Search for the product you are looking for
研发中心

News

Slide down

Introduction to the Location and Quantity of Test Points in Low-Temperature Test Chambers

Source:LINPIN Time:2025-04-02 Category:Industry News

A low-temperature test chamber can accommodate multiple test specimens, but are there specific requirements regarding the location and quantity of test points? Today, we will introduce the guidelines for test point placement and quantity in such equipment.

1. Three Standard Test Levels
Inside a low-temperature test chamber, there are typically three horizontal test planes: upper, middle, and lower.

The upper plane is usually positioned at 1/10 of the chamber’s height from the top.
The middle plane is located at the geometric center of the workspace.
The lower plane is placed 10 mm above the bottom sample rack.

low-temperature test chamber
2. Placement of Test Specimens
The primary test specimen (for central monitoring) should be placed at the geometric center of the workspace.
Other test specimens should maintain a distance of at least 1/10 of the chamber’s perimeter from the walls.
For chambers with a working volume ≤ 1 m³, the minimum distance should be ≥ 50 mm.
3. Relationship Between Chamber Capacity and Number of Specimens
If the chamber’s working volume is < 2 m³, the recommended number of test specimens is 9.
If the volume is ≥ 2 m³, the recommended number increases to 15.
The total number of specimens generally increases with chamber capacity to ensure representative testing.
Now that you have a basic understanding of test point placement and quantity in low-temperature test chambers, you may consult our technical experts for further details.

About Our Low-Temperature Test Chambers
Our low-temperature test chambers are designed to evaluate the storage and operational adaptability of electronic and other products under cyclic low-temperature conditions. These tests help optimize material selection, ensuring better performance in cold environments.

To meet growing market demand, we offer various chamber sizes with the following features:
✅ High-density insulation for superior thermal retention
✅ Microcomputer-controlled temperature adjustment with digital display
✅ High automation for precise and stable testing

We welcome all interested clients to visit our facility for equipment demonstrations and project discussions. Let’s collaborate to develop reliable testing solutions!

News Recommendation
In the field of material research and production, the ozone aging test chamber plays a crucial role. It acts like a professional "detection master," precisely simulating an ozone environment to help people gain a deep understanding of the aging performance of materials under specific conditions.
From the outside, a high and low temperature test chamber may appear to be just a large box. However, its internal structure is not as simple as it seems.
A constant temperature and humidity test chamber is a device that can accurately simulate specific temperature and humidity environments. It is widely used in many fields such as electronics, automotive, aerospace, and biopharmaceuticals.
Mastering the methods to troubleshoot low-temperature test chambers allows for timely repairs, ensuring the equipment can quickly resume normal operation. Below, we share some common faults and their solutions.
High and low temperature alternating test chambers are composed of many components, each playing a critical role in the operation of the equipment. Today, we will focus on the heating element, providing a deeper understanding of this essential part of the testing device.
Product Recommendation
Telegram WhatsApp Facebook VK LinkedIn