200M 400M 200M
RNG: 2.4 KM
BRG: 047°
ALT: 3,200 FT
SPD: 480 KTS
HDG: 012° N
TGT: ALPHA-7
MODE: SEARCH
PWR: NOMINAL
FREQ: X-BAND
STATUS: LOCK
NAVTGTWPNDEFRDRCOM
MIL-STD-1553IFF: ACTIVELINK-16: SYNC
SECTOR: ALPHA
THREAT: CLEAR
RADAR: ACTIVE
TRACK: 6 TGT
LAT 28.6213°N LON 77.3873°E
NX
Neometrix Target Acquired
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    Compressor Lubricant Qualification & Test Rig / For Atlas Copco GA VSD15 · ISO VG 32–100 / MIL‑STD · ISO · IS / Noida · India
    OFSC-TR · 4-MODULE SYSTEM · 4000+ HRS DUTY

    Oil Flooded Screw Compressor Test Rig, proven for 4000+ hours uninterrupted duty.

    The Oil Flooded Screw Compressor Test Rig evaluates lubricating oils for their usability in the Atlas Copco GA VSD15 oil-flooded screw compressor, assessing oil performance across a range of operating conditions and predicting expected oil service life. Running ISO VG grades 32 to 100 across four integrated modules — compressor, VFD power control, PLC/DAQ, and air storage — the rig is built for high-reliability, uninterrupted operation with full instrumentation, fault diagnosis, and interlocked safety controls.

    Neometrix Oil Flooded Screw Compressor Test Rig — Atlas Copco GA VSD15 oil-flooded screw compressor module, access doors open showing oil separator and piping
    Fig · 01 Compressor module · Atlas Copco GA VSD15, as configured for test
    Qualification testing supported to:
    MIL-STD ISO IS
    Motor Power
    15kW
    Oil Grade Range
    32–100ISO VG
    Duty Rating
    4000+HRS
    Test Modules
    4SUBSYSTEMS
    Line Pressure
    13BAR
    01
    Overview

    Built to predict oil service life.

    A compressor oil test rig has to reproduce real operating conditions, not just run a compressor — the OFSC-TR is built around the Atlas Copco GA VSD15 to evaluate lubricating oils under controlled, repeatable, and fully instrumented conditions.

    Oil Flooded Screw Compressor Test Rig — internal view of the GA VSD15 compressor bay with oil separator vessel, control relays and terminal wiring, access door open
    Fig · 02 Compressor bay detail · oil separator, control relays and instrumentation, doors open

    The Oil Flooded Screw Compressor Test Rig is used to test various lubricating oils regarding their usability in the compressor GA VSD15 from Atlas Copco. The rig evaluates compressor oil performance under a variety of operating conditions and predicts expected oil service life. The compressor is able to run ISO VG oil grades 32 to 100.

    The compressor is built for high reliability and uninterrupted operation for at least 4000 hours. It carries sufficient instruments and sensors for monitoring and fault diagnosis, with appropriate controls and interlocks for safe operation throughout every test cycle.

    A compressor lubricant test rig that reproduces real running conditions on the actual GA VSD15 hardware — not a bench simulation.

    The rig is organised into four parts for smooth, repeatable running: the compressor module itself, a VFD-based power control unit, a PLC-based data acquisition (DAQ) system, and an air storage vessel for outlet pressure, temperature, and flow measurement.

    02
    Architecture

    Four modules, one test rig.

    Every subsystem is purpose-built around the GA VSD15 test cycle — from the compressor bay to the PLC-based DAQ system, each module is engineered for smooth, uninterrupted running.

    Sub · 01

    Compressor Module

    15 kW motor with screw-type compressor mounted with an air dish end. All required sensors and instrumentation are mounted in this section, with oil & air cooling and heating systems provided.

    Sub · 02

    Power Control Unit

    A VFD control unit with mains power supply drives smooth, speed-controlled running of the compressor module across the full test envelope.

    Sub · 03

    Data Acquisition System (DAQ)

    PLC-based data control monitors and logs test parameters in real time, with an operator screen for generating test reports by date range or part number.

    Sub · 04

    Air Storage

    A dedicated air storage vessel holds compressed air generated during test, enabling measurement of outlet pressure, temperature, and flow.

    03
    Power & Control

    VFD drive, PLC-logged.

    The electrical VFD panel and PLC/DAQ rack form the control backbone of the rig, capturing every test cycle for traceability.

    Oil Flooded Screw Compressor Test Rig — electrical VFD panel with drive controllers, indicator lamps and emergency stop
    Fig · 03 Electrical VFD panel · drive controllers, indicators & E-stop

    The VFD panel carries dual drive controllers with dedicated run/stop, fault, and reset indicators for the compressor and auxiliary drives, alongside a central emergency-stop mushroom button for immediate shutdown.

    Oil Flooded Screw Compressor Test Rig — Neometrix DAQ rack with test-report display, DAQ panel indicator lamps, industrial PC and printer
    Fig · 04 DAQ rack · test-report display, DAQ panel, industrial PC & printer

    The DAQ rack integrates the operator display, DAQ status-indicator panel, industrial computer and report printer in a single enclosure, generating date-range and part-number test reports on demand.

    04
    Test Capabilities

    Three efficiencies, one test cycle.

    The rig's key features centre on determining compressor performance under test oil, plus the fittings and instrumentation that support outlet air measurement.

    T · 01

    Volumetric Efficiency

    Determination of volumetric efficiency of the GA VSD15 compressor under the test lubricant, across the ISO VG 32–100 oil range.

    Compressor Performance
    T · 02

    Mechanical Efficiency

    Mechanical efficiency measurement over extended, uninterrupted duty cycles of at least 4000 hours, tracking wear and lubrication performance.

    4000+ Hr Duty Cycle
    T · 03

    Isothermal Efficiency

    Isothermal efficiency testing using the outlet air storage vessel to capture pressure, temperature, and flow data for each oil under test.

    Air Storage & Flow Data
    05
    Instrumentation

    Outlet air-line fittings.

    Air-line adaptors and gauge fittings used on the outlet manifold and air storage vessel, all rated to the rig's 13 Bar working pressure.

    Male Adaptor (F1.1–F1.4)1″ BSPM × 1″ tube OD · 13 Bar · air · brass · rated to 120°C
    Elbow (2.0)90° elbow · 1″ tube OD × 1″ tube OD · 13 Bar · air · copper
    Reducer (F3.0)1″ BSPM × 1/2″ BSPM · 13 Bar · air · MS
    Male Adaptor (F4.1–F4.2)1/2″ BSPM × 1/2″ BSPM · 13 Bar · air · MS
    Male Adaptor (F5.0)1/2″ BSPM × 1/4″ tube OD · 13 Bar · air · SS
    Gauge Adaptor (F6.0)1/2″ BSPF × 1/4″ tube OD · 13 Bar · air · SS
    07
    Downloads

    Catalog & design documents.

    General catalog and engineering design documents for the Oil Flooded Screw Compressor Test Rig, available as PDF.

    08
    Specifications

    Full technical parameters.

    Key system parameters for the standard Oil Flooded Screw Compressor Test Rig configuration.

    System TypeOil Flooded Screw Compressor Test Rig — lubricant qualification & service-life prediction system
    Compressor Under TestAtlas Copco GA VSD15 oil-flooded screw compressor
    Compatible Oil GradesISO VG 32 to ISO VG 100
    Drive Motor15 kW, screw-type compressor drive
    Duty RatingHigh reliability · at least 4000 hours uninterrupted operation
    Power ControlVFD (variable frequency drive) control unit, mains-powered
    Data AcquisitionPLC-based DAQ, test-report generation by date range or part number
    Air StorageDedicated vessel for outlet pressure, temperature & flow measurement
    Cooling / HeatingIntegrated oil & air cooling and heating system
    Line Working Pressure13 Bar (air-line fittings)
    Adaptor MaterialsBrass, copper, MS and SS fittings, rated to 120°C
    Efficiency TestingVolumetric, mechanical and isothermal efficiency
    SafetyInstrumented monitoring, fault diagnosis, and interlocked safety controls
    Reference StandardsMIL-STD · ISO · IS · customer-specified requirements
    09
    Applications

    Where it runs.

    Compressor lubricant qualification for industries that depend on continuous, reliable compressed-air supply.

    A · 01Oil & gas industry compressed-air systems
    A · 02Food industry compressed-air systems
    A · 03Compressor lubricant qualification & OEM oil approval testing
    A · 04Predictive maintenance & compressor oil service-life studies
    A · 05Screw compressor manufacturing quality assurance
    A · 06Industrial R&D for compressor efficiency and lubricant development
    10
    In Depth

    The complete technical read.

    Engineering narrative for test engineers, procurement teams, and QA managers evaluating a compressor oil test rig manufacturer before committing to a lubricant test programme.

    1. Introduction

    The Oil Flooded Screw Compressor Test Rig is used to test various lubricating oils regarding their usability in the compressor GA VSD15 from Atlas Copco. It exists to evaluate compressor oil performance under a variety of operating conditions and to predict expected oil service life — work that cannot be done reliably on paper, only on the actual compressor hardware running under controlled, instrumented conditions. The compressor is able to run ISO VG oil grades 32 to 100, giving lubricant engineers and procurement teams a single platform to qualify a wide span of candidate oils.

    2. Reliability & Safety Requirements

    The compressor is required to have high reliability for uninterrupted operation for at least 4000 hours. To support this, the rig carries sufficient instruments and sensors for monitoring and fault diagnosis, together with appropriate controls and interlocks for safe operation — so that extended endurance runs can proceed unattended without compromising operator safety or data integrity.

    3. Four-Part System Architecture

    This compressor test rig has four parts for smooth running:

    Compressor part

    • 15 kW motor with screw-type compressor mounted with an air dish end for the air compressor
    • All required sensors and items mounted in this section
    • Integrated oil & air cooling and heating system

    Power control unit

    • VFD control unit with mains power supply for smooth running of the system

    Data acquisition system (DAQ)

    • Data control through PLC
    • Operator screen for generating test reports by date range or part number

    Air storage

    • Storage of compressed air for testing of outlet pressure, temperature and flow

    4. Instrumentation & Air-Line Fittings

    The outlet air line and gauge connections use a defined set of adaptors and fittings, each rated to the rig's 13 Bar working pressure and sized for air service:

    • Male Adaptor (F1.1–F1.4): 1″ BSPM × 1″ tube OD, brass, rated to 120°C
    • Elbow (2.0): 90° elbow, 1″ tube OD × 1″ tube OD, copper
    • Reducer (F3.0): 1″ BSPM × 1/2″ BSPM, MS
    • Male Adaptor (F4.1–F4.2): 1/2″ BSPM × 1/2″ BSPM, MS
    • Male Adaptor (F5.0): 1/2″ BSPM × 1/4″ tube OD, SS
    • Gauge Adaptor (F6.0): 1/2″ BSPF × 1/4″ tube OD, SS

    5. Key Features & Efficiency Testing

    Beyond simple oil compatibility, the rig is built to determine compressor performance under each candidate lubricant: volumetric efficiency, mechanical efficiency, and isothermal efficiency are all measurable on the platform, using the compressor module, gauge adaptors, copper tube instrumentation, and the air storage vessel together.

    6. Applications

    The Oil Flooded Screw Compressor Test Rig is used across the oil & gas industry and food industry, wherever compressed-air reliability depends on correctly qualified lubricating oil. The same platform supports compressor lubricant qualification and OEM oil approval testing, predictive maintenance and oil service-life studies, and quality assurance for screw compressor manufacturing more broadly.

    7. Conclusion

    By combining a real Atlas Copco GA VSD15 compressor module with a VFD-driven power control unit, a PLC-based DAQ system, and a dedicated air storage vessel, the Oil Flooded Screw Compressor Test Rig gives lubricant engineers and compressor manufacturers a single, instrumented platform to qualify oils across the ISO VG 32–100 range and predict service life with confidence, before those oils are approved for field use.

    11
    FAQ

    Common questions.

    Plain-language answers from the engineering team.

    Q · 01 What is the Oil Flooded Screw Compressor Test Rig?
    The Oil Flooded Screw Compressor Test Rig is a PLC/DAQ-monitored test system used to evaluate lubricating oils regarding their usability in the Atlas Copco GA VSD15 oil-flooded screw compressor. It assesses compressor oil performance under a variety of operating conditions and predicts expected oil service life, running ISO VG oil grades 32 to 100. It is designed and manufactured by Neometrix Engineering Pvt Ltd, India.
    Q · 02 Who manufactures the Oil Flooded Screw Compressor Test Rig?
    The Oil Flooded Screw Compressor Test Rig is designed and manufactured by Neometrix Engineering Pvt Ltd, a leading test equipment manufacturer based in India.
    Q · 03 What industries use the Oil Flooded Screw Compressor Test Rig?
    The Oil Flooded Screw Compressor Test Rig is used across the oil & gas industry and food industry for compressor lubricant qualification, and more broadly for industrial compressed-air system testing and oil service-life studies.
    Q · 04 Is the Oil Flooded Screw Compressor Test Rig customizable?
    Yes, Neometrix offers customized versions of the Oil Flooded Screw Compressor Test Rig tailored to specific client requirements, oil grades, compressor models, and operating parameters.
    Q · 05 Does the Oil Flooded Screw Compressor Test Rig comply with relevant standards?
    Yes, the Oil Flooded Screw Compressor Test Rig is designed to comply with applicable national and international standards including MIL-STD, ISO, IS, and customer-specified requirements.
    Q · 06 What are the key features of the Oil Flooded Screw Compressor Test Rig?
    Key features include a 15 kW motor-driven screw compressor module, VFD-based power control unit, PLC-based data acquisition (DAQ) system, and an air storage module for outlet pressure, temperature, and flow testing — supporting determination of volumetric, mechanical, and isothermal efficiency, with safety interlocks for at least 4000 hours of uninterrupted operation.
    Q · 07 Can the Oil Flooded Screw Compressor Test Rig be integrated with data acquisition systems?
    Yes, the Oil Flooded Screw Compressor Test Rig has an integral PLC-based DAQ system for real-time monitoring, automated test-report generation, and traceability of test results.
    Q · 08 What after-sales support does Neometrix provide for the Oil Flooded Screw Compressor Test Rig?
    Neometrix provides comprehensive after-sales support including installation, commissioning, operator training, preventive maintenance, and on-site service for the Oil Flooded Screw Compressor Test Rig.
    Q · 09 How can I get a quotation for the Oil Flooded Screw Compressor Test Rig?
    You can request a quotation for the Oil Flooded Screw Compressor Test Rig by contacting Neometrix Engineering Pvt Ltd through the website at neometrixgroup.com/products/oil-flooded-screw-compressor-test-rig or by reaching out via email or phone.
    Q · 10 Does Neometrix export the Oil Flooded Screw Compressor Test Rig internationally?
    Yes, Neometrix Engineering Pvt Ltd exports the Oil Flooded Screw Compressor Test Rig to global customers in defence, aerospace, and industrial sectors across multiple countries.
    Get a proposal

    Tell us your oil grade
    and test duration.

    We configure the compressor module, VFD control unit, and DAQ reporting around your candidate oils and endurance-test plan before you commit.

    Request proposal +91 7777 876 876
    Neometrix Engineering Pvt Ltd · Noida, India Oil Flooded Screw Compressor Test Rig · OFSC-TR

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