Cycloid trajectory dynamic ozone test chamber

Cycloid trajectory dynamic ozone test chamber

338005.0 INR/Unit

Product Details:

  • Automation Grade Automatic
  • Accuracy 5% F.S.
  • Max Height 1200 mm
  • Port Size 1/2 NPT
  • Interface Type RS232
  • Equipment Type Cycloid trajectory dynamic ozone test chamber
  • Display Type Digital LCD touch screen
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Cycloid trajectory dynamic ozone test chamber Price And Quantity

  • 338005.0 INR/Unit
  • 1 Unit
  • Silent discharge
  • Up to 50 user programs
  • Air-cooled
  • 60dB
  • W650 x D600 x H650 mm
  • PID Automatic control
  • USB export, printer interface optional
  • Meets ISO 1431, ASTM D1149 standards
  • Tempered glass window with lighting
  • Over-temperature, over-current, and leakage protection
  • SUS304 stainless steel

Cycloid trajectory dynamic ozone test chamber Product Specifications

  • 24 cycles/min
  • 150 mm
  • 1pphm
  • 0.05~0.1MPa
  • Automated sample movement, precise ozone control, multi-language interface
  • Cycloid trajectory dynamic ozone test chamber
  • Digital LCD touch screen
  • Floor-standing
  • 1/2 NPT
  • Ozone aging and cracking tests
  • RS232
  • 5% F.S.
  • Automatic
  • Approx. 140 kg
  • 40~200 mm (adjustable)
  • 1200 mm
  • 100L
  • AC 220V, 50Hz
  • 40~65%RH
  • Rubber, plastic, and polymer ozone aging resistance test
  • 10~1000pphm
  • Standard: 150 mm x 10 mm (can be customized)
  • 220V
  • 60s
  • 50Hz
  • Up to 12
  • Programmable touch screen controller
  • 10~1000pphm Ozone concentration
  • Room temperature to 70, adjustable
  • Silent discharge
  • Up to 50 user programs
  • Air-cooled
  • 60dB
  • W650 x D600 x H650 mm
  • PID Automatic control
  • USB export, printer interface optional
  • Meets ISO 1431, ASTM D1149 standards
  • Tempered glass window with lighting
  • Over-temperature, over-current, and leakage protection
  • SUS304 stainless steel

Cycloid trajectory dynamic ozone test chamber Trade Information

  • Cash in Advance (CID)
  • 80 Unit Per Month
  • 7 Days
  • All India

Product Description

I. Technical core advantages
1. Simulate complex motion trajectories
Pendulum dynamic mode: support sinusoidal pendulum, trapezoidal wave, customized curve and other trajectories, the maximum pendulum amplitude ** 50 , frequency 0.1-10 Hz **. Accurately simulate the aging behavior of materials in the alternating environment of vibration and shock.
Multi-axis linkage control: Combined with ozone concentration (20-500 ppm), temperature (-40C-80C), humidity (20-95% RH) three parameters change in concert, to realize multi-stress coupled testing.
2. High-precision dynamic exposure
Synchronized movement and concentration control: the movement trajectory is 100% synchronized with the fluctuation of ozone concentration, avoiding the test deviation caused by uneven local concentration.
Repeat positioning accuracy: using optical encoder and closed-loop feedback system, repeat positioning error **0.01**.
3. Intelligent test management
AI-driven test optimization: Automatically adjust the pendulum parameters (such as amplitude and frequency) based on historical data, shortening the test cycle by up to 30%.
Experiment full life cycle traceability: support blockchain deposit and LIMS system docking, meet ISO 17025 laboratory management requirements.
Comparison of differentiation with traditional test chambers
Parameter item Pendulum track equipment Common dynamic equipment
Motion trajectory complexity Support sinusoidal, trapezoidal wave and other diverse trajectories Simple vibration or rotation only
Multi-axis control dimension X/Y/Z three-axis linkage (optional) single-axis or dual-axis control
Data sampling rate 100 Hz (high-speed capture of transients) 10-50 Hz
Sample compatibility Maximum load 20 kg/station 5 kg/station
Typical Application Scenarios
1. Automotive parts durability testing
Simulate the compound aging effect of automotive wiring harnesses and seals on bumpy roads (high-frequency vibration) and high ozone areas (such as industrial areas).
2. New energy battery safety verification
Test the thermal runaway risk prediction of lithium-ion battery module under oscillating vibration and ozone exposure.
3. Aerospace Material Screening
Evaluate the structural stability of composite materials under extreme temperature cycling (-55C-+125C) and ozone erosion.
Key Decision Points for Selection
1. Motion Control Requirements
Basic model: single-axis pendulum motion + basic ozone control (e.g. HT-BX300 from China).
Advanced model: three-axis linkage + temperature and humidity control (recommended Q-LAB QUV/BIOSYS series).
2. Material Adaptability
Large-size samples: choose the model with door opening size 600400mm (e.g. Binder KBF 500).
Precision electronic components: anti-static inner liner and low vibration base (e.g. Mezger ME-SPV series).
3. Matching of validation criteria
Automotive: GMW 3172 (ozone aging) + ISO 16750-3 (vibration testing).
Aerospace: RTCA DO-160G (environmental suitability).

Standard Features

Item

Specification

Internal dimension

450W*450D*500Hmm (100L)

Temperature range

RT+10~ 60 (suggest to use 402)

Temperature Fluctuation

1

Ozone concentration

50~1000 pphm, adjustable (suggest to use 50pphm)

Ozone concentration deviation

10%

Sample holder rotation

360 degree rotation

Sample holder

2pcs removable sample tray, SUS#304 stainless steel

Temperature controller

Programmable touch screen controller

Ozone concentration analysis

Concentration analysis meter

Ozone generator

High pressure silence discharge type

Protection system

Leakage, short circuit, over temperature, over heat



Reliable Ozone Aging Resistance Testing

Engineered for high-precision ozone resistance evaluations, the chamber utilizes a programmable touch screen and PID control to maintain accurate concentration levels from 10 to 1000pphm. The automated cycloid sample movement ensures consistent exposure, allowing up to 12 specimens to be tested simultaneously. This robust solution supports both research and industrial needs with adjustable temperature, humidity, and test stroke.


User-Friendly Design & Data Handling

The chamber features a multi-language digital LCD touch screen for intuitive operation, pre-set programs for frequently used test settings, and large, clear observation with a tempered glass window. Results are easily managed through USB export or optional printer interface, supporting efficient workflow and regulatory compliance documentation.

FAQ's of Cycloid trajectory dynamic ozone test chamber:


Q: How does the Cycloid Trajectory Dynamic Ozone Test Chamber generate and control ozone concentration?

A: The chamber uses a silent discharge method for ozone generation and employs PID automatic control to precisely regulate ozone concentration within the range of 10-1000pphm, ensuring 5% full-scale accuracy and rapid response time (60s).

Q: What safety protection measures are included in this ozone test chamber?

A: It is equipped with comprehensive safety features such as over-temperature, over-current, and leakage protection, providing a secure environment for both users and tested materials during operation.

Q: When should I use this chamber for material testing?

A: Use the Cycloid Trajectory Dynamic Ozone Test Chamber when you need to assess the ozone aging resistance and cracking performance of rubber, plastics, and polymers in accordance with ISO 1431 and ASTM D1149 standards.

Q: Where is the best place to install the ozone test chamber?

A: The equipment is floor-standing and designed for laboratory or industrial settings with proper ventilation and stable power supply (AC 220V, 50Hz). Ensure ambient noise requirements (60dB) are suitable for your facility.

Q: What is the test process and specimen capacity?

A: The chamber can test up to 12 specimens at once, supporting samples of 150 mm x 10 mm (customizable). Users can preset up to 50 programs, and test conditions are adjustable for temperature, humidity, and test stroke.

Q: How can I export and manage test data from the chamber?

A: Test results can be exported via USB, and an optional printer interface is available for direct printouts. Data management is simplified for analysis, record-keeping, and regulatory validation.

Q: What are the key benefits of using this ozone test chamber?

A: Benefits include automated, programmable testing, accurate and stable ozone concentration, thorough safety features, multi-language support, and efficient data handling-streamlining quality assurance and research processes for manufacturers and laboratories.

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