SE-SD08
Shoe Sole Metal Detector
– High Sensitivity Detection
– Voice, Sound, and Light Alarm
– Strong Anti-Interference Ability
Safeagle SE-SD08 Shoe Sole Metal Detector belongs to a kind of fixed installation detection equipment, which is mainly used to check the metal objects hidden in the soles of people’s shoes. When the inspected person stands at the designated position of the detector, if there is metal in the shoes, the detector will immediately alarm, so that the security inspector can discover and take out the metal carried by the person in time.
PRODUCTS FEATURED
1. High Sensitivity Detection: The smallest detectable metal object the size of a staple.
2. Voice, Sound, and Light Alarm: Voice alarm prompt and LED red alarm signal.
3.Strong Anti-Interference Ability: Power-on self-adjusting frequency anti-interference, multi-huanj1 mode optional.
PARAMETER
| 1. Detection Area: The foot position of the inspected person.
2. Power Switch: Automatically lock when pressed, with a blue indicator light. 3. Metal Intensity LED indicator: When detects nearby the presence of metal. The indicator light will be lit according to the metal intensity. The more the indicator lights are on, the higher the metal intensity. 4. LCD Screen: Standby display, parameter setting display. 5. Touch button: Adjust detector parameters, such as language switching, usage scenarios, sensitivity adjustment, etc. 6. Speaker: Output key tone, alarm tone, voice prompt, etc. 7. Indicator Light Belt: Standby blue, Non-metal green, Metal detect red 8. Charging Hole: Plug in the charging adapter to charge the built-in battery |
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| Alarm mode: | intelligent voice, light alarm |
| Weight: | 300kg |
| Net weight: | about 3.5kg |
| Dimensions: | 436mm(L) * 416mm(W) * 63mm(H) |
| Working power supply: | DC12V |
| Working current: | 110mA |
| Working power: | ≤10W |
| Standby power: | ≤2W |
| Working temperature: | -5C~+50℃ |
| Note: The installation environment cannot be installed near large metals with strong electromagnetic wave interference, or infrared wave interference, and the closest distance to large metals should not be less than 50 cm, and the optimal distance should be more than 1 meter. | |
