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Product type: Automotive A/C compressor (replacement unit for OEM cross-references)
Key OEM references: 9675655880 / 1613509980 / 0900K251 / 1606230580 / 4471501730
Designed for: PEUGEOT applications (fitment verified by OE number matching)
Compressor structure: Piston-type design
B2B-ready: Suitable for wholesalers, importers, workshops, fleet maintenance teams, and aftermarket distributors
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When a vehicle’s A/C compressor starts to fade, the “symptoms” are easy to feel: the cabin cools slowly, the airflow loses its crisp bite, and the compressor sound becomes rougher than it should be. This replacement A/C compressor is built for buyers who can’t afford that uncertainty—parts distributors who need consistent returns performance, repair shops that want fewer comebacks, and fleet operators who need stable cooling day after day.
From the first rotation, a good compressor should feel smooth and balanced, not gritty or uneven. In operation, it should produce a steady, controlled hum rather than a sharp rattle, and the system should deliver clean, refreshing cold air without temperature swings. This unit is positioned as a dependable aftermarket solution aligned to OE cross-reference numbers, with a focus on fit confidence, consistent performance, and process-driven quality control—the kind of supply reliability B2B buyers measure in reduced warranty claims and faster install turnaround.
OE-number driven matching
Built around OE cross-reference logic to help buyers confirm compatibility before shipment.
Stable cooling output focus
Designed to support predictable cabin cooling once installed and charged correctly, minimizing “weak cooling” callbacks.
Piston-type structure
A proven compressor architecture widely used in automotive A/C systems, valued for service familiarity and supply stability.
B2B-friendly handling
Clear labeling and packaging options support warehouse picking, multi-SKU distribution, and export workflows.
Workshop efficiency
Intended to reduce diagnostic loops by providing a direct replacement path when OE numbers match.
For professional buyers, the safest way to source A/C compressors at scale is not guessing by model name—it’s matching OE numbers and confirming system requirements. This compressor is aligned to the following references:
OE / Cross References (Primary)
9675655880
1613509980
0900K251
1606230580
4471501730
How B2B buyers typically confirm fitment
Match the OE number from the removed compressor or catalog system
Confirm vehicle platform / engine configuration in your database
Validate electrical and connector details (plug style, harness position) during pre-shipment checks
Confirm the service plan: whether the job includes condenser flush, receiver/drier replacement, and oil balancing
Fitment note
Vehicle applications can vary by production year, engine, and regional configuration. For large orders or multi-branch service networks, we recommend building your internal cross-reference sheet using OE number logic and installation feedback loops.
A compressor’s reliability is often decided by the details you can’t see once it’s mounted: sealing integrity, machining precision, and long-term resistance to vibration and heat cycles. This unit is designed with distribution and real-world workshop conditions in mind—boxes may travel long distances, warehouses may be humid, and vehicles may run in heavy traffic where under-hood temperatures climb.
What matters in day-to-day performance
Housing and internal fit: precision alignment helps reduce friction-related heat and noise
Seal strategy: stable sealing supports leak resistance after thermal cycling
Rotational smoothness: consistent internal tolerances help reduce harsh sound signatures
Service familiarity: a design approach that technicians recognize helps shorten learning curves across different markets
For B2B buyers, these characteristics translate into fewer “mystery problems,” lower return rates, and cleaner aftersales conversations—because the part behaves like a professional-grade component, not a short-term patch.
In the aftermarket, “performance” isn’t just a lab value—it’s what drivers and technicians experience immediately. A strong compressor should restore that fast-cooling sensation: the air changes from lukewarm to cool quickly, and the cabin reaches a comfortable temperature without constant fan blasting.
Operational goals that matter to workshops and fleets
Consistent cooling feel during idle, stop-and-go traffic, and highway driving
Controlled noise profile: a steady mechanical hum rather than clatter or squeal
Reduced vibration perception, helping avoid customer complaints like “A/C makes the engine feel rough”
System stability: supports predictable pressure behavior when the rest of the A/C system is healthy
This is especially important for fleets and taxi/ride-hailing vehicles, where A/C downtime becomes a service problem and a revenue problem. A compressor that “settles in” smoothly helps keep vehicles on the road and customers comfortable.
B2B buyers typically judge a compressor supplier by what happens after the first 200 installs. That’s why quality assurance needs to be systematic, not symbolic.
Typical controls used in professional compressor supply
Incoming inspection for critical components and machining consistency
Assembly process checks to reduce variation across batches
Leak-risk control through sealing verification practices
Performance verification principles: functional checks that confirm the unit behaves as intended before packing
Traceability mindset: batch identification that supports aftersales analysis and root-cause tracking
If you are building a private-label program or supplying repair networks, these practices reduce the total cost of ownership: fewer disputes, clearer warranty decisions, and faster corrective actions when something unusual appears
Export buyers and distributors need packaging that survives handling without turning the product into a claims risk.
Packaging priorities
Protective packing to reduce impact and vibration during long-distance shipping
Clear labeling for warehouse scanning, SKU separation, and batch traceability
Carton packing suitable for palletization and container loading efficiency
Optional packing workflows for mixed-SKU orders (to support distributors who stock multiple OE references)
Logistics support for professional buyers
Standard export documentation readiness (as required by your trade lane)
Consolidation support for multi-item shipments
Label formats suitable for marketplace sellers, retail chains, or regional distributors
Many B2B buyers aren’t just buying one compressor—they’re building an offering. This product can be positioned for wholesale, repair channels, and program-based supply.
Common B2B program options
Bulk purchasing for workshop chains and regional distributors
Private label / branding support (labels, cartons, and SKU logic depending on your workflow)
Kitting options (where applicable): pairing with common service items like seals/O-rings or installation notes
Cross-reference assistance for multi-OE catalogs and regional vehicle variants
Support for consistent reorder cycles with stable packaging and specification alignment
The goal is to make your purchasing team’s job easier: fewer surprises, clearer confirmations, and a smoother path from inquiry → order → delivery → installation.
B2B mindset from the start: We write specs, label cartons, and support cross-references in a way that helps distributors and workshops scale.
Fitment-first workflow: OE number alignment helps reduce the most expensive failure mode in aftermarket supply—wrong-part returns.
Quality consistency focus: Process-driven checks reduce batch drift and protect your reputation in your market.
Export-ready handling: Packaging and documentation habits are designed for international buyers.
After-sales clarity: We support structured communication—batch tracking, issue description templates, and practical troubleshooting logic—so problems get solved instead of repeated.
Below is a consolidated parameter sheet for purchasing and catalog building. If you manage multi-region fitment data, we recommend storing both the OE references and your internal SKU mapping for fast reorder cycles.
| Item | Specification |
| Product Name | Top quality Air Conditioning Compressor for PEUGEOT |
| OEM / Reference Numbers | 9675655880 / 1613509980 / 0900K251 / 1606230580 / 4471501730 |
| Compressor Type | Automotive A/C compressor |
| Structure | Piston-type |
| Voltage | 24V |
| Rated Power | 1000W |
| Refrigerant | R22 |
| Specification | OEM standard size |
| Application | PEUGEOT (verify by OE number matching) |
| Packaging | Carton |
Q1: How do I confirm this compressor fits my vehicle?
Use the OE number from the original compressor or your catalog system and match it to the listed references. If the OE number matches, confirm connector position and your system notes (oil balancing and service parts) before ordering in bulk.
Q2: What should workshops replace with the compressor to reduce comeback risk?
Best practice is to evaluate system contamination and consider condenser flush or replacement, receiver/drier replacement, and correct oil handling. Many “failed compressor” jobs are actually system-wide issues.
Q3: Why is OE matching better than searching by vehicle name?
Trim levels and regional variants can change the compressor configuration. OE matching reduces wrong-part probability, especially for distributors handling multiple markets.
Q4: Can you support bulk orders and distributor programs?
Yes—bulk packaging, labeling approaches, and cross-reference support are typically used in distributor workflows. Share your target markets and OE list to standardize your SKU plan.
Q5: What information should I provide when requesting a quote?
OE number(s), estimated order quantity, destination country/port, preferred packaging/labeling, and whether you need single-SKU cartons or mixed-SKU consolidation.
When a vehicle’s A/C compressor starts to fade, the “symptoms” are easy to feel: the cabin cools slowly, the airflow loses its crisp bite, and the compressor sound becomes rougher than it should be. This replacement A/C compressor is built for buyers who can’t afford that uncertainty—parts distributors who need consistent returns performance, repair shops that want fewer comebacks, and fleet operators who need stable cooling day after day.
From the first rotation, a good compressor should feel smooth and balanced, not gritty or uneven. In operation, it should produce a steady, controlled hum rather than a sharp rattle, and the system should deliver clean, refreshing cold air without temperature swings. This unit is positioned as a dependable aftermarket solution aligned to OE cross-reference numbers, with a focus on fit confidence, consistent performance, and process-driven quality control—the kind of supply reliability B2B buyers measure in reduced warranty claims and faster install turnaround.
OE-number driven matching
Built around OE cross-reference logic to help buyers confirm compatibility before shipment.
Stable cooling output focus
Designed to support predictable cabin cooling once installed and charged correctly, minimizing “weak cooling” callbacks.
Piston-type structure
A proven compressor architecture widely used in automotive A/C systems, valued for service familiarity and supply stability.
B2B-friendly handling
Clear labeling and packaging options support warehouse picking, multi-SKU distribution, and export workflows.
Workshop efficiency
Intended to reduce diagnostic loops by providing a direct replacement path when OE numbers match.
For professional buyers, the safest way to source A/C compressors at scale is not guessing by model name—it’s matching OE numbers and confirming system requirements. This compressor is aligned to the following references:
OE / Cross References (Primary)
9675655880
1613509980
0900K251
1606230580
4471501730
How B2B buyers typically confirm fitment
Match the OE number from the removed compressor or catalog system
Confirm vehicle platform / engine configuration in your database
Validate electrical and connector details (plug style, harness position) during pre-shipment checks
Confirm the service plan: whether the job includes condenser flush, receiver/drier replacement, and oil balancing
Fitment note
Vehicle applications can vary by production year, engine, and regional configuration. For large orders or multi-branch service networks, we recommend building your internal cross-reference sheet using OE number logic and installation feedback loops.
A compressor’s reliability is often decided by the details you can’t see once it’s mounted: sealing integrity, machining precision, and long-term resistance to vibration and heat cycles. This unit is designed with distribution and real-world workshop conditions in mind—boxes may travel long distances, warehouses may be humid, and vehicles may run in heavy traffic where under-hood temperatures climb.
What matters in day-to-day performance
Housing and internal fit: precision alignment helps reduce friction-related heat and noise
Seal strategy: stable sealing supports leak resistance after thermal cycling
Rotational smoothness: consistent internal tolerances help reduce harsh sound signatures
Service familiarity: a design approach that technicians recognize helps shorten learning curves across different markets
For B2B buyers, these characteristics translate into fewer “mystery problems,” lower return rates, and cleaner aftersales conversations—because the part behaves like a professional-grade component, not a short-term patch.
In the aftermarket, “performance” isn’t just a lab value—it’s what drivers and technicians experience immediately. A strong compressor should restore that fast-cooling sensation: the air changes from lukewarm to cool quickly, and the cabin reaches a comfortable temperature without constant fan blasting.
Operational goals that matter to workshops and fleets
Consistent cooling feel during idle, stop-and-go traffic, and highway driving
Controlled noise profile: a steady mechanical hum rather than clatter or squeal
Reduced vibration perception, helping avoid customer complaints like “A/C makes the engine feel rough”
System stability: supports predictable pressure behavior when the rest of the A/C system is healthy
This is especially important for fleets and taxi/ride-hailing vehicles, where A/C downtime becomes a service problem and a revenue problem. A compressor that “settles in” smoothly helps keep vehicles on the road and customers comfortable.
B2B buyers typically judge a compressor supplier by what happens after the first 200 installs. That’s why quality assurance needs to be systematic, not symbolic.
Typical controls used in professional compressor supply
Incoming inspection for critical components and machining consistency
Assembly process checks to reduce variation across batches
Leak-risk control through sealing verification practices
Performance verification principles: functional checks that confirm the unit behaves as intended before packing
Traceability mindset: batch identification that supports aftersales analysis and root-cause tracking
If you are building a private-label program or supplying repair networks, these practices reduce the total cost of ownership: fewer disputes, clearer warranty decisions, and faster corrective actions when something unusual appears
Export buyers and distributors need packaging that survives handling without turning the product into a claims risk.
Packaging priorities
Protective packing to reduce impact and vibration during long-distance shipping
Clear labeling for warehouse scanning, SKU separation, and batch traceability
Carton packing suitable for palletization and container loading efficiency
Optional packing workflows for mixed-SKU orders (to support distributors who stock multiple OE references)
Logistics support for professional buyers
Standard export documentation readiness (as required by your trade lane)
Consolidation support for multi-item shipments
Label formats suitable for marketplace sellers, retail chains, or regional distributors
Many B2B buyers aren’t just buying one compressor—they’re building an offering. This product can be positioned for wholesale, repair channels, and program-based supply.
Common B2B program options
Bulk purchasing for workshop chains and regional distributors
Private label / branding support (labels, cartons, and SKU logic depending on your workflow)
Kitting options (where applicable): pairing with common service items like seals/O-rings or installation notes
Cross-reference assistance for multi-OE catalogs and regional vehicle variants
Support for consistent reorder cycles with stable packaging and specification alignment
The goal is to make your purchasing team’s job easier: fewer surprises, clearer confirmations, and a smoother path from inquiry → order → delivery → installation.
B2B mindset from the start: We write specs, label cartons, and support cross-references in a way that helps distributors and workshops scale.
Fitment-first workflow: OE number alignment helps reduce the most expensive failure mode in aftermarket supply—wrong-part returns.
Quality consistency focus: Process-driven checks reduce batch drift and protect your reputation in your market.
Export-ready handling: Packaging and documentation habits are designed for international buyers.
After-sales clarity: We support structured communication—batch tracking, issue description templates, and practical troubleshooting logic—so problems get solved instead of repeated.
Below is a consolidated parameter sheet for purchasing and catalog building. If you manage multi-region fitment data, we recommend storing both the OE references and your internal SKU mapping for fast reorder cycles.
| Item | Specification |
| Product Name | Top quality Air Conditioning Compressor for PEUGEOT |
| OEM / Reference Numbers | 9675655880 / 1613509980 / 0900K251 / 1606230580 / 4471501730 |
| Compressor Type | Automotive A/C compressor |
| Structure | Piston-type |
| Voltage | 24V |
| Rated Power | 1000W |
| Refrigerant | R22 |
| Specification | OEM standard size |
| Application | PEUGEOT (verify by OE number matching) |
| Packaging | Carton |
Q1: How do I confirm this compressor fits my vehicle?
Use the OE number from the original compressor or your catalog system and match it to the listed references. If the OE number matches, confirm connector position and your system notes (oil balancing and service parts) before ordering in bulk.
Q2: What should workshops replace with the compressor to reduce comeback risk?
Best practice is to evaluate system contamination and consider condenser flush or replacement, receiver/drier replacement, and correct oil handling. Many “failed compressor” jobs are actually system-wide issues.
Q3: Why is OE matching better than searching by vehicle name?
Trim levels and regional variants can change the compressor configuration. OE matching reduces wrong-part probability, especially for distributors handling multiple markets.
Q4: Can you support bulk orders and distributor programs?
Yes—bulk packaging, labeling approaches, and cross-reference support are typically used in distributor workflows. Share your target markets and OE list to standardize your SKU plan.
Q5: What information should I provide when requesting a quote?
OE number(s), estimated order quantity, destination country/port, preferred packaging/labeling, and whether you need single-SKU cartons or mixed-SKU consolidation.
