Versatile Spy Bug Detector for WiFi Camera, Spy Camera

• Customization: Available
• Frequency Range: GSM900
• Frequency: 925~960MHz
• Model NO.: VS-066NG
• Name: RF Signal Detector
• Detecting Frequency Range: 1MHz-8000MHz
• Main Detecting Frequency Range: 25MHz-6000MHz
• Transport Package: Ployfoam and Carton
• Specification: CE, RoHS, SGS, GMP
• Trademark: Necom-telecom
• Origin: Shenzhen, China
• HS Code: 8543892090
• Production Capacity: 5000PCS/Month

Product Description

Product Description

 

Versatile RF Signal Detector with Digital Signal Amplifier
VS-066NG Wireless Bug / Wireless Camera / GSM phone / Smartphone
+ Wired Camera Detection + Expert 3G 2100 detection

Please Contact with us at:
Mr.Jerry
 
  

Features:
1.Versatile & wide frequency range
This device can detect most of GSM phone, 3G / 4G smartphone, WiFi, wireless bug (hidden microphone), wireless analog and digital cameras and other wireless device during 50 MHz ~ 6.0 GHz.
2.Digital signal amplifier
The unique Digital signal amplifier provides stronger indication for digital signals of Bluetooth, WiFi, cell phone and Digital spread spectrum device for easier identification.
3. Silent Detection
4. Distinguish the Signal Type
5.Sensitivity adjustment
6.Interference(background noise) elimination
7.Low battery warning
8.Wire camera detection
9.3G 2100Detection Mode

Specifications

Detection range	50 MHz - 6.0 GHz
Dimensions	L8.7*W5.5*H2.4 cm
Weight	approximately 125 grams
Power supply	3V DC (AAA/UM-4 batteries x 2)
Warning modes	1. beep alarm sound
	2. LED display
	3. vibration
	4. no sound detection of headphones
Sensitivity tuner	1. Adjust the detection distance to find the signal source
	2. Eliminate environmental interference

Detecting Distance:     
1.5.8GHz Wireless camera: up to 10 feet
2.2.4GHz Wireless camera: up to 30 feet
3.2.4GHz WiFi: up to 40 feet
4.GSM 900 about 50 feet, GSM 1800 about 27 feet
5.CDMA about 6 feet, 4G smartphone about 18 feet 
6.3G 2100: up to 30 feet
The detecting distance will be varied depending on the type and model of signal sources.