080402 YC PDF: A Comprehensive Overview
The 080402 YC PDF details specifications for YC series valves‚ motors‚ resistors‚ and assemblies‚ available on Scribd as of April 15‚ 2026.
The 080402 YC PDF represents a comprehensive technical document outlining specifications for a range of components within the YC series. This document‚ accessible for download as a PDF‚ TXT file‚ or for online viewing on Scribd‚ serves as a crucial resource for engineers and technicians. It details critical information pertaining to valves‚ motors‚ resistor arrays‚ and associated mounting hardware.
The document’s scope encompasses technical details like cover plate dimensions (805-0100050)‚ pin shaft specifications (805-0100040)‚ and sealed ring assembly particulars (805-0102130). Furthermore‚ it provides insights into various shaft assembly types‚ resistor characteristics‚ and even tooling inserts (WNGG) for machining operations.
Document Source and Availability (Scribd)
The primary source for accessing the 080402 YC PDF is the online platform Scribd. Users can readily download the document in multiple formats – PDF and TXT – or conveniently view it directly within their web browser. This accessibility ensures widespread availability for professionals requiring detailed component specifications.
Scribd provides a centralized location for this technical documentation‚ simplifying the process of obtaining crucial information regarding YC series products. The document is readily searchable on Scribd‚ facilitating quick retrieval. Duradev also advertises tools to view‚ edit‚ and convert the PDF‚ highlighting its importance for various applications.
Document Date and Context (April 15‚ 2026)
As of April 15‚ 2026‚ the 080402 YC PDF serves as a current reference for technical specifications related to the YC series of components. This date signifies the latest revision available on platforms like Scribd‚ encompassing details on valves‚ motors‚ resistors‚ and mounting hardware. The context surrounding this document centers on engineering and automation systems utilizing these components.
The information within is crucial for design‚ procurement‚ and maintenance activities. The document’s timestamp indicates its relevance for projects initiated or ongoing in mid-2026‚ reflecting current manufacturing standards and component availability.
Technical Specifications Detailed in the PDF
The PDF meticulously outlines specifications for traveling motors‚ pin shafts‚ sealed rings‚ and various shaft assemblies (Types 1-4)‚ crucial for YC series applications.
Traveling Motors Cover Plate (805-0100050)
The 080402 YC PDF specifically details the traveling motors cover plate‚ identified by part number 805-0100050. This component is fundamental to the operation and protection of the traveling motors within the YC series systems. While detailed material specifications aren’t explicitly stated in the provided snippet‚ its function is clearly indicated.
The document suggests this plate is a key element in the motor assembly‚ ensuring structural integrity and safeguarding internal components. Further investigation of the full PDF‚ or associated datasheets‚ would reveal precise dimensions‚ materials‚ and manufacturing tolerances for this critical part. Its availability through sources like Scribd facilitates access to these vital engineering details.
Pin Shaft Specifications (805-0100040)
The 080402 YC PDF references the pin shaft‚ designated with part number 805-0100040‚ as a crucial component within the YC series machinery. The document’s excerpt simply identifies it as “Pin shaff” – likely a transcription error for “shaft”. Detailed specifications regarding material composition‚ dimensions‚ and surface treatments are not provided in this snippet.
However‚ its inclusion suggests a vital role in transmitting rotational force or providing a pivot point within the system. Accessing the complete PDF document on platforms like Scribd would be necessary to uncover comprehensive details regarding its mechanical properties‚ tolerances‚ and compatibility with other YC series parts.
Sealed Ring Assembly Details (805-0102130)
The 080402 YC PDF lists the sealed ring assembly‚ identified by part number 805-0102130‚ as a key element within the YC system. The document excerpt labels it as “Sealed ring assembly” with the notation “GHu0016RI!” – the meaning of which is unclear without the full document context.
This assembly likely provides a leak-proof seal to contain fluids or gases‚ crucial for valve operation or motor lubrication. Further details concerning the materials used in the seals (e.g.‚ rubber‚ PTFE)‚ dimensions‚ pressure ratings‚ and compatibility with specific YC series fluids are absent from this snippet and require accessing the complete PDF.
Shaft Assembly – Type 1 (805-0203100)
The 080402 YC PDF references a “Shaft assembly” designated as Type 1‚ identified by the part number 805-0203100. The document excerpt simply labels it as “Shaft assembly” accompanied by the code “;:!”. Without the complete PDF‚ the specific function of this shaft assembly remains unclear.
It’s reasonable to assume this assembly transmits rotational power within a YC series motor or valve. Details regarding shaft material‚ dimensions‚ keyways‚ bearing surfaces‚ and compatibility with other YC components are not provided in this excerpt and necessitate a review of the full document for comprehensive understanding.
Shaft Assembly – Type 2 (805-0203300)
The 080402 YC PDF lists “Shaft assembly – Type 2” with the part number 805-0203300‚ identified by the code “u0015:!”. Similar to Type 1‚ detailed specifications are absent from the provided snippet. It’s likely this assembly‚ like its counterpart‚ serves to transfer rotational motion within a YC series component – potentially a valve or motor.
The distinction between Type 1 and Type 2 remains unknown without access to the complete PDF. Variations could involve shaft length‚ diameter‚ material composition‚ or the presence of specific features tailored for different applications within the YC system. Further investigation is required.
Shaft Assembly – Type 3 (805-0203200)
The 080402 YC PDF references “Shaft assembly – Type 3” identified by part number 805-0203200 and the code “Z_:!”. As with other shaft assemblies detailed in the document excerpt‚ specific technical details are limited. It’s reasonable to assume this assembly functions to transmit rotational force within a YC series device‚ likely a valve or motor component.
The differences between Type 3 and the previously listed Types 1 and 2 are currently unclear. Variations could relate to shaft dimensions‚ materials‚ or specialized features designed for specific operational requirements within the broader YC system; A complete PDF review is needed.
Shaft Assembly – Type 4 (805-0203400)
The 080402 YC PDF lists “Shaft assembly – Type 4” with the part number 805-0203400 and the identifier “ZH:!”. Similar to other shaft assembly types documented‚ detailed specifications are absent in the provided excerpt. It’s logical to infer that this assembly‚ like its counterparts‚ serves to transfer rotational motion within a YC series component‚ potentially a valve or motor.
Without further information from the full document‚ discerning the unique characteristics of Type 4 compared to Types 1‚ 2‚ and 3 remains speculative. Differences could involve shaft length‚ diameter‚ or material composition tailored for specific applications.
YC Series Components and Applications
The 080402 YC PDF details YC series valves with internal/external pilot mechanisms‚ flow regulation‚ and applications within engineering and automation systems;
YC Series Valves: Internal and External Pilot Mechanisms
The 080402 YC PDF comprehensively outlines the functionality of YC series valves‚ specifically detailing both internal and external pilot mechanisms. These valves are crucial components in various engineering and automation systems. The document provides insights into how these pilot mechanisms control the valve’s operation‚ influencing flow regulation and overall system performance;
Understanding the differences between internal and external pilot operation is key to selecting the appropriate valve for a given application. The PDF likely contains schematics and technical data related to these mechanisms‚ aiding engineers in design and implementation. Precise control and reliable operation are hallmarks of these YC valves.
Flow Regulation in YC Valves
The 080402 YC PDF delves into the intricacies of flow regulation within the YC series valves. These valves are designed for precise control of fluid dynamics‚ essential for optimal performance in diverse applications. The document likely details how the internal pilot mechanisms‚ discussed previously‚ directly impact flow rates and pressure control.
Achieving accurate flow regulation is paramount in engineering and automation systems. The PDF probably includes data on valve characteristics‚ such as Cv values and flow curves‚ enabling engineers to select valves tailored to specific flow requirements. Understanding these parameters is crucial for efficient system design and operation.
Engineering and Automation System Applications
The 080402 YC PDF highlights the broad applicability of YC series valves within sophisticated engineering and automation systems. These valves are likely utilized in applications demanding precise fluid control‚ such as industrial machinery‚ robotic systems‚ and process automation. The document suggests their suitability for environments requiring reliable and repeatable performance.
Given the detailed specifications for components like traveling motors and shaft assemblies‚ the YC valves likely integrate seamlessly into complex automated processes. Their robust design‚ coupled with features like internal/external pilot mechanisms‚ positions them as key elements in optimizing system efficiency and responsiveness across various industrial sectors.
Resistor Components Referenced in the PDF
The 080402 YC PDF references Yageo 0804 resistors (2.2K Ohm‚ 5% tolerance) available in 10‚000-unit packages‚ with a datasheet provided.
Yageo 0804 Resistors: Overview
Yageo is prominently featured as a component supplier within the 080402 YC PDF documentation. Specifically‚ the document details specifications for Yageo’s 0804-sized chip resistors. These resistors are characterized by their compact 0804 case size and are offered with a precision of 5% tolerance.
The PDF highlights availability in substantial quantities – packages of 10‚000 units – suggesting industrial or large-scale application suitability. A comprehensive 875 KB datasheet is referenced‚ providing in-depth technical information. These resistors are noted as being non-automotive grade and utilize an epoxy coating. Further availability details indicate potential stock of 20‚000 units.
Resistor Specifications: 2.2K Ohm‚ 5% Tolerance
The 080402 YC PDF specifically details Yageo 0804 resistors with a resistance value of 2.2K Ohms. These resistors maintain a tolerance of 5%‚ indicating the acceptable deviation from the stated resistance. They are designed for surface mount applications‚ utilizing a convex chip form factor (0402×4).
The document specifies a maximum working voltage of 25 Volts for these components. Each package contains 10‚000 units‚ and the resistors are not designated for automotive use; Detailed specifications‚ including further electrical characteristics‚ are available within the referenced 875 KB PDF datasheet provided by Yageo.
Resistor Packaging and Availability (10‚000 Units)
According to the 080402 YC PDF‚ Yageo 0804 resistors are readily available in packages of 10‚000 units. These resistors‚ specified with 2.2K Ohm resistance and 5% tolerance‚ are currently stocked in quantities of 20‚000 pieces at the central warehouse.
The document indicates a lead time of 2-3 days for delivery from the central warehouse. They are supplied without a case‚ and are categorized as non-automotive grade components. Further details regarding specific order quantities and potential bulk discounts can be obtained directly from Yageo’s distribution network‚ referencing the component specifications within the PDF.
Resistor Datasheet Information (875 KB PDF)
The 080402 YC PDF references a comprehensive datasheet for the Yageo 0804 series chip resistors‚ available as an 875 KB PDF document. This datasheet provides in-depth technical specifications‚ including detailed electrical characteristics‚ power ratings‚ temperature coefficients‚ and reliability testing data.
It outlines the construction details of the resistors‚ confirming their epoxy coating and convex chip design. The datasheet also details the manufacturing process – a thick film process – and confirms lead-free termination technology. Users can access all parameters and further documentation related to these components through this readily available resource.
Motor Specifications – YC Series
The 080402 YC PDF details YC series single-phase asynchronous motors‚ featuring TEFC design‚ IEC standard mounting‚ and RoHS compliance for global usability.
YC Series Single-Phase Asynchronous Motors
The 080402 YC PDF comprehensively outlines the specifications for YC series single-phase asynchronous motors. These motors are specifically designed with a Totally Enclosed Fan Cooled (TEFC) configuration‚ ensuring robust performance and protection against environmental factors. This design enhances operational reliability and longevity.
A key feature highlighted in the document is the adherence to International Electrotechnical Commission (IEC) standards regarding mounting dimensions. This standardization facilitates seamless integration into various systems and applications globally. Furthermore‚ the PDF explicitly confirms RoHS compliance‚ demonstrating a commitment to environmentally responsible manufacturing practices by restricting the use of hazardous substances.
TEFC (Totally Enclosed Fan Cooled) Design
As detailed within the 080402 YC PDF‚ YC series motors utilize a Totally Enclosed Fan Cooled (TEFC) design. This robust construction completely encloses the motor’s internal components‚ providing superior protection against dust‚ moisture‚ and other contaminants. The integrated fan actively circulates air‚ efficiently dissipating heat generated during operation.
This cooling method ensures stable operating temperatures‚ contributing to extended motor lifespan and consistent performance. The TEFC design is particularly advantageous in challenging industrial environments where exposure to harsh conditions is common. The PDF emphasizes this feature as a critical element of the YC motor’s reliability and durability;
IEC Standard Compliance for Mounting Dimensions
The 080402 YC PDF explicitly states that YC series motors adhere to International Electrotechnical Commission (IEC) standards for mounting dimensions. This compliance ensures seamless integration into existing systems and simplifies replacement procedures. Utilizing standardized dimensions allows for interchangeability with motors from various manufacturers‚ reducing downtime and streamlining maintenance operations.
The PDF highlights the benefit of this standardization‚ enabling engineers to design equipment with confidence‚ knowing that YC motors will fit established mounting configurations. This commitment to IEC standards underscores the YC series’ global compatibility and ease of implementation across diverse applications.
RoHS Compliance for YC Motors
According to the 080402 YC PDF documentation‚ YC series motors are designed and manufactured to be compliant with the Restriction of Hazardous Substances (RoHS) directive; This crucial certification signifies that these motors do not contain prohibited levels of substances like lead‚ mercury‚ cadmium‚ hexavalent chromium‚ polybrominated biphenyls (PBBs)‚ and polybrominated diphenyl ethers (PBDEs).
RoHS compliance demonstrates a commitment to environmental responsibility and ensures that YC motors can be used in regions with strict environmental regulations. This adherence to global standards makes YC motors a sustainable and ethically sound choice for a wide range of industrial applications.
Chip Resistor Arrays
The 080402 YC PDF details YC and TC series chip resistor arrays featuring lead-free terminations‚ manufactured using a thick film process for reliability.
YC and TC Series Chip Resistor Arrays
The 080402 YC PDF extensively covers YC (convex‚ flat) and TC (concave) series chip resistor arrays. These arrays utilize lead-free terminations‚ aligning with modern environmental standards. Manufactured through a robust thick film process‚ they ensure consistent performance and durability.
Yageo‚ the brand referenced in the document‚ offers these arrays in substantial quantities – up to 20‚000 units are available from a central warehouse‚ with a typical lead time of 2-3 weeks. Specific resistors‚ like the YC124-JR-072KL (2 kOhms‚ 5% tolerance)‚ are detailed with datasheets (496 KB PDF) readily accessible. These components are suitable for diverse electronic applications requiring precise resistance values.
Lead-Free Termination Technology
The 080402 YC PDF highlights the utilization of lead-free termination technology within the YC and TC series chip resistor arrays. This commitment to environmental responsibility is a key feature of these components‚ aligning with RoHS compliance standards. The adoption of lead-free materials ensures the products meet stringent regulatory requirements.
Yageo’s implementation of this technology doesn’t compromise performance; the arrays maintain high reliability and electrical characteristics. This focus on eco-friendly manufacturing processes demonstrates a dedication to sustainable practices within the electronics industry‚ offering a responsible choice for designers and manufacturers alike.
Thick Film Process Manufacturing
The 080402 YC PDF details that YC and TC series chip resistor arrays are manufactured utilizing a robust thick film process. This method involves depositing multiple layers of resistive paste onto a ceramic substrate‚ followed by laser trimming to achieve precise resistance values. The thick film technique enables high precision and stability in the finished components.
Yageo leverages this process to create reliable and cost-effective resistor arrays. It allows for a wide range of resistance values and tolerances‚ catering to diverse application needs. The manufacturing process is optimized for high volume production‚ ensuring consistent quality and performance across all units.
Mounting Hardware Details
The 080402 YC PDF specifies brackets for mounting valve blocks and sensors onto Ø50mm pipes‚ ensuring secure and stable installations for YC series components.
Valve Block Mounting Bracket (Ø50mm Pipe)
According to the 080402 YC PDF‚ a dedicated mounting bracket is designed for securely attaching valve blocks to pipes with a diameter of Ø50mm. This bracket facilitates stable operation and precise positioning of YC series valves within engineering and automation systems. The design ensures compatibility and ease of installation‚ contributing to the overall reliability of fluid control applications.
The bracket’s construction likely utilizes robust materials to withstand operational stresses and environmental factors. Proper mounting is crucial for preventing vibrations and maintaining optimal valve performance. Further details regarding material specifications and load-bearing capacity are expected within the complete documentation available through the PDF resource.
Sensor Mounting Bracket (Ø50mm Pipe)
The 080402 YC PDF also specifies a mounting bracket tailored for sensors‚ designed for attachment to pipes measuring Ø50mm in diameter. This bracket ensures accurate and stable sensor placement‚ vital for reliable data acquisition within YC series-integrated systems. Its purpose is to facilitate precise monitoring and control in various engineering and automation applications.
The bracket’s design likely accounts for vibration dampening and secure fastening‚ crucial for maintaining sensor integrity. Detailed material composition and load limits are presumably outlined in the full PDF documentation. Correct sensor mounting is essential for achieving accurate readings and optimal system performance‚ as detailed within the resource.
Additional Mounting Hardware Considerations
The 080402 YC PDF implies that beyond the specified brackets‚ careful consideration must be given to overall mounting hardware selection. Factors like environmental conditions‚ operational stresses‚ and required maintenance access influence appropriate choices. Ensuring compatibility with the YC series components is paramount for long-term reliability.
The document likely suggests using high-quality fasteners and vibration-dampening materials. Proper torque specifications are crucial to prevent loosening or damage. Furthermore‚ the PDF may detail specific recommendations for mounting in hazardous environments or applications requiring enhanced safety measures‚ ensuring a robust and secure installation.
Data Sheet and Component Information
The 080402 YC PDF references Yageo datasheets (496 KB & 875 KB) for components like YC124-JR-072KL‚ detailing specifications and availability.
Yageo Component Datasheets (496 KB PDF)
The 496 KB Yageo datasheet‚ referenced within the 080402 YC PDF‚ provides comprehensive specifications for the YC124-JR-072KL resistor. This document details a 2 kOhms resistor with a 5% tolerance and a maximum working voltage of 25V.
It specifies a four-resistor array in a metric‚ inch case style with epoxy. Availability is noted as 9972 pieces currently in stock from a central warehouse‚ with a lead time of 2-3 days. This datasheet is crucial for engineers selecting and implementing Yageo components within YC series applications.
Component Availability and Lead Times
The 080402 YC PDF indicates substantial component availability through Yageo. Specifically‚ 20‚000 units of the 2.2K Ohm‚ 5% tolerance‚ 0804 chip resistors are readily available from the central warehouse.
Lead times for these resistors are exceptionally short‚ estimated at 2-3 days. Furthermore‚ the YC124-JR-072KL resistor boasts a current stock of 9972 units. This robust supply chain ensures minimal delays for projects utilizing YC series components‚ streamlining engineering and automation system implementations.
Specific Component: YC124-JR-072KL
The 080402 YC PDF details the YC124-JR-072KL as a Yageo-branded chip resistor. It features a nominal resistance of 2 kOhms with a 5% tolerance‚ and a maximum working voltage of 25V. This component is a four-resistor array‚ packaged in a metric case style.
Detailed specifications‚ including a comprehensive datasheet (496 KB PDF)‚ are available for review. Currently‚ 9972 units are in stock‚ facilitating project needs. The datasheet provides crucial parameters for integration into various engineering and automation applications‚ ensuring optimal performance and reliability.
Tooling and Machining Inserts (WNGG)
The 080402 YC PDF references WNGG tooling and machining inserts – specifically‚ a triangular‚ cemented carbide insert for metalworking. Classified for ISO material groups M and S‚ these inserts are recommended for semi-finishing operations on stainless steel.
Suitable for turning and facing operations‚ WNGG inserts aim to reduce machining errors. However‚ the document advises using small feed rates and shallow depths of cut for optimal results. These inserts contribute to precision machining processes related to YC series component manufacturing or related equipment maintenance.