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DR-H508 Sand Dust Test Chamber

The DERUI DR-H508-2 1000 L sand dust test chamber provides a 1000 × 1000 × 1000 mm stainless-steel workspace with dust recirculation, pneumatic vibration, timed dust heating and provision for specimen pressure connection. Confirm the selected procedure, dust medium and vacuum package before ordering.

Model DR-H508-2
Internal Dimensions 1000 × 1000 × 1000 mm (1,000 L)
Published Dust Loading 2 kg/m³
Test Functions Dust circulation, vibration, timed heating and test timing
Vacuum Package Connection components published; vacuum pump specified separately
Power Supply AC380 V ±10%, 50 Hz, three-phase five-wire
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1 m³ Recirculating Sand and Dust Chamber

DR-H508-2 1000 L Sand Dust Test Chamber

A floor-standing 1,000 L configuration for enclosure sealing tests on automotive parts, electrical products, instruments and industrial housings. The chamber combines a stainless-steel workspace, dust recirculation, pneumatic vibration, dust heating and provision for specimen pressure connection.

Page role: this page describes the published 1,000 L DR-H508-2 hardware configuration. For method-led selection across different chamber sizes and enclosure categories, use the dust ingress test chamber configuration page.
Internal dimensions1000 × 1000 × 1000 mm
Nominal workspace1,000 L
Published dust loading2 kg/m³
PowerAC380 V ±10%, 50 Hz, three-phase five-wire

Where This 1,000 L Configuration Fits

Automotive assemblies

Headlamps, instrument housings, electrical covers, steering components, locks and seals that fit the 1 m³ workspace and required clearances.

Electrical enclosures

Control boxes, appliances, instruments and outdoor electronics evaluated for dust entry under a specified enclosure-protection procedure.

Production and design verification

Use repeatable timing, dust circulation and specimen connections for engineering validation, incoming checks or periodic quality control.

Published DR-H508-2 Specifications

Item Published value Technical-agreement check
Internal dimensions (D × W × H) 1000 × 1000 × 1000 mm Confirm usable clearance, shelves and specimen orientation.
External dimensions (D × W × H) 1480 × 1260 × 1980 mm Check doorway, transport route, service and cleaning clearance.
Metal mesh wire / nominal pitch 50 μm / 75 μm Confirm terminology and required sieve specification for the selected method.
Dust consumption 2 kg/m³ Treat as published loading, not continuously measured airborne concentration.
Vibration timer Up to 99 min 59 s Confirm cycle logic and interval setting.
Test timer Up to 99 h 59 min Confirm required duration, interruptions and accumulated-time handling.
Specimen power socket Dustproof AC220 V, 16 A Confirm specimen current, heat and destination socket arrangement.
Power supply AC380 V ±10%, 50 Hz, three-phase five-wire Confirm destination voltage and protective device before production.

Construction and Control System

Assembly Published construction or function Why it matters
Cabinet Powder-coated steel exterior; SUS stainless-steel mirror-finish interior Supports cleaning, durability and dust containment.
Door and observation Transparent glass observation door Allows visual checks without opening during the active test.
Dust circulation Closed alloy low-noise motor and multi-blade centrifugal fan Blows settled dust into the workspace for recirculation.
Pneumatic vibration Vibration device and bottom dust-replacement arrangement Helps return accumulated powder to the circulation path.
Dust heating Stainless-steel mica-sheet heating sleeve with timed control Helps prevent moisture-related dust clumping; it is not specimen climate control.
Controller Touchscreen with PLC programme and working-time display Controls test sequence, timing and operating status.
Mobility Fixed casters at the chamber base Supports positioning while retaining stable placement.

Vacuum and Safety Configuration

Pressure connection components

The published package includes a pressure gauge, air filter, pressure-regulating tee and connecting pipe. Confirm range, accuracy, flow measurement and specimen connection.

Vacuum pump boundary

The current specification states that the vacuum pump is supplied separately and must be specified when ordering. Do not assume it is included.

Equipment protection

Published protections include leakage, short circuit, over-temperature, motor overheat, over-current, phase-loss and phase-sequence protection.

1000 L Sand Dust Chamber Reference Image

DR-H508 Sand Test Chamber

Reference image for the DR-H508 series. Verify the ordered 1000 × 1000 × 1000 mm workspace, controller, ports, vacuum components and destination power against the approved drawing.

Keep the Two Dust Pages Separate

Page Primary search intent Use it when
This 1000 L sand dust chamber page Specific DR-H508-2 model, 1 m³ dimensions, construction, timers and electrical configuration The specimen fits the published chamber and the buyer needs a concrete equipment specification.
Dust ingress test chamber page IP5X/IP6X method selection, enclosure category, pressure conditions and configurable chamber sizing The buyer is still determining the correct method and configuration.
Dedicated blowing sand/dust system MIL-STD-810 Method 510 profiles The requirement specifies controlled high airflow, particle feed and tailored blowing sand or dust conditions.
Important: product naming alone does not make this cabinet a MIL-STD-810 blowing-sand system. Confirm the exact standard, revision, procedure, particle feed, airflow and environmental profile before making that claim.

Commissioning and Routine Control

Verify installation

Check floor loading, access clearance, protective earth, three-phase supply and ventilation.

Verify the test medium

Confirm dust specification, dry condition, sieve suitability, loading and reuse/replacement rule.

Verify specimen setup

Record orientation, seals, cable glands, powered state and any pressure connection.

Run the approved cycle

Set circulation, vibration, heating and test timers according to the selected procedure.

Recover and clean

Allow dust to settle, protect operators and avoid moving external powder into the enclosure during handling.

Inspect and document

Apply the agreed internal inspection, functional checks and acceptance criteria.

Factory Acceptance Checklist

Check Recommended verification
Dimensions and access Measure workspace, door opening and external envelope; verify shelves and caster arrangement.
Dust circuit Demonstrate fan, vibration, heating, recovery path and timer sequence.
Vacuum components Verify supplied parts, connection, pressure indication and ordered pump boundary.
Specimen power Confirm socket voltage/current, isolation and powered-load restrictions.
Safety Test leakage, short-circuit, over-temperature, motor, over-current and phase protections.
Documentation Check manual, wiring diagram, inspection record, packing list and agreed calibration evidence.

Frequently Asked Questions

Is this page the same product as the dust ingress test chamber page?

They are related, but the page roles are different. This page presents the published 1,000 L DR-H508-2 configuration; the other page explains method-led IP5X/IP6X selection and custom sizing.

Is the vacuum pump included?

The current specification says it is supplied separately and must be specified when ordering. Confirm the pump, control range and flow requirements in the quotation.

Does 2 kg/m³ mean measured airborne dust concentration?

No. It is published as dust consumption/loading. Do not describe it as continuous concentration measurement unless the ordered system includes verified instrumentation.

Does the dust heating system control specimen temperature?

No. Its stated function is to reduce dust adhesion and clumping. It is not a temperature-conditioning system for the specimen.

Can it perform MIL-STD-810 blowing sand?

Not from the published configuration alone. Method 510 requires separate confirmation of particle feed, airflow, temperature and procedure-specific controls.

What must be confirmed before ordering?

Confirm specimen size and mass, standard, enclosure category, dust, pressure conditions, powered state, destination power, accessories, FAT and documentation.

Confirm the 1 m³ Configuration Against the Specimen

Send the enclosure drawing, required procedure, dust, pressure condition and powered state. DERUI can confirm whether the published DR-H508-2 configuration fits or a different chamber is required.

Request a DR-H508-2 Review

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Item Details
Model DR -H508-2
Inner Dimensions (D×W×H) mm 1000×1000×1000
Outer Dimensions (D×W×H) mm 1480×1260×1980
Diameter of Metal Mesh Wire 50 μm
Nominal Pitch Between Wires 75 μm
Dust Consumption 2 kg/m³
Vibration Time 99 minutes and 59 seconds
Test Time 99 hours and 59 minutes
Test Specimen Power Socket Dustproof socket, AC220V, 16A
Controller Touch screen display controlled by imported PLC program, with working time and other information displayed in Chinese
Vacuum System Equipped with pressure gauge, air filter, pressure regulating tee, connecting pipe (vacuum pump to be provided separately, please specify when ordering)
Circulating Fan Closed alloy low-noise motor, multi-blade centrifugal fan
Dust Heating System Stainless steel mica sheet heating sleeve
Power Supply Voltage AC380V ± 10%, 50Hz, three-phase five-wire system
Safety Protection Leakage protection, short-circuit protection, over-temperature protection, motor overheat protection, over-current protection

1.What is the main purpose of a sand and dust test chamber?
It is used to simulate a sand and dust environment to test the sealing, wear resistance and reliability of products under wind and sand erosion. It is applicable to industries such as automobiles, electronics and military.

2. Which standards does the sand and dust test chamber comply with?
It complies with international standards such as GB/T 2423.37 (Sand and Dust Testing for Electrical and Electronic Products) and IEC 60068-2-68, ensuring the authority of the test results.

3. How is the dust concentration in the dust test chamber controlled?
The dust concentration can be precisely adjusted from 0.1 to 5 g/m³ through an adjustable airflow system and a precision flowmeter, meeting various testing requirements.

4. What is the wind speed range of the test chamber?
It usually supports wind speed adjustment from 1 to 10 m/s to simulate natural wind and sand environments. Some high-end models can be customized for higher wind speeds.

5. In which industries is the dust test chamber applicable?
It is widely used in the fields of automobiles (filters, lamps), electronics (seals, outdoor equipment), military industry (protective equipment), aerospace, etc.

6. How to clean the sand and dust test chamber?
After the test, the equipment should be turned off. Wait for the sand and dust to settle and then clean the interior with a vacuum cleaner. Also, replace the filter regularly to prevent sand and dust from clogging and affecting the wind speed.

7. Can the sand and dust test chamber test IP protection levels?
Yes! By adjusting the sand and dust concentration and blowing time, it can verify whether the product meets the IP5X (dust-proof) or IP6X (completely dust-proof) standards.

8. What are the material requirements for the test chamber?
The inner wall should be made of 304 stainless steel or coated with anti-corrosion material to ensure wear and corrosion resistance. The observation window should be made of tempered glass for easy real-time observation of the testing process.

9. Does the sand and dust test chamber require temperature and humidity control?
Some models support temperature and humidity linkage control (such as high temperature + sand and dust), to simulate more severe environments (such as desert high-temperature sandstorms), but the basic model only requires dry sand and dust testing.

10. How to judge the performance of a sand and dust test chamber?
The key indicators include the uniformity of sand and dust concentration, the stability of wind speed, the sealing performance and the ease of operation. It is recommended to choose equipment that meets the standards and has good after-sales service.

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