.4 38/41.9 Exhaust backpressure min./max. mbar 30/50 30/50 30/50 Maximum pressure loss in front of air cleaner mbar 5 5 5 Gas flow pressure, fxed between (pressure variation +/– 10 %) mbar 20…200 20…200 20…200 Starter battery 24 V, capacity required Ah 430 430 430 Air bottle, volume/pressure 11) dm3/bar — — 2000/30Technical data 50 Hz – Sewage, bio and landfll gas applications NO X <= 500 mg/mn3 1) Minimum heating value (LHV) = 5.0 kWh/mn3 Sewage gas (65 % CH4 / 35 % CO2) dry exhaust manifolds Biogas (60 % CH4 / 32 % CO2, rest N2) Landfll gas (50 % CH4 / 27 % CO2, rest N2) Engine type TCG 2020 V12 TCG 2020 V16 TCG 2020 V20 Engine power 2) kW 1235 1605 2056 Speed min-1 1500 1500 1500 Mean effective pressure bar 18.6 18.1 18.6 Exhaust temperature approx. °C 443 447 445 Exhaust mass flow wet approx. kg/h 6458 8447 10765 Combustion air mass flow 2) approx. kg/h 5947 7778 9914 Combustion air temperature minimum/design °C 20/25 20/25 20/25 Ventilation air flow 3) approx. kg/h 29308 38112 48881 Generator Effciency 6) % 97.2 97.2 97.3 Energy balance Electrical power 6) kW 1200 1560 2000 Jacket water heat ± 8 % kW 636 840 1050 Intercooler LT heat 7) ± 8 % kW 95 130 165 Exhaust cooled to 150 °C ± 8 % kW 619 815 1035 Engine radiation heat kW 40 52 69 Generator radiation heat kW 35 45 56 Fuel consumption 8) + 5 % kW 2858 3745 4762 Electrical effciency % 42.0 41.7 42.0 Thermal effciency % 43.9 44.2 43.8 Total effciency % 85.9 85.9 85.8 System parameters Engine jacket water flow rate min./max. m3/h 36/56 50/65 60/85 Engine KVS-value 9) m3/h 42 46 66 Intercooler coolant flow rate m3/h 35 35 40 Intercooler K VS-value 9) m3/h 30 30 72 Engine jacket water volume dm3 111 151 210 Intercooler coolant volume dm3 28 28 52 Engine jacket water temperature max. 10) °C 80/93 80/93 80/93 – with glycol 10) °C (80/93) (80/93) (80/93) Intercooler coolant temperature 10) °C 50/52.4 50/53.3 50/53.7 Exhaust backpressure min./max. mbar 30/50 30/50 30/50 Maximum pressure loss in front of air cleaner mbar 5 5 5 Gas flow pressure, fxed between (pressure variation +/– 10 %) mbar 20…200 20…200 20…200 Starter battery 24 V, capacity required Ah 430 430 430 Air bottle, volume/pressure 11) dm3/bar — — 2000/30 1) Exhaust emissions with oxidizing catalyst: NOX < 0.50 g NO2/mn3 dry exhaust gas at 5 % O2 2) Engine power ratings and combustion air volume flows acc. to ISO 3046/1 3) Intake air flow at delta T = 15 K including combustion air 4) Including pipes and heat exchangers 5) This values are the mean lube oil consumption between maintenance steps which include an E 60 service. Also the procedures defned in the TPI 1111-E-06-02 and the Technical Circular TR 0199-99-2105 are to be carefully followed. 6) At 50 Hz, U = 0.4 kV, power factor = 1; in medium voltage, electrical effciency may be reduced 7) At 40 °C water inlet (50 °C for biogas) 8) With a tolerance of + 5 % 9) The KVS-value is the parameter for the pressure loss in the cooling system (= flowrate for 1 bar pressure loss) 10) Inlet /outlet 11) Option air starter motor for V 20 Data for special gas and dual gas operation on request. The values given in this data sheet are for information purposes only and not binding. The information given in the offer is decisive.Your benefts • Package of favorable investment and low operating costs. • Low energy consumption thanks to maximum primary energy utilization. • Long service intervals and ease of service guarantee additional cost savings. • Effcient energy conversion with outstanding performance. • Intercooling permits maximum power even when using gases with low methane numbers. • Reliable control and monitoring with high safety standards ensure optimum combustion and maximum engine protection. • All governing, service, control and monitoring functions are easy and comfortable to operate. Characteristics • State-of-the-art 12, 16 and 20 cylinder V-engines. • Air-fuel turbocharging and two-stage intercooling. • Single cylinder heads with four-valve technology. • Centrally arranged industrial spark plug with intensive plug seat cooling. • Microprocessorcontrolled high-voltage ignition system. • One ignition coil per cylinder. • Electronic control and monitoring of genset operation through TEM. • Exhaust emissions controlled according to combustion chamber temperature. Version 05/09/E Dimensions 50 Hz Genset TCG 2020 V12 TCG 2020 V16 TCG 2020 V20 Length mm 5500 6300 7300 Width mm 1800 1800 1800 Height mm 2500 2500 2600 Dry weight genset kg 10400 13800 17300 Noise emissions* 50 Hz Noise frequency band Hz 63 125 250 500 1000 2000 4000 8000 Engine type TCG 2020 V12 Exhaust noise 119 dB (A) dB (lin) 116 122 121 118 110 110 108 107 Air-borne noise 103 dB (A) dB (lin) 102 95 96 96 97 95 95 97 Engine type TCG 2020 V16 Exhaust noise 120 dB (A) dB (lin) 117 127 119 116 114 113 110 103 Air-borne noise 107.6 dB (A) dB (lin) 102 90 95 94 97 96 99 107 Engine type TCG 2020 V20 Exhaust noise 123.9 dB (A) dB (lin) 120 129 122 119 118 117 114 108 Air-borne noise 107.1 dB (A) dB (lin) 104 102 97 100 101 101 99 100 Exhaust noise at 1 m, 45°, ± 2.5 dB (A) Air-borne noise at 1 m from the side, ± 1 dB (A) *Values apply to natural gas applications, measured as noise pressure level. MWM Group Mail: [email protected] Web: www.mwm.net