| MOQ: | 1 |
| Price: | Tailored |
| Standard Packaging: | Plywood |
| Delivery Period: | 20 business days |
| Payment Method: | T/T,Western Union |
| Supply Capacity: | 10 Sets Per Month |
This device is used to test whether the headband of swimming goggles can withstand the mechanical stress that occurs during normal use without excessive wear, loosening or other harmful effects, in order to verify its reliability.
| Parameter | Specification |
|---|---|
| Sample and Limitations | Eyewear intended to be used for surface swimming |
| Test Purpose | Examines whether the headband of swimming goggles can withstand mechanical stresses during normal use without excessive wear, loosening, or other harmful effects |
| Test Principle | Utilizes servo motor drive mechanism to apply 10N±0.5N load at 6 times/min for 60 cycles; also used for headband tensile strength testing |
| Structure and Features | Integrated frame, servo motor driven, precision ball screw slide transmission, color touchscreen, PLC intelligent control system, force sensors, cantilever clamp structure |
| Usage Environment | AC220V±10%/50-60Hz, 1kW; Operating temperature: 0-40℃; Humidity: 30%-90%; Dimensions: W650*D400*H750mm; Weight: 100kg |
| Test Items | 1. Load endurance test 2. Headband tensile strength test |
|---|---|
| Test Sample Range | Eyewear intended to be used for surface swimming |
| Workstation | Single station |
| Electrical Control | Mitsubishi PLC intelligent integrated control, 7-inch color HMI, USB data export |
| Operating Mode | Manual or programmable operation |
| Function | Simulates headband pulling, applies force repeatedly, programmable test frequency, displacement, force value, and test count |
| Drive Method | Servo motor + precision slide drive mechanism |
Mechanical clamping: the upper hemisphere is fixed, and the lower hemisphere is connected to the drive mechanism. As the drive mechanism moves vertically up and down relative to the upper hemisphere, the vertical centers of the upper and lower hemispheres coincide.
Upper and lower hemispherical cylindrical surfaces: R135±30mm
| Parameter | Range |
|---|---|
| Number of Tests | 0-999,999 (presettable) |
| Test Rate | 5-12 times/min (presettable, default 6 times/min) |
| Test Stroke | 0-200mm |
| Test Speed | 0-300mm/min |
|
|
| MOQ: | 1 |
| Price: | Tailored |
| Standard Packaging: | Plywood |
| Delivery Period: | 20 business days |
| Payment Method: | T/T,Western Union |
| Supply Capacity: | 10 Sets Per Month |
This device is used to test whether the headband of swimming goggles can withstand the mechanical stress that occurs during normal use without excessive wear, loosening or other harmful effects, in order to verify its reliability.
| Parameter | Specification |
|---|---|
| Sample and Limitations | Eyewear intended to be used for surface swimming |
| Test Purpose | Examines whether the headband of swimming goggles can withstand mechanical stresses during normal use without excessive wear, loosening, or other harmful effects |
| Test Principle | Utilizes servo motor drive mechanism to apply 10N±0.5N load at 6 times/min for 60 cycles; also used for headband tensile strength testing |
| Structure and Features | Integrated frame, servo motor driven, precision ball screw slide transmission, color touchscreen, PLC intelligent control system, force sensors, cantilever clamp structure |
| Usage Environment | AC220V±10%/50-60Hz, 1kW; Operating temperature: 0-40℃; Humidity: 30%-90%; Dimensions: W650*D400*H750mm; Weight: 100kg |
| Test Items | 1. Load endurance test 2. Headband tensile strength test |
|---|---|
| Test Sample Range | Eyewear intended to be used for surface swimming |
| Workstation | Single station |
| Electrical Control | Mitsubishi PLC intelligent integrated control, 7-inch color HMI, USB data export |
| Operating Mode | Manual or programmable operation |
| Function | Simulates headband pulling, applies force repeatedly, programmable test frequency, displacement, force value, and test count |
| Drive Method | Servo motor + precision slide drive mechanism |
Mechanical clamping: the upper hemisphere is fixed, and the lower hemisphere is connected to the drive mechanism. As the drive mechanism moves vertically up and down relative to the upper hemisphere, the vertical centers of the upper and lower hemispheres coincide.
Upper and lower hemispherical cylindrical surfaces: R135±30mm
| Parameter | Range |
|---|---|
| Number of Tests | 0-999,999 (presettable) |
| Test Rate | 5-12 times/min (presettable, default 6 times/min) |
| Test Stroke | 0-200mm |
| Test Speed | 0-300mm/min |