#Obsolete PCB Replacement

[ramautomations123]

BBC SYNPOL CMA-32 GVT 360–5792 PCB Card | Industrial Automation Control Board | Ram Automations

Discover industrial reliability and precision with the BBC SYNPOL CMA-32 GVT 360–5792 PCB Card — now available at Ram Automations, your trusted global supplier of genuine industrial and marine automation spare parts. This Printed Circuit Board (PCB) is designed for seamless integration into legacy control systems where stability and performance are critical. Whether you’re maintaining a control cabinet, restoring a discontinued system, or replacing a failed board, this BBC SYNPOL PCB Card offers the solution you need.

🛒 Order Now: 👉 https://ramautomations.com/products/bbc-synpol-cma-32-gvt-360-5792-pcb-card-used 🌐 Explore Our Full Catalog: https://ramautomations.com

🔍 Product Overview

• 📦 Model: CMA-32 GVT 360–5792 • 🏢 Brand: BBC SYNPOL • 🧩 Type: PCB Control Card • 🧾 Condition: Tested and Verified • ⚙️ Function: Signal routing, control interfacing, automation logic • 📍 Applications: Industrial PLC systems, control cabinets, marine automation units, legacy control systems

✅ Why This PCB Is a Great Choice

✔️ Genuine BBC SYNPOL product ✔️ Perfect fit for legacy systems ✔️ Fully tested and quality assured ✔️ Ideal for discontinued or obsolete installations ✔️ Supports long-term operation of industrial systems ✔️ Cost-effective and dependable replacement solution

🏭 Ideal For

✔️ Factory automation repair ✔️ OEM panel retrofits ✔️ Marine and shipboard control systems ✔️ Power plant systems ✔️ Process automation platforms ✔️ Industrial cabinet refurbishment ✔️ Obsolete PCB replacement

Extend the life of your equipment with this BBC SYNPOL CMA-32 GVT 360–5792 PCB, and avoid expensive upgrades or full replacements. Ram Automations provides support for both current and legacy automation technologies.

🌐 Why Ram Automations?

With access to 1000+ global brands, Ram Automations offers rare, genuine, and tested industrial parts. From power supplies and control boards to discontinued automation modules, we provide critical parts to engineers, integrators, and MRO professionals worldwide.

✔️ 1000+ Brands in Stock ✔️ Used and Legacy Components ✔️ Global Delivery Options ✔️ OEM & Bulk Discounts Available ✔️ Friendly Expert Support Team

📹 In This Video You Will Learn:

🔎 Product walkthrough of the BBC SYNPOL PCB ⚙️ Use cases in industrial and marine systems 🛠️ How to integrate the board into your system 💡 What makes legacy parts essential for MRO teams 📦 Why buying from Ram Automations is a smart investment

📣 Connect with Us

👍 Like this video if it helped 💬 Comment below for product questions 🔔 Subscribe for new weekly videos featuring industrial & marine spares

[aeliyamarineinsights]

Reliable ERNI Connectors & Modules for Industrial Applications

With today’s global, interconnected industrial world, signal integrity, consistent power transfer, and error-free data communication are critical. Whether you’re designing automation panel building, marine navigation systems, or high-speed industrial equipment, the performance of your connectors and interface modules can have a decisive impact on performance and downtime. That’s why top engineers and system integrators rely on ERNI, the internationally recognized leader in high-speed connectors, interface modules, and PCB connection systems.

At Aeliya Marine Tech Pvt. Ltd., you have access to a selection of ERNI products curated just for you, perfect for marine, offshore, and industrial automation use. This blog guides you through the strengths of ERNI, typical product types, and why buying from Aeliya Marine is an intelligent, cost-saving decision for automation, repair, and maintenance professionals.

Who is ERNI?

ERNI Electronics, a subsidiary of TE Connectivity, is a German-based company that excels in creating extremely reliable electrical connectors and interface solutions. With years of engineering prowess, ERNI products are crafted to serve demanding and harsh industrial applications where performance and accuracy are not optional.

ERNI connectors find extensive applications in:

Industrial automation

Marine electronics

Transportation systems

Telecommunications

Medical devices

Automotive electronics

They feature a strong construction, close tolerances, and compatibility with DIN, IDC, SMT, as well as high-speed data protocols, and therefore are a first choice among engineers in various industries.

What ERNI Products Are Available at Aeliya Marine?

At Aeliya Marine Tech, you’ll find a growing collection of tested and ready-to-ship ERNI modules, connectors, and electronic interface boards. These products are often sourced from surplus automation stock, shipboard equipment, and unused spare inventories, making them a cost-effective option for replacements or integration into existing systems.

Here are a few typical ERNI items available on Aeliya Marine’s website:

ERNI Terminal Modules These are interface modules that interconnect signals between field wiring and PCBs — usually DIN-rail mounted and installed in automation cabinets. Renowned for small size and snap-in features.

ERNI SMC and ERmet Connectors They are connectors used for backplane applications and signal boards for dependable, high-density connections. They have shielded housing and differential pair arrangements that accommodate data rates of several Gbps.

ERNI DIN 41612 Series Standard connectors applied in Eurocard systems, particularly industrial control units, test systems, and marine control panels.

ERNI Ribbon Cable Assemblies and IDC Connectors Ideal for tight, board-to-board connections within marine engine monitoring consoles and automation controllers.

Aeliya Marine’s most listings contain extensive product identifiers, weights (useful in calculating freight), and shipping readiness information, so you can buy with confidence even for obsolete or hard-to-find part numbers.

Where are ERNI Products Applied?

ERNI products play an essential role in applications where precision and durability are essential. In Aeliya Marine, such parts are typically exported to be installed in:

Marine Automation Panels Applied in navigation, radar, sonar, and bridge control systems that need shielded signal transmission and space-saving configurations.

Factory Control Cabinets To implement PLC and DCS-based systems needing modular, scalable connections and fail-safe routing of signals.

Transportation Electronics Rail and metro systems demand vibration-resistant, high-density connectors to manage power, data, and control signals in motion.

OEM Embedded Systems ERNI’s compact board-to-board and cable-to-board connectors make them ideal for embedded devices in instrumentation and robotic systems.

Why Buy ERNI Components from Aeliya Marine?

Sourcing ERNI components from Aeliya Marine Tech brings several advantages:

1. Tested & Verified Parts Each listed product is physically checked and functionally tested (when possible). Several parts are like-new or unused, perfect for speedy replacements.

2. Budget & Hard-to-Find Inventory ERNI components may be costly or no longer available elsewhere. Aeliya Marine fills the gap with economical, in-stock units, usually recovered from high-end systems or marine equipment inventories.

3. Quick Global Shipping Orders ship within 24 hours via fast carriers such as DHL, FedEx, and Aramex — for those critical breakdowns or offshore delivery to far-flung locations.

4. Technical Clarity Every listing specifies model numbers, technical designations, condition, weight, and shipping readiness. Having trouble finding a match? The Aeliya staff helps cross-reference by brand, system, or function.

5. Reliable Service With headquarters in Bhavnagar, Gujarat, and clientele in Asia, Europe, and the Middle East, Aeliya Marine has established a good reputation as a player in the marine and industrial automation spare parts market.

Browse the ERNI Collection Now

[industrialequip]

The Importance of Keeping Spare Parts for Marine Systems

In manufacturing, marine, and industrial settings, downtime isn't merely a hassle - it's costly, disruptive, and occasionally hazardous. It doesn't matter if it's a faulty PLC, a blown relay, or a cracked sensor. The smallest part can cause entire processes to grind to a halt. That's why having spare parts for essential systems isn't just a best practice - it's a requirement.

In this blog, we’ll explore the key reasons why spare parts inventory is essential, what types of components should be prioritized, and how to manage them effectively to maintain productivity, safety, and profitability.

What Are Critical Systems?

Critical systems are the components of an industrial process that are essential to continued operation, safety, and compliance. These include:

• Automation and control systems (PLCs, HMIs)

• Power supply modules

• Sensors and instrumentation

• Valves, actuators, and solenoids

• Marine engine controllers

• Pressure and temperature monitors

The Actual Downtime Cost

• Unscheduled downtime costs the manufacturing sector an estimated $50 billion each year

• Each minute of stopped production in automotive or food production can cost thousands of dollars

• In nautical environments, breakdown of a navigation or ballast controller can postpone trips or attract penalties

These expenses are not merely economic—they also impact customer confidence, staff productivity, and obedience to safety protocols.

Why Spare Parts Matter?

Here's why having a well-stocked and well-maintained inventory of spare parts is crucial for any operation with critical systems:

1. Avoid Downtime

The most self-evident reason to carry spares is to minimize downtime. When a part fails and a replacement is available on-site, your maintenance crew can easily replace it and get back up and running—typically within hours or minutes rather than days.

Example:

A spare HMI panel that's conveniently sitting in your inventory can be put in place right away when the current one fails—instead of waiting 3–5 days for shipping or finding somewhere else.

2. Eliminate Long Lead Times

Certain parts, particularly legacy pieces or OEM-specific modules, are not easily obtained from the manufacturer or regional distributors. Lead times may be weeks to months, which severely disrupts.

By having used, tried, or even rebuilt spares in stock, you can avoid international supply chain delays and maintain smooth operations.

3. Ensure Safety & Compliance

Security-critical systems such as fire alarms, pressure sensors, gas sensors, and marine engine control systems are bound by safety regulations. Failure could see you facing legal risks, fines, or running your operations.

Having spare parts of the required nature means that you are able to recover these critical safety systems as quickly as possible and be within industry standards like ISO, IEC, or marine approvals.

4. Reduce Emergency Procurement Expenses

Emergency purchase of parts is always more costly. Express shipping, expedited buying, and panic purchasing can skyrocket costs.

Spare part planning assists you:

• To buy during less busy periods

• To compare suppliers and secure the best price

• To minimize premium charge for rush delivery

5. Legacy Equipment Support

Few facilities no longer operate older systems—such as Siemens S5 PLCs, Omron NT HMIs, or Mitsubishi relay logic circuits. These are good but no longer supported by manufacturers.

Used spare parts extend the lifecycle of this equipment and postpone expensive system overhauls or upgrades.

What Parts to Stock?

You don't have to stock every component in the world. Prioritize these categories:

High-Failure-Rate Parts

• Relays, fuses, contactors

• Sensors (proximity, temperature, pressure)

• Switches and connectors

Lead-Time Sensitive Parts

• Obsolete PLC modules

• Rare HMIs or PCBs

• Brand-specific control boards

Mission-Critical Components

• Power supplies

• Control relays

• Actuators and solenoids

• Marine control panels and regulators

Consumables

• Gaskets, seals, O-rings

• Valve kits and diaphragms

• Indicator lamps or display screens

[marckindustries]

Marck Industries: Trusted Manufacturer of Premium Elevator Spare Parts

Why Reliable Spare Parts Matter in Elevator Systems

Elevators are essential in modern buildings—transporting people and goods swiftly and safely. Downtime due to broken or worn-out parts isn’t just inconvenient—it can impact safety, building efficiency, and tenant satisfaction. That’s why having a dependable source of high-quality spare parts is vital.

What Sets Marck Industries Apart

1. Decades of Expertise

With years of experience in manufacturing elevator components, Marck Industries understands the stringent requirements of vertical transportation—ensuring every part is engineered for precision, durability, and compliance with international safety standards.

2. Comprehensive Product Portfolio

From mechanical to electrical systems, we supply a full range of elevator parts, including:

Controller boards & PCBs

Inverter and VFD units

Proximity switches & sensors

Door lock and safety gear

Brake assemblies & drums

Buffers, rollers, and pulleys

Cabin fixtures: buttons, display panels, handrails

3. Precision Manufacturing

Utilizing CNC machining, injection molding, and automated PCB assembly, each component is produced to exact tolerances—ensuring fit and function with OEM performance or better. Strict quality checks, including EN 81, ASME A17.1, and ISO audits, guarantee consistency.

4. Certified Quality & Safety

Marck operates with certifications to:

ISO 9001 Quality Management

CE marking and compliance

Adherence to EN (Europe) and ASME (North America) elevator safety codes

These credentials ensure safe, global-grade parts.

5. Custom Solutions & Adaptability

Recognizing that every elevator system is unique, Marck Industries excels in custom engineering—from tailored connectors and cables to complete PCB re-engineering—while maintaining cost and lead-time efficiency.

Benefits of Partnering with Marck Industries

Advantage

Impact

High Uptime & Quick Delivery

Minimize downtime with rapid part replacement and fast shipping

Competitive Pricing

Optimized production lowers costs without compromising quality

Global Support Infrastructure

Sales and technical teams available round-the-clock across regions

Extended Product Warranty

Confidence via long-term warranty and support packages

Serving Diverse Market Segments

Residential Buildings: Reliable replacements for passenger-lift maintenance.

Commercial Complexes: Durable components suited for high-traffic usage.

Industrial Facilities: Heavy-duty parts designed for freight and goods lifts.

OEM Collaborations: Contract manufacturing aligned with global elevator brands.

Quality Control & Testing Procedures

Each batch undergoes:

Incoming Material Inspection (IQC)

In-Process Monitoring (IPC)

Performance Testing: Load, endurance, vibration, and electrical tests

Final Audits & Certification

Partnering with Marck: How It Works

Initial Consultation Understand your system specs, OEM models, and usage patterns.

Quotation & Sample Approval We provide detailed proposals and offer test samples for validation.

Order & Production Ranging from small spare lots to mass production, with regular updates.

Technical & After-Sales Support Including troubleshooting, field assistance, and prompt RMA processes.

Ongoing Relationship We offer lifecycle support—even for legacy elevators requiring obsolete part replacements.

Elevate Your Operations with Marck Industries

Your elevator fleet deserves nothing less than reliable, certified parts that stand the test of time. Choose Marck Industries for precision, safety, and peace of mind—backed by technical excellence and global service reach.

Ready to discuss your parts needs? Contact our sales team or request a quote through the Marck Industries website today.

[directturbine88]

Expert Circuit Board Repair and Testing Services for Reliable Performance

Understanding the Importance of Circuit Board Repair

Circuit boards are the backbone of every modern electronic system, whether used in industrial machinery, medical devices, or complex automation systems. When they fail, production halts, and downtime becomes costly. That’s why professional circuit board repair is essential for businesses relying on sensitive and high-value electronic components. Instead of replacing entire systems, circuit board repair restores functionality, saving both time and resources.

Our Commitment to Precision and Quality

At Direct Turbine Control, we specialize in advanced circuit board testing and repair for a wide variety of control system boards. Our team of experienced engineers brings a deep understanding of board-level diagnostics and functional troubleshooting. Using precision tools and a data-driven approach, we identify even the most complex faults in PCBs and restore them to their optimal performance.

Advanced Circuit Board Testing Methods

Thorough and accurate testing is the foundation of every successful repair. Before beginning any repair work, our specialists perform complete circuit board testing and repair diagnostics. We utilize functional live testing panels to simulate real-world performance conditions. This ensures that each repaired board functions exactly as intended once it is reinstalled into your system.

We also offer component-level testing, signal tracing, and thermal imaging to detect cracks, shorts, corrosion, and other damage that often goes unnoticed without professional-grade equipment. This attention to detail is what sets us apart in the circuit board repair industry.

Restoring Circuit Boards to Like-New Condition

From power surges to age-related wear, circuit boards can fail for various reasons. Our repair process begins with a thorough inspection and cleaning, followed by identifying defective components. Each part is meticulously desoldered, replaced with OEM or high-quality equivalents, and soldered back with precision. After reassembly, we run complete tests to verify that all circuits are functioning properly.

By focusing on comprehensive circuit board repair instead of partial fixes, we deliver long-term reliability and reduce the likelihood of future system breakdowns.

Why Choose Direct Turbine Control for Circuit Board Repairs

Direct Turbine Control isn’t just another repair shop. Our facility is designed specifically for high-performance electronic component repair and testing. Our engineers are not only skilled but passionate about electronics and diagnostics. We invest heavily in advanced test benches, calibration equipment, and specialized tools that allow us to repair and validate boards from all major manufacturers.

This includes legacy boards that are no longer in production, giving you the confidence that even the most obsolete parts can be brought back to life. Our certified repair process ensures consistency, quality, and a performance guarantee you can count on.

Certifications and Quality Control

Our circuit board testing and repair services are backed by rigorous quality control protocols. We follow industry standards and provide full documentation for every board we serve. Clients can also opt for our Certification service, which verifies the genuineness and functionality of third-party control system components before installation. This helps prevent costly system failures and ensures you're getting the value you expect from your purchases.

Fast Turnaround and Customer-Focused Solutions

Time is a critical factor when a control system is down. We understand that every hour of downtime means lost productivity. That’s why our repair process is designed to be fast and efficient without compromising quality. Depending on complexity, most circuit board repair jobs can be completed and returned quickly, keeping your operations moving and avoiding extended disruptions.

In addition, our customer service team works closely with you to understand your specific system needs. From identifying faulty boards to advising on testing options, we guide you through every step of the process.

Cost-Effective Alternative to Replacement

Full system replacements can be expensive, especially for highly specialized or discontinued equipment. Circuit board testing and repair offers a practical and cost-effective alternative. Rather than investing in new boards, repairing existing ones extends their life and preserves your original system configuration. This is especially beneficial for businesses operating with unique or legacy equipment that may no longer be supported by manufacturers.

Industries We Serve

Our circuit board repair services support a wide range of industries, including:

Power generation and energy

Manufacturing and automation

Aerospace and defense

Marine and transportation

Medical and laboratory equipment

Whether you need repairs for turbine controls, PLCs, or custom electronics, Direct Turbine Control has the experience and infrastructure to handle it.

Expert Circuit Board Testing and Repair

If your business relies on electronic control systems, don’t let faulty boards slow you down. Trust Direct Turbine Control for fast, accurate, and professional circuit board testing and repair. Our expert technicians are ready to bring your boards back to life, reduce downtime, and improve system reliability. Contact us today to request a consultation or learn more about our services. Let us help you restore your equipment’s performance with expert-level circuit board repair.

[electronicconnoisseurperfection]

The Dark Side of E-Waste: How Your Old Tech is Fueling a Global Crisis

Introduction

In the fast-paced world of technology, new gadgets replace old ones at an alarming rate. But have you ever wondered what happens to your outdated laptop, broken smartphone, or discarded printer? Most obsolete electronics don’t just disappear they end up in landfills, toxic waste dumps, or are illegally exported to developing nations, creating an environmental and humanitarian crisis. The dark side of e-waste is a growing problem that demands urgent attention.

What Happens to Your Old Tech?

When electronic devices are thrown away, they typically follow one of three paths:

Landfills – A significant portion of discarded devices ends up in landfills, where toxic chemicals like lead, mercury, and arsenic leak into the soil and water supply.

Illegal Exports – Many developed countries ship their electronic junk to countries in Asia and Africa, where it is processed under hazardous conditions.

Improper Recycling – Unregulated scrap yards use dangerous methods, such as open-air burning, to extract valuable metals, exposing workers to toxic fumes.

The Hidden Dangers of Electronic Waste

E-waste is more than just discarded electronics it’s a major source of pollution and health hazards. Here’s why:

Toxic Chemicals – Devices contain harmful substances like cadmium, brominated flame retardants, and polychlorinated biphenyls (PCBs), which contaminate ecosystems.

Air and Water Pollution – Burning discarded electronics releases harmful dioxins into the atmosphere, while improper disposal leads to water contamination.

Health Hazards – Workers in unregulated recycling facilities suffer from respiratory diseases, skin disorders, and long-term neurological damage.

The Global E-Waste Trade: An Exploitation Crisis

Many developed countries ship their electronic junk to poorer nations under the guise of "recycling." In countries like Ghana, Nigeria, and India, entire communities make a living from scavenging toxic landfills filled with discarded gadgets. Children as young as ten dismantle old computers with their bare hands, exposing themselves to dangerous metals. The so-called "recycling" industry in these regions is nothing short of modern slavery, where profit takes precedence over human health.

How Tech Companies Are Contributing to the Crisis

The technology industry fuels the electronic waste crisis in several ways:

Planned Obsolescence – Manufacturers intentionally design products with limited lifespans, forcing consumers to upgrade frequently.

Lack of Recycling Programs – Many companies do not provide proper disposal or refurbishment options.

Unethical Supply Chains – The demand for rare earth minerals drives harmful mining practices that further damage the environment.

What Can Be Done?

The good news is that e-waste can be managed responsibly. Here’s how we can all be part of the solution:

Repair & Upgrade – Instead of buying new gadgets, extend the lifespan of your current devices.

Donate or Resell – Working electronics can be donated to schools, charities, or refurbished for resale.

Recycle Responsibly – Partner with certified electronic waste disposal services like Techazar to ensure safe disposal.

Support Sustainable Tech – Choose brands that prioritize eco-friendly materials and ethical recycling.

Advocate for Better Policies – Push for stronger regulations to control e-waste disposal and exports.

Techazar: Leading the Way in Sustainable E-Waste Management

At Techazar, we are committed to responsible e-waste disposal. Our secure IT asset recycling, data destruction services, and sustainable electronic waste management programs ensure that your old tech doesn’t become part of the problem. By choosing Techazar, you contribute to a cleaner, greener future.

Conclusion

Electronic waste is a growing crisis that impacts the environment, human health, and global inequality. While technology continues to evolve, it is our responsibility to ensure that discarded electronics are managed sustainably. Every choice we make whether repairing, recycling, or supporting ethical tech brands can help reduce the devastating impact of e-waste.

Are you ready to take action? Start by recycling your old devices with Techazar today.

[ieruk]

Industrial Electronic Repairs Ltd (IER) specializes in the repair of industrial Printed Circuit Boards (PCBs), offering services for single-layer, double-sided, and multi-layer PCBs. Recognizing that sourcing replacements can be challenging due to obsolescence or high costs, IER provides a reliable and cost-effective alternative. Utilizing advanced component testing technology, their experienced engineers diagnose and repair thousands of PCBs annually, addressing issues such as faulty components, burnt-out tracks, and software anomalies. They also offer reprogramming of integrated circuits and, when necessary, can remanufacture obsolete PCBs in low quantities. All in-house repairs come with a two-year warranty, ensuring quality and peace of mind.

[shreemeeraelectronicservices]

PCB Repair for Industrial Machinery

Printed Circuit Boards (PCBs) are the heart and soul of modern industrial machinery. They control the operation of various components, ensuring seamless functioning. However, PCBs can malfunction due to various factors, leading to downtime and operational inefficiencies. When it comes to PCB repair for industrial machinery, choosing a reliable and experienced service provider is crucial. Shreemeera Electronic Services, based in Pune, offers comprehensive PCB repair solutions for all types of industrial machinery, including AC DC, Servo, and VFD drives repair services.

Common PCB Failures in Industrial Machinery

PCBs in industrial machinery can fail due to several reasons, including:

Component failures: Individual components on the PCB, such as resistors, capacitors, transistors, and integrated circuits, can malfunction or fail.

Open circuits: Breaks or disconnections in the conductive traces on the PCB can prevent current flow.

Short circuits: When conductive traces come into contact with each other, it can cause excessive current to flow, leading to damage.

Corrosion: Exposure to moisture, chemicals, or high temperatures can cause corrosion on the PCB, affecting its conductivity.

Physical damage: Accidental drops, impacts, or mishandling can cause physical damage to the PCB, leading to fractures or broken traces.

The Importance of Timely PCB Repair

PCB failures can have significant consequences for industrial operations. Downtime caused by faulty PCBs can lead to production losses, increased costs, and decreased efficiency. Therefore, it is essential to address PCB issues promptly to minimize disruptions and maintain optimal performance.

Shreemeera Electronic Services is a leading provider of industrial machine PCB repair services in Pune. With years of experience and expertise, they offer comprehensive solutions to address a wide range of PCB problems. Their team of skilled technicians is equipped with state-of-the-art equipment and diagnostic tools to accurately identify and rectify PCB failures.

Services Offered by Shreemeera Electronic Services

PCB repair and replacement: Shreemeera Electronic Services can repair damaged PCBs or replace faulty components to restore functionality.

PCB inspection and testing: They conduct thorough inspections to identify potential issues and perform diagnostic tests to pinpoint the root cause of problems.

PCB cleaning and maintenance: Regular cleaning and maintenance can help prevent PCB failures and extend their lifespan.

PCB reverse engineering: For obsolete or hard-to-find PCBs, Shreemeera Electronic Services can reverse engineer the board to create a replacement.

Emergency PCB repair: They offer emergency repair services to minimize downtime and ensure rapid restoration of operations.

Why Choose Shreemeera Electronic Services?

Expertise and experience: Their team of technicians has extensive experience in PCB repair for industrial machinery.

State-of-the-art equipment: They use advanced diagnostic tools and equipment for accurate diagnosis and repair.

Quick turnaround time: Shreemeera Electronic Services strives to provide timely repairs to minimize downtime.

Quality assurance: They adhere to strict quality standards to ensure the reliability and performance of repaired PCBs.

Competitive pricing: They offer competitive pricing without compromising on quality.

By choosing Shreemeera Electronic Services for your industrial machine PCB repair needs, you can be confident in their ability to provide reliable and efficient solutions. Their expertise and commitment to customer satisfaction make them a trusted partner for businesses across various industries.

[pcbreverseengineering]

Clone PCB Service: A Comprehensive Solution for Reverse Engineering and Innovation

In the modern world of electronics and hardware development, Printed Circuit Boards (PCBs) are the backbone of most devices, ranging from simple gadgets to highly complex systems. However, there are times when engineers and businesses need to replicate or modify existing PCBs, either to improve upon a design, produce compatible hardware, or reverse-engineer devices. This is where Clone PCB service comes into play. This blog will explore the fundamentals of PCB cloning, its special benefits, and why this service is invaluable for innovation and reverse engineering.

What Is a Clone PCB Service?

PCB cloning requires advanced technical knowledge and tools to extract the necessary information from the original board, especially when the schematics or design files are unavailable. A professional clone PCB service can handle this process with precision, producing a board identical to the original, or one that has been enhanced to meet updated specifications.

Special Impressions of Clone PCB Services

1. Enabling Reverse Engineering for Legacy Devices

One of the primary uses of clone PCB services is reverse engineering legacy devices, especially when the original design files are no longer available. Many businesses still rely on older hardware, and when a PCB becomes obsolete, it can be difficult to find replacements. Clone PCB services allow businesses to recreate these essential components, ensuring they can continue to support and maintain their devices without completely overhauling their systems.

2. Improving Existing PCB Designs

Beyond simple duplication, clone PCB services offer a valuable opportunity for improvement. Sometimes the original design of a PCB is outdated or inefficient. Through cloning, engineers can optimize the design, enhance performance, reduce size, or add new functionality while keeping the core design intact. Clone PCB service allows businesses to make iterative improvements without starting from scratch.

3. Cost-Effective Production

For companies that need to produce multiple copies of a specific PCB, cloning can be a highly cost-effective solution. Once a PCB has been successfully cloned, it can be produced in bulk, saving on the costs of designing a new PCB from the ground up. Clone PCB services can significantly reduce development costs and time, especially when working with complex or proprietary technology.

4. Design Reuse and Customization

Clone PCB services allow companies to reuse a successful design for new applications. By duplicating an existing design and modifying it for new functionality, businesses can save development time and resources. This is particularly useful for companies that manufacture a range of similar products and want to leverage a tested design in multiple applications with slight modifications.

The Clone PCB service is an essential tool for reverse engineering, innovation, and cost-effective production in the electronics industry. It offers businesses the ability to replicate, improve, and customize existing PCB designs, enabling them to support legacy devices, optimize performance, and streamline their production processes. While intellectual property and ethical considerations must be respected, the benefits of PCB cloning far outweigh the challenges, making it a valuable service in today's fast-paced technological world.

[icunlockmcucrack]

PCB Clone Services: Precision in Reproduction

What is PCB Cloning?

PCB Clone is the process of creating an exact replica of an existing printed circuit board (PCB). This service is essential when you need to reproduce a board for which the original design files are unavailable. PCB cloning involves reverse engineering the board to generate the necessary data for manufacturing a duplicate.

The Role of PCB Clone Services

PCB Cloning Service are vital in scenarios where you need an identical copy of an electronic circuit board. Whether it’s for replacing obsolete hardware, producing additional units, or creating backups, these services ensure precision in reproduction.

How PCB Cloning Works

1. Initial Analysis

The cloning process begins with a detailed analysis of the original PCB. This includes examining the board’s layout, components, and circuitry. Engineers carefully inspect every detail to ensure accurate replication.

2. Reverse Engineering

After the initial analysis, the reverse engineering phase begins. Engineers trace the circuitry, identify components, and create a schematic of the board. This step is crucial in understanding how the PCB functions.

3. Schematic Capture and Layout Design

Once the reverse engineering is complete, a schematic diagram is created. This diagram serves as a blueprint for the new board. Engineers then use specialized software to design a PCB layout that matches the original.

4. Prototyping and Testing

Before full-scale production, a prototype of the cloned PCB is manufactured. This prototype undergoes rigorous testing to ensure it functions exactly like the original board. Any necessary adjustments are made during this phase.

5. Mass Production

Once the prototype passes all tests, the PCB is ready for mass production. The final product is an exact clone of the original board, ready for use in any application.

Benefits of PCB Cloning Services

• Obsolete Hardware Reproduction: Clone services are ideal for replicating outdated circuit boards, ensuring continued operation of legacy systems.

• Cost-Effective: Cloning is often more cost-effective than redesigning a PCB from scratch.

• Fast Turnaround: PCB cloning services can quickly produce duplicates, reducing downtime for critical systems.

Challenges in PCB Cloning

PCB cloning, while beneficial, is not without its challenges. Complex multilayer boards, proprietary components, and encrypted firmware can complicate the cloning process. Skilled engineers are essential to navigate these obstacles and deliver an accurate clone.

Choosing the Right PCB Clone Service

When selecting a Clone PCB Service, consider factors such as experience, technology, and the ability to handle complex projects. A reliable service provider will ensure that your cloned PCBs meet the highest standards of quality and performance.

Conclusion

PCB cloning services play a crucial role in the electronics industry. Whether for preserving legacy systems or producing additional units, these services provide a reliable solution for duplicating PCBs with precision. With the right expertise, PCB cloning ensures that your electronic systems continue to function smoothly, regardless of the challenges posed by outdated or unavailable designs.

[ramautomations123]

BBC CMA-37 GVT 360–5798 Voltage Monitoring Card | Industrial PCB Module | Ram Automations

Discover durability and precision with the BBC CMA-37 GVT 360–5798 Voltage Monitoring Card — a reliable component for maintaining optimal voltage stability in your industrial automation systems. At Ram Automations, we bring you tested and verified legacy modules to ensure your system stays operational without unnecessary replacements.

This used voltage monitoring PCB is ideal for various industrial and marine automation setups, offering excellent performance in power management and voltage detection applications. Whether you’re maintaining legacy equipment or repairing older automation panels, this module fits right into your operational strategy.

🛒 Buy Product Now: 👉 https://ramautomations.com/products/voltage-monitoring-card-cma-37-gvt-360-5798-bbc 🌐 Visit Our Website: https://ramautomations.com

🔧 Product Overview

• 🆔 Model: CMA-37 GVT 360–5798 • 🏢 Brand: BBC • ⚙️ Type: Voltage Monitoring PCB Card • 📦 Condition: Tested & Verified • 🛠 Application: Industrial cabinets, power automation, marine systems, electrical diagnostics

✅ Key Features

✔️ Original BBC component ✔️ Designed for legacy & discontinued systems ✔️ Maintains voltage accuracy in critical applications ✔️ Cost-effective solution for industrial maintenance ✔️ Used, tested, and in working condition

🏭 Applications

• Industrial voltage monitoring • Automation cabinets • Legacy system replacements • Marine electrical control • Power supply regulation

💡 Why Ram Automations?

Ram Automations is your global supplier for rare, legacy, and genuine industrial and marine spare parts. With over 1000+ automation brands and quick global delivery, we support OEMs, service engineers, and MRO companies worldwide.

✔️ 1000+ Global Brands ✔️ Rare & Obsolete Modules Available ✔️ Quality Assured Used/Refurbished Stock ✔️ Worldwide Delivery ✔️ Technical Guidance & Support

📽️ What You’ll See in This Video

🎥 Real-life view of BBC CMA-37 GVT 360–5798 board 🔧 Integration in voltage monitoring setups 🛠 Usage for OEMs and electrical technicians 📦 Applications in control cabinets and automation frameworks

📣 Stay Connected

👍 Like this video for more industrial component content 💬 Comment your questions — we respond fast 🔔 Subscribe to our channel for weekly product showcases

[aeliyamarineinsights]

Discover Trusted Cegelec Automation Components at Aeliya Marine Tech

In today’s fast-paced industrial and marine sectors, reliability, durability, and performance are not just desired they’re required. When it comes to sourcing trusted automation components, Cegelec stands out as a pioneer in electrical and control system engineering. At Aeliya Marine Tech, we bring you a wide collection of Cegelec automation parts, sourced with care and offered with confidence.

About Cegelec : Excellence in Electrical Engineering

Cegelec, a name synonymous with innovation, is a global leader in delivering integrated industrial and automation solutions. Known for designing high-quality control systems and electrical components, Cegelec serves a wide range of sectors including marine, oil & gas, manufacturing, power distribution, and industrial automation.

Their components are built to perform under tough conditions and are often used in mission-critical applications. From marine vessels to process plants, Cegelec products are trusted by professionals who can’t afford failure.

What You’ll Find in Aeliya Marine’s Cegelec Collection

At Aeliya Marine Tech, our curated Cegelec product listings include :

PCB Interface Boards

Control System Cards

Input/Output (I/O) Modules

Power Supply Boards

Relay Units

Signal Converters

Marine-Grade Automation Parts

All components are either brand new or used in excellent tested condition. We understand the importance of quality and functionality, which is why our team ensures that each product is carefully inspected before listing.

Why Choose Used or Refurbished Cegelec Parts?

Many companies are shifting toward sustainable and cost-effective alternatives — and that’s where used and refurbished automation components play a key role. Here’s why : 

Significant Cost Savings

Immediate Availability

Reduced Downtime

Environmentally Friendly

Ideal for Legacy System Repairs

Whether you’re sourcing replacements for obsolete Cegelec models or expanding your current automation setup, Aeliya Marine’s offerings deliver the perfect balance of price and performance.

Why Aeliya Marine is the Right Choice

With over a decade of experience in the industrial and marine automation market, Aeliya Marine Tech Pvt. Ltd. is a globally trusted supplier. Our strength lies not just in our inventory but in our service, support, and product knowledge.

Here’s what sets us apart :

Worldwide Shipping

Huge Inventory of Marine & Industrial Components

Accurate Product Listings with Detailed Specifications

Secure Payment Options

Responsive Customer Support

Easy Return Policies

Each product page includes images, specifications, reference numbers, and shipping details so that customers can make informed purchasing decisions.

Visit the Cegelec Product Collection

If you’re ready to upgrade or maintain your systems with Cegelec automation parts, head over to our collection today.

[victoriablog350]

Drivers Luxman

Drivers Lexmark 3326

Drivers Lexmark Z645

Drivers Lexmark X5650

Drivers Lexmark 2500

Part of the export-only Lux receivers which went from R-1030, R-1033, R-1040, R-1050, R-1070 or variants such as R-3030 or R-3045. Nothing like a good Lux myriad of plethoric versionsvariants ! The R-1120A is a late (and last ?) version of the ealier R-1120 : out went the discrete output transistors, the DIN tape connector, the third 'speaker terminals for electrostatic speakers, the meshed grill protection of the back heatsinks and the visible output transistors. In came a pre/main loop, NEC EBT 200MHz fT drivers, NEC 60MHz hi-fT output transistors (200W Pc each) and, late as ever, a Dolby FM switch and its (optional) circuit board. Being a 1978 design, it sports a Realtime DC Processed circuit, being a 1978 Luxman, the R-1120A has constant voltage pre-driver circuits. The preamp section boasts an MC stage with parallel FET P and N complementary circuit and source follower output circuit with low gate current leakage. The RIAA eq section uses low amounts of NFb with open loop gain following the RIAA curve, therefore an equal amount of NFb throughout the entire audible range. The 4-gang Dual Gate MOS-Fet FM section is operated by Luxman's CLL tuning system (Closed Loop Locked : it extends locking control to all elements involved - local oscillator, front-end, IF and detector) and the AccuTouch system which locks everything down one second after the tuning knob has been left alone. Being a 1978 component, the R-1120A also has two rows of flashy red LEDs and could receive an optional Dolby FM board (DUA1070) which few people actually ordered, got or even knew it existed...

Operating System Driver Provider Driver Version; Download Driver: Windows XP (64 bit) LUXMAN: 1.0.6.0 Download Driver: Windows Server 2003 (64 bit).

LuxmanL 225, L 230, L 235 => L200 Series

Luxman L 225, L 230, L 235 = L200 Series. General: This Luxman L230 audio amplifier made & produced by Luxman (Alpine) in the late 198 0’s. It is a part of the L200 series amplifiers of Luxman. Photos: front and back. Bottom with badly restored pcb, incorporating wrong power transistors.

LUXMAN Audio Driver for Windows PC/Mac To operate a DA-150/D-03X/D-10X connected to a Windows PC using a USB cable, you must install the dedicated 'Windows-ready USB driver' software. The latest version of our 'Windows-ready USB driver' can be downloaded from the link below. ※DA-250/DA-150/D-03X/D-10X do not ship with a driver software CD.

General:

This Luxman L230 audio amplifier made & produced by Luxman (Alpine)in the late1980’s. It is a part of the L200 series amplifiers of Luxman.

Photos:

front and back

details front

Bottom with badly restored pcb, incorporating wrong power transistors. Unrestored interior, lamps on front also to be replaced by leds..

Power supply. unrestored preamp.

part of the pcb unrestored restoration in proces: new electrolytic capacitors.

RIAA-amp with new caps

Restored amp with new resistor and changed circuit to feed the new leds on the front panel, the zenerdiode is obsolete now.

Drivers Lexmark 3326

The new final power transistors from Sanken mounted in their places, the amp is operational now.

Specifications & Special features:

Drivers Lexmark Z645

This Luxman L230 audio amplifier is a affordable yet high quality amp made by Luxman. It incorporates Duo-Beta ® feedback and the tone control is not the usual, it is in the feedback line of the power amp. No traditional tone amp is to be found in this amplifier. It has 'single pcb policy' and has the power transistors directly soldered to the main pcb. The power supply is simple, but has sufficient capacity to feed a 2x60W basic amp. It has a common IC grade MC & MM/MD pick-up amp. The protection circuits are rather simple, so you can easely damage your amp when used improperly. It has a fully symmetric and complementary bipolar transistor power output with high speed & high current plastic power transistors.

Schematic:

Click here to download the service manual of the L225-L235 in PDF format(also available in Mobi-format)

Click here to see the L200 series main schematic diagram in PDF format

Click here to see the L200 series power supply schematic diagram in PDF format

Modifications: The power transformer of the L230 is much bigger than in the L200, but most of the amps of the L200 series are working on the same power rail voltages, some amps of the L200 series do not have a phono MC/MM switch and have only 1 lamp in the front. On the photos you can see that several electrolytic capacitors are to be replaced. Some amps of the L200 series have smaller sized driver transistors in the power amp section, replace them with bigger ones as in the L230 or heatsink the small drivers. The zener diode D112, 20V/3W, needs to be replaced by a 4 Watt type and extra heat sinking to D112 must be applied, when original light bulbs are applied. Otherwise problems with this circuit will come back again. The original power design of this circuit part is incorrect, your pcb will probably be burnt like the one on the photo above. When the light bulbs are replaced by leds (that I prefer), the zenerdiode D112 is obsolete and can be removed, the 300 Ohm resistor R153, must be replaced by a 1,5 to 5,6 KOhm 2W type as on the photo, depending on the type leds you use, and then you have the correctpower design. I took 3 leds of different color: red, yellow and green. if you like other colors like blue better, that can be used also, R153 must then be adjusted to the correct value of led current, remember that Voltage is not important using leds, only the correct Current through the leds has to be adjusted with R153, different led-colours may require an extra resistor in series of every led. Replace C104 a b, C103 a b, C113 a b, C107, C108 a b, C130, C131, C129, C133, C132, C120 a b, C122 a b, C118 a b and C301 a b. The power transistors 2SA1263/2SC3181 (To) of this particular amp model were broken, and were replaced in the past by BD249/BD250 (TI) by a repair man who did not know what he was doing, that are of course not the right transistors, so I removed and replaced them by correct transistors. I used 2SA1694 & 2SC4467 made bySanken as you can see on the photo above, cheap and great performance, even better than the original Toshiba's. The power-amp input capacitors need to be replaced: C118, they may be small polyester or polypropylene 3,3 to 4,7 uF 100V made by Wimaas on the photo above, do not use big size caps, keep them small. The power supply main capacitors C134, C135 of 10000 uF (4700 uF in L200) need to be decoupled by small HF capacitors: add 2x 0,01 uF 100V ceramic, parallel to C134 and C135. You can separate the power supply section to the main amps: add 4 diodes capable of 6 Amperes continious current, add 2 main caps of 10000 uF (4700 for some L200 versions) (plus decoupling caps of course). Now you can have 2 separate power rails for the 2 power amps, some electronic know how is required to do this particular modification. You can also connect the speaker terminals directly to the amps and not use the speaker switches at the front. Remember that the protection-circuit is simple and will not protect your speakers when the power amps break down. I also did some experiments with different 'loudness' switch capacitor values C116a/b, 0.047 uF, as I found the loudness switching too agressive in the sound image. I used 0.005 and 0.01 uF, both usable values, this of course depends on the speakers you use, I used Tannoy HPD315, Sixes 611, 609 and 605 speakers to test. I found the muting circuit also to be vulnerable to defective parts, so I checked and changed the transistors and some other parts: Q114, Q114a and Q115, R150, R151 and D109 / C132, all can be defective in some cases. Check also working voltages of the caps in this circuit as I found some with incorrect values: 35V caps on a 46 Volt power rail, its certain this is going to be the cause of problems, replace with at least 50V caps.

You can upgrade the common IC grade MC & MM/MD pick-up amp. by using a different IC. I used a some high speed IC types to test, but was not able to hear any difference, the NJM 2043 does a great job.

There may be some other things subject to modification, but this is the main mod I made so far.

^ The power design issue ^

Sound:

This amplifier is a member of the cheaper Luxman series made by Alpine Japan, though very good in sound quality.

These series of 'High Quality' audio components soon got legendary of their outstanding quality and excelent sound quality.

Drivers Lexmark X5650

© Hans Hilberink - PE1MMK ® 2000 - Last update: 04-04-2012.

Drivers Lexmark 2500

[medicaldevicemanufacturingb-blog]

What You Need to Know about Through-Hole Technology

Over the years, technology has been constantly changing. Sometimes, however, it is like some old technology cannot be phased out. A good example is a through-hole technology that came into being in the 1940s. This technology hangs around even today. Even when the new design needs smaller components, through-hole technology is still used.

Through-hole technology involves mounting component leads into the drilled hole on bare PCB or printed circuit board and soldered on the opposite side. This technology remained industry-standard until the 1980s when surface mount technology or SMT gained popularity. It was thought that SMT would make through-hole technology obsolete. However, that has not happened to date because of the distinct advantages of through-hole technology. SMT came in since designers needed smaller packages.

Although surface mount components are smaller compared to through-hole components, it does not mean they are cheaper because the less raw material is used during the manufacture of surface mount components. The surface mount components might even cost the same as through-hole components. When the automated assemble costs are considered, a surface mount component becomes cheaper compared to through-hole components with similar power ratings, component values, and tolerances.

On the other hand, through-hole components have proved more reliable when products require stronger connections between layers. This is because the component leads can withstand more environmental stress because they run through the board. This is unlike SMT components that are just secured on the board surface by the solder.

The stronger connections by through-hole technology make it the preferred process for military and aerospace products. This is because such products endure extreme accelerations, high temperatures, and collisions. Again, through-hole technology is used in products that need prototyping and testing due to manual adjustments and replacement capabilities.

It is because of strong mechanical bonds that make through-hole technology more expensive compared to SMT boards. As a result, through-hole technology is reserved for bulkier and heavier components in most cases. Such components include electrolytic capacitors or semiconductors in larger packages where more mounting strength is needed. Through-hole technology is also popular in other elements such as plug connectors where more reinforcement muscle is needed. To gather more info, please read more now.

Again, these industrial machines and equipment have their boards almost exclusively built using through-hole technology components. This is because industrial machines operate under harsh conditions involving high power consumption. While through-hole technology might be old and appear outdated, it is still useful even today. This is because of the physical strength and endurance that come with through-hole technology.

Find out more details right here - https://en.wikipedia.org/wiki/Through-hole_technology

[greentreeelectronics]

Rolling out an improvement can be a disappointing cycle, as I found it out late when one of my domestic devices suddenly fizzled. I needed to find a Distributor of obsolete electronic components after focusing profoundly on examination to track down a reasonable substitution. This examination included taking estimations, assessing the new item, and in the end, burning through cash, but I didn't want to spend. Sadly, changes like this are usual events that should be managed whether they include an outing to the nearby large box store or refreshing an obsolete components distributor.

Why Parts Need Supplanting?

At the point when a circuit board is planned' the parts welded to it are addressed by schematic images and impression models in the PCB plan computer-aided design framework. Every schematic image type has a novel part number relegated to it to separate it from other comparative images, as in two resistors with various qualities. This part number distinguishes the part's sort and worth and is sent into the bill of materials (BOM) to buy the right parts for PCB from an Obsolete components supplier. At the point when a part is supplanted in the plan, that schematic image should be refreshed with the new part number and gadget credits. At the same time, the comparing PCB impression will be modified to show the new bundle assuming that the actual part has changed.

Parts are frequently traded around by the Distributor of IC’s during the plan interaction until the last circuit arrangement is chosen. When the plan is finished, be that as it may, parts are generally not swapped with the Electronic components testing service except for the accompanying reasons:

Plan issues: Blunders found during creation might require the substitution of a section you need to find the suppliers of obsolete electronic components. The issues like these could be connected with the presentation of the board or the way it is fabricated. The substitution could be something as straightforward as changing the worth of a capacitor or as intricate as genuinely updating some basic hardware design and can only be collected from the obsolete electronic components distributor.

Inaccessible parts: During creation, a section might become inaccessible because of multiple factors:

• One more OEM has purchased out all the load of a specialty part.

• The lead time is excessively huge for the undertaking's necessities.

• The part maker can't stay aware of the interest.

• The part is ridden off for a more compatible part with comparable usefulness.

• The part is found to have an imperfection or configuration blemish.

• The maker obsoleted the part because of other business reasons.

Cost: Obsolete electronic components might be supplanted on a creation circuit board to diminish production costs. If a section starts to develop in value, upgrading the board on time is more financially savvy. In certain conditions, a distributor of flash memory will supplant you with more affordable parts or upgraded hardware. Notwithstanding, the reserve funds should be convincing because the development of another circuit board will require revalidating the plan for the framework.

The Benefits of Utilizing Part Obtainment Subject experts in replacement.

The designing and obtainment of an obsolete electrical component of a PCB contract producer are set up to give the part skill that gadgets OEMs look for. With regards to inquiries concerning part substitutions, their designers can assist with the accompanying:

Suggest direct part substitutions like a Distributor of integrated circuits.

Find substitutions that will offer comparable usefulness.

Assist with design changes for new part bundles.

Suggest hardware changes for new usefulness.

The PCB CMs acquirement groups can offer inaccessible assets.

At GreenTree Gadgets, our part designers and obtainment experts have been assisting our clients with obsolete integrated circuit substitutions for north than 30 years. We want to guarantee that your load-up is based on time at the best cost and great levels. Keeping that in mind, our group teaming up with you to pursue your part decisions is awesome for your printed circuit board's life cycle.

[rollishell]

Sparkbox for dacor cooktop

#Sparkbox for dacor cooktop serial number#

44LG, HEX 83538 PCB SUPPORT, NYLON 26072 PCB MTG. PART Description 26027 PLATE, SPARK BOX MOUNTING 86526 SPARK MODULE 4 POINT 26573 SIDE SUPPORT, LEFT Switch, Use Rev A and B AB 82081**Sail ** Sail Switch forRevisions 26448 BRKT, FAN STATUS INDICATOR 82347 COOLING FAN, 36327 BRKT, COOLING FAN 62438 RELAY, PCB, 105C 83053 STANDOFF, 6-32 X. Box 6530 Diamond Bar, CA 91765 8Fax: 90ĭescription LINER, KICK PANEL BRACKET, KICK PANEL SUPPORT - RH BRACKET, STORAGE COMPARTMENT MTG LEVELER, ADJUSTABLE 5/16 LEVELER, ADJUSTABLE 1/2 ASSY, BASE (Uses 1/2" leveler) BRACKET, ANTI-TIP STIFFENER ASSY, BASE BASE, BACK COVER ASSY, EXHAUST PLATE PART # 26127 62716 62728 26533 26130 26477 26183ĭescription CASE BOTTOM COVER 5/8" GAS INPUT TUBE ADAPTER, (1/2MNPT TO 3/8A) CASE BOTTOM BRKT, INLET FITTING ATTCH BRACKET, KICK PANEL BRACKET, KICK PANEL SUPPORT - LH ASSEMBLY, STORAGE PANEL (Includes Ref. Inner Door Assembly Inner Door W/1” Window PackĢ7” Black/Arctic 27” Stainless 30” Black/Arctic 30” Stainless RSE RSD30, PGR30 Description Door Gasket Hinge – Stainless Steel Hinge – Black/Arctic Window Pack W/J-Channel Window Pack Side Shield, Left Side Shield, Right Heat Shield, B/R Heat Shield S Insulation Inner Liner Assy Bracket, Inner Liner Outer Liner Door Bumpers Technical Service 1440 Bridgegate Drive Diamond Bar CA 91765 PH 80 FAX 90 (this model was obsolete prior to the grate change but like replacements are no longer available. MODEL NUMBER SGM364 SGM464EM SGM464GG SGM362EM

#Sparkbox for dacor cooktop serial number#

Please refer to the serial number revision levels when ordering replacement grates. One grate cannot be replaced without replacing both or all three grates. When replacing a grate, care must be taken to ensure that the grates all match. Effective immediately the old style grate, part number 82109BM, are no longer available. The serial revision level changes are noted below. The newer grates have a smooth black finish. The grates were changed to increase cleanability. On Octothe grates were changed on the cooktops and ranges listed below. 1440 Bridge Gate Drive Diamond Bar CA 91765