1650110068: CORE COMPRESSOR

The Atlas Copco Core Compressor Part 1650110068 is a original and genuine core compressor component intended for compatible Atlas Copco oil-free turbo air compressor systems. This product is particularly relevant to industrial users who depend on a stable supply of clean compressed air and need to restore compressor performance without replacing an entire compressor package.

Product Introduction

Atlas Copco’s oil-free turbo compressor technology targets applications that require high-quality compressed air and substantial airflow. Atlas Copco describes its ZH+ centrifugal compressors range as an oil-free turbo solution for large-volume air requirements, with optimized air ends designed to support efficient operation in large-flow applications. The company also states that the ZH range can provide compressed air meeting ISO 8573-1 Class 0 requirements when the applicable compressor configuration is correctly selected and operated.

According to the supplied product information, part number 1650110068 has a price of US$30,000 excluding VAT, originates from China, and carries HS Code 8414909090. The product is supplied as a brand-new, original Atlas Copco part purchased from Atlas Copco (Shanghai) Trading Co., Ltd. Buyers should use the compressor model, machine serial number, existing component identification, and Atlas Copco technical documentation to confirm compatibility before ordering.

Because the exact internal configuration associated with 1650110068 can depend on the compressor model and engineering revision, this product description focuses on the core technical principles and service considerations of the applicable Atlas Copco oil-free turbo compressor platform rather than assigning unverified model-specific specifications to the part.

Product Parameters

Parameter	Specification
Product Name	CORE COMPRESSOR
Brand	Atlas Copco
Part Number	1650110068
Product Type	Core compressor part
Application	Compatible Atlas Copco oil-free turbo air compressors
Price	US$30,000 excl. VAT
Origin	China
HS Code	8414909090
Condition	Brand-new original Atlas Copco part
Supply Source	Purchased from Atlas Copco (Shanghai) Trading Co., Ltd.

The product identification number 1650110068 should appear on purchasing documentation and technical inquiries. Customers should not rely solely on a general description such as “core compressor” when ordering because Atlas Copco compressor systems contain many closely related assemblies and replacement components.

How an Oil-Free Turbo Compressor Works

The working principle of a turbo compressor differs from that of a positive-displacement screw air compressor. A turbo compressor uses a high-speed rotating impeller to transfer kinetic energy to the air. The compressor then converts a significant portion of that velocity energy into pressure energy through the diffuser and subsequent flow passages. Technical literature on turbo compression describes the impeller as the rotating component that gives the fluid kinetic energy, while the discharge casing and diffuser convert that kinetic energy into useful pressure.

In an Atlas Copco oil-free turbo compressor, the incoming atmospheric air enters the compressor and reaches the rotating impeller. The impeller accelerates the air to a high velocity. The diffuser slows the airflow in a controlled manner and converts velocity into pressure. Depending on the compressor configuration, multiple compression stages can progressively increase the pressure to the required operating level.

Atlas Copco has developed multi-stage oil-free turbo compressors specifically for applications requiring high airflow and clean compressed air. Atlas Copco has also highlighted the energy benefits of multi-stage centrifugal compression and the reduction of transmission losses in designs that eliminate traditional gearboxes.

The oil-free design has an important functional benefit. The compression air path does not rely on injecting lubricating oil into the compressed-air stream. This helps prevent oil contamination and makes the technology suitable for applications where compressed-air purity directly influences product quality or process reliability. Atlas Copco markets its oil-free turbo compressors for demanding applications where customers require oil-free air.

Role of the Core Compressor

The core compressor represents a major functional section of the compressor system rather than a routine consumable such as a filter or lubricant. It directly influences the machine’s ability to generate the required airflow and pressure.

When the core compressor operates correctly, the aerodynamic components maintain the required relationship between airflow, rotational speed, pressure ratio, and efficiency. When the core develops mechanical or aerodynamic problems, the entire compressor can experience reduced performance.

A deteriorated core compressor can contribute to lower delivered airflow, increased operating temperature, abnormal vibration, unstable compressor behavior, higher power consumption, or repeated protective shutdowns. However, technicians should diagnose the underlying cause before replacing the assembly because similar symptoms can originate from inlet restrictions, coolers, control systems, sensors, valves, electrical equipment, or operating conditions.

Product Advantages

Original Atlas Copco Replacement

The 1650110068 unit supplied for this application is a brand-new original Atlas Copco part purchased from Atlas Copco (Shanghai) Trading Co., Ltd. This purchasing route provides an important traceability reference for customers who require original replacement components for industrial compressor maintenance.

Original identification also simplifies technical communication because technicians can reference the exact Atlas Copco part number when checking compatibility, ordering, servicing, and maintaining equipment records.

Designed for Oil-Free Turbo Applications

The component supports the operating concept of oil-free turbo compression, which focuses on providing compressed air without introducing lubricating oil into the compression process. Atlas Copco identifies its oil-free turbo compressor range as a solution for large-volume compressed-air applications and states that its ZH+ range can deliver ISO 8573-1 Class 0 compressed air under the specified system configuration.

High-Flow Industrial Technology

Turbo compressors provide an important advantage in applications that require large quantities of compressed air. Their fluid-flow operating principle allows the compressor to achieve high volumetric flow rates without relying on the same displacement mechanism used by conventional reciprocating or screw compressors. Industry technical references identify high flow capacity and good speed control among the advantages of turbo compressor technology.

Supports Energy-Efficient Compressor Operation

Efficient aerodynamic design has a direct impact on compressor energy consumption. Atlas Copco has described multi-stage turbo designs that reduce transmission and pressure losses while improving overall energy efficiency.

When the compressor operates within its intended performance range, an efficient core can therefore contribute to stable airflow and controlled energy consumption. Actual energy savings depend on pressure requirements, airflow demand, operating conditions, control settings, cooling conditions, and the complete compressor system.

When Should the Core Compressor Be Replaced?

There is no universal operating-hour interval that should automatically trigger replacement of every 1650110068 core compressor. Major turbo compressor components require condition-based evaluation and model-specific maintenance instructions.

Maintenance personnel should investigate replacement when the compressor demonstrates persistent performance deterioration after technicians have eliminated simpler causes. Typical warning signs can include a sustained reduction in airflow, increased power consumption for the same operating conditions, abnormal vibration, unusual mechanical or aerodynamic noise, repeated trips, unstable operation, or significant changes in pressure performance.

Technicians should also compare current operating data with historical compressor data. A gradual change in compressor performance can provide useful evidence that the core requires inspection. Vibration monitoring, temperature trends, pressure readings, airflow data, power consumption, and controller alarms can help technicians establish the condition of the compressor.

A replacement becomes particularly appropriate when qualified technicians identify damage, excessive wear, an aerodynamic problem, bearing-related deterioration, or another major internal fault that makes continued operation uneconomical or unreliable.

Users should not replace the core solely because the machine has reached a particular number of operating hours unless the applicable Atlas Copco maintenance documentation specifically requires that action.

Installation Steps

Because 1650110068 represents a major compressor component, qualified service technicians should perform the replacement. The following procedure provides a general service framework; technicians should always follow the specific Atlas Copco service instructions for the applicable compressor model.

Step 1.Isolate the Compressor

First, shut down the compressor according to the manufacturer’s procedure. Isolate the electrical power supply and prevent accidental restart. Release stored pressure and verify that the compressor cannot start during service.

Step 2.Record Existing Conditions

Before removing the original component, technicians should record relevant operating data, controller alarms, vibration readings, pressure values, temperature values, and other diagnostic information. These records provide useful baseline information for commissioning the replacement.

Step 3.Confirm Part Identification

Verify that the replacement carries the correct identification 1650110068 and compare it against the compressor’s technical documentation and machine serial number. Inspect the new component for shipping damage before installation.

Step 4.Remove the Existing Core

Disconnect the relevant air, electrical, mechanical, and auxiliary connections according to the compressor service manual. Use suitable lifting equipment where the assembly requires mechanical handling. Protect precision surfaces and interfaces from contamination or impact.

Step 5.Install the Replacement

Position the new original Atlas Copco air compressor component correctly and secure it according to the specified installation procedure. Reconnect all interfaces and verify alignment, fastener condition, sealing surfaces, sensors, and associated components.

Step 6.Inspect the Complete System

Before startup, check all connections and confirm that no tools, foreign objects, packaging material, or loose components remain inside the service area. Verify that cooling, electrical, control, and air connections meet the applicable requirements.

Step 7.Commission and Monitor

Start the compressor using the manufacturer’s commissioning procedure. Monitor pressure, temperature, vibration, airflow, power consumption, and controller status. Compare the results with the expected operating range for the specific compressor model.

A controlled commissioning process helps technicians identify installation problems before they become major operational failures.

Maintenance Recommendations

The best maintenance strategy for a turbo compressor combines scheduled inspection with condition monitoring. Operators should maintain accurate records of operating hours, pressure, temperature, vibration, airflow, power consumption, controller alarms, and service interventions.

The air system should also receive proper attention. Restricted inlet airflow can negatively affect compressor performance, while inadequate cooling can increase operating temperature and affect overall reliability. Technicians should inspect coolers, filters, valves, sensors, pipework, and control components as specified by the applicable Atlas Copco maintenance program.

The compressor should also operate within its designed operating envelope. Frequent operation under unsuitable flow or pressure conditions can influence aerodynamic stability and mechanical stress. Correct control settings and appropriate system demand management therefore contribute to long-term compressor reliability.

Quality Assurance and Authenticity

This 1650110068 Core Compressor is supplied as a brand-new original Atlas Copco part, purchased from Atlas Copco (Shanghai) Trading Co., Ltd. Customers can use the part number, product identification, procurement documentation, and packaging information to maintain product traceability.

For a high-value compressor component priced at US$30,000 excluding VAT, buyers should confirm the part number and application before shipment. The supplier should also provide appropriate commercial and shipping documentation for international transactions.

The stated origin is China, and the stated HS Code is 8414909090. Customs classification can depend on the importing country’s rules and the detailed nature of the shipment, so importers should confirm the final tariff treatment with their customs broker or relevant customs authority.

Who Should Buy 1650110068?

The 1650110068 Core Compressor is suitable for industrial compressor owners, maintenance departments, compressor service companies, engineering contractors, distributors, and purchasing teams responsible for compatible Atlas Copco oil-free turbo compressor systems.

It is particularly valuable when a compressor requires a major core replacement and the customer wants to restore the original equipment configuration with a brand-new original Atlas Copco component rather than replacing the entire compressor package.

Before purchasing, customers should provide the compressor model and serial number whenever possible. This additional information allows the supplier to perform a more reliable compatibility check.

Conclusion

The 1650110068 Atlas Copco Core Compressor Part provides a replacement solution for compatible Atlas Copco oil-free turbo air compressor systems. Its role within a turbo compressor makes it critical to airflow generation, pressure performance, and overall compressor reliability.

The product details supplied for this item are part number 1650110068, price US$30,000 excluding VAT, origin China, and HS Code 8414909090. The product is a brand-new original Atlas Copco part purchased from Atlas Copco (Shanghai) Trading Co., Ltd.

Atlas Copco’s oil-free turbo technology uses high-speed impellers and aerodynamic diffusion to convert mechanical energy into compressed-air pressure. Its oil-free approach supports applications where air purity matters, while turbo compression provides an effective solution for high-flow industrial applications.

For procurement and maintenance teams, correct identification remains essential. Customers should verify 1650110068 against the compressor model, serial number, technical documentation, and existing component before ordering. Professional installation and model-specific commissioning procedures will further help ensure dependable operation.

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3002605205	COOLER CORE	3002-6052-05
3002605400	ZM52 CORE OVERHAUL	3002-6054-00
3002605410	ZM52 CORE OVERHAUL	3002-6054-10
3002605420	ZM52 CORE OVERHAUL	3002-6054-20
3002605430	ZM52 CORE OVERHAUL	3002-6054-30
3002605440	ZM82 CORE OVERHAUL	3002-6054-40
3002605450	ZM82 CORE OVERHAUL	3002-6054-50
3002605460	ZM82 CORE OVERHAUL	3002-6054-60
3002605470	ZM82 CORE OVERHAUL	3002-6054-70
3002605480	ZM88 CORE OVERHAUL	3002-6054-80
3002605500	ZM88 CORE OVERHAUL	3002-6055-00
3002605510	ZM88 CORE OVERHAUL	3002-6055-10
3003001468	AIR FILTER CORE	3003-0014-68
3003001568	AIR FILTER CORE	3003-0015-68
3003003968	AIR FILTER CORE	3003-0039-68
3003004068	AIR FILTER CORE	3003-0040-68
3003004168	AIR FILTER CORE	3003-0041-68
3003005268	NANO AIR FILTER CORE	3003-0052-68
3003005368	NANO AIR FILTER CORE	3003-0053-68
3003006868	NANO AIR FILTER CORE	3003-0068-68
3003006968	NANO AIR FILTER CORE	3003-0069-68
3003104968	OIL SPEPERATOR CORE	3003-1049-68
3003800269	AIR FILTER CORE	3003-8002-69
3003800369	NANO AIR FILTER CORE	3003-8003-69
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2204008351	Core Shells-A-TDS-487  7/8+	2204-0083-51
2204008353	Core Shells-A-TDS-4817 2 1/8+	2204-0083-53
2204008354	Core Shells-A-TDS-9611 1 3/8+	2204-0083-54
2204008355	Core Shells-A-TDS-9617 2 1/8+	2204-0083-55
2204008356	Core Shells-A-TDS-4811 1 3/8+	2204-0083-56
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2204035999	heater core-55Kw-SDY	2204-0359-99
2204036001	heater core-18Kw-SDY	2204-0360-01
2204036006	heater core-57Kw-SDY	2204-0360-06
2204036007	heater core-64Kw-SDY	2204-0360-07
2204036023	heater core-3Kw-SDE	2204-0360-23
2204036026	heater core-5Kw-SDE	2204-0360-26
2204036028	heater core-7Kw-SDE	2204-0360-28
2204036029	heater core-9Kw-SDE	2204-0360-29
2204036034	heater core-18Kw-SDE	2204-0360-34
2204036036	heater core-24Kw-SDE	2204-0360-36

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