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Chambre d'essai de simulation d'altitude pour batterie

Le DERUI DR-D203 battery altitude simulation test chamber provides controlled low-pressure exposure from 0.5 to 100 kPa. Its 64 L workspace supports lithium cell and battery transport testing, including the 11.6 kPa condition used in UN 38.3 T.1.

Modèle : DR-D203
Workspace: 400 × 400 × 400 mm (64 L)
Pressure Range: 0.5–100 kPa; common test pressure 11.6 kPa
Control: SMC digital pressure display and 0–9999 h timer
Application: Battery low-pressure and UN 38.3 T.1 altitude simulation
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DR-D203 Battery Low-Pressure Chamber

Controlled Low-Pressure Testing for Lithium Battery Transport Qualification

The DERUI DR-D203 battery altitude simulation test chamber reproduces reduced-air-pressure conditions from 0.5 to 100 kPa. Its 64 L workspace is suited to the 11.6 kPa condition used in UN 38.3 T.1 altitude simulation and to other battery low-pressure test profiles defined by the customer.

0.5–100 kPaControllable pressure range
11.6 kPaCommon UN 38.3 T.1 condition
64 L400 × 400 × 400 mm workspace
0–9999 hProgrammable test timer

Application

What Does This Battery Altitude Chamber Test?

Air pressure falls during air transport. A sealed cell, battery pack or component can therefore experience a pressure difference that stresses housings, seals, vents and internal connections. The DR-D203 creates a repeatable low-pressure environment so laboratories can observe the specimen under a defined pressure and exposure time.

Lithium Cell and Battery Transport

Run the low-pressure portion of a transport test plan, including the pressure and duration specified for UN 38.3 T.1 when the complete method and specimen preparation requirements are followed.

Sealing and Vent Evaluation

Check whether reduced ambient pressure causes leakage, unintended venting, deformation or loss of enclosure integrity.

Component Screening

Evaluate battery modules, housings and non-energized electrical products against a customer-defined low-pressure profile within the chamber's rated capacity.

Scope matters: this model is specified as a low-pressure chamber. The verified parameter table does not include a refrigeration system, heater or controlled temperature range. If your procedure requires simultaneous temperature and altitude control, ask DERUI for a temperature-altitude chamber configuration instead.

Méthode de test

UN 38.3 T.1 Altitude Simulation: Practical Test Summary

UN 38.3 T.1 is intended to simulate the low-pressure conditions experienced during air transport. In the current UN Manual of Tests and Criteria framework, cells and batteries are stored at a pressure of 11.6 kPa or less for at least six hours at 20 ±5°C. Always work from the edition required by your customer, carrier or certification body.

1

Prepare and Record

Confirm specimen state, identification and required measurements. Load samples with sufficient clearance and connect only approved monitoring interfaces.

2

Reduce and Hold Pressure

Evacuate the chamber using the laboratory's controlled procedure, stabilize at the specified pressure and maintain it for the required duration.

3

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Technical Data

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Modèle DR-D203
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Plage de pression 0.5–100 kPa
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Minuteur cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits
Control Contrôle par bouton-poussoir
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Alimentation électrique cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits
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Risk Controls

Identify the hazard assessment, exhaust handling, gas detection, fire response and facility interlocks required by your EHS team. A standard chamber should not be assumed to contain a battery thermal runaway event.

For broader equipment choices, visit the altitude test chamber category. If the project needs controlled hot or cold conditions in addition to pressure, specify a temperature-altitude configuration rather than this ambient low-pressure model.

Foire Aux Questions

Battery Altitude Simulation Test Chamber FAQs

What is a battery altitude simulation test chamber?

It is a low-pressure chamber that reproduces reduced atmospheric pressure so cells and batteries can be evaluated for leakage, venting, rupture and other effects associated with transport at altitude. The DR-D203 controls pressure from 0.5 to 100 kPa.

Can the DR-D203 perform UN 38.3 T.1?

Its pressure range includes the 11.6 kPa-or-less condition used for T.1 and its timer supports the required exposure duration. The laboratory remains responsible for the applicable edition, specimen preparation, ambient-temperature condition, calibrated measurement, acceptance evaluation and complete test record.

Does passing this chamber test mean a battery is UN 38.3 certified?

No. Altitude simulation is only T.1. Complete UN 38.3 conformity depends on all tests applicable to the cell or battery type, the prescribed sequence and compliant documentation.

Does this model also control temperature?

No verified controlled temperature range is listed for the standard DR-D203 configuration. It is presented here as a low-pressure chamber. Ask for a temperature-altitude chamber if pressure and temperature must be controlled simultaneously.

What sample size can fit inside the chamber?

The workspace is 400 × 400 × 400 mm with two shelves. Usable capacity depends on specimen clearance, cable routing and safety spacing, so provide sample dimensions and quantity before ordering.

Can batteries be powered or monitored during the test?

Only when suitable sealed electrical feedthroughs, monitoring hardware and risk controls are included in the approved configuration. Do not route temporary cables through the door seal.

How should pressure measurement be calibrated?

Set an interval and permissible error based on the governing procedure and laboratory quality system. Verification should use a suitable traceable reference; request the required calibration documentation when ordering.

What safety information does DERUI need?

Provide chemistry, state of charge, total stored energy, specimen condition, expected failure modes and the facility's ventilation, detection and emergency-response requirements. These details determine whether additional ports, exhaust, detection or protective functions are needed.

Configure the DR-D203 for Your Battery Test Plan

Send DERUI the applicable standard and edition, specimen dimensions and quantity, pressure profile, monitoring points and safety requirements. Our engineering team will confirm capacity, interfaces, documentation and optional risk controls before quotation.

Request an Engineering Review

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Modèle DR-D203
Taille de la boîte intérieure 400*400*400mm (L*P*H)
Taille de l'équipement 630*620*1130mm (L*P*H)
Matériau de la boîte intérieure Plaque en acier inoxydable SUS304, épaisseur de 3,0 mm
Matériau de la boîte extérieure Plaque d'acier laminé à froid avec traitement de peinture, épaisseur de 1,5 mm
Fenêtre d'Observation Taille 250*250mm, deux couches de verre trempé, fenêtre transparente avec maillage en acier inoxydable
Mobilité de l'équipement Le fond de l'équipement est équipé de quatre roulettes universelles, permettant un déplacement libre
Plage de pression 0,5-100kPa, pression d'air de test couramment utilisée 11,6 kPa
Affichage du niveau de vide Type d'affichage numérique du manomètre SMC
Méthode de contrôle Contrôle par bouton-poussoir
Minuteur Affichage numérique à LED, réglage libre entre 0-9999h
Fluctuations de pression ≤5%
Porte de la boîte Porte simple avec ouverture à gauche et chaîne anti-explosion sur le côté de la porte
Plateau de stockage 2
Poids de l'équipement 130kg
Alimentation électrique AC220V
Puissance 1kW

1, Qu'est-ce qu'une chambre d'essai de simulation d'altitude de batterie ?
C'est une chambre spécialisée conçue pour tester les batteries dans diverses conditions simulées d'altitude.

2, Comment fonctionne la simulation d'altitude ?
La chambre utilise des capteurs précis et des systèmes de contrôle pour reproduire différentes conditions d'altitude afin d'assurer des tests précis.

3, Pourquoi les tests d'altitude sont-ils importants pour les batteries ?
Les tests d'altitude sont cruciaux pour comprendre la performance et la fiabilité des batteries dans différents environnements.

4. Quels types de batteries peuvent être testés ?
La chambre est polyvalente et peut tester une variété de batteries, y compris lithium-ion, nickel-métal hydrure, et autres.

5, La régulation de la température est-elle incluse ?
Oui, notre chambre comprend une gestion thermique avancée pour maintenir des températures de test idéales.

6, Puis-je personnaliser les profils de test ?
Absolument ! La chambre permet des configurations de test personnalisées adaptées à des types de batteries spécifiques.

7, quelles fonctionnalités de sécurité sont incluses ?
Les mécanismes de sécurité incluent des systèmes d'arrêt d'urgence, une protection contre la surpression, et une ventilation complète.

8, L'installation est-elle complexe ?
L'installation est simple, et nos experts offrent un soutien pour assurer une mise en place correcte.

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