<table border="1"><tr><th cellId="1292" style="text-align:center" colspan="5">Document Code: Design Specification:HIGH VOLTAGE ELECTRIC INDUCTIONED-P-02.01-04MOTORS (IEC 60034)</th></tr><tr><td cellId="1293" style="text-align:center">Engineer Division</td><td cellId="1294" style="text-align:center">Technical Department</td><td cellId="1295" style="text-align:center">ELECTRICITY</td><td cellId="1296" style="text-align:center">SEPTEMBER 2017</td><td cellId="1297" style="text-align:center">Page 5 of 27</td></tr></table><table border="1"><tr><th cellId="1298" style="text-align:center" colspan="5">Document Code: Design Specification:HIGH VOLTAGE ELECTRIC INDUCTIONED-P-02.01-04MOTORS (IEC 60034)</th></tr><tr><td cellId="1299" style="text-align:center">Engineer Division</td><td cellId="1300" style="text-align:center">Technical Department</td><td cellId="1301" style="text-align:center">ELECTRICITY</td><td cellId="1302" style="text-align:center">SEPTEMBER 2017</td><td cellId="1303" style="text-align:center">Page 5 of 27</td></tr></table><table border="1"><tr><th cellId="1428" style="text-align:center" colspan="5">Document Code: Design Specification:HIGH VOLTAGE ELECTRIC INDUCTIONED-P-02.01-04MOTORS (IEC 60034)</th></tr><tr><td cellId="1429" style="text-align:center">Engineer Division</td><td cellId="1430" style="text-align:center">Technical Department</td><td cellId="1431" style="text-align:center">ELECTRICITY</td><td cellId="1432" style="text-align:center">SEPTEMBER 2017</td><td cellId="1433" style="text-align:center">Page 5 of 27</td></tr></table><table border="1"><tr><th cellId="1434" style="text-align:center" colspan="5">Document Code: Design Specification:HIGH VOLTAGE ELECTRIC INDUCTIONED-P-02.01-04MOTORS (IEC 60034)</th></tr><tr><td cellId="1435" style="text-align:center">Engineer Division</td><td cellId="1436" style="text-align:center">Technical Department</td><td cellId="1437" style="text-align:center">ELECTRICITY</td><td cellId="1438" style="text-align:center">SEPTEMBER 2017</td><td cellId="1439" style="text-align:center">Page 5 of 27</td></tr></table>speed of rotation of motor should be 120 rpm.speed of rotation of motor should be 120 rpm.degree of protection of the motor should be IP55.degree of protection of the motor should be IP55.voltage rating of the motor shall be 110-120 V.voltage rating of the motor shall be 110-120 V.Operating temperature of the motor shall be 120 degree celsius.Operating temperature of the motor shall be 120 degree celsius.The measurement units to be used shall be the International System (SI), or the Anglo-saxon system of units, to be stablished at the beginning of the Project.The measurement units to be used shall be the International System (SI), or the Anglo-saxon system of units, to be stablished at the beginning of the Project.The measurement units to be used shall be the International System (SI), or the Anglo-saxon system of units, to be stablished at the beginning of the Project.The measurement units to be used shall be the International System (SI), or the Anglo-saxon system of units, to be stablished at the beginning of the Project.For other terms and abbreviations included in this specification, the definitions to consider shall be the ones established in the reference IEC standard 60034.For other terms and abbreviations included in this specification, the definitions to consider shall be the ones established in the reference IEC standard 60034.For other terms and abbreviations included in this specification, the definitions to consider shall be the ones established in the reference IEC standard 60034.For other terms and abbreviations included in this specification, the definitions to consider shall be the ones established in the reference IEC standard 60034.The motor shall be suitable for continuous operation to nominal power respecting the limits of temperature indicated in IEC standard 60034 located outdoors, without protection and in the following conditions:The motor shall be suitable for continuous operation to nominal power respecting the limits of temperature indicated in IEC standard 60034 located outdoors, without protection and in the following conditions:The motor shall be suitable for continuous operation to nominal power respecting the limits of temperature indicated in IEC standard 60034 located outdoors, without protection and in the following conditions:The motor shall be suitable for continuous operation to nominal power respecting the limits of temperature indicated in IEC standard 60034 located outdoors, without protection and in the following conditions:Chemically aggressive atmosphere, salty, dusty and corrosive, common to industrial facilities.Chemically aggressive atmosphere, salty, dusty and corrosive, common to industrial facilities.Chemically aggressive atmosphere, salty, dusty and corrosive, common to industrial facilities.Chemically aggressive atmosphere, salty, dusty and corrosive, common to industrial facilities.More restrictive conditions will be detailed in the BDD document and/or in the particular documentation of the project (data sheets, particular requisition, etc.)More restrictive conditions will be detailed in the BDD document and/or in the particular documentation of the project (data sheets, particular requisition, etc.)More restrictive conditions will be detailed in the BDD document and/or in the particular documentation of the project (data sheets, particular requisition, etc.)More restrictive conditions will be detailed in the BDD document and/or in the particular documentation of the project (data sheets, particular requisition, etc.)Unless indicated otherwise in the project documents, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with variations of voltage and frequency within the limits of “zone A” (defined in the standard IEC 60034-1), without exceeding the temperature rise defined for the insulation systems of thermal class B (80K).Unless indicated otherwise in the project documents, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with variations of voltage and frequency within the limits of “zone A” (defined in the standard IEC 60034-1), without exceeding the temperature rise defined for the insulation systems of thermal class B (80K).Unless indicated otherwise in the project documents, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with variations of voltage and frequency within the limits of “zone A” (defined in the standard IEC 60034-1), without exceeding the temperature rise defined for the insulation systems of thermal class B (80K).Unless indicated otherwise in the project documents, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with variations of voltage and frequency within the limits of “zone A” (defined in the standard IEC 60034-1), without exceeding the temperature rise defined for the insulation systems of thermal class B (80K).Furthermore, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with voltage and frequency variations exceeding the limits of ”zone A”, within zone B, but without exceeding the temperature rise permitted by the insulation system of thermal class B by more than 10K.Furthermore, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with voltage and frequency variations exceeding the limits of ”zone A”, within zone B, but without exceeding the temperature rise permitted by the insulation system of thermal class B by more than 10K.Furthermore, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with voltage and frequency variations exceeding the limits of ”zone A”, within zone B, but without exceeding the temperature rise permitted by the insulation system of thermal class B by more than 10K.Furthermore, the motors will be suitable for continuous running at rated output (at ambient temperature and at the voltage and frequency values defined in the project documents) with voltage and frequency variations exceeding the limits of ”zone A”, within zone B, but without exceeding the temperature rise permitted by the insulation system of thermal class B by more than 10K.Unless otherwise specified in the project documentation, motors shall comply with the following requirements:Unless otherwise specified in the project documentation, motors shall comply with the following requirements:Unless otherwise specified in the project documentation, motors shall comply with the following requirements:Unless otherwise specified in the project documentation, motors shall comply with the following requirements:a) The motors shall be prepared on-line starting.a) The motors shall be prepared on-line starting.a) The motors shall be prepared on-line starting.a) The motors shall be prepared on-line starting.Based on the characteristics of the equipment being operated, the motor manufacturer shall specify any limitations and recommend the most appropriate motor for each specific case.Based on the characteristics of the equipment being operated, the motor manufacturer shall specify any limitations and recommend the most appropriate motor for each specific case.Based on the characteristics of the equipment being operated, the motor manufacturer shall specify any limitations and recommend the most appropriate motor for each specific case.Based on the characteristics of the equipment being operated, the motor manufacturer shall specify any limitations and recommend the most appropriate motor for each specific case.2 DEFINITIONS © REPSOL S. A. Madrid, last update 2004-20172 DEFINITIONS © REPSOL S. A. Madrid, last update 2004-20172 DEFINITIONS © REPSOL S. A. Madrid, last update 2004-20172 DEFINITIONS © REPSOL S. A. Madrid, last update 2004-2017In addition, manuals are subject to change without notice.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentThis document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codePlease contact your local Siemens office to order a current version or refer to our website.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentThis document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codePlease contact your local Siemens office to order a current version or refer to our website.In addition, manuals are subject to change without notice.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentThis document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codePlease contact your local Siemens office to order a current version or refer to our website.In addition, manuals are subject to change without notice.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentIn addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeEXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentThis document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codePlease contact your local Siemens office to order a current version or refer to our website.In addition, manuals are subject to change without notice.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentIn addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeEXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentThis document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codePlease contact your local Siemens office to order a current version or refer to our website.In addition, manuals are subject to change without notice.In addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeEXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentIn addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentThis document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codePlease contact your local Siemens office to order a current version or refer to our website.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentThis document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeIn addition, manuals are subject to change without notice.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeIn addition, manuals are subject to change without notice.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentPlease contact your local Siemens office to order a current version or refer to our website.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeIn addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.EXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentIn addition, manuals are subject to change without notice.In addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeEXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentIn addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeEXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender documentIn addition, manuals are subject to change without notice.Please contact your local Siemens office to order a current version or refer to our website.This document is valid for ACUSON SC2000 and ACUSON SC2100 Ultrasound Systems with MSS 123-456 standard codeEXTID-3 - Ultrasound Systems for example XT12, XL419 etc. with EU-123 regulation are also covered in this tender document