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Source-real process-gas compressor platform reference; oxygen service requires RFQ review
O2 COMPRESSION / RFQ ENGINEERING

Start with the gas duty. Then match the compressor platform.

Source-backed oil-free and process-gas compressor references for B2B review. Oxygen-service suitability is confirmed from your purity, pressure, flow, materials, cleanliness and safety requirements — never inferred from an air-compressor photo.

Evidence boundaryDrive sources document oil-free/process-gas platforms; no exact O2 model catalogue was found.
O2 engineering reviewOil-free screw20-40 bar source familiesProcess-gas platformOil-free scroll
01 / PRODUCT SERIES

Live compressor catalogue

Every public entry carries an evidence level and media policy.

02 / PROCUREMENT VALUE

Keep oxygen claims inside the engineering boundary

The site is designed to make the RFQ more precise without turning general compressor evidence into an oxygen approval.

01

Gas-first review

Purity/composition, pressure, flow and temperature are the first matching inputs.

02

Source-controlled families

CM_B, CM_G, CM_GPV, CMW and CMT boundaries remain tied to Drive evidence.

03

Real-media policy

Source photos and diagrams are labeled by match class rather than presented as exact O2 models.

04

RFQ-only oxygen fields

Materials, cleanliness, seals, lubrication/isolation and safety basis require project review.

03 / OPERATING PRINCIPLE

Treat the source compressor as a platform, not a finished O2 specification

The approved material documents oil-free screw, medium-pressure and process-gas compressor architectures. Oxygen-specific gas-contact and safety design remains separate.

  1. Define gasState oxygen concentration/purity and expected contaminants or moisture.
  2. Define dutyProvide suction pressure, target discharge pressure, flow, temperature and operating profile.
  3. Review gas-contact scopeConfirm materials, cleanliness, seals and lubricant/isolation requirements.
  4. Match source familyUse the documented compressor family only within the model/technology boundary the source actually supports.
  5. Approve configurationFinalize auxiliaries, controls and project safety requirements before quotation/order.
Source technical component display

Source technical reference only — not an oxygen-service P&ID.

04 / APPLICATION PATHS

O2-related RFQ paths without unsupported model claims

Choose the engineering path that matches what you already know about the project.

A

New O2 compressor system

Define gas, pressure, flow, cleanliness and controls from the project specification.

B

Medium-pressure O2 review

Use the documented 20-40 bar air-compressor families only as platform references until oxygen suitability is approved.

C

Process-gas review

Start from composition and contaminants; never transfer compatibility from a different documented gas.

D

Replacement / retrofit

Provide old model/part data, photos, P&ID and current operating conditions for independent engineering matching.

05 / CUSTOMIZATION

Configuration fields collected before quotation

The catalogue keeps unsupported engineering values out of public model cards.

Pressure & flow

Suction, discharge, normal/min/max flow and duty profile.

Gas-contact scope

Purity/composition, materials, seals, cleanliness and isolation requirements.

Utilities

Cooling water, electrical supply, ambient/site conditions and package footprint constraints.

Controls

Fixed/variable-frequency logic, local/remote control, interlocks and plant interface.

06 / KEY PARAMETER RANGE

What is public, and what remains RFQ-only

Only the family-level facts directly supported by the source are published.

Catalogue family / solutionSource-backed public boundaryO2-specific status
CM_G / CM_GPV20-40 bar oil-free screw air-compressor families; fixed vs variable frequency distinctionOxygen suitability, exact model and flow are RFQ-confirmed
CM_BFixed-speed oil-free screw air-compressor familyOxygen suitability and project configuration are RFQ-confirmed
CMWOil-free scroll air-compressor familyOxygen suitability and operating envelope are RFQ-confirmed
CMT process-gas platformSpecial-requirement/process-gas screw compressor; source lists several non-oxygen gasesOxygen not listed; compatibility is RFQ-only
O2 engineering entriesRFQ solution pages onlyAll oxygen-service technical fields require engineering review
07 / SELECTION GUIDE

A five-gate O2 compressor RFQ path

Keep the decision trail auditable from gas data to approved configuration.

1

Gas gate

Purity/composition and contaminants.

2

Duty gate

Suction/discharge pressure, flow, temperature and duty.

3

Contact gate

Materials, seals, cleanliness and isolation policy.

4

Platform gate

Match only to a source family whose evidence scope is understood.

5

Approval gate

Confirm package, controls and project safety basis before order.

Source-backed 20-40 bar variable-frequency oil-free compressor family
08 / COMPATIBILITY CONTROL

A source family is not an oxygen approval

The approved Drive material is used to establish product families and visual evidence, while O2-specific suitability remains a separate engineering decision.

Send the exact project specification, P&ID, old model data or drawings when available. We will not use a brand name, photo or 20-40 bar label as automatic proof of oxygen compatibility.

Request engineering review
09 / SUPPORT

From presales data check to configuration follow-up

A practical B2B path for source-controlled compressor RFQs.

Presales

RFQ data check

Gas, pressure, flow, purity and site utility checklist.

Technical

Evidence review

Confirm whether the requested claim exists at family, model or RFQ-only level.

Design

Project interface

Use customer specifications, drawings and P&IDs to define the required package.

After-sales

Configuration trace

Keep the approved duty and configuration available for future service review.