Weitech Ultrasonic repeller - mice spiders ticks

Weitech Ultrasonic repeller - mice spiders ticks

  • Repels: small rodents (mice) and . . Spiders - fleas - ticks - many crawling insects
  • Protects up to max. 45 m²
  • Plug the plug connection directly into the 220 V power plug
  • Visible results after 72 hours. With LED light
  • Energy consumption max. 0.7 watts

Weitech - Ultrasonic distributor WK0523 45 sqm

  • Repels: small rodents (mice) and . . Spiders - fleas - ticks - many crawling insects
  • Protects up to max. 45 m²
  • Plug the plug connection directly into the 220 V power plug
  • Visible results after 72 hours. With LED light
  • Energy consumption max. 0.7 watts

Weitech ultrasonic repellers send very high, complex sounds (ultrasound) with strong intensity. These ultrasonic sounds are not audible to humans, but rodents and most insects perceive them. The permanent changes in frequency and intensity of the ultrasound sounds make the animals restless. It disrupts their communicative and social relationships and prevents them from noticing their natural enemies. This forces them to leave places where they are not wanted and they move to unprotected places or return to their natural environment.

  • Ultrasonic sounds cannot penetrate walls, floors, doors, ceilings or furnishings.
  • You need at least one device per room.
  • Do not place the device behind furniture, curtains or other sound-absorbing objects.
  • Rooms equipped with textiles and/or other sound-absorbing materials require a stronger model because the ultrasonic sounds are inhibited and their effect is reduced.
  • Sometimes it is more effective to place two (several) smaller devices in different places than to place a more powerful model in just one place.

The protected area is noticeably reduced if the room is equipped with soft and/or porous materials.

Weitech ultrasonic repellers send very high, complex sounds (ultrasound) with strong intensity. These ultrasonic sounds are not audible to humans, but rodents and most insects perceive them. The permanent changes in frequency and intensity of the ultrasound sounds make the animals restless. It disrupts their communicative and social relationships and prevents them from noticing their natural enemies. This forces them to leave places where they are not wanted and they move to unprotected places or return to their natural environment. Rooms equipped with textiles and/or other sound-absorbing materials require a stronger model because the ultrasonic sounds are inhibited and their effect is reduced. Sometimes it is more effective to place two (several) smaller devices in different places than
Weitech ultrasonic repellers send very high, complex sounds (ultrasound) with strong intensity. These ultrasonic sounds are not audible to humans, but rodents and most insects perceive them. The permanent changes in frequency and intensity of the ultrasound sounds make the animals restless. It disrupts their communicative and social relationships and prevents them from noticing their natural enemies. This forces them to leave places where they are not wanted and they move to unprotected places or return to their natural environment. Rooms equipped with textiles and/or other sound-absorbing materials require a stronger model because the ultrasonic sounds are inhibited and their effect is reduced. Sometimes it is more effective to place two (several) smaller devices in different places than
Weitech ultrasonic repellers send very high, complex sounds (ultrasound) with strong intensity. These ultrasonic sounds are not audible to humans, but rodents and most insects perceive them. The permanent changes in frequency and intensity of the ultrasound sounds make the animals restless. It disrupts their communicative and social relationships and prevents them from noticing their natural enemies. This forces them to leave places where they are not wanted and they move to unprotected places or return to their natural environment. Rooms equipped with textiles and/or other sound-absorbing materials require a stronger model because the ultrasonic sounds are inhibited and their effect is reduced. Sometimes it is more effective to place two (several) smaller devices in different places than