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Baby Wheels Wear Testing Equipment

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MOQ : 1 Set

Baby Wheels Wear Testing Equipment Specification

Temperature
10C - 40C

Display Type
LCD digital display

Frequency
50Hz

Humidity
20% - 80% RH

Equipment Type
Baby Wheels Wear Testing Equipment

Operating Voltage
220V

Hardness
Testing hardness upto 85 Shore

Automation Grade
Semi-automatic

Interface Type
Touch panel

Resolution
1 cycle

Mounting Type
Floor standing

Power Supply
AC 220V, 50Hz

Accuracy
1 cycle

Specimen Size
200 mm diameter wheel

Number of Specimens
2 positions

Port Size
1/4 inch

Measuring Range
Adjustable speed and cycles

Application
Wear resistance test of baby stroller wheels

Max Height
1000 mm

Features
Programmable, emergency stop, counter memory function

Test Range
0 - 999999 cycles

Gas Pressure
0.5 - 0.7 MPa

Response Time
Immediate on test completion

Usage
Laboratory, quality control

Capacity
2 test positions

Machine Weight
Approx. 80 kg

Test Speed
0-60 cycles/min adjustable

Test Width
50 mm

Test Stroke
300 mm

Control Mode
Digital display, programmable

Material of Frame
High-Strength Steel with Anti-Corrosion Coating

Accessories Included
Wheel Fixture Set, User Manual, Calibration Weights

Data Recording
Automatic and Manual options

Noise Level
60 dB

Motor Type
Servo Motor Drive

Safety Features
Emergency stop, Overload protection

Baby Wheels Wear Testing Equipment Trade Information

Minimum Order Quantity
1 Set

FOB Port
shenzhen

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Letter of Credit (L/C), Telegraphic Transfer (T/T), Western Union, Paypal, Letter of Credit at Sight (Sight L/C), Delivery Point (DP), Cash Against Delivery (CAD), Days after Acceptance (DA), Cash in Advance (CID), Cheque

Supply Ability
30 Sets Per Month

Delivery Time
15 Days

Packaging Details
Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside.

Main Export Market(s)
Australia, Eastern Europe, Western Europe, Africa, Central America, Middle East, South America, Asia, North America

Baby Wheels Wear Testing Equipment About

Baby Wheels Wear Testing Equipment

Purpose :

Baby Wheels Wear Testing Equipment is suitable for small wheel abrasion test , such as luggage , skates , baby carriage , trolley wheels . Can be measured wheel wear resistance and the overall structure for wear and deformation , the test results are available as a reference for improvement .

According to the standard

This instrument reference standard : QB / T 2917-2007

Instrument Specifications

item	Specification
Test speed	1 5km/hr adjustable , LED display
Time setting	9999 minutes
Load	10kg15kg20kg25kg30kg35kg
Weight ( about )	about 95kg

Maintenance procedures

Cleaning : Always keeping the machine clean before and after each use , wipe the cotton machine application to keep clean .

Rust : Weekly on the surface of the metal parts of the machine once rust oil spray ( two hours after injection wipe ) .

Lubricants : Monthly regularly machine transmission parts ( such as screws ) filling lubrication ( you can use an ordinary lubricants ) .

Maintenance : Periodically check the control panel buttons correctly .

Precision in Wheel Durability Testing

Built with a servo motor drive and high-strength steel frame, this equipment provides reliable and consistent testing for baby stroller wheels. The automatic and manual data recording features paired with a digital LCD display guarantee accurate results and easy monitoring, making it ideal for manufacturers, laboratories, and quality control departments.

Flexible and User-Friendly Operation

The programmable control mode, touch panel interface, and adjustable speed settings allow users to tailor tests to specific requirements. The included calibration weights and wheel fixture set simplify the setup and ensure ongoing measurement accuracy, while the emergency stop and overload protection add an extra layer of operational safety.

Optimized for Diverse Laboratory Environments

Designed for floor mounting with a compact footprint and robust construction, the system operates quietly and efficiently within a temperature range of 10C40C and humidity of 20%80% RH. Its versatile features support rigorous wear resistance assessments, enhancing overall product reliability and quality assurance.

FAQs of Baby Wheels Wear Testing Equipment:

Q: How does the Baby Wheels Wear Testing Equipment record test data?

A: The equipment offers both automatic and manual data recording options, enabling users to capture and analyze results directly via its touch panel LCD digital display.

Q: What is the maximum test speed and how can it be adjusted?

A: Test speed can be precisely adjusted between 0 and 60 cycles per minute. The control is managed digitally through the programmable touch panel interface for tailored testing.

Q: When should the emergency stop or overload protection be used during testing?

A: Emergency stop and overload protection are built-in safety features, crucial for halting operations immediately in case of malfunction, excessive load, or to prevent damage to specimens or the equipment.

Q: Where can this equipment be utilized for optimal performance?

A: It is best suited for laboratory, manufacturing, and quality control settings where accurate, repeatable wheel wear tests are required on baby stroller wheels.

Q: What is the process for setting up a wear resistance test?

A: Begin by mounting the wheel specimens (up to 200 mm diameter) in the fixture, attach calibration weights as needed, and select test parameters such as speed and stroke on the digital panel. The equipment automates the test cycle count and speed, ensuring precise wear simulation.

Q: How does programmable control benefit the user?

A: Programmable control lets users customize test cycles, speed, and other parameters. This flexibility supports various testing standards and accommodates unique needs, improving both efficiency and result accuracy.

Q: What are the key benefits of using this baby wheels testing equipment?

A: Key benefits include high test accuracy (1 cycle), quiet operation, robust safety measures, flexible programming, and comprehensive data capture. These features enhance quality control and ensure reliable product assessments.

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