操作规程英文版

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优秀的操作规程模板英文

优秀的操作规程模板英文Standard Operating Procedure TemplateTitle: [Title of the SOP]Effective Date: [Date of implementation]Review Date: [Date of next review]Approved By: [Name and position of the approving authority]1. Purpose:The purpose of this Standard Operating Procedure (SOP) is to provide clear guidelines and instructions for [specify the purpose of the procedure].2. Scope:This SOP applies to all employees and personnel involved in [describe who this SOP is applicable to].3. Definitions:[List any specific terms or acronyms used in this SOP and provide their definition]4. Responsibilities:[List the roles and responsibilities of individuals or departments involved in the procedure]5. Procedure:[Provide a step-by-step guide on how to carry out the procedure. Use clear and concise language to ensure understanding and minimize errors. Include any necessary forms, checklists, or templates that need to be filled out.]5.1 [Procedure Step 1][Provide a detailed explanation of the first step, including any specific actions, equipment, or tools required.]5.1.1 [Sub-step 1][Describe sub-step 1 in detail]5.1.2 [Sub-step 2][Describe sub-step 2 in detail][Continue numbering and describing each sub-step until the procedure is complete]5.2 [Procedure Step 2][Provide a detailed explanation of the second step][Continue numbering and describing each step until the procedure is complete]6. Documentation:[Indicate any specific documentation requirements, such as recording data, completingforms, or updating logs. Provide instructions on where and how to access necessary documents]7. Training:[Describe any training requirements that must be completed prior to performing the procedure. Specify any specific training materials, courses, or certifications required]8. Safety Precautions:[Identify any safety precautions or personal protective equipment (PPE) requirements that must be followed throughout the procedure]9. References:[List any relevant documents, regulations, or standards that were used to develop this SOP]10. Appendices:[Attach any necessary forms, checklists, templates, or supporting documents here]11. Revision History:[Provide a summary of the changes made to this SOP, including the date and reason for each revision]12. Approval:[Include a signature block for the approving authority to sign and date the SOP]Note: This template is meant to serve as a general guide. Please adapt and customize it to suit the specific needs and requirements of your organization.。

实验室操作规程英文翻译

实验室操作规程英文翻译Laboratory Operating ProceduresIntroduction:Laboratory safety is of paramount importance to ensure the well-being of laboratory personnel and to prevent accidents or incidents that may compromise experimental results. These laboratory operating procedures aim to provide guidelines for safe and efficient laboratory practices. All personnel working in the laboratory are expected to adhere to these procedures at all times.1. General Safety Guidelines:1.1. Personal Protective Equipment (PPE): All laboratory personnel must wear appropriate PPE, including lab coats, gloves, and safety glasses, when working in the laboratory.1.2. Personal Hygiene: Maintain good personal hygiene by washing hands thoroughly before and after any laboratory activity.1.3. Fire Safety: Know the location of fire exits, fire extinguishers, and emergency showers. In the eventof a fire, immediately evacuate the laboratory and follow the designated emergency procedures.1.4. Chemical Safety: Properly handle chemicals and follow the Material Safety Data Sheet (MSDS) guidelines provided for each chemical. Avoid direct contact with skin, eyes, and inhalation of chemical fumes.1.5. Electrical Safety: Inspect electrical equipment regularly for frayed wires or damaged plugs. Only authorized personnel should make repairs or adjustments to electrical equipment.1.6. Equipment Safety: Follow manufacturer instructions for the operation, maintenance, and disposal of laboratory equipment. Do not use equipment without proper training or authorization.2. Laboratory Procedures:2.1. Experiment Planning: Before conducting any experiment, thoroughly read and understand the experimental procedures. Identify potential hazards and plan accordingly to mitigate risks.2.2. Workspaces: Keep workspaces clean, organized, and free from unnecessary clutter. Maintain clear pathways to avoid accidents and spills.2.3. Handling Glassware: Handle glassware with caution to prevent breakage and injuries. Dispose of broken glassware in designated sharps containers.2.4. Chemical Storage: Store chemicals in appropriate containers and cabinets, following chemical compatibility guidelines. Clearly label all chemical containers with their contents and expiration dates.2.5. Waste Disposal: Dispose of laboratory waste in designated waste containers. Separate hazardous waste from non-hazardous waste and ensure proper disposal according to regulatory requirements.2.6. Spill Procedures: Promptly report and clean up any spills, following the appropriate spill containment and cleanup procedures. Use suitable absorbent materials and dispose of them as hazardous waste.2.7. Laboratory Instruments: Use laboratory instruments, such as balances, pipettes, and centrifuges, according to manufacturer instructions. Calibrate and maintain instruments regularly to ensure accurate results.3. Emergency Procedures:3.1. First Aid: Familiarize yourself with the location of first aid kits and emergency eyewash stations. Report all injuries, accidents, or near misses to the laboratory supervisor immediately.3.2. Chemical Spills: In the event of a chemical spill, immediately notify the laboratory supervisor and follow the spill procedures. Evacuate the affected area if necessary.3.3. Fire Emergencies: In the event of a fire, activate the fire alarm, evacuate the laboratory, and follow the designated emergency procedures. Do not use elevators during a fire emergency.3.4. Gas Leaks: In the event of a gas leak, immediately evacuate the laboratory and inform the laboratory supervisor. Do not use any electrical devices or create any sources of ignition.Conclusion:These laboratory operating procedures provide guidelines for safe laboratory practices. It is the responsibility of all personnel to familiarize themselves with these procedures and adhere to them at all times. Any deviations or unsafe conditions should be reported to the laboratory supervisor immediately. By following these procedures, we canensure a safe and productive laboratory environment for all.。

作业操作规程英文简称

作业操作规程英文简称Standard Operating Procedures for HomeworkIntroduction:Homework is an important aspect of the learning process, allowing students to reinforce and expand upon what they have learned in class. To ensure efficient and effective completion of homework, it is essential to establish a set of Standard Operating Procedures (SOP). These procedures help students organize their work, manage their time effectively, and achieve academic success. This document outlines the SOP for homework, aimed at maximizing productivity and minimizing stress for students.1. Establishing a conducive study environment- Designate a quiet and comfortable space solely for doing homework.- Ensure sufficient lighting and a clutter-free workspace.- Eliminate distractions such as noise, electronic devices, and social media.2. Setting goals for each homework session- Break down the homework into smaller tasks to make it more manageable.- Set specific goals for each session to keep track of progress.- Prioritize tasks based on urgency and importance.3. Managing time effectively- Create a schedule that includes designated homework hours.- Allocate sufficient time for each task, considering their complexity and estimated completion time.- Avoid procrastination by adhering strictly to the schedule.4. Taking notes and organizing materials- Take clear and concise notes during class to facilitate understanding and revision.- Organize materials (textbooks, notebooks, and online resources) in a systematic and easily accessible manner.- Label and categorize materials based on subjects or topics.5. Understanding the requirements- Carefully read the homework instructions provided by teachers.- Seek clarification from teachers or classmates if any part of the instructions is unclear.- Identify the expected deliverables or outcomes.6. Planning the approach- Break down complex tasks into smaller steps.- Develop a logical sequence or order of completion for tasks.- Determine the resources and reference materials needed.- Create a rough outline or draft before starting the actual work.7. Conducting research and gathering information- Use reliable and reputable sources for collecting information.- Take notes while researching to avoid plagiarism and ensure proper citation.- Record all sources to facilitate referencing and citation.8. Starting with the easier tasks first- Begin with tasks that are relatively easier and require less time.- Build momentum and confidence by completing these tasks promptly.- This approach helps in managing time efficiently and reducing stress.9. Managing distractions and interruptions- Minimize interruptions by informing family members or roommates about designated study hours.- Turn off or silence electronic devices during study periods.- Use productivity apps or website blockers to limit distractions from the internet.10. Seeking help when needed- Reach out to teachers, classmates, or online resources for assistance when facing difficulties.- Do not hesitate to clarify doubts or ask for explanations.- Seek additional help outside of school if required.11. Reviewing and revising the completed work- Double-check the completed work for errors, omissions, or inconsistencies.- Review the work against the requirements to ensure all aspects have been addressed.- Make necessary revisions or improvements before submitting the homework.Conclusion:Following these Standard Operating Procedures for homework will not only enhance students' academic performance but also develop essential skills such as time management, organization, and problem-solving. These guidelines emphasize on effective planning, goal-setting, and creating a conducive study environment. By implementing these SOPs, students can optimize their productivity, reduce stress, and ultimately excel in their academic pursuits.。

加油车安全操作规程中英文版

Rules for safe operation of refueling trucks加油车安全操作规程●Fuel truck drivers must be qualified by professional training (localgovernment and company) and licensed to drive.●加油车驾驶员必须经（当地政府及公司）专业培训合格，持证驾驶。

●The refueling vehicle shall have an exclusive parking space, whichshall be more than 15 meters away from the fire source, and shall set up a no-fire sign;●加油车设专属停车位，车位远离火源15米以上，并设置禁火标志；●Other vehicles are prohibited from occupying the parking space.●其他车辆严禁占用车位。

●Check the vehicle brake, steering, and three leaks (steam, water, oil)before the refueling vehicle goes out, and start the vehicle after determining that it is normal. Keep the car clean and in good condition.●加油车出车前须检查车辆刹车、转向、三漏（汽，水，油），确定正常后方可启动车辆，保持车容整洁，车况良好。

●Before the refueling truck goes out, check the storage tank interface,valve, oil pipeline, fire valve, refueling gun, vehicle grounding wire and other parts (safety check card of refueling truck) to confirm that all parts are normal and effective before going out.●加油车出车前，做好（加油车安全点检卡）储油罐接口、阀门、输油管、防火阀、加油枪、车辆接地线等部位检查，确认各部位正常有效，方可出车。

装载机安全操作规程-英文版

Loader Safety Operating Procedures一、Preparation before homework1. It must be operated by personnel holding an operating certificate and must comply with traffic rules.2. The engine part should be inspected and prepared according to the diesel engine operating procedures. Check if the fuel, lubricating oil, and cooling water are sufficient, and add them if they are insufficient. Smoking and approaching open flames are strictly prohibited when adding fuel to avoid causing fires.3. Before starting the machine, place the gear lever in neutral, all control levers in the parking position, and the bucket control lever in the floating position, and then start the engine.— 1 —4. Before starting work, it is necessary to check for any obstacles and dangerous goods around the work site, and level the construction site to facilitate the entry and exit of loaders and vehicles.5. Before starting the operation, the loader should run without load for 3-5 minutes, check if all parts are intact, and confirm that everything is normal before starting the loading operation.6. Check if the reverse warning device is working properly.7. Before starting, make a sound to indicate, observe for any personnel or obstacles around, and lift the bucket away; Before driving, the reliability of the brake system should be tested.二、Requirements for homework and driving8. Except for the driver inside the cabin, it is strictly prohibited to carry passengers in other areas of the aircraft.— 2 —9. In the case of hard soil, it is not advisable to forcefully load materials. Instead, other machinery should be used to loosen the material before loading with a loader.10. When unloading onto the vehicle, the bucket must be lifted toa height that will not touch the cargo loading baffle of the cargo compartment, to prevent the bucket from colliding with the cargo compartment.11. When unloading into the vehicle, it is not allowed to lift the bucket over the top of the car cab.12. During loading operations, it is important to regularly monitor the oil temperature of the hydraulic torque converter. When the oil temperature exceeds the specified value, the machine should be stopped to cool down before resuming operations.— 3 —13. Efforts should be made to avoid driving and shoveling materials horizontally on slopes.14. When going downhill, braking should be used to slow down, and neutral should not be used to prevent power from being cut off and causing a rolling accident.15. If the driver needs to leave the vehicle during work, the bucket should be placed on the ground, and it is forbidden for the driver to leave the vehicle while the bucket is suspended.16. During driving, the bucket should be kept 30-50cm off the ground.17. During the operation of the loader, it is strictly prohibited to stand under the bucket. If it is necessary to inspect the vehicle during bucket lifting, support measures should be taken for the bucket and ensure its firmness and reliability.— 4 —18. When working under overhead pipelines, be careful not to touch obstacles above when lifting the bucket. When working under high-voltage transmission lines, the bucket should also maintain a sufficient safe distance from the transmission lines.19. When working at night, there should be good auxiliary lighting equipment.20. No long-distance walking is allowed. When using a trailer for transportation, there should be a dedicated person to direct the loading and unloading of the trailer.21. During the operation, if there is a serious dust situation, the person in charge of the construction site must be notified to carry out methods such as watering and dust removal to avoid environmental pollution.三、Requirements after homework— 5 —22. The loader should be parked in a flat, safe, and unobstructed parking area, and the bucket should be lowered to the ground.23. Before shutting down, the engine should idle for 5 minutes and avoid sudden stopping and stalling.24. According to the warranty regulations, the loader shall be subject to periodic warranty.25. During maintenance and repair, waste oil, wastewater, etc. should be collected and centrally treated to avoid environmental pollution.— 6 —。

各岗位安全操作规程的英文

各岗位安全操作规程的英文Post Name: Safety Operation Procedures for Various Positions1. IntroductionSafety operation procedures are crucial in maintaining a safe working environment. By following these procedures, employees can prevent accidents, reduce risks, and ensure their own safety as well as the safety of others. The following are the safety operation procedures for various positions.2. Warehouse Worker- Always wear appropriate personal protective equipment (PPE) such as safety shoes, gloves, and helmets.- Follow proper lifting techniques to avoid back injuries.- Be aware of the location and proper handling of hazardous materials in the warehouse.- Keep the aisles clear and organized to prevent trips and falls.- Report any damaged or malfunctioning equipment immediately to the supervisor.仓库工作人员安全操作规程：- 总是穿着适当的个人防护装备，如安全鞋、手套和安全帽。

企业操作规程缩写英文

企业操作规程缩写英文Enterprise Operation Rules Abbreviation in EnglishIntroduction:In the business world, it is common for enterprises to have various operation rules and procedures in place. These documents are crucial for establishing consistency, efficiency, and accountability within an organization. However, operation rules can often be lengthy and tedious to read. To overcome this challenge, enterprises often use abbreviations to simplify the rules and make them more accessible. In this article, we will explore the commonly used abbreviations for enterprise operation rules in English.I. General Abbreviations:1. SOP - Standard Operating Procedure: An SOP is a set of step-by-step instructions that employees must follow to perform their tasks correctly and consistently. It ensures that all employees, regardless of their level of expertise, can perform their duties efficiently.2. OHS - Occupational Health and Safety: Refers to the measures and procedures in place to protect employees from workplace hazards and ensure a safe working environment.3. HRM - Human Resource Management: The management of an organization's workforce, including recruitment, training, performance evaluation, and employee relations.4. IT - Information Technology: The use, development, and management of computer systems, software, and networks within an organization.5. QA/QC - Quality Assurance/Quality Control: QA involves the systematic monitoring, evaluation, and improvement of products and services to ensure they meet specific standards. QC, on the other hand, focuses on identifying and rectifying defects in products or services.6. CRM - Customer Relationship Management: A strategy used by organizations to manage interactions and relationships with existing and potential customers. It involves collecting and analyzing customer data to improve customer satisfaction and loyalty.II. Financial Abbreviations:1. P&L - Profit and Loss: The financial statement that summarizes the revenues, costs, and expenses incurred during a specific period. It determines whether a company has generated a profit or incurred a loss.2. ROI - Return on Investment: A measure used to evaluate the efficiency or profitability of an investment. It compares the gain or loss from an investment relative to its initial cost.3. EBITDA - Earnings Before Interest, Taxes, Depreciation, and Amortization: This financial metric is used to assess a company's operating performance by evaluating its earnings before deducting non-operating expenses.III. Communication Abbreviations:1. KPI - Key Performance Indicator: A measurable value that indicates how effectively an organization is achieving its business objectives. KPIs are used to evaluate performance over time.2. SLA - Service Level Agreement: A contract between a service provider and a customer that outlines the level of service expected. It typically includes metrics such as response time, uptime, and resolution time.3. FAQ - Frequently Asked Questions: A compilation of commonly asked questions and their corresponding answers. It serves as a resource for customers or employees seeking quick answers to common queries.IV. Legal and Compliance Abbreviations:1. GDPR - General Data Protection Regulation: A regulation aimed at protecting the data privacy and rights of individuals within the European Union. It imposes strict rules on how organizations collect, process, and store personal data.2. FCPA - Foreign Corrupt Practices Act: A United States law that prohibits bribery of foreign officials by individuals and companies. It aims to promote transparency and integrity in international business transactions.3. FDA - Food and Drug Administration: A federal agency of the United States Department of Health and Human Services, responsible for protecting public health by ensuring the safety and efficacy of food, drugs, medical devices, and cosmetics.Conclusion:Abbreviations play a significant role in simplifying and streamlining enterprise operation rules. They allow for easier understanding and implementation of the rules while saving time and effort. By effectively utilizing abbreviations, enterprises can enhance communication, improve efficiency, and ensure compliance with various regulations.。

生产工艺操作规程英文缩写

生产工艺操作规程英文缩写SOP (Standard Operating Procedure) for Production ProcessIntroduction:The Standard Operating Procedure (SOP) for the production process outlines the step-by-step instructions and guidelines that must be followed by operators to ensure efficient and consistent production operations. This SOP aims to provide a clear understanding of the production process and promote safety and quality in all aspects of production.1. Purpose:The purpose of this SOP is to establish a standardized and systematic approach to the production process. It aims to ensure that all operators are trained and follow the same procedures to achieve consistency in product quality, reduce errors, and promote a safe working environment.2. Scope:This SOP applies to all operators involved in the production process. It covers all production activities from material preparation to final product packaging.3. Responsibilities:3.1 Production Manager:- Establish and review the SOP for the production process- Ensure that all operators are trained on the SOP - Monitor and evaluate the implementation of the SOP- Provide necessary resources and support for the production process3.2 Operators:- Follow the instructions outlined in the SOP- Report any issues or deviations from the SOP to the supervisor- Maintain a clean and organized work area- Complete production records accurately and ina timely manner4. Equipment and Materials:4.1 Equipment:- List all equipment required for the production process, including their specifications, maintenance requirements, and calibration procedures.- Ensure that all equipment is properly cleaned, maintained, and calibrated before use.- Provide detailed instructions for the setup, operation, and shutdown of each equipment.4.2 Materials:- Specify the type and quality of materials required for the production process.- Outline the procedures for material handling, storage, and identification.- Provide guidelines for material inspection and quality control.5. Process Workflow:5.1 Material Preparation:- Provide instructions for the receipt, inspection, and storage of raw materials.- Specify the quantities and specifications of raw materials required for each production batch.- Outline the procedures for material preparation, including weighing, mixing, and blending.5.2 Production:- Provide step-by-step instructions for the production process, including the sequence of operations, operating parameters, and quality control checks.- Detail the procedures for equipment setup, product changeover, and cleaning between batches.- Specify the documentation requirements, such as production records, log sheets, and batch records.5.3 Quality Control:- Describe the quality control checks and tests required throughout the production process.- Specify the sampling procedures, testing methods, and acceptance criteria.- Outline the procedures for handling non-conforming products or deviations from quality standards.5.4 Packaging and Labeling:- Provide instructions for the packaging and labeling of finished products.- Specify the packaging materials and methods to be used.- Detail the procedures for product inspection, rejection, and rework.6. Safety Procedures:- Provide guidelines for safe work practices, including the use of personal protective equipment, handling hazardous materials, and emergency procedures.- Specify the procedures for reporting accidents, incidents, and near-misses.- Highlight the importance of maintaining a clean and safe work environment.7. Training and Documentation:- Specify the training requirements for operators involved in the production process.- Provide a record-keeping system for documenting training, as well as any deviations or incidents related to the SOP.- Ensure that all operators have access to a copy of the SOP and any associated documents.8. Revision and Approval:This SOP for the production process shall be reviewed and revised as needed by the Production Manager. Any changes to the SOP must be approved by the relevant stakeholders before implementation.Conclusion:This SOP outlines the instructions and guidelines for the production process to ensure a consistent and efficient workflow. It promotes safety, quality, and adherence to standard operating procedures. By following this SOP, operators will be able to producehigh-quality products while maintaining a safe and organized work environment.。

标准操作规程英文

标准操作规程英文《Standard Operating Procedures: Ensuring Efficiency and Consistency》Standard Operating Procedures (SOPs) are a set of step-by-step instructions compiled by an organization to help employees carry out routine operations. SOPs serve as a guide for employees to ensure that tasks are done in a consistent and efficient manner, ultimately leading to higher productivity and quality of work.The importance of SOPs cannot be overstated. They provide a framework for employees to follow, minimizing errors and reducing the likelihood of accidents or compliance violations. By standardizing procedures, SOPs also help organizations maintain and improve quality standards, as well as meeting regulatory requirements.Developing effective SOPs requires careful planning and input from all relevant stakeholders. Clear and concise language should be used to communicate the procedures, and they should be easy to understand and follow. Regular review and updates of SOPs are also essential to ensure that they remain relevant and effective. Implementing SOPs in an organization can lead to numerous benefits. Employees can work more efficiently and confidently, knowing that they have clear guidelines to follow. Consistency in operations can also result in improved customer satisfaction, as well as higher levels of productivity and profitability for the organization.In summary, SOPs are an integral part of any successful organization. They provide a foundation for employees to perform their duties effectively and consistently, ultimately leading to improved operational efficiency and overall success. By investing time and resources in developing and maintaining SOPs, organizations can ensure that their processes are aligned with their goals and objectives.。

设备确认操作规程(英文)

PURPOSE:To provide a formal methodology to be followed during qualification of equipment.SCOPE:Applicable to qualification of new equipment, re-qualification of equipment, which has undergone major modification, relocation of equipment and Periodic Qualification as per schedule in Pharma manufacturing department.RESPONSIBILITY:Production, Engineering, Safety, Quality Control and Quality Assurance staff. DEFINITION:Qualification: Documented verification that the environment and equipment are appropriate for the designated function.User Requirement Specification (URS): A Requirement specification that describes what the equipment or system is suppose to do, thus containing at least set of criteriaor conditions that have to be met.Functional Design Specification (FDS): Functional design specification is a document that specifies in a complete, precise, variable manner, the requirement design, behaviour or other characteristics of a system or component and often the procedures for determining whether these provisions have been satisfied.Specification that is offered by manufacturing based on URS and are agreed mutually. Design Qualification (DQ): Formal and systematic verification that the requirements defined in the specification phase are completely covered by the succeeding specification or implementation phase.Factory Acceptance Test (FAT): Testing conducted at the suppliers factory to determine whether or not a system specifies it’s acceptance criteria and to enable the user to determine whether or not to accept the system.Installation Qualification (IQ): Documented verification that a system is installed according to written and pre-approved specifications.Site Acceptance Test (SAT): An acceptance test at the users site, usually involve the supplier.Operation Qualification (OQ): Documented verification that a system operates according to written and pre-approved specification throughout all specified operating ranges..PLC Validation: Documented verification that PLC Hardware are as per original drawing, Digital and Analog Input and Output are connected as per PLC Architecture and functioning according to written and pre-approved specification throughout all specified operating ranges.Performance Qualification (PQ): Documented verification that a system is capable of performing or controlling the activities of the processes, it is required to perform or control, according to written and pre-approved specifications, while operating in its specified operating environment.User (s): The person, or persons, who operate or interact directly with the system. Supplier: Any organisation or individual contacted directly by the user to supply a product or service.Critical Equipment: The machine within a system where the malfunctioning or failure of equipment will have direct impact on product quality. Where product is in direct contact with machine body parts.Non-critical Equipment: The machine within a system where the malfunctioning or failure of equipment will not have direct impact on product quality. Where product is not in direct contact with machine body parts.1.0 HEALTH, SAFETY AND ENVIRONMENT: (对验证实施人员的HES要求)1.1 Personnel involved in qualification / re-qualification / periodic qualificationshould use appropriate personal protective equipment.1.2 Do not touch the moving parts.1.3 Electrical isolation should be done before any electric control panelverification.1.4 Read the safety instructions specified in the operation Manual of themachine to be qualified.2.0 PROCEDURE:2.1 Equipment qualification should be based on the following documents2.1.1 User Requirement Specification (URS)2.1.2 Functional Design Specification (FDS)2.1.3 Design Qualification (DQ)2.1.4 Factory Acceptance Test (FAT)2.1.5 Checklist on Receipt2.1.6 Installation Qualification (IQ).2.1.7 Operation Qualification (OQ)2.1.8 PLC Validation ( If applicable)2.1.9 Provisional Handover Certificate2.1.10 Performance Qualification (PQ)2.1.11 Handover CertificateThe flow of the equipment qualification is as followsURS → FDS → DQ → FAT → IQ → OQ → PLC Validation (if applicable)SAT→ PQ2.1.1 User Requirement Specification (URS):2.1.1.1 URS protocol should be approved by the project team(Users) members and Quality Assurance with Name, Signand Date.2.1.1.2 Following points should be considered during thedevelopment of URS.➢Introduction➢Over view➢Operation requirements➢Constraints➢Life cycle➢Glossary➢References➢Approval2.1.1.3 Each URS protocol should be allotted with a protocol no. inthe format specified below“URS/P”Where,“URS” stands for User requirement specification.“P” sta nds for equipment / instrument / balance / areaabbreviated code.2.1.1.4 The protocol should also identify with a Version No. Wherethe version no. changes with every change in the URS.2.1.1.5 The URS protocol header should consist of the following detailsas mentioned below:➢Title of the URS➢Protocol No.➢Version No.➢Date➢Cipla Patalganga➢Unit➢Page No..精品文档.A specimen of the header is given below:2.1.2 Functional Design Specification (FDS):2.1.2.1 The FDS should be the manufacturer interpretation ofURS. FDS should include basic functioning of theequipment with focus on control and critical componentsspecifications and functions.2.1.2.2 The FDS should be in the form of separate documentand should include equipment specification, P&IDdiagrams.2.1.2.3 The FDS protocol / report should be mutually approvedby the user and supplier with sufficient technical detailsbased on the techno commercial offer.2.1.2.4 The supplier is finally selected and CER is raised.2.1.2.5 Any changes made after finalisation of DQ should undergo change control procedure as per SOP CQA 06.2.1.3 Design Qualification (DQ):2.1.3.1 Design qualification should be based on the discussionbetween the supplier and the user with reference toURS / FDS.2.1.3.2 Following points should be considered during thedevelopment of design qualification.➢ Purpose➢ Scope➢ Responsibility➢ Project requirement➢ Critical variables to be met➢ Process/ Product parameters e.g. Capacity etc.➢ cGMP considerationse.g. MOC of individual parts, finish of contact parts➢ Critical parameters e.g. Instrumentation, limits,➢ Safety➢ Location suitability➢ References➢ Documents to be attached.➢ Any changes made against the formally agreedparameters (Deviation if any).➢ Justification for acceptance (if any deviation)➢ Review (Inclusive of follow up action, if any)➢ Recommendation➢ Signing off2.1.3.3 Any change in DQ should be through a change controlprocedure as per SOP CQA-06 and should bedocumented.2.1.4 Factory Acceptance Test (FAT):2.4.1 The FAT sh ould be conducted at the supplier’s premisesunder the users supervision unless agreed upon.2.4.2 The FAT protocol / report should be prepared by the supplieras per Manufacturers format and should be submitted forapproval of user.2.4.3 The equipment should be shipped to the site only afterapproval by the user.2.4.4 The FAT protocol / report should include details of the URSand FDS.2.4.5 Any modification, changes needs during the FAT should bedocumented and intimated to the user and carried out withmutual consent.2.1.5 Checklist on Receipt:2.1.5.1 All critical parts of equipment should be checked forfinish, any damages on receipt for availability as perpacking list and order details.2.1.6 Installation Qualification (IQ):2.1.6.1 All aspects such as utility connections, location suitability,material of construction of critical parts, installation of allmonitoring, controlling, instruments and gauges includingtheir calibration and certification by supplier should bechecked and verified.2.1.6.2 During the installation qualification Area Lux level, Floordrains, piping connections , machine alignment, levelling,P& ID Diagram, Schematic, circuit diagram, tagging,wiring pheruling, pneumatic connections consideredduring design qualification are checked and verified.2.1.7 Operation Qualification (OQ):2.1.7.1 During Operation qualification the working of themonitoring and controlling instruments, gauges andsystems like PLC, switches, gauges, motors, pumps etc.are checked and certified..2.1.7.2 The parameters considered during design qualificationare checked and certified.2.1.8 PLC Validation2.1.8.1 PLC validation should be carried out by competentexternal approved agency.2.1.8.2 PLC validation should be carried out during SAT orsubsequently within three months based on level ofchecks carried out during SAT. Validation should be doneaccording to pre-approved protocol and report. Allreference instruments being used for validation should becertified by approved agencies like ‘IDEMI’ and ‘ERTL.2.1.8.3 Brief description about equipment operating function andits location should be mentioned in the report. All rawdata should be handwritten at site during actual validation.2.1.8.4 The details of PLC and HMI hardware are checked as percircuit diagram and type of PLC, HMI, its software Versionno. details, details of the available digital/ analogue inputsand outputs. Installed switchgear details should bementioned i.e. SFU, MCB, relays, contactors, pushbuttons, switch, power supply, Surge protection etc.2.1.8.5 Equipment interlocks, alarms and operation logic shouldbe checked. Details of the PLC Battery conditions shouldbe checked and it’s life will be verified appropriately.2.1.8.6 All PLC validation reports should be handed over by thevalidation agency to the engineering department forverification within a week after physical verification of thesystem. Engineering, user department and qualityassurance department will verify submitted reports2.1.8.7 Any deviation observed should be highlighted and broughtup to the notice of Engineering/ User/QA dept.2.1.8.8 No changes should be made in the software or hardwareduring the course of validation.2.1.9 Site acceptance test (SAT) and Provisional HandoverCertificate:2.1.9.1 SAT should be carried out in conjugation with thesupplier and may include checks of critical components,controls based on the detail Fat, IQ and OQ have beensuccessfully performed.2.1.9.2 After the equipment goes through the installation andoperational qualification procedure, it should be reviewedat each stage by a team of Engineering, Production,Quality Assurance, Quality Control, Safety and Unit Head. .2.1.9.3 In few cases the equipment may have to go through aprocess cycle development and stabilisation phase beforesubject to validation trials.2.1.9.4 If any deviation or non conformance to the acceptancecriteria should be recorded and informed to concernedsupplier. A decision should be taken by user team andsupplier to reject or to proceed for PQ.2.1.9.5 If SAT is found to be satisfactory, equipment should beprovisionally handed over to the concerned departmentfor Performance Qualification.2.1.10 Performance Qualification (PQ):2.1.10.1 During the Performance Qualification the working of thesystem as a whole is checked with respect to out put, quality,quantity and any specific requirements as per designqualification.2.1.10.2 Critical equipment should undergo extensive validationstudies to ensure consistent performance depending onapproved validation protocol.2.1.11 Handover Certificate:After successful Performance Qualification, based on reviewby the team of Engineering, Production, Quality Assurance,Quality Control, Safety and Unit Head. The equipment ishanded over to the concerned department for regular use.2.2 Equipment Qualification and Requalification protocol consist of thefollowing sections.➢Covering page➢Table of contents.➢Glossary➢Pre approval➢Design Qualification➢Check list on receipt➢Installation Qualification➢Operation Qualification➢Provisional Handover Certificate➢Performance Qualification➢Hand over Certificate2.3 REQUALIFICATION / PERIODIC QUALIFICATION2.3.1 All Major equipment should be requalified after any majorchange in the equipment or modification.2.3.2 If there are any major changes in critical parameters of equipment .(e.g. RPM of blender, speed of agitator etc.) which has directimpact on the quality, then the revalidation of the process shouldbe done.2.3.3 The requalification need not be performed for any minor changesin the equipment, For example, few blades of multimill arereplaced.NOTE: Minor changes should be recorded in the Machine History Card.2.3.4 If any fixed equipment is shifted from one area to another area.Critical parameters should be checked during requalification.Transfer note should be made for the equipment. It should bekept along with the requalification record. For relocation ofportable equipment requalification is not required.2.3.5 During the transfer of equipment from one unit to another unitrequalification as IO, OQ should be conducted based on criticalparameters. A such copy of original qualification should beforwarded for reference.2.3.6 While transferring the equipment to other area / units, reviewshould be done for any specific requirements of conditions2.3.7 For equipment having no changes requalification time periodshould be decided based on performance of annual review of theequipment. The review of the equipment should be recorded inthe Equipment Review Report (Annexure MT95/A1) Therequalification time period should not exceed five years.2.3.8 Schedule for requalification of the major equipment shouldavailable at unit level and should be recorded in schedule forrequalification Annexure MT95/A2.2.3.9 Schedule for PLC revalidation of the major equipment should beavailable at unit level and should be recorded in AnnexureMT95/A3.2.3.10 Any changes in schedule of equipment qualification should becarried out through deviation.Requalification / Periodic Qualification protocol consist of thefollowing sections:➢Covering page➢Table of contents.➢Glossary➢Pre approval➢Over view➢Pre requisite➢Preventive Maintenance verification➢Major breakdown verification.➢System description➢Physical verification➢Calibration verification of critical components➢Calibration verification of calibration standards used➢Safety features verification➢Control panel verification➢Interlocks/controls verification➢Performance evaluation➢Documentation verification➢Post approval➢Hand over certificate2.4 Protocol Approval:2.4.1 All protocols are approved by Quality Assurance and Unit Headprior to their implementation i.e. after they are compiled by a teamof Production, Engineering, Quality Control and Safety.2.4.2 Each protocol should be allotted with a protocol number in theformat specified bellow“QUALI/X”Where,“QUALI” stands for qualification“X” stands for equipment / instrument / balance / area abbreviatedcode2.4.3 The protocol should also be identified with a Version No., wherethe version no. changes with every change in the Qualification,Requalification and Periodic Qualification of equipment.2.4.4 The Qualification, Requalification and Periodic Qualificationprotocol header should consist of the following details asmentioned below➢Title of the protocol➢Protocol No.➢Version No.➢Department➢Area➢Page No.A specimen of the header is given below:2.4.5 Frequency for Periodic QualificationFor Critical Equipment: Once in 3 years of its previous.qualification (Initial qualification / requalification)For Non Critical Equipment: Once in 5 years of its previousqualification (Initial qualification / requalification)Note: The period of periodic qualification should be determinedbased on review of history of preventive maintenance, breakdown,calibration data and criticality of process.3.0 ABBREVIATIONS:URS User Requirement SpecificationFDS Functional Design SpecificationDQ Design QualificationFAT Factory Acceptance TestIQ Installation QualificationSAT Site Acceptance TestOQ Operation QualificationPQ Performance QualificationNo. NumberP&ID Piping and Instrumentation DiagramCER Capital Expenditure RequisitionCGMP current Goods Manufacturing PracticesPLC Programmable Logic Controller.MOC Material of Construction材质i.e. That ise.g. For exampleIDEMI Institute for Design of Electrical Measuring InstrumentsERTL Electronics Regional Testing LaboratoryPLC Programmable Logic ControllerHMI Human Machine InterfaceSFU Switch Fuse UnitMCB Miniature Circuit Breaker4.0 REFERENCES:CQA-06 Change Control5.0 ANNEXURES:MT95/A1 Equipment Review Report (MT95/F1)MT95/A2 Schedule for Requalification/Periodic (MT95/F2)QualificationMT95/A3 Schedule for PLC Revalidation /Periodic (MT95/F3)Validation .。

挖掘机安全操作规程-英文版

Excavator Safety Operating Procedures1. Excavator drivers must undergo specialized training, understand the mechanical structure, performance, familiarize themselves with operating methods and maintenance procedures, and pass the examination before they can operate independently.2. Adequate lighting equipment is required for night work.3. Before starting work, the engine, transmission, hydraulic, operation, braking, various instruments, and wire ropes should be inspected to confirm that they are in normal condition before starting work.4. The safety distance between excavator operation and live lines shall not be less than the prescribed safety distance.5. The maintenance of electrical equipment must be carried out by dedicated electricians. During maintenance, the on duty driver should— 1 —be consulted first. After the work is completed, the handling situation should be clearly explained to the on duty driver.6. When the excavator is working, unrelated personnel are prohibited from entering the cab, and any objects that may hinder work are not allowed to be stored in the cab.7. Before starting, a signal should be sent to check whether the action of each brake is reliable.8. The operation should strive for smoothness and accuracy, and should not be too forceful or urgent.When doing homework, one should adhere to the "Five Don'ts": Do not touch the celestial wheel; Do not touch the safety teeth; Do not touch the tape board and rack; Do not touch the buffer wood; Do not touch the loading vehicle or cargo compartment.— 2 —10. When doing homework, one must adhere to the "eight prohibitions": it is not allowed to do homework with "three legs"; Do not use unilateral teeth to bite hard; It is not allowed to forcefully excavate large stones or hard gnaw on solid stones or foundations; Do not use bucket teeth to pick up large stones for loading onto vehicles; The bucket is not allowed to rotate or walk until it has been withdrawn from the palm surface; Transport vehicles are not allowed to be loaded until they have come to a complete stop; The bucket is not allowed to cross over from above the car cab; Do not use a bucket to push the car.11. When the bucket is full and rotating, emergency braking should not be used to prevent accidents caused by flying materials.12. It is prohibited to suspend the trembling arm while fully loaded, for walking or changing the inclination angle of the boom.— 3 —13. The bucket should be unloaded in the middle position above the car trunk and should not be installed off center. The unloading height should be such that the bottom plate of the bucket is opened without touching the cargo compartment.14. The palm shall not leave large stones with loose umbrella edges. If a landslide danger peak is found, one should immediately take care of oneself or evacuate the excavator to a safe location.15. When the excavator rotates, no one is allowed to get on or off the vehicle, and no one is allowed to pass or stay within the rotation range.16. During operation, it is necessary to constantly monitor for any abnormal sounds from various parts and ensure that all instrument readings are within the normal range.— 4 —17. During operation, it is prohibited to lubricate, adjust, repair or clean the rotating parts.18. It is prohibited to excavate rocks of grade five or above that have not been blasted.19. The operator must land the bucket when leaving the work post.20. When the excavator unloads from the car, it must wait for the car driver to brake the car and leave the cab before turning back to the car compartment to unload. Do not allow the bucket to cross over from the car cab.21. When excavating cliffs, attention should be paid to the rocks on the cliffs. If there is a possibility of collapse causing injury or damage to objects, it should be dealt with in a timely manner.— 5 —22. After the engine is started, no one is allowed to stand on the bucket and tracks.23. It is strictly prohibited to use the turning effect of excavators to pull heavy objects and vehicles.24. Before walking, check the width and bearing capacity of the road surface and remove obstacles. The road slope should be sturdy and reliable, and when walking, the excavator should maintain an appropriate distance from the edge.25. Before walking, drivers and commanders should first understand the road conditions. When walking, the driver should follow the command and signal before moving.26. The slope of the uphill and downhill slopes shall not exceed the mechanical climbing capacity. When going up or down slopes, it is— 6 —forbidden to change gears or slide in neutral, and measures should be taken to prevent landslides.27. When the turning angle is small, it should be done in stages and not make a sharp turn at once.28. When passing through soft or marshy areas, they should be pre compacted or cushioned with sleepers to prevent vehicles from sinking.29. When passing through bridges and culverts, it is necessary to understand the allowable load capacity and confirm its reliability before passing.30. When passing through exposed lines and railways such as wind, water pipelines, and cables, measures such as adding padding should be taken to prevent damage from compression.— 7 —31. Necessary anti slip measures should be taken when walking in winter.32. When the excavator is converted into a crane for use, when lifting objects close to full load, the heavy object must be lifted 10-30cm off the ground and held for 2-3 minutes. After inspection and confirmation of firmness, stability, and reliability, the lifting can continue. When approaching full load operation, it is prohibited to perform two operational actions simultaneously.33. The lifting of heavy objects must be smooth, the descent speed must be uniform, and sudden acceleration, deceleration, and braking are prohibited.34. Heavy objects should be securely tied, and the center of gravity of the lifting device should be as close as possible to the center— 8 —of gravity of the heavy object. It is forbidden to lift heavy objects diagonally.35. During lifting operations, it is strictly prohibited for personnel to pass or linger under heavy objects.36. It is strictly prohibited to use cranes to lift personnel or to lift people and objects together.37. It is prohibited to lift objects that are firmly buried in the ground, frozen on the ground, or stuck by other heavy objects.38. When heavy objects are suspended in the air, drivers are not allowed to leave the operating room or do other work.39. During homework, it is prohibited to perform repair, oiling, and adjustment work on the machine.40. Shutdown should comply with the following regulations:— 9 —①Excavators should be parked in a solid, flat, and safe place, and are prohibited from parking in dangerous areas that may collapse or be threatened by floods.②After parking in place, place the bucket on the ground to ensure that the lifting rope is moderately tight. The inclination angle of the boom should be lowered to 40-50 degrees, and the slewing brake should be tightened.③Excavators powered by internal combustion engines should first disengage the main clutch before stopping, idle for 3-5 minutes, and wait for the engine to gradually slow down before stopping. After stopping the machine, the main clutch should be engaged again. When the temperature is below 0, the coolant without antifreeze should be drained completely. Do not press the accelerator or use the pressure reducing lever to turn off the engine before stopping.— 10 —④Place each operating handle in the zero position.⑤When parking for a long time, one-time maintenance work should be done well. Lubricating oil should be added to all lubrication parts of the engine, and the inlet and outlet pipes, as well as the oil and water pipes, should be tightly sealed to prevent foreign objects from entering and causing rust and damage.⑥After completing the above work, a comprehensive inspection should be conducted to confirm that everything is correct, and then the doors and windows should be closed and locked.41. Carry out maintenance and repair of excavators according to regulations.— 11 —。

操作规程英文

操作规程英文Title: Operational GuidelinesIntroduction:Operational guidelines are essential for ensuring smooth and efficient workflow within an organization. This document provides a comprehensive outline of the operational guidelines that should be followed by all employees to maintain consistency and standardization in daily operations. By adhering to these guidelines, individuals will contribute to the overall success of the organization.1. General Guidelines:1.1 Punctuality: All employees are required to report to work on time. Persistent tardiness may result in disciplinary action.1.2 Dress code: Dress appropriately according to the company's dress code policy. Maintain a professional appearance at all times.1.3 Personal hygiene: Maintain personal cleanliness and proper grooming standards.2. Communication Guidelines:2.1 Professional language: Use professional and respectful language when communicating with colleagues, superiors, and clients.2.2 Communication channels: Follow the proper communication channels established by the organization for effective and timely communication.2.3 Email etiquette: Use clear, concise, and professional language in emails. Avoid using informal language and reply to messages within a reasonable time frame.2.4 Active listening: Practice active listening during meetings and discussions. Avoid interrupting others and give them their due attention.3. Workflow Guidelines:3.1 Task management: Prioritize tasks based on their urgency and importance. Use task management tools effectively to track progress and deadlines.3.2 Workflow documentation: Document workflows and processes to maintain transparency and facilitate knowledge transfer within the organization.3.3 Collaborative work: Foster teamwork and collaboration by sharing information, ideas, and resources with colleagues.3.4 Delegation: Delegate tasks appropriately, considering the skills and capabilities of team members. Provide clear instructions and support when assigning tasks.4. Quality Guidelines:4.1 Attention to detail: Pay attention to details and avoid errors to ensure high-quality work.4.2 Quality control: Follow established quality control procedures to monitor and evaluate work regularly.4.3 Continuous improvement: Seek feedback from colleagues and supervisors to identify areas for improvement and implement necessary changes.5. Confidentiality Guidelines:5.1 Data protection: Treat all company data with utmost care and ensure compliance with relevant data protection laws.5.2 Non-disclosure agreement: Strictly adhere to the terms of any non-disclosure agreement signed with the organization.5.3 Privacy and security: Follow established protocols for protecting sensitive information and avoid discussing confidential matters in public spaces.6. Problem Resolution Guidelines:6.1 Reporting issues: Immediately report any concerns, conflicts, or problems to the appropriate supervisor or manager.6.2 Constructive feedback: Provide feedback in a constructive and professional manner, focusing on the issue at hand and suggesting potential solutions.6.3 Conflict resolution: Approach conflicts with an open mind, seek common ground, and engage in respectful dialogue to find mutually agreed-upon solutions.7. Training and Development Guidelines:7.1 Continuous learning: Participate actively in training programs and skill development initiatives offered by the organization.7.2 Knowledge sharing: Share acquired knowledge and expertise with colleagues to foster a culture of continuous learning within the organization.Conclusion:Following these operational guidelines will contribute to the smooth functioning of the organization and create a positive work environment. Regular training and reinforcement of these guidelines will ensure that all employees are aware ofthe expectations and contribute effectively to the organization's success.。

操作细则英文

操作细则英文【篇一：操作规程英文版】机床操作规程operating procedure of machine工作前穿戴好工作服及防护用品，扎好袖口，不准穿长衫、围围巾和头巾等丝带状物品，以及穿高跟鞋。

the worker shall wear the uniform, dress the protective equipments and fasten the cuff before work. everyone is forbidden to wear gown, scarf, headband and high heels.女工应戴好工作帽。

高速切削或切削铸铁、铝、铜工件时，必须戴防护眼镜。

the workwoman shall wear helmet. the worker must wearprotective glasses when the machine is fly cutting or cutting the iron, aluminum and copper materials接触旋转开关及旋转部位时，不得带手套作业，在夹装工件过程中允许带手套作业。

the worker does not allow wearing gloves when you touch the rotary switch or portions.1.车床技术安全操作规程1. safety operating procedure of lathe(1) 工作前须检查机床运转情况，检查工件及刀具是否夹紧，清除床面杂物。

(1) before working, the lathe operator (lathe man) shall confirm the condition of lathe. the operator should check whether the work piece and cutter is tightened or not. the operator need clean the sundries from the platform before working.(2) 卡盘、花盘必须有保险装置，加工畸形和偏心零件时，要加平衡配重，先低俗运转，然后变为所要的速度。

操作规程英文

操作规程英文Operating Procedure1. IntroductionOperating procedures are designed to ensure consistency, safety, and efficiency in completing tasks within an organization. These procedures outline step-by-step instructions for employees to follow when conducting specific tasks or activities. This document provides guidelines and instructions for developing and implementing operating procedures within our organization.2. PurposeThe purpose of an operating procedure is to provide clear instructions to employees on how to perform their tasks effectively and efficiently. These procedures help in reducing errors, improving productivity, ensuring compliance with regulations, and maintaining a safe work environment. By following these procedures, employees can achieve consistent results and minimize the risk of accidents or incidents.3. Procedure Developmenta. Identify the Task: Begin by identifying the task or activity for which an operating procedure is required. Determine the purpose and objectives of the task. Consult employees who perform the task regularly to gather information about current practices and challenges.b. Document the Steps: Document all the steps involved in completing the task. Break down the process into smaller, manageable steps that are easy to understand. Use clear and concise language to ensure clarity.c. Sequence the Steps: Arrange the steps in a logical sequence that flows smoothly. Ensure that each step leads to the next, without any gaps or overlaps. Consider the dependencies and relationships between steps when sequencing them.d. Include Safety Measures: Incorporate appropriate safety measures and precautions within the operating procedure. Identify potential hazards and provide instructions for mitigating them. Emphasize the importance of safety and protective equipment, where applicable.e. Review and Validation: Once the operating procedure is prepared, share it with relevantstakeholders for review and feedback. Incorporate their suggestions and recommendations to ensure accuracy and completeness. Validate the procedure by testing it with a sample group of employees to identify any potential issues or areas for improvement.f. Documentation: Document the finalized operating procedure in a standardized format. Include a revision history to track updates and changes made over time. Ensure that the procedure is easily accessible to all employees through a central database or intranet.4. Procedure Implementationa. Communication: Communicate the newly developed operating procedures to all relevant employees. Conduct training sessions to familiarize them with the steps and safety measures outlined in the procedures. Provide opportunities for employees to clarify any doubts or concerns regarding the procedures.b. Compliance Monitoring: Regularly monitor compliance with the operating procedures to ensure adherence. Conduct audits or checks to verify that employees are following the established guidelines.Provide feedback and corrective measures if deviations are found.c. Continuous Improvement: Encourage feedback from employees regarding the operating procedures. Evaluate their suggestions for enhancement and incorporate them into the procedures where appropriate. Regularly review and update the procedures to align with changing requirements or best practices.5. ConclusionOperating procedures are essential for ensuring consistency, efficiency, and safety within an organization. By following these procedures, employees can perform their tasks effectively and minimize the risk of errors or accidents. Regular review, feedback, and improvement are essential to keep the operating procedures up-to-date and aligned with organizational goals.。

叉车操作规程-中英文

叉车司机安全操作规程Forktruck driver safty operation rule1、叉车司机必须经培训、考核合格并取得操作证后，方可驾驶叉车。

Forktruck driver must be trained, pass the exam and get the permission before operation.2、驾驶员衣着合适，严禁赤脚或拖鞋开车，驾驶室内不得超员，驾驶室外不准搭乘人员。

Improper wearing, barefoot or baboosh wearing drive, overload inside the cab,passenger outside the cab are strictly prohibited.3、驾驶室内不准放置防碍操作的工具和杂物。

Tools and sundries that may be in the way of driving are strictly prohibited.4、出车前、行车中及收车后必须按规定进行检查，如有异常应立即停车及时上报，待故障排除后方可动车。

Take inspection before driving, on driving and after driving. If something unusual occurs, driver must stop and report to the manager. Never move before the failure be solved.5、不准机械带病作业，作业时最大负荷不准超过规定吨位。

Never operate the equipment with failure. Never overload the capacity of the forktruck.6、启动前应将离合器分离，各操纵手柄放空挡位置，同时检查方向机构、制动器、仪表、灯光、轮胎等安全部件是否灵敏可靠。

设备确认操作规程(英文)【精选文档】

RESPONSIBILITY:Production， Engineering, Safety, Quality Control and Quality Assurance staff. DEFINITION:Qualification： Documented verification that the environment and equipment are appropriate for the designated function。

User Requirement Specification (URS)：A Requirement specification that describes what the equipment or system is suppose to do， thus containing at least set of criteria or conditions that have to be met。

Functional Design Specification （FDS）: Functional design specification is a document that specifies in a complete, precise， variable manner， the requirement design, behaviour or other characteristics of a system or component and often the procedures for determining whether these provisions have been satisfied。

操作技术规程英文

操作技术规程英文Standard Operating Procedure for Operation Technique1. IntroductionThe operation technique is a crucial part of anyindustrial process. It involves the use of specific methods and procedures to ensure the smooth and efficient runningof the equipment and machinery. This standard operating procedure (SOP) outlines the steps and guidelines for the correct operation technique to be followed by the operators.2. PurposeThe purpose of this SOP is to ensure that all operators are familiar with and adhere to the correct operation technique for the equipment and machinery. By following the standard procedure, the risks of accidents and equipment damage can be minimized, and the overall efficiency of the operation can be improved.3. ScopeThis SOP applies to all operators and technicians responsible for the operation of equipment and machinery inthe industrial setting. It covers the general operation technique as well as specific guidelines for individual equipment.4. Responsibilities- Operators are responsible for familiarizing themselves with the correct operation technique outlined in this SOP and adhering to it at all times.- Supervisors are responsible for ensuring that operators are trained in the correct operation technique and for monitoring compliance with the SOP.5. Procedure5.1 Pre-Operation Checks- Before starting the equipment, operators must conduct a thorough inspection to ensure that all components are in good working condition.- Check for any leaks, unusual noises, or signs of wear and tear.- Verify that all safety guards and devices are in place and functioning properly.5.2 Start-Up Procedure- Follow the manufacturer's guidelines for starting up the equipment.- Gradually increase the speed or pressure as per the standard operating parameters.- Monitor the equipment closely for any abnormalities during the start-up process.5.3 During Operation- Operate the equipment according to the recommended settings and parameters.- Keep a close eye on the performance indicators and be alert for any deviations from the norm.- Report any issues or abnormalities to the supervisor immediately.5.4 Shut-Down Procedure- Follow the manufacturer's guidelines for shutting down the equipment.- Allow the equipment to cool down, if necessary, before performing any maintenance tasks.- Ensure that all safety protocols are followed during the shut-down process.6. Safety Precautions- Operators must wear the appropriate personalprotective equipment (PPE) at all times during the operation.- Maintain a clean and organized work area to minimize the risk of tripping or falling hazards.- Follow all safety protocols and guidelines as outlined in the company's safety manual.7. Record-Keeping- Operators must maintain accurate records of the operation and any maintenance tasks performed.- Any deviations from the standard operation technique should be documented and reported to the supervisor.8. Training and Certification- All operators must undergo training in the correct operation technique for the equipment they are responsible for.- Operators must be certified to operate specific equipment and machinery as per the company's standards.中文翻译：操作技术规程1.简介操作技术是任何工业过程中至关重要的一部分。

安全操作规程 (英文)

TS INTERNATIONAL MINING CO。

， LTD.SAFETY OPERATION PROCEDURESFOR THE MINING MACHINESTable of ContentsChute Feeder Safety Operation Procedures (2)400 x 600 Jaw Crusher Operation Procedures (2)Belt Conveyor Operation Procedures (4)1500 x 3600 Ball Mill Safety Operation Procedures (5)FC—1500 Grading Machine Safety Operation Procedures (6)Flotation Machine Safety Operation Procedures (7)Press Filter Safety Operation Procedures (8)Slurry Pump Safety Operation Procedures (9)Chute Feeder Safety Operation Procedures1) Equipment check1. Before turning on the machine(1) Machine Parts:A. Safety protection device is it working properly？B. Coupling bolts and roller is it working normally?Lubricating oil and grease for the deceleration part is it working properly?C. The wear and tear condition of the shield and funnelD. Pushing rod or handle is it balance, the bolts installed are they loose?(2) Motor:A. Are the starting device and the index lights working properly？B. Is the handle of the manual motor easy to rotate?2. Operating Check(1) Machine PartsA. Is the mine feeding process normal？B. Are they any debris or large pieces of ore that impact the mine feedingprocess？C. Is there any abnormal sound coming from the decelerator？ Does thetemperature of the decelerator keep rising?(2) MotorA. Is there any abnormal sound coming from the electric parts？ Does thetemperature of the electric parts keep rising？B. Is the electric current above the control cabinet working normally?2) The procedure to turn on and off the machine1. The procedure to turn on the machine(1) Follow the equipment check process and conduct equipment check(2) Caution about the switch on order. Press the switch on button after ensuringthat the machine is ready to work2. The procedure to turn off the machineUpon receiving the switch off order or emergency stop order on the machine， press the stop button right away to stop the machine from operating and then turn off the electric source inside the controlling cabinet.3) Note1. Following the production requirement to feed the mine evenly。

车司机操作规程英文

车司机操作规程英文Driver Operation Guidelines1. IntroductionAs a driver, it is important to follow certain guidelines to ensure the safety and efficient operation of the vehicle. These guidelines aim to promote safe driving practices, enhance passenger comfort, and minimize the risk of accidents. This document provides a comprehensive set of rules and regulations that drivers must adhere to during their duties.2. Vehicle InspectionBefore starting the vehicle, drivers must perform a thorough inspection. This includes checking the tire pressure, fluid levels, lights, brakes, and other important components. Any issues should be reported immediately to the maintenance department.3. Safe Driving PracticesDrivers should always prioritize safety on the road. They must obey traffic laws and regulations, including speed limits, stop signs, and traffic signals. Drivers should maintain a safe distance from other vehicles,avoid aggressive driving behaviors, and use turn signals when changing lanes or making turns.4. Passenger SafetyIt is the driver's responsibility to ensure the safety of all passengers. Drivers should verify that all passengers are seated and wearing seatbelts before starting the journey. During the ride, drivers should avoid abrupt acceleration or deceleration to prevent passenger discomfort or injuries.5. Professional ConductDrivers should project a professional image and provide a high level of customer service. They must treat passengers with respect and courtesy, and maintain a clean and neat appearance. Drivers should refrain from using mobile phones or engaging in any other distracting activities while driving.6. Emergency ProceduresIn the event of an emergency, drivers should remain calm and take appropriate actions to protect passengers and themselves. They should know the location and operation of emergency equipment, such as fire extinguishers and first aid kits, and be prepared to use them if needed. Drivers should alsobe familiar with emergency escape routes and evacuation procedures.7. Maintenance and ReportingDrivers should report any vehicle issues promptly to the maintenance department. This includes problems with the engine, brakes, lights, or any other component that affects the safe operation of the vehicle. Drivers should also maintain a log of maintenance and repair activities for record-keeping purposes.8. Personal SafetyDrivers should prioritize their personal safety by following safety protocols. This includes wearing seatbelts at all times and avoiding driving when fatigued or under the influence of alcohol or drugs. Drivers should also be aware of their surroundings and take necessary precautions when parking or stopping in unfamiliar or potentially unsafe areas.9. Documentation and ComplianceDrivers must ensure that all necessary documentation, such as driver's licenses and vehicle registration, is up to date and readily available. Drivers should also comply with any additionalregulations or requirements imposed by authorities or the company.10. Continuous ImprovementDrivers should strive for continuous improvement in their driving skills and knowledge. They can achieve this by attending refresher training programs, staying updated with traffic rules and regulations, and seeking feedback from passengers and supervisors.In conclusion, these guidelines provide a framework for drivers to operate vehicles safely and professionally. By following these rules, drivers can contribute to the overall success of their transportation organization and ensure the satisfaction and safety of their passengers.。

操作规程英文版

优秀的操作规程模板英文

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设备确认操作规程(英文)

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