Introduction
The GDJZ-535L-B test chamber is meticulously designed to simulate extreme environmental conditions, including high and low temperatures and low air pressure. It is an essential testing solution for industries such as aerospace, communications, electronics, and electrical equipment manufacturing. This test chamber helps determine the adaptability and reliability of various instruments and equipment under rigorous conditions.
Key Features:
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Precise Control: Achieves accurate temperature regulation with a fluctuation of ±0.5°C and minimal temperature deviation of ±2°C.
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Broad Testing Range: Operates across a wide temperature range (-40°C to +150°C) and low-pressure conditions (up to 1kPa).
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Fast Heating and Cooling Rates: Efficient temperature transitions for rapid testing needs (e.g., cooling from 23°C to -20°C in under 1 minute).
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Durable and High-Capacity Design: With an effective volume of 535L and a robust structure capable of supporting up to 50kg, the chamber suits various testing requirements.
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Reliable Material: The internal chamber is constructed with SUS304 stainless steel, ensuring durability and resistance to corrosion.
Applications
This test chamber is widely used for testing instruments, electrical products, and equipment in sectors such as:
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Aerospace and Aviation: To validate components in extreme altitudes and temperature ranges.
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Electronics and Electrical Appliances: For ensuring product reliability and quality in challenging environments.
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Telecommunications and Information Technology: To simulate and test devices' performance under environmental stress.
Technical Specifications
| Product Parameter |
Details |
| Product Name |
High and Low Temperature Low-Pressure Test Chamber GDJZ-535L-B |
| Conditions |
Air-cooled environment temperature: +5°C to +25°C |
|
Relative humidity ≤ 85%, empty load |
| Temperature/Humidity Range |
-40°C to +150°C |
| Temperature Fluctuation |
±0.5°C (normal pressure, empty load) |
| Temperature Deviation |
≤±2°C (normal pressure, empty load) |
| Temperature Uniformity |
≤2.0°C |
| Heating Rate |
From -20°C to 30°C > 15min (3.5°C/min, normal pressure) |
| Cooling Rate |
From 23°C to -20°C > 1min (4°C/min, normal pressure) |
| Temperature Overshoot |
≤1°C |
| Pressure Range |
Standard atmosphere ~ 1kPa (customization available) |
| Pressure Reduction Time |
Normal pressure → 1kPa ≤ 20min |
| Pressure Deviation |
≤±2kPa (≥40kPa) ≤±5% (2-40kPa) ≤±0.1kPa (≤2kPa) |
| Pressure Recovery Rate |
≥10kPa/min |
| Adjustable Air Pressure Rate |
500ft ~ 5000ft/min |
| Maximum Load |
Chamber load: 50kg |
| Noise |
≤75dB |
| Effective Volume |
535L |
| Inner Chamber Size |
W850mm × H900mm × D700mm |
| Outer Chamber Size |
W1150mm × H2100mm × D1750mm (including motor) |
| External Material |
Cold-rolled steel with electrostatic spray |
| Internal Material |
SUS304# stainless steel plate |
| Insulation Layer |
Rigid polyurethane foam + eco-friendly glass fiber cotton |
| Chamber Door |
Left single-opening type |
Frequently Asked Questions (FAQ)
Q: Can the GDJZ-535L-B meet strict military and aerospace environmental testing standards?
A: Yes. With a temperature range of -40°C to +150°C and low-pressure simulation down to 1kPa, this chamber is perfectly engineered for rigorous reliability testing of aerospace components, avionics, and telecommunications hardware.
Q: How long does it take for the chamber to pull down from standard atmospheric pressure to 1kPa?
A: It drops from standard atmosphere to 1kPa in ≤ 20 minutes (empty load). It also supports an adjustable altitude simulation rate from 500ft to 5,000ft/min to mimic rapid ascent profiles.
Q: How does the chamber prevent pressure and temperature data drift during long-term testing?
A: The heavy-duty SUS304 stainless steel interior ensures a perfect vacuum seal. This maintains a tight temperature fluctuation of ±0.5°C and restricts pressure deviation to ≤ ±0.1kPa at ultra-low pressures (≤2kPa).
Q: What is the maximum physical payload the internal chamber can support?
A: The reinforced 535L interior supports a maximum structural payload of up to 50kg, making it suitable for bulky electronic enclosures or heavy battery modules.