This document provides operating and maintenance instructions for a BOMAG single drum roller. It includes sections on safety regulations, indicators and controls, operation, maintenance, and troubleshooting. The technical data section specifies the machine's dimensions, weights, travel characteristics, engine details, and other specifications. Safety is a primary focus, with warnings about only using the machine as intended and following all instructions.
Rapid visual screening (RVS) is a procedure to assess building safety and seismic risk by visually identifying a building's structural system and vulnerabilities. The document discusses conducting RVS in Gangtok to screen for earthquake safety. It provides context on population and earthquake intensities. Guidelines are given on screening for issues like soft stories, floating columns, reinforcement, pounding between buildings. The screening aims to classify buildings based on risk to prioritize retrofitting to reduce seismic risk.
Rapid visual screening (RVS) is a procedure to assess building safety and seismic risk by visually identifying a building's structural system and vulnerabilities. The document discusses conducting RVS in Gangtok to screen for earthquake safety. It provides context on population and earthquake intensities. Guidelines are given on screening for issues like soft stories, floating columns, reinforcement, pounding between buildings. The screening aims to classify buildings based on risk to prioritize retrofitting to reduce seismic risk.
Balok komposit vs balok biasa - afret nobelAfret Nobel
Dokumen tersebut membandingkan struktur baja yang menggunakan balok biasa dan balok komposit. Analisis menunjukkan bahwa penggunaan balok komposit dapat mereduksi berat baja, mengurangi tinggi balok, meningkatkan kekakuan lantai, dan memperpanjang rentang balok.
This document outlines a procedure to determine the aggregate impact value (AIV) of road construction aggregates. The AIV test involves compacting a sample of aggregates, subjecting it to 15 blows from a hammer, and calculating the percentage of fines generated that pass through a 2.36mm sieve. An AIV below 10% indicates an aggregate is exceptionally strong for road surfacing, while above 35% is too weak. The summarized experiment found an AIV of 15.82% for a tested sample, indicating it is sufficiently strong.
Analisis beban jembatan Sarjito II Yogyakarta meliputi berat sendiri, beban mati tambahan, beban lalu lintas, gaya rem, beban pejalan kaki, pengaruh temperatur, dan beban angin. Jembatan dirancang untuk menanggung berat beton, aspal, air hujan, serta beban tambahan seperti penerangan dan pemeliharaan. Beban lalu lintas terdiri atas beban merata dan garis yang mempengaruhi balok lantai. Gaya rem didistribusikan
Nhận viết luận văn Đại học , thạc sĩ - Zalo: 0917.193.864
Tham khảo bảng giá dịch vụ viết bài tại: vietbaocaothuctap.net
Download luận văn tóm tắt ngành kĩ thuật xây dựng với đề tài: Nghiên cứu áp dụng giải pháp tường chắn đất cho khu vực Đồng Tháp Mười, cho các bạn làm luận văn tham khảo
Plate load test observation and calculation Plate load test image (usefulsear...Make Mannan
1. A plate load test was conducted at a site to determine the soil's bearing capacity for construction.
2. The test was performed 10.5 meters below ground level in dense gravelly soil. A 0.3x0.3 meter plate was used.
3. The failure load was 10.5 tons, with a corresponding settlement of 3.7 mm. The ultimate bearing capacity was determined to be 116 tons/m2, and the safe bearing capacity assuming a safety factor of 3.0 was 38 tons/m2.
Effect of gradation of aggregates on marshall properties of sdbc mix designeSAT Journals
This document summarizes a study that evaluated the effect of aggregate gradation on Marshall properties of semi-dense bituminous concrete (SDBC) mix design. Five mixes with different gradations within the limits specified by the Indian Roads Congress were tested. The results showed that aggregate gradation significantly impacts Marshall properties like stability, flow, density, air voids and voids filled with bitumen. Specifically, mixes with lower middle grade gradation achieved the highest stability and density values as well as the lowest optimum bitumen content. Mixes with middle grade gradation achieved the highest flow values. Overall, the study demonstrated that aggregate gradation is an important factor influencing the performance characteristics of SDBC mixes.
Laporan ini menyajikan hasil perhitungan struktur atas dan bawah gedung ruko 2 1/2 lantai yang terletak di Jl. H. Sanusi Palembang. Perhitungan struktur atas menggunakan analisis 3D dengan program SAP2000 untuk menentukan beban gravitasi, gempa, dan penulangan balok dan kolom. Perhitungan struktur bawah menggunakan pondasi plat setempat dan mempertimbangkan penurunan konsolidasi tanah dasar dalam jangka
The ASTM Standards for Scrap Tire-Derived MaterialsShayna Blumenthal
The document discusses ASTM standards for scrap tire-derived materials. It provides an overview of several ASTM standards including those for ground rubber, tire-derived fuel, asphalt rubber, tire-derived aggregate, loose fill playground rubber, and rubber infill. The standards help legitimize the scrap tire industry by providing consistent terminology, testing procedures, and material specifications. While not perfect, the ASTM standards overall provide a positive framework for the industry. Similar CEN standards also exist in Europe.
Laporan ini merangkum hasil pengujian elemen struktur beton pada bangunan ekisting di Denpasar menggunakan alat palu beton tipe N. Pengujian dilakukan pada 5 lokasi untuk memperkirakan kuat tekan beton. Hasilnya menunjukkan kuat tekan berkisar antara 313-379 kg/cm2.
Dokumen tersebut membahas metode pelaksanaan pondasi dalam dan perbedaan metode pancang menggunakan jack in pile dan hammer. Metode jack in pile memancang tiang secara statis menggunakan tekanan hidrolik, sedangkan hammer secara dinamik dengan memukul. Jack in pile menghasilkan daya dukung tanah yang lebih baik dan kurang getaran.
This document provides information on conducting triaxial tests to determine the shear strength parameters of cohesive soils. It describes the objectives, theory, equipment, procedures, data analysis, discussion, and conclusions for performing unconsolidated undrained triaxial tests. Specimens are cylindrical soil samples encased in a rubber membrane and subjected to confining pressure and axial loads in a triaxial chamber. Data collected includes applied loads and deformations which are used to calculate stresses and strains and develop the shear strength failure envelope from tests run at different confining pressures. Care must be taken in sample preparation and testing to minimize disturbances and ensure accurate, repeatable results.
TRUNG TÂM ĐÀO TẠO BIM XÂY DỰNG
Phòng G01 - H1, Hẻm 1034, đường Nguyễn Ái Quốc, Tổ 13, KP1, P. Trảng Dài TP.Biên Hòa, Tỉnh Đồng Nai
Email: bimxaydung@gmail.com
Website: http://bimxaydung.com
FB: https://www.facebook.com/bimxaydung
Kuda-kuda merupakan rangka batang yang mendukung atap dan memberi bentuk. Terdiri dari rangkaian batang membentuk segitiga dengan jarak 3-4 meter. Kuda-kuda memiliki komponen seperti balok tarik, balok penggapit, dan tiang ander. Spasi 1-2 cm pada hubungan balok mencegah lendutan. Beban tetap meliputi komponen kuda-kuda sendiri, atap, plafond, dan gantungan dibawah atap.
Teks tersebut membahas berbagai jenis pondasi tiang pancang, termasuk tiang pancang kayu, beton precast, dan karakteristiknya. Tiang pancang digunakan untuk menopang beban struktur di atas tanah yang tidak mampu menopang beban, atau ketika tanah penopang berada jauh di bawah permukaan. Pemilihan jenis tiang pancang bergantung pada kondisi tanah dan beban struktur.
Bomag bw213 d 4 single drum roller service repair manualfjjskdmnenemm
This document provides safety regulations and instructions for operating a BOMAG single drum roller. It outlines who is allowed to operate and service the machine, intended and prohibited uses, and safety precautions regarding loading, towing and starting the machine. The document stresses the importance of only using the machine as intended, following all safety guidelines, and ensuring the roll over protection structure is in good condition.
Bomag bw213 d 4 single drum roller service repair manualfjsjekkmdmme
- The document provides safety regulations and instructions for operating a single drum roller. It outlines potential dangers, proper use of the machine, who is allowed to operate it, and safety precautions to take before and during operation such as checking for defects and ensuring no one is near the machine. Unauthorized modifications are prohibited and all safety stickers and markings must be kept legible.
Balok komposit vs balok biasa - afret nobelAfret Nobel
Dokumen tersebut membandingkan struktur baja yang menggunakan balok biasa dan balok komposit. Analisis menunjukkan bahwa penggunaan balok komposit dapat mereduksi berat baja, mengurangi tinggi balok, meningkatkan kekakuan lantai, dan memperpanjang rentang balok.
This document outlines a procedure to determine the aggregate impact value (AIV) of road construction aggregates. The AIV test involves compacting a sample of aggregates, subjecting it to 15 blows from a hammer, and calculating the percentage of fines generated that pass through a 2.36mm sieve. An AIV below 10% indicates an aggregate is exceptionally strong for road surfacing, while above 35% is too weak. The summarized experiment found an AIV of 15.82% for a tested sample, indicating it is sufficiently strong.
Analisis beban jembatan Sarjito II Yogyakarta meliputi berat sendiri, beban mati tambahan, beban lalu lintas, gaya rem, beban pejalan kaki, pengaruh temperatur, dan beban angin. Jembatan dirancang untuk menanggung berat beton, aspal, air hujan, serta beban tambahan seperti penerangan dan pemeliharaan. Beban lalu lintas terdiri atas beban merata dan garis yang mempengaruhi balok lantai. Gaya rem didistribusikan
Nhận viết luận văn Đại học , thạc sĩ - Zalo: 0917.193.864
Tham khảo bảng giá dịch vụ viết bài tại: vietbaocaothuctap.net
Download luận văn tóm tắt ngành kĩ thuật xây dựng với đề tài: Nghiên cứu áp dụng giải pháp tường chắn đất cho khu vực Đồng Tháp Mười, cho các bạn làm luận văn tham khảo
Plate load test observation and calculation Plate load test image (usefulsear...Make Mannan
1. A plate load test was conducted at a site to determine the soil's bearing capacity for construction.
2. The test was performed 10.5 meters below ground level in dense gravelly soil. A 0.3x0.3 meter plate was used.
3. The failure load was 10.5 tons, with a corresponding settlement of 3.7 mm. The ultimate bearing capacity was determined to be 116 tons/m2, and the safe bearing capacity assuming a safety factor of 3.0 was 38 tons/m2.
Effect of gradation of aggregates on marshall properties of sdbc mix designeSAT Journals
This document summarizes a study that evaluated the effect of aggregate gradation on Marshall properties of semi-dense bituminous concrete (SDBC) mix design. Five mixes with different gradations within the limits specified by the Indian Roads Congress were tested. The results showed that aggregate gradation significantly impacts Marshall properties like stability, flow, density, air voids and voids filled with bitumen. Specifically, mixes with lower middle grade gradation achieved the highest stability and density values as well as the lowest optimum bitumen content. Mixes with middle grade gradation achieved the highest flow values. Overall, the study demonstrated that aggregate gradation is an important factor influencing the performance characteristics of SDBC mixes.
Laporan ini menyajikan hasil perhitungan struktur atas dan bawah gedung ruko 2 1/2 lantai yang terletak di Jl. H. Sanusi Palembang. Perhitungan struktur atas menggunakan analisis 3D dengan program SAP2000 untuk menentukan beban gravitasi, gempa, dan penulangan balok dan kolom. Perhitungan struktur bawah menggunakan pondasi plat setempat dan mempertimbangkan penurunan konsolidasi tanah dasar dalam jangka
The ASTM Standards for Scrap Tire-Derived MaterialsShayna Blumenthal
The document discusses ASTM standards for scrap tire-derived materials. It provides an overview of several ASTM standards including those for ground rubber, tire-derived fuel, asphalt rubber, tire-derived aggregate, loose fill playground rubber, and rubber infill. The standards help legitimize the scrap tire industry by providing consistent terminology, testing procedures, and material specifications. While not perfect, the ASTM standards overall provide a positive framework for the industry. Similar CEN standards also exist in Europe.
Laporan ini merangkum hasil pengujian elemen struktur beton pada bangunan ekisting di Denpasar menggunakan alat palu beton tipe N. Pengujian dilakukan pada 5 lokasi untuk memperkirakan kuat tekan beton. Hasilnya menunjukkan kuat tekan berkisar antara 313-379 kg/cm2.
Dokumen tersebut membahas metode pelaksanaan pondasi dalam dan perbedaan metode pancang menggunakan jack in pile dan hammer. Metode jack in pile memancang tiang secara statis menggunakan tekanan hidrolik, sedangkan hammer secara dinamik dengan memukul. Jack in pile menghasilkan daya dukung tanah yang lebih baik dan kurang getaran.
This document provides information on conducting triaxial tests to determine the shear strength parameters of cohesive soils. It describes the objectives, theory, equipment, procedures, data analysis, discussion, and conclusions for performing unconsolidated undrained triaxial tests. Specimens are cylindrical soil samples encased in a rubber membrane and subjected to confining pressure and axial loads in a triaxial chamber. Data collected includes applied loads and deformations which are used to calculate stresses and strains and develop the shear strength failure envelope from tests run at different confining pressures. Care must be taken in sample preparation and testing to minimize disturbances and ensure accurate, repeatable results.
TRUNG TÂM ĐÀO TẠO BIM XÂY DỰNG
Phòng G01 - H1, Hẻm 1034, đường Nguyễn Ái Quốc, Tổ 13, KP1, P. Trảng Dài TP.Biên Hòa, Tỉnh Đồng Nai
Email: bimxaydung@gmail.com
Website: http://bimxaydung.com
FB: https://www.facebook.com/bimxaydung
Kuda-kuda merupakan rangka batang yang mendukung atap dan memberi bentuk. Terdiri dari rangkaian batang membentuk segitiga dengan jarak 3-4 meter. Kuda-kuda memiliki komponen seperti balok tarik, balok penggapit, dan tiang ander. Spasi 1-2 cm pada hubungan balok mencegah lendutan. Beban tetap meliputi komponen kuda-kuda sendiri, atap, plafond, dan gantungan dibawah atap.
Teks tersebut membahas berbagai jenis pondasi tiang pancang, termasuk tiang pancang kayu, beton precast, dan karakteristiknya. Tiang pancang digunakan untuk menopang beban struktur di atas tanah yang tidak mampu menopang beban, atau ketika tanah penopang berada jauh di bawah permukaan. Pemilihan jenis tiang pancang bergantung pada kondisi tanah dan beban struktur.
Bomag bw213 d 4 single drum roller service repair manualfjjskdmnenemm
This document provides safety regulations and instructions for operating a BOMAG single drum roller. It outlines who is allowed to operate and service the machine, intended and prohibited uses, and safety precautions regarding loading, towing and starting the machine. The document stresses the importance of only using the machine as intended, following all safety guidelines, and ensuring the roll over protection structure is in good condition.
Bomag bw213 d 4 single drum roller service repair manualfjsjekkmdmme
- The document provides safety regulations and instructions for operating a single drum roller. It outlines potential dangers, proper use of the machine, who is allowed to operate it, and safety precautions to take before and during operation such as checking for defects and ensuring no one is near the machine. Unauthorized modifications are prohibited and all safety stickers and markings must be kept legible.
Bomag bw138 ad single tandem vibratory roller service repair manualfhjsjkdmemm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers. It includes technical specifications, safety regulations, descriptions of indicators and controls, operating instructions, maintenance instructions, and troubleshooting information. Safety is emphasized, including intended and prohibited uses of the machines, and potential hazards are outlined.
Bomag bw138 ac single tandem vibratory roller service repair manualfjjskmdmem
The document provides operating and maintenance instructions for BOMAG tandem vibratory rollers and combination rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes technical specifications, safety information, descriptions of controls, and guidance on operation, maintenance, and troubleshooting. The maintenance section outlines procedures for tasks like checking fluid levels, changing filters, lubricating parts, and adjusting components.
Bomag bw 125 adh single tandem vibratory roller service repair manualidkdkddmd
The document provides operating and maintenance instructions for BOMAG tandem vibratory rollers and combination rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes technical specifications, safety information, descriptions of controls, and guidance on operation, maintenance, and troubleshooting. The maintenance section outlines procedures for tasks like checking fluid levels, changing filters, lubricating parts, and adjusting components.
Bomag bw 125 adh single tandem vibratory roller service repair manualfjkskekxsdcmdmme
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers. It includes technical specifications, safety regulations, descriptions of indicators and controls, operating instructions, maintenance instructions, and troubleshooting information. Safety is emphasized, including intended and prohibited uses of the machines, and potential hazards are outlined.
Bomag bw138 ac single tandem vibratory roller service repair manualikdkdmddm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers. It includes technical specifications, safety regulations, descriptions of indicators and controls, operating instructions, maintenance instructions, and troubleshooting information. Safety is emphasized, including intended and prohibited uses of the machines, and potential hazards are outlined.
Bomag bw 135 ad single tandem vibratory roller service repair manualfjjskmdmem
The document provides operating and maintenance instructions for BOMAG tandem vibratory rollers and combination rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes technical specifications, safety information, descriptions of controls, and guidance on operation, maintenance, and troubleshooting. The maintenance section outlines procedures for tasks like checking fluid levels, changing filters, lubricating parts, and adjusting components.
Bomag bw138 ad single tandem vibratory roller service repair manualfjjskmdmem
The document provides operating and maintenance instructions for BOMAG tandem vibratory rollers and combination rollers. It includes technical specifications for BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC models such as dimensions, weights, travel characteristics, engine details, and more. The document outlines safety regulations, descriptions of indicators and controls, operating instructions, maintenance procedures, and troubleshooting information.
Bomag bw 135 ad single tandem vibratory roller service repair manualfhjsjkdmemm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers. It includes technical specifications, safety regulations, descriptions of indicators and controls, operating instructions, maintenance instructions, and troubleshooting information. Safety is emphasized, including intended and prohibited uses of the machines, and potential hazards are outlined.
Bomag bw138 ac single tandem vibratory roller service repair manualfhjsjkdmemm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers. It includes technical specifications, safety regulations, descriptions of indicators and controls, operating instructions, maintenance instructions, and troubleshooting information. Safety is emphasized, including intended and prohibited uses of the machines, and potential hazards are outlined.
Bomag bw 135 ad single tandem vibratory roller service repair manualikdkdmddm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers. It includes technical specifications, safety regulations, descriptions of indicators and controls, operating instructions, maintenance instructions, and troubleshooting information. Safety is emphasized, including intended and prohibited uses of the machines, and potential hazards are outlined.
Bomag bw138 ad single tandem vibratory roller service repair manualikdkdmddm
The document provides operating and maintenance instructions for BOMAG tandem vibratory rollers and combination rollers. It includes technical specifications for the machines such as dimensions, weights, performance characteristics, and safety and maintenance information. The foreword discusses BOMAG's experience and testing to ensure machine reliability. It stresses the importance of following the instructions to properly operate and maintain the machines.
Bomag bw 135 ad single tandem vibratory roller service repair manualfjjskekdmmem
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes sections on safety regulations, controls and indicators, operation, maintenance, and troubleshooting. The technical specifications section provides detailed specifications on the dimensions, weights, performance, engine, and other technical features of the roller models.
Bomag bw138 ac single tandem vibratory roller service repair manualpfiskdmjekm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes technical specifications, safety information, descriptions of controls, operating procedures, maintenance schedules and procedures, and troubleshooting tips. The document is intended for operators and maintenance personnel and aims to ensure safe and proper use of the machines.
Bomag bw138 ad single tandem vibratory roller service repair manualpfiskdmjekm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers, including the BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It begins with technical specifications and dimensions for each model. It then covers safety regulations, descriptions of indicators and controls, operating instructions, and maintenance procedures. Safety is emphasized, and the instructions are intended to help operators and maintenance personnel safely and properly use and service the rollers.
Bomag bw138 ac single tandem vibratory roller service repair manualfjjskekdmmem
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes sections on safety regulations, controls and indicators, operation, maintenance, and troubleshooting. The technical specifications section provides detailed specifications on the dimensions, weights, performance, engine, and other technical features of the roller models.
Bomag bw 135 ad single tandem vibratory roller service repair manualpfiskdmjekm
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes technical specifications, safety information, descriptions of controls, operating procedures, maintenance schedules and procedures, and troubleshooting tips. The document is intended for operators and maintenance personnel and aims to ensure safe and proper use of the machines.
Bomag bw138 ad single tandem vibratory roller service repair manualfjjskekdmmem
This document provides operating and maintenance instructions for BOMAG tandem vibratory rollers, models BW 125 ADH, BW 135 AD, BW 138 AD, BW 138 AC. It includes sections on safety regulations, controls and indicators, operation, maintenance, and troubleshooting. The technical specifications section provides detailed specifications on the dimensions, weights, performance, engine, and other technical features of the roller models.
Similar to Bomag bw 211 d 4 single drum roller service repair manual (19)
Komatsu wa250 6 wheel loader service repair manual sn75001 and upfjskekdmmem
This document provides information about Komatsu wheel loaders, including:
- The shop manual covers models WA250-6 and WA250PZ-6.
- Specifications for the engines, cooling systems, power trains, steering systems, brake systems, undercarriages, hydraulic systems, work equipment, and electrical systems are provided.
- Standard values, testing and adjusting procedures, and troubleshooting information for various components are included.
- Failure codes, fuse locations, and troubleshooting tips and procedures are listed to assist with repairs.
Komatsu d31 pl 20 dozer bulldozer service repair manualfjskekdmmem
1. The document provides instructions for servicing Komatsu bulldozers, including disassembly, assembly, maintenance, and safety procedures.
2. Safety precautions are emphasized, including wearing protective equipment, blocking equipment, and ensuring all pressure is released before disassembling components.
3. The document outlines the removal and installation steps for starting motors, alternators, and engine oil cooler cores on various Komatsu bulldozer models. Precise tightening torques are specified.
Komatsu d31 p 20a dozer bulldozer service repair manualfjskekdmmem
1. The document provides instructions for servicing Komatsu bulldozers, including disassembly, assembly, maintenance, and safety procedures.
2. Safety precautions are emphasized, including wearing protective equipment, blocking equipment, and ensuring all pressure is released before disassembling components.
3. The document outlines the removal and installation steps for starting motors, alternators, and engine oil cooler cores on various Komatsu bulldozer models. Precise tightening torques are specified.
Komatsu d31 p 20 dozer bulldozer service repair manualfjskekdmmem
1. The document provides instructions for servicing Komatsu bulldozers, including disassembly, assembly, maintenance, and safety procedures.
2. Safety precautions are emphasized, including wearing protective equipment, blocking equipment, and ensuring all pressure is released before disassembling components.
3. The document outlines the removal and installation steps for starting motors, alternators, and engine oil cooler cores on various Komatsu bulldozer models. Precise tightening torques are specified.
Komatsu d31 e 20 dozer bulldozer service repair manualfjskekdmmem
1. The document provides instructions for servicing Komatsu bulldozers, including disassembly, assembly, maintenance, and safety procedures.
2. Safety precautions are emphasized, including wearing protective equipment, blocking equipment, and ensuring all pressure is released before disassembling components.
3. The document outlines the removal and installation steps for starting motors, alternators, and engine oil cooler cores on various Komatsu bulldozer models. Precise tightening torques are specified.
Komatsu d21 a,p 8 dozer bulldozer service repair manual (sn 83001 and up)fjskekdmmem
This shop manual provides instructions for servicing a Komatsu D21A-8 bulldozer. It contains sections on general information, structure and function, testing and adjusting, disassembly and assembly, and maintenance standards. The manual describes removing and installing components such as the fuel injection pump, radiator guard, and engine. Safety precautions are outlined and technicians are instructed to mark parts for alignment during reinstallation. Proper oil and coolant refilling is emphasized after component replacement.
Komatsu 12 v170 1 diesel engine service repair manualfjskekdmmem
This document provides specifications for a Komatsu diesel engine model SA12V170-1, including:
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3. Foreword
BOMAG 3BW 211 D-4
Foreword
BOMAG machines are products from the wide
range of BOMAG compaction equipment.
BOMAG’s vast experience in connection with
state-of-the-art production and testing meth-
ods, such as lifetime tests of all important
components and highest quality demands
guarantee maximum reliability of your ma-
chine.
This manual comprises:
l Safety regulations
l Operating instructions
l Maintenance instructions
l Trouble shooting
Using these instructions will
l help you to become familiar with the machine.
l avoid malfunctions caused by unprofessional
operation.
Compliance with the maintenance instructions will
l enhance the reliability of the machine on con-
struction sites,
l prolong the lifetime of the machine,
l reduce repair costs and downtimes.
BOMAG GmbH will not assume liability for the
function of the machine
l if it is handled in a way not complying with the
usual modes of use,
l if it is used for purposes other than those men-
tioned in these instructions.
No warranty claims can be lodged in case of dam-
age resulting from
l operating errors,
l insufficient maintenance and
l wrong fuels and lubricants.
Please note!
With this machine "CE" conformity is only
achieved with the corresponding optional
equipment.
This manual was written for operators and mainte-
nance personnel on construction sites.
Always keep this manual close at hand, e.g. in the
tool compartment of the machine or in a specially
provided container. These operating and mainte-
nance instructions are part of the machine.
You should only operate the machine after you
have been instructed and in compliance with these
instructions.
Strictly observe the safety regulations.
Please observe also the guidelines of the Civil En-
gineering Liability Association ”Safety Rules for
the Operation of Road Rollers and Soil Compac-
tors” and all relevant accident prevention regula-
tions.
For your own personal safety you should only
use original spare parts from BOMAG.
In the course of technical development we re-
serve the right for technical modifications
without prior notification.
These operating and maintenance instructions are
also available in other languages.
Apart from that, the spare parts catalogue is avail-
able from your BOMAG dealer against the serial
number of your machine.
Your BOMAG dealer will also supply you with in-
formation about the correct use of our machines in
soil and asphalt construction.
The above notes do not constitute an extension of
the warranty and liability conditions specified in the
general terms of business of BOMAG GmbH.
We wish you successful work with your BOMAG
machine.
BOMAG GmbH
Printed in Germany
Copyright by BOMAG
4. Foreword
BOMAG4 BW 211 D-4
Please fill in
. . . . . . . . . . . . . . . . . . . . . . . . . . . .
Machine type (Fig. 1)
. . . . . . . . . . . . . . . . . . . . . . . . . . . .
Serial-number (Fig. 1 and 2)
. . . . . . . . . . . . . . . . . . . . . . . . . . . .
Engine type (Fig. 3)
. . . . . . . . . . . . . . . . . . . . . . . . . . . .
Engine number (Fig. 3)
i Note
Supplement the above data together with the com-
missioning protocol.
During commissioning our organisation will in-
struct you in the operation and maintenance of the
machine.
Please observe strictly the safety regulations and
all notes on risks and dangers!
Fig. 1
Fig. 2
Fig. 3
5. Table of Contents
BOMAG 5BW 211 D-4
Technical Data 7
Safety regulations 11
Indicators and Controls 19
3.1 General notes 22
3.2 Description of indicators and control elements 22
Operation 31
4.1 General notes 32
4.2 Tests before starting to operate 32
4.3 Starting the engine 33
4.4 Starting with jump wires 35
4.5 Driving the machine 35
4.6 Switching the vibration on and off 37
4.7 Operating the parking brake, stopping the machine 38
4.8 Shutting the engine down 39
4.9 Emergency exit 40
4.10 Adjusting the steering wheel 40
4.11 Adjusting the seat 41
4.12 Operating the hood 41
4.13 Towing in case of an engine failure 43
4.14 Transport 45
Maintenance 47
5.1 General notes on maintenance 48
5.2 Fuels and lubricants 49
5.3 Table of fuels and lubricants 52
5.4 Running-in instructions 53
5.5 Maintenance chart 54
5.6 Check the engine oil level 57
5.7 Check, clean the water separator 57
5.8 Check the fuel level 58
5.9 Checking the hydraulic oil level 59
5.10 Check the coolant level 59
5.11 Checking the dust separator on the oil bath air filter 60
5.12 Checking the tire pressure 61
5.13 Clean the cooling fins on engine and hydraulic oil cooler 61
5.14 Check the oil level in the drive axle 62
5.15 Checking the oil level in left/right wheel hubs 63
5.16 Check the oil level in the vibration bearings 63
5.17 Changing engine oil and oil filter cartridges 64
5.18 Change the fuel filter cartridge 65
5.19 Draining the sludge from the fuel tank 66
5.20 Service the battery 67
6. Table of Contents
BOMAG6 BW 211 D-4
5.21 Change the fuel pre-filter cartridge 68
5.22 Checking, replacing the refrigerant compressor V-belt 69
5.23 Service the air conditioning 70
5.24 Check, adjust the valve clearance 73
5.25 Checking / replacing the ribbed V-belt 75
5.26 Check the engine mounts 76
5.27 Change the oil in the drive axle 76
5.28 Changing the oil in the wheel hubs 77
5.29 Change the oil in the vibration bearings 78
5.30 Retighten the fastening of the axle on the frame 79
5.31 Tightening the wheel nuts 80
5.32 Check the ROPS 80
5.33 Cleaning the oil bath air filter 81
5.34 Changing hydraulic oil and breather filter 82
5.35 Changing the hydraulic oil filter 83
5.36 Changing the coolant 84
5.37 Checking the injection valves 86
5.38 Service the combustion air filter 87
5.39 Adjust the scrapers 90
5.40 Adjust the parking brake 91
5.41 Changing the tires 92
5.42 Change the fresh air filter in the cabin 93
5.43 Tightening torques 93
5.44 Engine conservation 94
Trouble shooting 95
6.1 General notes 96
6.2 Engine 97
8. Technical Data
BOMAG8 BW 211 D-4
Fig. 4
Dimensions in
mm
A B D H H2 K L O1 O2 S W
BW 211 D-4 2960 2250 1500 2268 2972 490 5808 60 60 25 2130
BW 211 PD-4 2960 2250 1480 2268 2972 490 5808 60 60 25 2130
*
BW 211 D-4 BW 211 PD-4
Weights
Operating weight (CECE)
with ROPS and cabin
kg 10950 11930
Axle load, drum (CECE) kg 6280 7260
Rear axle load (CECE) kg 4670 4670
Static linear load kg/cm 29,5 -
Travel characteristics
Travel speed (1) km/h 0 ... 5 0 ... 5
Travel speed (2) km/h 0 ... 6 0 ... 6
Travel speed (3) km/h 0 ... 9 0 ... 9
Travel speed (4) km/h 0 ... 13,5 0 ... 13,5
Max. gradability (depend-
ing on soil)
% 47 47
Engine
Engine manufacturer Deutz Deutz
Type BF4M 2012C BF4M 2012C
Cooling Water Water
Number of cylinders 4 4
Rated power DIN ISO
3046
kW 98 98
9. Technical Data
BOMAG 9BW 211 D-4
Rated speed rpm 2300 2300
Fuel Diesel Diesel
Electrical equipment V 12 12
Drive system hydrostatic hydrostatic
Driven axles 2 2
Brakes
Service brake hydrostatic hydrostatic
Parking brake hydr.-mech. hydr.-mech.
Steering
Type of steering articulated articulated
Steering operation hydrostatic hydrostatic
Vibration
Vibrating drum 1 1
Drive system hydrostatic hydrostatic
Frequency Hz 30/36 30/36
Amplitude mm 1,8/0,9 1,64/0,82
Tires
Tire size 23.1/18-26/TL-8PR AWT 23.1-26/12TL R1
Air pressure bar 1,1 1,4
Filling capacities
Engine Litres 10 10
Fuel Litres 340 340
Hydraulic oil Litres 60 60
Coolant Litres 16 16
* The right for technical modifications remains reserved
* BW 211 D-4 BW 211 PD-4
10. Technical Data
BOMAG10 BW 211 D-4
The following noise and vibration data acc. to
- EC Machine Regulation edition (98/37/EC) and
- Noise Emission Regulation 2000/14/EC
were determined at nominal speed of the drive engine and with vibration running. The machine was
standing on an elastic base.
During operation these values may vary because of the existing operating conditions.
Noise value
The sound level according to enclosure 1, paragraph 1.7.4. f of the EC-machine regulation is
sound pressure level at the work place of the operator (with cabin):
LpA = 77.0 dB(A)
The nose emission value for the machine according to the noise emission regulation 2000/14/EG is
guaranteed sound capacity level of the machine:
LwA = 109 dB(A)
These sound values were determined according to ISO 3744 for the sound capacity level (LwA) and ISO
11204 for sound pressure level (LpA) at the place of the operator.
Vibration value
The vibration values according to enclosure 1, paragraph 3. 6. 3. a of the EC-machine regulation are:
Vibration of the entire boy (driver’s seat)
The weighted effective acceleration value determined in accordance with ISO 7096 is γ ≤0.5 m/sec2.
Hand-arm vibration values
The weighted effective acceleration value determined in accordance with EN 500/ISO 5349 is γ ≤2.5 m/sec2.
12. Safety regulations
BOMAG12 BW 211 D-4
General
This BOMAG machine is built in accordance
with the latest technical standard and the valid
technical rules and regulations. There is, how-
ever, a risk of danger for persons and property
if:
l the machine is used for purposes other than
those it is intended for
l the machine is operated by untrained person-
nel
l the machine is modified or converted in an un-
professional way
l the applicable safety regulations are not ob-
served.
Each person involved in operation, mainte-
nance and repair of the machine must there-
fore read and apply these safety regulations.
This should be confirmed by obtaining the sig-
natures of the customer, if necessary.
Furthermore the following regulations and instruc-
tions are obviously also valid:
l applicable accident prevention instructions
l generally acknowledged safety and road traffic
regulations
l country specific safety regulations. It is the
duty of the operator to know and observe
these regulations. This applies also for local
regulations and the regulations for various
types of manual work. If the recommendations
in this manual differ from the regulations valid
in your country, you must strictly observe the
regulations in your country.
Intended use
This machine must only be used for:
l compaction of bituminous materials, e.g. road
surface layers. (AC and AD machines only)
l medium and heavy compaction tasks in earth
work (road sub-bases)
l This machine must only be operated with fully
functional safety equipment.
l The machine should be checked by an expert
once every year.
Unintended use
Dangers may, however, arise from the machine if
it is used by untrained personnel in an unprofes-
sional way or if it is used for purposes other than
those mentioned in these instructions.
Do not work with vibration on hard concrete, on a
cured concrete layer or heavily frozen ground.
Starting and operation of the machine in an explo-
sive environment is prohibited.
Who is allowed to work with the ma-
chine?
The machine must only be operated by trained
and authorized persons which are at least 18
years of age. The responsibilities for the operation
of the machine must be clearly specified and com-
plied with.
Persons under the influence of alcohol, medica-
tion or drugs must not operate, service or repair
the machine.
Maintenance and repair tasks require specific
knowledge and must therefore only be carried out
by trained and qualified personnel.
Conversions and alterations to the ma-
chine
Unauthorized conversions to the machine are pro-
hibited for safety reasons.
Original parts and accessories have been special-
ly designed for this machine. We wish to make ex-
pressly clear that we have not tested or authorized
any original parts or special equipment not sup-
plied by us. The installation and/or use of such
products can impair the active and/or passive driv-
ing safety. The manufacturer expressly excludes
any liability for damage resulting from the use of
non-original parts or accessories.
Safety notes in the operating and main-
tenance instructions:
! Danger
Sections marked like this point out possible
dangers for persons.
13. Safety regulations
BOMAG 13BW 211 D-4
! Caution
Sections marked like this point out possible
dangers for the machine or for parts of the ma-
chine.
i Note
Sections marked like this provide technical infor-
mation concerning the optimal economical use of
the machine.
Environment
Sections marked like this highlight activities
for the safe and environmental disposal of fu-
els and lubricants as well as replaced parts.
Observe all environment protection regula-
tions.
Information and safety stickers/decals
on the machine
Keep stickers/decals complete (see spare parts
catalogue) and fully legible and observe their
meaning.
Replace damaged or illegible stickers/decals im-
mediately.
Loading the machine
Use only strong and stable loading ramps. The
ramp inclination must be lower than the gradability
of the machine.
Secure the machine against turning over or slip-
ping off.
Secure the machine on the transport vehicle
against rolling off, slipping and turning over.
Persons are highly endangered if
l they step or stand under loads being lifted
l they remain in the drive range of the machine
during a demonstration or during loading.
The machine must not swing about when lifted off
the ground.
Use only safe lifting gear of sufficient load bearing
capacity.
Attach the lifting gear only to the specified lifting
points.
Towing the machine
You should generally use a tow bar.
Max. towing speed 1 km/h (1.6 mph), max. towing
distance 500 m (1640 ft.).
Before releasing the multi-disc brakes secure the
machine properly against unintended rolling.
Checking the Roll Over Protection
Structure (ROPS)
i Note
On machines with cabin the ROPS is an integral
part of the cabin.
The machine frame must not be distorted, bent or
cracked in the area of the ROPS fastening points.
The ROPS must not show any signs of corrosion,
damage, hairline cracks or open fractures.
The ROPS must not rattle about during driving.
This would mean that it is not properly fastened.
All bolted connections must be in accordance with
the prescribed specifications and correctly tight-
ened (observe the tightening torque values).
Screws and nuts must not be damaged, bent or
deformed.
With the cabin installed check also the condition of
the cabin mounts (rubber elements and screws).
Neither must any additional parts be welded or
bolted on, nor must any holes be drilled without the
permission of the manufacturer, since this may im-
pair the strength of the structure.
Starting the machine
Before starting
Operation of the machine is only permitted when
sitting in the operator's seat.
Use only machines which have been properly
serviced at regular intervals.
Become acquainted with the equipment, the con-
trol elements, the working mode of the machine
and the area you will be working in.
Use your personal protective outfit (hard hat, safe-
ty boots etc.).
Check before mounting the machine if:
l there are persons or obstructions beside or
under the machine
14. Safety regulations
BOMAG14 BW 211 D-4
l the machine is free of any oily and combustible
material
l all handrails, steps and platforms are free of
grease, oils, fuels, dirt, snow and ice
l the engine compartment hood is closed and
locked
To climb onto the machine use steps and hand-
rails.
Check before starting, whether:
l the machine shows any obvious defects
l all protective devices are properly secured in
their place
l steering, brakes, control elements, lighting
and warning horn are in order
l the seat is correctly adjusted
l the mirrors (if available) are clean and correct-
ly adjusted.
Do not start the machine if any gauges, control
lights or controls are defective.
Do not take any loose objects with you or fasten
them to the machine.
On machines with ROPS you should always wear
your seat belt!
Starting
Start and operate the machine only from the oper-
ator's seat
For starting set all control levers to "neutral posi-
tion".
Do not use any starting aids such as Start Pilot or
ether.
After starting check all gauges.
Starting with jump leads
Connect plus with plus and minus with minus
(ground cable) - always connect the ground cable
last and disconnect it first! Wrong connections
may cause severe damage in the electric system.
Never start the engine by bridging the electrical
connections on the starter, because the machine
would probably start to move immediately.
Starting in closed rooms
Exhaust gases are toxic! Always ensure an ade-
quate supply of fresh air when starting in closed
rooms!
Driving the machine
Persons in the endangered area
If the machine has turned over and the cabin door
is jammed, use the right hand cabin window as an
emergency exit.
Before starting or resuming work and especially
when driving backwards, check that there are no
persons or obstructions in the endangered area.
If necessary give warning signals. Stop work im-
mediately if persons remain in the danger area de-
spite the warning.
Do not step or stand into the articulation area of
the machine while the engine is running. Danger of
squashing!
Driving
In events of emergency actuate the emergency
stop switch immediately. Do not use the emergen-
cy stop push button as service brake.
Restart the machine only after the danger, that has
caused the actuation of the emergency stop, has
been eliminated.
If the machine has come in contact with high-volt-
age power lines:
l do not leave the operator's stand
l warn others from coming too close to the ma-
chine or touching it
l if possible drive the machine out of the danger
zone
l have the power shut off.
Operate the machine only from the operator's
seat.
Keep the cabin doors closed.
Do not adjust the seat while driving.
Do not climb onto or off the machine while driving.
Change the travel direction only while the machine
is standing.
Do not use the machine to transport persons.
Stop the machine if you notice unusual noises or
the development of smoke. Investigate the cause
and have the fault corrected.
Keep a sufficient distance to excavations and em-
bankments and make sure that you work does not
impair the stability of the machine.
15. Safety regulations
BOMAG 15BW 211 D-4
Do not work with vibration on hard concrete, on a
cured concrete layer or heavily frozen ground.
When passing under flyovers, bridges, tunnels,
electric power lines etc. keep a sufficient distance.
Driving on slopes and gradients
Do not drive up and down gradients, which exceed
the max. gradability of the machine.
On lopes always drive directly up or down. Change
to the lower speed range before approaching the
slope.
Wet and loose soils reduce the ground adhesion of
the machine and inclinations and slopes consider-
ably. Higher risk of accident!
Behaviour in traffic
Match the speed of the machine to the working
conditions.
Always allow loaded transport vehicles to pass.
Switch the lights on when the visibility is poor.
Keep clear of edges and embankments.
Check the effect of vibration
When compacting with vibration check the effect
of the vibration on nearby buildings and under-
ground supply lines (gas, water, sewage, electric
power supply), stop vibratory compaction if neces-
sary.
Do not work with vibration on hard (frozen, con-
crete) ground. Risk of bearing damage!
Parking the machine
Park the machine on level and firm ground.
Before leaving the machine:
l straighten the articulated joint to allow easy
access to and from the machine.
l return the travel lever to neutral position
l apply the parking brake
l shut the engine down and pull the ignition key
out.
l lock the cabin
l secure the machine against unauthorized use.
Do not jump off the machine, use access steps
and hand rails.
Always secure parked machines, which could be
in the way, with appropriate measures.
Parking on slopes and gradients
Secure the machine against rolling, place metal
chocks in front of and behind the drums.
Filling the fuel tank
Do not inhale fuel fumes.
Refuel only after shutting the engine and the aux-
iliary heater down.
Do not refuel in closed rooms.
No open fire, do not smoke.
Do not spill any fuel. Catch running out fuel, do not
let it seep into the ground.
Wipe off spilled fuel. Keep fuel free of dirt and wa-
ter.
Leaking fuel tanks can cause explosions. Ensure
tight fit of the fuel tank filling cover, replace it if nec-
essary.
Fire protection measures
Make yourself acquainted with the location and the
operation of fire extinguishers. Observe fire warn-
ing and fire fighting installations.
Maintenance
Observe the maintenance tasks described in the
operating and maintenance instructions, including
the exchange of parts.
For service and repair work in the engine compart-
ment support the engine compartment hood.
Maintenance work must only be carried out by
qualified and authorized personnel.
When performing maintenance work above body
height use the access steps on the machine or any
other safe ladders and working platforms. Do not
use machine parts as access steps.
Keep unauthorized persons away from the ma-
chine.
Do not perform maintenance work with the ma-
chine driving or the engine running.
Park the machine on horizontal, level and stable
ground.
Pull the key out of the ignition switch.
Lock the articulated joint with the articulation lock.
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17. Safety regulations
BOMAG16 BW 211 D-4
Working on hydraulic lines
Always relieve the pressure in the hydraulic circuit
before working on hydraulic lines. Hydraulic oil es-
caping under pressure may penetrate through the
skin and cause severe injury. In case of being in-
jured by hydraulic oil you should immediately seek
medical advice, as otherwise this may lead to se-
rious infections.
When adjusting the hydraulic system do not stand
behind or in front of the drum/wheels.
Do not change the setting of high pressure relief
valves.
Drain hydraulic oil at operating temperature - dan-
ger of scalding!
Catch running out hydraulic oil and dispose of en-
vironmentally.
Always catch and dispose of biological hydraulic
oils separately.
Do not start the engine after draining off the hy-
draulic oil.
Once all work is completed (with the system de-
pressurized!) check all connections and fittings for
tight and leak-free fit.
Changing hydraulic hoses
All hydraulic hoses must be inspected visually at
regular intervals.
Hydraulic hoses must be changed immediately if:
l the outer layer is worn down to the metal lining
(e.g. chafing, cuts, cracks)
l embrittlement of the outer layer (development
of cracks in the hose material)
l deformation under pressurized and depressu-
rized condition, which are not in accordance
with the normal shape of the hydraulic hose
l deformation in bends, e.g, squeezes, kinks,
layer separation, formation of blisters
l leakages.
l non-observance of the installation require-
ments
l separation of the hydraulic hose from the fit-
ting
l corrosion of the fitting, which impairs the func-
tion and the strength.
l Do not mix up hoses by mistake.
l damage or deformation of the fitting, which im-
pairs the function and strength of the hose/
hose connection.
Only genuine BOMAG hydraulic hoses ensure
that the correct type of hose (pressure range) is
used at the right place.
Working on the engine
Shut the engine down before opening the engine
compartment hood.
Drain the engine oil at operating temperature -
danger of scalding!
Wipe off spilled oil, catch running out oil and dis-
pose of environmentally.
Store used filters and other oily materials in a sep-
arate, specially marked container and dispose of
environmentally.
Do not leave any tools or other objects, which
could cause damage, in the engine compartment.
Idle speed and full load speed must not be
changed, since this would have a negative effect
on the exhaust gas values and cause damage to
engine and drive.
Turbo chargers work with high speeds and high
temperatures. Keep hands, tools and materials
away from the intake and outlet openings of the
turbo charger and do not touch any hot surfaces.
Check and replace the coolant only when the en-
gine is cold.
Catch running out coolant and dispose of environ-
mentally.
Working on electrical equipment
Before working on electrical equipment disconnect
the battery and cover it with insulating material.
Do not use any fuses with higher ampere ratings
or repair a fuse with a piece of wire. Fire hazard!
Always disconnect the battery before starting to
wled on the machine.
Working on the battery
When working on the battery do not smoke, do not
use open fire.
Do not let acid come in contact with skin and
clothes. If being injured by acid flush off with clear
water and seek for medical advice.
18. Safety regulations
BOMAG 17BW 211 D-4
Metal objects (e.g. tools, rings, wrist watches)
must not contact the battery poles - danger of
short circuit and burns!
When recharging maintenance free batteries re-
move the plugs to avoid the accumulation of explo-
sive gases.
When using an external battery to start the ma-
chine follow the respective instructions.
Dispose of old batteries environmentally.
Switch the charging current off before removing
the charge clamps.
Ensure good ventilation, especially when charging
the battery in a closed room.
Working on the fuel system
Do not inhale fuel fumes.
No open fire, do not smoke, do not spill any fuel.
Catch running out fuel, do not let it seep into the
ground and dispose of environmentally.
Working on wheels and tires
Explosion like bursting of tires and parts of rims
and tires can cause severe or even deadly injuries.
Assemble tires only with the appropriate knowl-
edge and tools. If necessary have the tires assem-
bled in a special workshop.
Ensure correct tire pressure and do not exceed the
highest specified pressure.
Check wheels and tires every day for specified
pressure, cuts, bulges, damaged wheel rims,
missing wheel studs and nuts. Do not drive with
damaged tires or wheels.
Anti-stick emulsions for tires must only be mixed
using water and concentrated anti-stick agent ac-
cording to the specifications of the manufacturer of
the anti-stick agent. Observe the regulations for
the protection of the environment.
Cleaning
Do not clean the machine while the engine is run-
ning.
Do not use gasoline or other combustible sub-
stances for cleaning purposes.
When using steam cleaning equipment do not
subject electrical components and insulating ma-
terials to the direct water jet, but cover them be-
forehand.
l Do not guide the water jet into the exhaust or
into the air filter.
After maintenance work
Reinstall all protective devices after completing
the maintenance work.
Repair
Attach a warning tag to the steering wheel if the
machine is defective.
Repairs must only be performed by qualified per-
sons who have been instructed for this purpose.
Use our repair instructions.
Exhaust gases are highly dangerous! Always en-
sure an adequate supply of fresh air when starting
in closed rooms!
Test
Depending on the type of application and the op-
erating conditions vibratory equipment has to be
examined by a specialist whenever required, but
at least once every year.