Benchtop Temperature Humidity Aging Test Device

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Benchtop Temperature Humidity Aging Test Device
Details
LIB industry's Benchtop Temperature Humidity Aging Test Device is a desktop environmental equipment specifically developed for conducting accelerated aging tests on electronic components, plastic materials, optoelectronic modules, and small systems.
Model: 50L & 80L
Temperature Range: -70/-40/-20℃~+150 ℃
Temperature Fluctuation: ± 0.5 ℃
Humidity Range: 20% ~ 98% RH
Cooling Rate: 1 ℃ / min
Heating Rate:3 ℃ / min
Refrigerant:Environmental refrigerant
Category
Benchtop Environmental Chamber
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Description

Featuring an integrated constant temperature and humidity control architecture, it delivers high stability, high load capacity, and long-term endurance within a compact footprint.

Temperature range extends from -70°C to +150°C, while humidity spans 20% to 98% RH. Paired with adaptive regulation algorithms, it maintains minimal temperature and humidity fluctuations during continuous aging cycles, significantly reducing data deviation and enhancing the reliability of lifespan predictions.

Despite its compact size, the unit maximizes internal test space utilization, making it ideal for high-frequency aging verification in research institutions, electronics development centers, and quality laboratories.

 

Core Advantages of the Benchtop Temperature Humidity Aging Test Device

 

Temperature and Humidity Capabilities Optimized for Aging Tests

Unlike general environmental testing, aging tests emphasize long-term stability and continuous stress loading.

  • Dual-layer insulated chamber structure
  • Long-cycle stability control algorithms
  • High-efficiency refrigerant circuits

Maintains minimal temperature and humidity fluctuations during 500–2000 hour endurance runs, accurately simulating product lifespan degradation.

 

 

Enhanced Air Circulation System - Supports High-Density Sample Placement

Aging tests often require parallel processing of numerous samples. The unit employs an enhanced air circulation pathway:

  • Wide-angle circulation duct coverage
  • Automatic airflow velocity adjustment

Maintains temperature deviation < ±0.5°C and humidity deviation < ±2.5%RH even with high-density sample placement.

 

 

Intelligent Aging Program - Supports Complex Lifespan Curve Settings

  • Step-type temperature/humidity curves
  • Constant load long-term maintenance
  • Repeated cyclic aging sequences
  • Set cycle frequency and duration

Supports up to 120 program 99 segments, ideal for electronic product life prediction, plastic material thermal aging, LED/sensor endurance testing, etc.

 

 

Benchtop Design with Industrial-Grade Performance

Despite its compact size, it is engineered to industrial standards for thermal management, structural integrity, and operational load:

  • Inner chamber constructed from SUS304 stainless steel
  • Compressor delivers high-efficiency low-temperature start-up
  • 24/7 continuous operation without manual intervention
  • Each shelf supports ≥50 kg

Ensuring uninterrupted long-term testing.

 

 

Energy-Efficient & Low-Noise Design - Laboratory-Friendly

Given the extended duration of aging tests, minimal environmental impact is essential.

  • Low-noise variable-frequency fans
  • Energy consumption self-adjustment mode
  • Soundproof structural treatment

Overall noise controlled at ≤65 dB, suitable for open laboratories.

What Are the Technical Specifications You Need to Know?

Model

TH-50

TH-80

Internal Dimension (mm)

320*350*450

400*400*500

Overall Dimension (mm)

820*1160*950

900*1210*1000

Interior Volume

50L

80L

Heat load

1000W

Temperature Range

A : -20℃ ~ +150 ℃

B : -40℃ ~ +150 ℃

C: -70℃ ~ +150 ℃

Temperature Fluctuation

± 0.5 ℃

Temperature Deviation

± 2.0 ℃

Humidity Range

20% ~ 98% RH

Humidity Deviation

± 2.5% RH

Cooling Rate

1 ℃ / min

Heating Rate

3 ℃ / min

 

Design Highlights of Benchtop Temperature Humidity Aging Test Device

Benchtop Temperature Humidity Aging Test Device5

 

 

 

Workspace Design

 

  • Inner Chamber Material: SUS304 stainless steel, corrosion-resistant, withstands extreme temperatures, easy to clean
  • Volume Options: 50L / 80L, compact desktop design for efficient space utilization
  • Dual-Layer Sample Racks: Height-adjustable and removable, single-layer load capacity 50 kg
  • Internal lighting and observation window for real-time sample monitoring
  • Optimized airflow path ensures uniform temperature and humidity throughout, preventing hot spots or moisture accumulation

Temperature & Humidity Sensors

 

  • High-precision Pt100 Class A temperature probe, accuracy ±0.001°C
  • High-sensitivity humidity probe with ±2%RH deviation
  • Built-in probes provide real-time feedback to the controller, automatically regulating heating, cooling, humidification, and dehumidification modules
  • Supports data logging and remote monitoring to ensure reliable, traceable long-term aging test data
Benchtop Temperature Humidity Aging Test Device6

 

Benchtop Temperature Humidity Aging Test Device7

Sample Access & Data Logging

 

  • Standard Φ50 mm test port (customizable cable port size, position, and quantity) facilitates power, signal, or sensor cable routing
  • Optional multi-port configuration supports simultaneous monitoring of multiple samples or test parameters
  • Built-in data logging records real-time temperature/humidity curves and alarm events
  • USB/Ethernet interfaces enable historical data export

Human-Machine Interface (HMI)

 

  • 7-inch color touchscreen intuitively displays temperature/humidity curves, operational status, program progress, and alarm notifications
  • Supports 120-segment programmable aging curves with freely configurable temperature/humidity ramp rates, dwell times, and cycle counts
  • Enables remote monitoring and operation via LAN/USB for PC or mobile device control
  • Simple operation ensures safe and efficient aging testing
Benchtop Temperature Humidity Aging Test Device8

 

Discover More About Benchtop Temperature Humidity Aging Test Device
 

Q1: Can humidity remain stable under high-temperature conditions?

A: Yes. The benchtop temperature humidity aging test device utilizes a steam humidification system, enabling stable operation under high-temperature and high-humidity aging conditions such as 85°C / 85%RH.

Q2: Does the tabletop structure of affect uniformity?

A: No. The circulation system has been redesigned to maintain excellent temperature and humidity uniformity even when samples are densely arranged.

Q3: Can dimensions or temperature/humidity ranges be customized?

A: Yes. LIB industry offers multiple customization services including dimensions, volume, controllers, and communication interfaces.

Get Your Custom Benchtop Temperature Humidity Aging Solution

 

Looking to upgrade your R&D or quality lab with a high-stability, energy-efficient, long-running benchtop temperature and humidity aging test device?
Contact LIB industry today for tailored technical solutions, pricing, and custom configuration options!

3-year warranty & lifetime service – enjoy peace of mind for long-term operation
Rapid response within 1–3 hours – expert guidance whenever you need it
Fast delivery & flexible OEM/ODM customization – devices ready to meet your testing schedule

Send us your testing requirements at sales@libtestchamber.com and receive a free professional assessment and configuration guidance from our engineers.

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