Feature:
1. Built in Induction Coil: The receiver has a built in induction coil to receive the magnetic from the pipe, and the coil generates an induced current to calculate the orientation and position of the transmitter.
2. Wide Application: This product can be used in water supply pipelines, cable pipelines, pipeline vacuum systems, industry pipelines, underground pipeline construction, underground cave exploration, underwater research and other exploration work.
3. High Efficiency: Using the 512Hz transmitter, the position of the probe can be easily determined. Save time and money and take advantage of this great feature.
4. LED Screen: This pipeline detection locator is equipped with an LED display screen. You can see the monitoring data more clearly, convenient and practical.
5. High Quality Material: This 512Hz pipe receiver is made of high quality ABS material, suitable for underwater survey work, waterproof and , can be used for a time.
Specification:
Item Type: Sewer Camera Locator
Material: ABS
Gross Weight: 2049g / 72.3oz
Working Frequency: 512Hz
Modulation: None
Batteries: 6 AA alkaline batteries (shipped without batteries)
Use Time: 4 hours intermittent use
Audio Output: 50-1000Hz depends on strength
Operating Temperature: -20°C to 60°C
Product Size: 548x65x50mm / 21.6x2.6x2.0in
Sensor: Separate angle sensor for and 0 s
Package List:
1 x Host
1 x Receiver
1 x Manual
1 x Aluminum Case
Note:
The 512 has only one mode, the sonde mode. Receiver in sounding mode. Search for s emitted by a small detector or camera with a built‑in transmitter that has been routed through a duct. The detector must emit a 512Hz , and the receiver can determine the approximate depth of the target.
Start by turning the receiver on, walking around, keeping the receiver at waist height, and walking in the general direction of the transmitter while slowly sweeping the receiver back while pointing in the direction of the transmitter. You will notice that the will get bigger. As you get closer, reduce the sensitivity as needed to keep it within range. Toggle the switch to Nearby when you can't keep the meter below full scale
Continue in the direction of . When you get to the point where the seems to be the strongest, whichever direction you move will make it weaker, then you know you've found a detector that's just below the center of the mast. Move to another place, look for this again, and see if you always come back to the same place for confirmation. If you followed each step correctly, you should find yourself the launcher every time. Keep practicing until you get consistent results.
