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Câmara de Teste de Bateria de Lítio Multicamadas com Alta Segurança e Eficiência

A DERUI DR-D318 multilayer lithium battery test chamber is presented as a vertically arranged platform for parallel battery climate testing. Define the number of layers, concurrent profiles, specimen load, powered interfaces and safety package before ordering.

Modelo DR-D318
Layout Multilayer / multistation; independent control to be confirmed
Published range −70°C to +180°C; selected build and load performance to be confirmed
Per-layer space 300 × 300 × 200 mm, as listed on the current page
Humidade 20–98% RH option; usable temperature–RH envelope to be confirmed
Before quotation Confirm layer count, battery energy, concurrent profiles, interfaces, safeguards and FAT criteria
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DR-D318 · Parallel Battery Conditioning

Teste de Baterias de Lítio de Múltiplas Camadas da Derui

Use vertically arranged workspaces to condition several battery samples or batches within one equipment footprint. Configure the number of layers, control arrangement, electrical interfaces and safety package around your test plan.

It is a climate-testing platform—not a substitute for a battery cycler, vibration table, altitude chamber or dedicated abuse tester.

Why Choose a Multilayer Layout?

Parallel batches

Separate samples or schedules across vertically arranged stations without assuming they share the same required setpoints.

Floor-space planning

Evaluate the number of usable workspaces per installed footprint against multiple single-chamber units.

Clearer test organization

Assign each layer a specimen ID, fixture, profile and record—provided the ordered controller supports the intended independence.

Important distinction: “multilayer” describes the physical arrangement; it does not by itself prove independent refrigeration, humidity control or safety isolation for every layer.

DR-D318 Technical Specifications

Item Especificação Configuration detail
Modelo DR-D318 Confirm layer count and final equipment drawing.
Faixa de temperatura −70°C to +180°C Specify required setpoints and simultaneous operation.
Per-layer workspace 300 × 300 × 200 mm Size fixtures for usable clearance and shelf load.
Humidade 20–98% RH, optional Request the applicable temperature–humidity operating envelope.
Heating/cooling rate 5°C/min Define temperature span, specimen load and measurement basis.
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits 380 V, 50 Hz, three-phase Confirm installed power and site breaker for the ordered build.
Controller / logging Touchscreen PLC; data logging Define programs, channels, timestamps, export format and retention.

Multilayer Battery Test Chamber

DERUI multilayer lithium battery test chamber with vertically arranged workspaces

Specify Each Layer as a Test Station

Decision Buyer input What DERUI should confirm
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits Cell format, dimensions, mass, chemistry, capacity, SOC and units per layer Usable clearance, shelf load, airflow spacing and fixtures
Profiles Setpoints, ramp, dwell, cycles and whether different profiles run at once Control and refrigeration independence; all-layer performance
Electrical testing External cycler current/voltage, cable count, sensors and powered heat Feedthroughs, cable protection, heat-removal capacity and data synchronization
Segurança Stored energy, failure scenario, gas/smoke, exhaust and facility response Exact bill of materials and interlock matrix for the delivered system
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits Loaded profiles, sensor positions and reporting format Witnessed FAT for each layer and simultaneous operation

Configure Battery Safety Around the Test Risk

Battery chemistry, state of charge, stored energy and credible failure modes determine which protections belong in the ordered system. Options can include relief, gas or smoke detection, exhaust, suppression interfaces, inerting and interlocks; the approved configuration should identify each selected function and its response sequence.

Detect

Define temperature, gas or smoke sensors, thresholds and calibration.

Isolate

Define specimen-power cut-off, door status, alarms and fail-safe state.

Respond

Define relief, exhaust, suppression interfaces and site emergency procedure.

An enclosure or relief vent alone does not establish thermal-runaway containment. Define the hazard scenario and acceptance evidence with the laboratory.

Map the Method to the Equipment

This system can provide programmed environmental exposure where the adopted procedure calls for it. A standard name alone does not certify the equipment or the test result.

Reference Possible role of DR-D318 Separate requirement
UN 38.3 Temperature conditioning only where the exact test plan requires it T.1 altitude, T.3 vibration and other methods need method-specific equipment.
IEC 62133-2 Environmental conditioning where a relevant clause requires it Confirm edition, specimen and complete procedure.
UL 1642 Method-specific temperature exposure only if the configuration qualifies Electrical/mechanical abuse fixtures and a qualified lab remain separate.
Customer/OEM plan Parallel cell or module climate profiles Specify controls, load, monitoring and acceptance limits.

For a three-compartment chamber with a separately scoped safety package, see the DR-H201-3 three-layer battery chamber. For a single larger battery climate workspace, see the battery temperature test chamber.

Factory Acceptance Points to Put in the Agreement

Verificar cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits
Layer identity and control Demonstrate each layer’s sensor, program, alarms and exported record.
Climate performance Map temperature at defined positions, setpoints, loading and stabilization time.
Simultaneous load Run the approved concurrent profiles with representative specimen heat and fixtures.
Safety sequence Witness selected alarms, interlocks, power isolation and safe-state response.
Documentação Collect as-built drawing, electrical diagram, calibration evidence, FAT data and operating instructions.

Questions Buyers Ask

Does every layer run a different temperature profile?

Different concurrent profiles require independent controls and sufficient heating and cooling capacity. Include the profiles in your RFQ so the proposed configuration can be checked.

Can batteries be charged and discharged inside?

Only when the ordered build includes suitable feedthroughs and is engineered for the external cycler, current, heat output and failure scenario. The chamber itself is not a cycler.

Is the humidity range standard?

No. Humidity is an option; request an operating chart for the required temperature range.

Does it perform all UN 38.3 or UL 1642 tests?

No. Those programs contain different procedures requiring different equipment and controls. Match the exact clause to the ordered system.

Review Your Layer Plan Before Quotation

Send the battery format, quantity per layer, separate or shared climate profiles, powered heat, interfaces and hazard assessment. DERUI can return an approved configuration and measurable FAT scope.

Request a DR-D318 Configuration Review

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