Anseros SIM6200-T-CL Ozone Aging Test Chamber

Overview

The Anseros SIM6200-T-CL Ozone Aging Test Chamber is an engineered environmental test system designed for accelerated evaluation of elastomeric material resistance to ozone-induced degradation under standardized, reproducible conditions. Based on the fundamental principle of controlled oxidative stress exposure, the chamber subjects rubber and polymer specimens to precisely regulated ozone concentrations within a thermally and dynamically stabilized reaction environment. Its closed-loop air circulation architecture—equipped with catalytic ozone decomposition and activated carbon filtration—ensures operator safety and eliminates ambient ozone leakage, fulfilling stringent occupational health requirements while maintaining metrological integrity across extended test durations. The system is explicitly validated for compliance with ASTM D1149 (Standard Test Method for Rubber Deterioration—Ozone Cracking), ISO 1431-1 (Rubber—Resistance to ozone cracking—Part 1: Static strain test), and DIN ISO 1431-1, making it suitable for quality assurance, R&D validation, and regulatory submission testing in automotive, aerospace, medical device, and industrial sealing applications.

Key Features

• High-precision, certified MP60602 ozone analyzer enabling real-time, trace-level concentration monitoring (0–1000 pphmv) with automatic PID feedback control to maintain setpoint stability ±5% deviation per ISO 1431-1 specifications.
• Maintenance-free ozone generator integrated into a sealed recirculation loop, eliminating consumables and reducing long-term operational overhead.
• Laminar airflow design (Re = 300–1000) with longitudinal fan configuration ensures uniform ozone distribution and minimizes turbulent shear effects—critical for eliminating edge artifacts during static or dynamic strain testing.
• 15-inch industrial touchscreen HMI powered by Siemens SIMATIC S7-300 PLC provides intuitive parameter configuration, real-time trend visualization, alarm logging, and event-triggered data capture.
• Comprehensive safety architecture including interlocked access door, catalytic ozone destruct unit, activated carbon filter (Type 740631), redundant ozone sensors, and dual-stage audible/visual alarm system compliant with IEC 61508 functional safety principles.
• Modular sample handling options: static racks (Type 75006B, 75047V, 75100W), rotating disc fixture (Type 75049), conveyor-based multi-specimen setup (ISO-compliant, 16-position), and stainless-steel mesh trays (Type 75089) for heterogeneous geometries.

Sample Compatibility & Compliance

The SIM6200-T-CL accommodates a broad spectrum of elastomer forms—including vulcanized rubber sheets, molded seals, extruded profiles, and cable jacketing—under both static and dynamic mechanical strain configurations. All internal wetted surfaces are fabricated from AISI 304 stainless steel (1.4301), ensuring chemical inertness and corrosion resistance against ozone and its reactive byproducts. The chamber’s airflow velocity (8–16 mm/s), loading factor (G = 12 s/m), and laminar flow profile meet the dimensional and hydrodynamic boundary conditions mandated by ISO 1431-1 Annex A for valid crack initiation assessment. Test reports generated using this system support GLP-aligned documentation practices and are admissible in FDA 21 CFR Part 11–governed environments when paired with AMACS data acquisition software (optional add-on with audit trail and electronic signature capability).

Software & Data Management

Raw sensor outputs—including ozone concentration, chamber temperature, relative humidity, airflow rate, and alarm states—are time-stamped and logged at user-defined intervals via the embedded RS232 interface. Optional integration with Anseros AMACS (Advanced Measurement and Control Software) enables automated report generation in PDF/CSV formats, statistical process control charting (X̄-R, Cpk), and long-term trend analysis across multiple test campaigns. AMACS supports 21 CFR Part 11 compliance through role-based access control, electronic signatures, and immutable audit trails—essential for pharmaceutical packaging validation and ISO 13485-certified medical device manufacturing. USB port connectivity permits secure offline data export using encrypted USB memory sticks without network exposure.

Applications

• Accelerated lifetime prediction of automotive weatherstrips, bushings, and hose assemblies under simulated service ozone exposure.
• Qualification of silicone, EPDM, CR, and NBR compounds for aerospace hydraulic seals subjected to high-altitude ozone environments.
• Comparative ranking of antioxidant package efficacy in synthetic rubber formulations.
• Validation of curing process robustness in sulfur-vulcanized systems where post-cure oxidation susceptibility is a known failure mode.
• Supporting ISO 1431-1 Clause 7.2 compliance testing for rubber goods supplied to Tier-1 OEMs requiring full traceability and third-party auditable test records.

FAQ

What ozone concentration accuracy does the SIM6200-T-CL achieve per ISO 1431-1?
The MP60602-certified ozone analyzer maintains concentration control within ±5% of setpoint across the 0–1000 pphmv range under steady-state laminar flow conditions.
Is external ventilation required for safe operation?
No—the closed-loop recirculation system with integrated catalytic destruct and carbon filtration eliminates ozone discharge; no dedicated exhaust ducting is necessary.
Can the chamber operate continuously for 10,000-hour durability studies?
Yes—its industrial-grade Siemens PLC, maintenance-free ozone generation, and thermal-stable stainless-steel construction are rated for unattended operation over multi-week cycles.
Which sample fixtures support dynamic strain testing per ISO 1431-1 Section 8.2?
The rotating disc fixture (Type 75049) and ISO-compliant conveyor system (Type 75092) enable controlled elongation cycling synchronized with ozone exposure.
Does the system include calibration certificates for the ozone analyzer?
Yes—each MP60602 analyzer ships with a factory-issued, NIST-traceable calibration certificate valid for 12 months from commissioning.