This RF jammer is designed to detect and locate the position of the hidden wireless tapping device.It is used to detect the RF signals and concisely determine the location of the working tapping device in the targeted venue.Its simple pushbutton operation and ultra bright LED screen make more it easy to use both for the trained and untrained personnel.
HS-007 Pro working with selectable six types of working modes. ( Silent Mode, Sound Mode,Vibration Mode, Cellphone Locking Mode,Acoustic Mode, Guard Mode )
Silent Mode:Silent detection for some high sensitivity analogue and digital signals;
Sound Mode:The sounding volume varies from thestrength of RF signals level;
Acoustic Mode:Acoustic detection for the analog wireless signal sources.Converting all RF signals into sound. Similar to the sound that can be
heard when one mobile phone near the working FM radios;
Vibration Mode: Special function.Start to Vibrate when any covert tapping signals coming in.This helps you terminate the negotiation of the conference and conduct the wireless tapping device;
Cellphone locking Mode:Monitor the mobile phone signals or other wireless tapping device to make sure businness meeting and some private information leaked;
Guard Mode: Ensure the confidence of your conference and allow you to monitor the change of RF signals. It is to alert you to be tapped when some sudden intruders enter into the room and leak the information outside.
Notes:
1.When you are detecting the signal source, please try to move the RF jammer
slowly and make the machine in a same level. If the device is more closer to the
targeted object, the signals bars are to be increased more.
2.This device will be responded to any RF equipment.Please regulate the
sensitivity of the device to avoid some wrong detecting and locating the
targeted objects. The detecting sensitivity is still determined by the signal strength.
3.To make an effective detecting ,please try to increase or decrease the sensitivity according to the local signal environment to make sure the
enviroment db is within the dynamic range.
没有评论:
发表评论