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Chambre d'essai de température et d'humidité constante de bureau

The DERUI desktop constant temperature and humidity test chamber is a compact laboratory climate chamber for small specimens and component-level environmental conditioning. The published DR-H201/22/40 baseline provides a 22 L workspace with programmable temperature-humidity control, curve display and USB record export. Confirm the final range, powered load and utilities in the approved technical proposal.

Published Model DR-H201/22/40
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits 22 L · 300 × 300 × 250 mm
Published Temperature -40°C à +150°C
Published Humidity 30% to 95% RH
Controls & Records 7-inch touch controller, programme and curve display, USB export
Before Quotation Confirm specimen size, powered load, profile, data record and local utilities
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Compact Laboratory Climate Simulation

Desktop Constant Temperature and Humidity Test Chamber

Use a compact DERUI climate chamber for small specimens, component development and laboratory environmental conditioning. The published DR-H201/22/40 baseline combines programmable temperature and humidity control in a 22 L workspace. Final range, capacity and utilities follow the approved technical proposal.

Engineering basis: desktop footprint does not define loaded performance. State the specimen envelope, fixtures, powered heat, required profile and data records before selecting the configuration.
Published model baselineDR-H201/22/40
Published workspace22 L · 300 × 300 × 250 mm
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits-40°C à +150°C
Published humidity range30% to 95% RH

Where a Desktop Climate Chamber Fits

The compact chamber supports component-level environmental conditioning where laboratory space is limited and specimen size allows airflow to remain clear. It is selected from the required exposure, not merely from a volume label.

Electronic assemblies

Condition PCBs, connectors, control modules, sensors and compact assemblies under defined temperature-humidity programmes.

Materials and research

Run controlled damp-heat exposure, comparative ageing and conditioning studies with documented specimen placement.

Small product development

Evaluate packaged components and small devices before moving to a larger floor-standing chamber for batch or fixture-heavy testing.

Published DR-H201/22/40 Configuration

Article Published value Procurement note
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits 22 L; 300 × 300 × 250 mm Confirm usable volume after racks, fixtures and cable routing.
Plage de température -40°C à +150°C Confirm the selected configuration, test condition and mapping method.
Temperature performance Fluctuation ±0.3°C; uniformity 2.5°C Confirm stabilization condition, sensor points and whether the item is powered.
Temperature change Heating 3.0°C/min; cooling 1.0°C/min Confirm definition, ambient condition and loaded performance.
Performance d'humidité 30% to 95% RH; fluctuation ±3.0% RH Confirm the valid combined temperature-RH operating envelope.
Controls and records 7-inch touch panel, programme and curve display, USB export State record interval, file format and report requirements.
Port and observation Φ50 mm test hole; heated double-layer observation window Confirm port quantity, cable sealing and fixture layout.

How the Climatic Control System Supports a Test

Control air temperature

Heating and refrigeration establish the programmed chamber-air temperature and transition rate.

Regulate moisture

Humidification and dehumidification maintain relative humidity within the selected operating envelope.

Distribute and record

Air circulation and controller records support a documented exposure across the usable workspace.

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits live heat can affect cooling response and humidity control. Provide maximum watts and duty cycle before the refrigeration configuration is confirmed.

Published Chamber and Control Features

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

The current page lists a SUS304 stainless-steel inner chamber, cold-rolled painted outer enclosure, glass-fibre insulation and silicone door seal.

Racks and access

The listed configuration includes two adjustable stainless sample racks and a Φ50 mm test port with thermal insulation accessories and sealing plug.

Controller functions

The published 7-inch touch controller supports temperature-humidity programming, curve display, alarm indication and USB data export.

DERUI Desktop Chamber Reference Image

DERUI desktop constant temperature and humidity test chamber for laboratory environmental testing

Current DERUI product image. Final controller, ports, shelving and utilities follow the approved configuration.

Loading and Operating Discipline

Maintain airflow clearance

Keep specimen supports and fixtures clear of air supply and return paths; nominal volume is not usable loaded space.

Seal cable entries

Close unused cable-port area to limit ambient air and moisture leakage that can disturb the exposure.

Confirm water requirements

Follow the approved manual for water quality, feed arrangement, drainage and humidifier maintenance.

Define dwell start

State whether exposure begins at controller setpoint or after specimen sensors reach stabilization.

Record the loaded state

Document mass, location, fixture, powered operation and interfaces for repeatable later cycles.

Verify the procedure

Confirm standard edition, profile, monitoring and acceptance criteria before treating a cycle as compliance evidence.

Map the Chamber to the Test Procedure

The test standard and product specification define the programme. The chamber must cover every required setpoint, transition, dwell and tolerance in its selected configuration.

Reference Utilisation typique Confirm before testing
IEC 60068-2-30 Cyclic damp heat Edition, cycle, transitions, condensation and recovery.
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits Steady-state damp heat Temperature, RH, duration, stabilization and evaluation.
MIL-STD-810H Method 507.6 Tailored humidity exposure Procedure, climatic cycle, specimen operation and acceptance criteria.
JESD22-A101 / A100 Electronic-device moisture testing Applicable method, bias interfaces, safety and monitoring.

RFQ and FAT Checklist

Topic Information to provide or verify
Specimen Dimensions, mass, quantity, fixtures, material and powered heat.
Profile Temperature-RH points, transitions, dwell, cycles and tolerances.
Interfaces Ports, power, signals, thermocouples, network and data records.
Utilités Voltage, frequency, current, water quality, drainage and ambient limits.
FAT Sensor map, stabilization, deviation, uniformity, alarms and report format.
Documents Approved drawing, bill of materials, manuals, electrical diagram and agreed calibration scope.

Foire Aux Questions

What is the published baseline workspace?

The current parameter table lists DR-H201/22/40 with a 22 L workspace measuring 300 × 300 × 250 mm. Confirm other capacities on their approved drawings.

What temperature and humidity ranges are published?

The 22 L parameter table lists -40°C to +150°C and 30% to 95% RH. The final configuration and usable envelope must be confirmed in the quotation.

Can the chamber record a test profile?

The published 7-inch touch controller supports programme input, curve display and USB export. Confirm record interval, file format and evidence requirements before procurement.

Can I test powered electronics inside?

State heat dissipation, duty cycle, cables and safety requirements in advance. The permitted loaded performance must be agreed for the actual configuration.

Which standards can it support?

The page references GB 5170 and older IEC 60068 equivalents. Specify the exact current standard edition and programme; equipment capability alone does not claim compliance.

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

Send specimen dimensions, mass, quantity, live heat load, profile, cable needs, site utilities, data requirements and target method.

Configure a Compact Climate Chamber from the Real Test

Send the specimen drawing, temperature-humidity programme, powered load, test standard and data requirements. DERUI can confirm workspace, environmental range, controller records and installation details in the technical proposal.

Request a Desktop Chamber Proposal

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Modèle
DR-H201/22/40
Système
Système de contrôle de la température et de l'humidité (BTHC)
Volume
22L
Capacité de charge
20KG
Dimension intérieure L×H×P mm
300×300×250
Dimension extérieure L×H×P mm
440×740×780
Température

Performance
Plage de température
 -40~+150℃
Fluctuation de température
±0.3°C
Uniformité de la température
2.5°C
Taux de changement de température
Taux de chauffage : 3,0°C/min Taux de refroidissement : 1,0°C/min
Heure d'arrivée de la température extrême
Temps de chauffage : de -40 à +150°C 60 min Taux de refroidissement : +20 à -40°C 50 min
Charge thermique admissible
Température de la zone d'essai +20°C , 300 W
Performance d'humidité
Plage d'humidité
 30~95%rh
Fluctuation d'humidité
±3,0%rh
Charge thermique admissible
Conditions de la zone d'essai : +85°C / 85%rh 300W
Structure
Matériau extérieur
Plaque électrolytique avancée FC de 1,5 mm d'épaisseur + peinture anticorrosion
Matériau intérieur
Acier inoxydable SUS304 de 1,2 mm d'épaisseur
Système d'alimentation en eau (configuration standard)
Approvisionnement automatique en eau
Réservoir d'eau (Option)
8 L
Système de réfrigération
Refroidissement par compression mécanique à un seul étage
Compresseur
Compresseur à circuit fermé complet
Réfrigérant
R-404A [R-449A disponible sur demande]
Puissance
0,65 kW
Mécanisme d'extension
Vanne d'expansion électronique
Niveau sonore
60dB
  1. Q : Qu'est-ce qu'une chambre d'essai de température et d'humidité constante de bureau?
    A: C'est un dispositif d'essai environnemental compact utilisé pour simuler des conditions précises de température et d'humidité pour tester de petits produits ou échantillons.

  2. Q : Comment contrôle-t-elle la température et l'humidité?
    A: Elle utilise un système de réfrigération pour le refroidissement, des résistances pour le chauffage, et un système d'humidification/déshumidification pour maintenir des niveaux d'humidité spécifiques.

  3. Q : Quelles sont ses applications typiques?
    A: Utilisée couramment pour tester l'électronique, les produits pharmaceutiques, les batteries, les matériaux et les reliques culturelles dans les laboratoires de recherche et les lignes de production.

  4. Q : Quelle est la plage de température standard?
    A: Généralement de -20°C à +150°C, avec certains modèles offrant -40°C à +180°C.

  5. Q : Quelle plage d'humidité peut-elle atteindre ?
    A: Généralement de 20% à 98% HR, avec certains modèles supportant de 10% à 98% HR.

  6. Q : Quelle est la précision du contrôle de la température ?
    A: Habituellement ±0,5°C ou mieux en état stable.

  7. Q : Qu'en est-il de la précision du contrôle de l'humidité ?
    A: Typiquement ±2,5% HR ou mieux.

  8. Q : Quelle alimentation électrique est requise ?
    A: La plupart des modèles fonctionnent sur une alimentation secteur standard AC 220V/50Hz ou 110V/60Hz.

  9. Q : De quel espace a-t-elle besoin ?
    A: En tant qu'unité de bureau, elle nécessite généralement moins de 1 m² d'espace sur le banc.

  10. Q : Quelles options d'interface sont disponibles ?
    A: La plupart des unités modernes disposent de commandes tactile et prennent en charge la connectivité USB/RS485/Ethernet.

  11. Q : À quelle fréquence doit-elle être calibrée ?
    A: Recommandé annuellement ou tous les 6 mois pour les applications critiques.

  12. Q : Quel entretien est nécessaire ?
    A: Nettoyage régulier des filtres, vérification des niveaux de réfrigérant et nettoyage des capteurs d'humidité.

  13. Q : Peut-elle programmer des cycles de test complexes ?
    A: Oui, la plupart des modèles prennent en charge la programmation multi-segments pour des cycles de température/humidité complexes.

  14. Q : Quelles fonctionnalités de sécurité sont incluses ?
    A: Incluent généralement la protection contre la surchauffe, la protection contre la combustion à sec et la protection par délai du compresseur.

  15. Q : Comment choisir le bon modèle ?
    A: Considérez la taille de l'échantillon, la plage de température/humidité requise, les besoins en précision et l'espace disponible sur le banc.

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