What is the 8169-A-1032-1C?

The 8169-A-1032-1C is a standoffs manufactured by Amatom. It is commonly used in electronic applications.

Is the 8169-A-1032-1C in stock?

The 8169-A-1032-1C is currently out of stock. Please contact us for lead time and availability information.

What is the price of 8169-A-1032-1C?

The 8169-A-1032-1C is priced at USD 0.00 per unit. Volume pricing may be available for larger quantities.

Is the 8169-A-1032-1C RoHS compliant?

Yes, the 8169-A-1032-1C is RoHS compliant and meets environmental standards for lead-free manufacturing.

8169-A-1032-1C Part - Standoffs Component

Name: 8169-A-1032-1C
Brand: Amatom
SKU: 8169-A-1032-1C
Availability: OutOfStock

Product Name: 8169-A-1032-1C

by Amatom

The 8169-A-1032-1C part number from Amatom is a efficient Standoffs component engineered for industrial automation and manufacturing systems. Engineered for superior secure mounting and vibration resistance, this standoffs component delivers consistent results in professional-grade applications. Manufactured to stringent quality standards, this component ensures reliable operation and long service life in demanding industrial and commercial applications. Commonly specified for circuit board mounting, equipment elevation, and component separation, this part delivers proven performance in real-world installations. RoHS compliant and certified to ISO 9001:2015 and industry-standard requirements, the 8169-A-1032-1C is available with flexible lead times and expedited shipping options available. Backed by comprehensive technical documentation, datasheets, and expert engineering support from Amatom.

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Compliance & Certifications

✓ RoHS Compliant

All components meet industry standards and compliance requirements

About This Part

The 8169-A-1032-1C from Amatom is a efficient Standoffs component engineered for circuit board mounting, equipment elevation, component separation. Engineered for exceptional secure mounting and vibration resistance, this part meets the rigorous demands of professional-grade applications across multiple industries. Manufactured as RoHS compliant, this component ensures environmental responsibility and adherence to lead-free manufacturing standards required for modern electronic assemblies. Contact our experienced sales team for current lead time, volume pricing, and availability information for the 8169-A-1032-1C. We offer expedited shipping options and can source hard-to-find components.

About Aluminum Standoffs

Aluminum Standoffs are a specialized type of Standoffs components designed for circuit board mounting and equipment elevation. These efficient components are engineered for exceptional secure mounting and vibration resistance, making them essential for Aluminum Standoffs applications where precision and reliability are critical. Aluminum Standoffs offer secure mounting with electrical isolation, providing precise elevation and vibration resistance for circuit boards and electronic components. Browse our comprehensive selection of 120,406 Aluminum Standoffs components, all backed by detailed specifications, competitive pricing, and expert technical support from ASAP-AMATOM.

Why Trust ASAP-AMATOM for Electronic Components

20+ Years Industry Experience: Supplying aerospace, defense, and industrial sectors since 2003
AS9120B & ISO 9001:2015 Certified: Quality management systems verified
500,000+ Components in Stock: Immediate availability with same-day shipping
Technical Support Team: Expert engineers available for specification guidance
100% Authentic Parts: Direct from manufacturers or authorized distributors only

Last Updated: January 16, 2026

Technical Review: This product information has been verified by our certified electronics engineers.

All specifications sourced from official manufacturer datasheets. Availability and pricing subject to real-time inventory.

Technical Specifications Explained

Understanding the technical specifications of the 8169-A-1032-1C is essential for proper component selection and optimal system performance. Manufacturing tolerances are held to industry standards, ensuring dimensional consistency across production batches. This precision is critical for maintaining proper clearances in assemblies and preventing assembly issues during installation. When specifying this component, design engineers should consider operating temperature range, environmental conditions (humidity, chemical exposure), mechanical loading (static vs. dynamic), and installation requirements. Proper specification ensures long-term reliability and minimizes field failures in deployed systems.

Integration Guidelines & Best Practices

Successful integration of the 8169-A-1032-1C requires careful attention to design best practices and installation procedures. For optimal performance, ensure mounting surfaces are clean, flat, and free from debris before installation. When installing standoffs, use appropriate torque specifications to achieve secure mounting without over-stressing the component or underlying PCB. Threadlocking compounds may be used for vibration-prone environments, but verify chemical compatibility with component materials. PCB layout considerations include providing adequate clearance around mounting holes and ensuring proper pad sizing for mechanical stress distribution. Consider thermal expansion coefficients when specifying standoffs for applications with wide temperature ranges. Common integration challenges include achieving proper alignment in multi-point mounting, managing differential thermal expansion, and preventing PCB warpage during installation. Address these proactively during design phase to minimize field issues. After installation, perform functional testing to verify mechanical integrity, proper fit, and absence of stress concentrations. Documentation should include torque values applied, thread engagement verification, and any deviations from standard installation procedures. This traceability is essential for aerospace and defense applications requiring full installation records.

Applications & Use Cases

Common Industry Applications

The 8169-A-1032-1C finds extensive use across multiple industries where precision spacing and mechanical support are essential requirements. In aerospace and defense applications, this component meets stringent requirements for avionics mounting, radar systems, and flight control electronics. Traceability documentation and compliance certifications are available for programs requiring full material pedigree. Industrial manufacturing facilities utilize these components in automated assembly equipment, robotic systems, and control panel installations where reliability directly impacts production uptime and operational efficiency. The electronics and telecommunications sectors deploy these parts in 5G base stations, network switches, server racks, and data center infrastructure, often in environmentally controlled installations or harsh outdoor environments. Medical device manufacturers and research facilities specify these components for diagnostic equipment, laboratory instruments, and patient monitoring systems where cleanliness, precision, and regulatory compliance are paramount.

Real-World Use Cases

PCB Assembly in Industrial Controllers

Industrial Automation

Manufacturing engineers use standoffs to elevate and secure printed circuit boards in PLC (Programmable Logic Controller) enclosures. Proper board elevation prevents short circuits from metal enclosures while allowing adequate airflow for thermal management. Critical for industrial automation systems requiring UL/CE certification.

5G Base Station Electronics

Telecommunications

Telecommunications infrastructure requires vibration-resistant mounting for RF amplifier boards and signal processing modules. Standoffs provide mechanical stability in outdoor installations exposed to wind loading and temperature cycling. Material selection ensures long-term reliability in harsh environmental conditions.

Medical Diagnostic Equipment

Medical Devices

Patient monitoring systems and diagnostic imaging equipment use precision standoffs to mount circuit boards with tight tolerance requirements. Non-magnetic materials prevent interference with MRI systems, while cleanroom-compatible finishes meet hospital environmental standards.

Parameter	Value
Description	Stndf Rnd Ff 1032 1/4 X 1 1/2
Manufacturer	Amatom
Category	Standoffs
Sub Category	Aluminum Standoffs

Industry Standards & Compliance

The 8169-A-1032-1C meets comprehensive regulatory and industry standards requirements to ensure compliance for global markets and regulated industries. RoHS (Restriction of Hazardous Substances) compliance ensures this component is manufactured without lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBB), or polybrominated diphenyl ethers (PBDE). This compliance is mandatory for electronic equipment sold in the European Union and increasingly required in other global markets. RoHS certification reduces environmental impact and ensures regulatory compliance for your finished products. Industry compliance includes adherence to MIL-STD (Military Standard) specifications for defense applications, IPC/JEDEC standards for electronics manufacturing, and ISO 9001:2015 quality management systems certification for consistent manufacturing processes. For aerospace applications, AS9120B certification ensures proper handling, storage, and traceability of aviation components throughout the supply chain. Certificates of Conformance (C of C) documenting compliance with manufacturer specifications are available for all shipments. For aerospace, defense, and medical applications requiring enhanced traceability, full material certifications and test reports can be provided. Contact our quality assurance team to discuss specific documentation requirements for your application. REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals) compliance ensures this component meets European Union chemical safety regulations. This regulation restricts Substances of Very High Concern (SVHC) and ensures chemical safety throughout the product lifecycle. REACH compliance is essential for products distributed in EU markets and increasingly referenced in global supply chains.

Frequently Asked Questions

What is the 8169-A-1032-1C?: The 8169-A-1032-1C is a standoffs manufactured by Amatom. It is commonly used in electronic applications.
Is the 8169-A-1032-1C in stock?: The 8169-A-1032-1C is currently out of stock. Please contact us for lead time and availability information.
What is the price of 8169-A-1032-1C?: The 8169-A-1032-1C is priced at USD 0.00 per unit. Volume pricing may be available for larger quantities.
Is the 8169-A-1032-1C RoHS compliant?: Yes, the 8169-A-1032-1C is RoHS compliant and meets environmental standards for lead-free manufacturing.

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Similar Components & Alternatives

When evaluating alternatives to the 8169-A-1032-1C, several key factors should guide your component selection decision. Critical comparison criteria include: thread type (male-female, female-female), length/height, diameter, material selection, and thread size compatibility. Verify that dimensional specifications match your mechanical drawings and that material properties satisfy environmental requirements. Beyond physical dimensions, consider performance requirements such as current carrying capacity (for conductive standoffs), temperature stability, and dielectric properties. These performance parameters often differentiate seemingly similar components. Practical factors including inventory availability, lead time, minimum order quantities, and technical support can significantly impact project timelines. The 8169-A-1032-1C from Amatom offers reliable sourcing and competitive lead times through established distribution channels. Comprehensive datasheets and engineering support help accelerate design verification and reduce integration risk.

When evaluating alternatives, consider: form factor compatibility, electrical ratings, operating temperature range, and lead time availability.

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