Safety Helmet Impact Tester

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Safety Helmet Impact Tester
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MOEORW-W6820M1 helmet impact tester delivers fully compliant impact & penetration testing for safety helmets, meeting national and power industry official standards. Boasting high-precision force sensing and multi-layer safety interlocks, it generates traceable, printable test data to validate helmet protective performance reliably. Ideal for helmet factories, power safety labs and third-party inspection centers, it cuts testing costs while helping users pass official product audits effortlessly.
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Electric Safety Tools Test Equipment
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Description

Product Introduction

  

     MOEORW‑W6820M1 is an in‑house engineered test instrument dedicated to verifying protective capabilities of industrial safety helmets. It executes two core assessment procedures: impact‑absorption evaluation and anti‑penetration check, aligning with national and power‑sector regulatory criteria including GB/T 2812, GB/T 2811, DL/T976‑2017 and DL/T1476‑2023.

    Built around a Linux‑based ARM embedded computing platform, this tester integrates high‑accuracy force acquisition hardware plus motor‑driven height tuning modules. Operators interact via capacitive touchscreen, accessing real‑time impact‑force curve visualization, multi‑level audible‑visual alarm outputs and embedded thermal print output. The unit delivers consistent readouts with robust anti‑interference performance over its 5‑year design lifespan. It fits helmet‑maker QC workshops, power‑industry safety‑tool laboratories and third‑party inspection institutes, facilitating product compliance audits and cutting routine‑test overhead.

    Physical cabinet‑door locking interlocks block test initiation when access panels remain open. Prior to releasing falling weights or piercing cones, multi‑step confirmation pop‑ups plus countdown reminders prevent operator bodily harm. All measured datasets get stored locally; LAN‑enabled upload supports centralized filing and traceable audit trails for every completed trial.

 

Product Parameter (specification)

 

Item

Technical Specification

Model

MOEORW-W6820M1

Test Items

Helmet impact absorption test, helmet penetration resistance test

Impact Force Measuring Range

0~20kN

Impact Force Accuracy

≤±0.5%

Minimum Force Acquisition Limit

≥10N

Continuous Sampling Duration

1000ms

Force Sampling Frequency

1.333MHz

Standard Drop Height

1000±5mm, automatic height adjustment

Impact Hammer

5kg (+0.01/0), 45# steel, conforms to GB/T2812

Penetration Cone

3kg (+0.05/0), 45# steel, conforms to GB/T2812

Operating Ambient Temperature

5℃~45℃

Ambient Humidity

<80%, no condensation

Power Supply

AC100-240V, 50/60Hz, 400VA

Control System

Linux, 4-core ARM 1.2GHz, 2G DDR3, 8G eMMC

Overall Dimension

800mm×600mm×2000mm

Net Weight

81kg

Service Life

5 years

Built-in Accessories

57mm thermal printer, capacitive touch screen, laser positioning module, safety door interlock

Compliant Standards

GB/T 2812-2006, GB/T 2811-2019, DL/T976-2017, DL/T1476-2023, GB4793.1-2007

 

Product feature

 

Precision‑grade Force‑sensing Assembly High‑stability force transducer delivers measurement tolerance within ±0.5 %. At 1.333 MHz sampling rate, the system renders dynamic force‑time curves instantly, capturing peak‑force and acceleration‑related datasets throughout impact episodes.

Motor‑driven Height Adjustment with Laser‑guided Alignment Elevation mechanism tunes drop height within 1000±12.5 mm. Cross‑hair laser markers pinpoint contact spots between falling probes and helmet crowns, eliminating human‑operated positioning deviations.

Simplified Touch‑centered Operation 7‑inch capacitive touch‑panel UI bundles four functional zones: impact‑test workflow, penetration‑test workflow, parameter configuration and historical‑record lookup. Hardware push‑buttons are minimized for streamlined manipulation.

Multi‑tier Operator Safeguard Architecture

  • Cabinet‑door interlock: test sequence stays disabled when door is ajar
  • Dual‑popup confirmation plus 3‑second countdown together with acoustic prompt before probe release
  • Extended buzzer alert triggers for penetration‑test failure status

Complete Dataset Archiving & Output Options Every test log and plotted curve is preserved within local database. On‑board thermal printer generates one‑click hard‑copy test‑result reports. Local‑area‑network communication pushes measurement records toward external lab‑management platforms for long‑term archiving.

Robust Embedded Industrial‑grade Control Linux‑ARM industrial framework avoids Windows‑originated malware threats. Upper‑lower computer decoupling delivers strong electromagnetic‑interference immunity, suitable for non‑stop lab‑site operation cycles.

User‑friendly Maintenance Layout Detachable test‑chamber housing and smooth non‑stick outer surfaces simplify cleaning. Dedicated printer compartment facilitates thermal‑paper replacement. Standard‑spec 2A fuse is easy to swap; fault‑diagnosis prompts surface directly on screen for quick troubleshooting.

Compact Integrated Cabinet Layout Mobility‑enabling lock‑mount casters support relocation and stable anchoring. Internal storage compartments house impact hammer, piercing cone and anthropomorphic head‑forms, conserving lab‑floor footprint.

 

Multi-layer Safety Protection Mechanism

 

  • Cabinet door interlock protection: test locked when door open;
  • Double confirmation pop-up window + 3-second countdown + sound reminder before releasing hammer/cone;
  • Long-time alarm sound for unqualified penetration test to remind operators.

1.Complete Data Recording & Output Function All test data and curves are automatically saved in historical database; built-in thermal printer supports one-click printing of test reports; LAN data transmission function supports remote data uploading.
2.Stable Industrial Control Hardware Adopts Linux ARM industrial control system, no Windows virus risk, stable long-term operation; independent upper and lower computer split control, strong anti-electromagnetic interference, suitable for laboratory long-time continuous testing.
3.Easy Maintenance & Clean Design Detachable test chamber, smooth non-stick outer shell; independent printer cabin, convenient for replacing 57mm thermal paper; standard replaceable 2A fuse, clear fault self-prompt.
4.Integrated All-in-one Cabinet Structure Integrated vertical cabinet with moving casters, convenient for moving and fixing; integrated storage of hammer, cone and head molds, save laboratory space.

 

Product Application

 

Helmet‑manufacturer QC Workshops: Execute incoming‑material inspection, finished‑goods release verification and batch‑sampling campaigns to validate protective‑performance compliance of outgoing helmet stock.

Power‑sector Safety‑tool Assessment Institutes: Satisfy DL‑series industry‑standard prerequisites for periodic checks on live‑working insulating helmets, furnishing valid measurement records for safety‑tool cyclical‑inspection workflows.

Third‑party Quality‑verification Laboratories: Deliver standardized helmet‑performance assessment services for construction, mining, electric‑utility and petro‑chemical enterprises, outputting traceable, printable evaluation documents.

Enterprise‑internal Safety Departments (construction / mining / petrochemical): Perform in‑house screening for PPE helmets, filter out non‑compliant protective gear and mitigate on‑site hazard risks.

Vocational‑safety Teaching & Research Laboratories: Support instructional demonstrations and material‑property research focusing on helmet‑protection mechanics.

 

Standard Accessories Delivered with Machine

 

1.Standard 5kg impact hammer (45# steel, GB/T2812 standard) ×1
2.Standard 3kg penetration cone (45# steel, GB/T2812 standard) ×1
3.Multi-size standard test head molds ×1 set
4.57mm thermal printing paper roll ×2
5.Replacement fuse T2AL250VP 2A ×2
6.Equipment operation manual (Chinese + English version) ×1
7.Power cable (3-core grounded power cord) ×1
8.Maintenance cleaning soft cloth & latex gloves set ×1
9.Installation & fixing hardware kit ×1
10.Moving lockable casters (installed on machine)

 

FAQ

 

Q1: Which standards can this testing machine meet? Can it be used for power industry safety helmet testing?

A1: The machine fully complies with GB/T 2812, GB/T 2811 national helmet standards, and two power industry standards DL/T976-2017 and DL/T1476-2023. It is specially applicable to periodic inspection of power live working safety helmets, and test reports are recognized by power safety supervision departments.

Q2: Is the test data accurate? Can the equipment be calibrated regularly?

A2: The force sensor accuracy reaches ≤±0.5%, with independent force zeroing and force value inspection functions on the touch screen. Customers can self-check with standard weights; we provide professional factory calibration service, and local after-sales engineers can come to calibrate the sensor regularly.

Q3: Is the equipment safe for operators? Will the hammer fall accidentally?

A3: Multiple safety interlock protections are equipped: 1) Cabinet door interlock, test cannot start if door is open; 2) Double pop-up confirmation window before release; 3) 3-second countdown with sound reminder; 4) Fully enclosed test cabinet to block splashing fragments. No accidental hammer falling risk under standard operation.

Q4: What is the after-sales service period? Is there on-site installation and training?

A4: The whole machine enjoys 1-year free warranty, core sensor 2-year warranty. Our professional after-sales engineers provide free door-to-door installation, equipment debugging and full-operation training for customers who purchase the machine; lifelong paid maintenance and technical consultation support.

Q5: Can test reports be printed and stored? Can data be exported?

A5: Built-in thermal printer supports one-click printing of test curves and results. All test records are automatically saved in the historical data module for long-term inquiry; the machine supports LAN connection to upload test data to customer's laboratory management system for data archiving.

Q6: Is the equipment difficult to maintain? What spare parts are easy to replace?

A6: The operation and maintenance threshold is low. Daily cleaning only needs soft cloth and neutral detergent. Consumables such as thermal paper and fuse are standard general models, which can be purchased locally; wearing parts such as penetration cone spring wire can be replaced by our official spare parts with simple guidance.

Q7: What is the service life of the whole machine? What if it breaks down during use?

A7: The design service life of the whole machine is 5 years. If a fault occurs, the touch screen will pop up clear fault prompts. Common minor faults can be solved according to the troubleshooting guide in the manual; complex faults can contact our after-sales hotline for remote guidance or on-site repair.

Q8: Can the height of the drop hammer be adjusted automatically?

A8: Yes. The machine supports automatic height adjustment within 1000±12.5mm, and manual up/down adjustment buttons are reserved on the parameter setting page, which can quickly adjust the drop height according to different test standards.

Q9: Does the equipment need a special power supply? Can it be used in ordinary laboratories?

A9: The power supply is universal AC100-240V 50/60Hz, only a standard three-hole grounded socket is required, no special transformer or power supply equipment is needed. It only needs to be placed on a stable horizontal platform with good ventilation, and can be used in conventional laboratories.

Q10: Can this machine complete both impact test and penetration test of helmets?

A10: Yes, this all-in-one machine integrates two test functions. Switch between impact test and penetration test through the main touch screen interface, replace the hammer/cone correspondingly, and complete two major helmet protective performance tests on one device, saving laboratory space and procurement cost.

 

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