• Portable
• receiver holster
• accessory pouch
  
• Two factory selectable locating frequencies, 33kHz/82kHz
  
• One-hand receiver operation

• Industry’s smallest transmitter
  
• Transmitter uses rechargeable batteries
  
  
  
  
  

Pipe & Cable Locator XTpc
Standard Equipment

Retractable Receiver Transmitter with NiMH rechargeable battery pack Transmitter battery charger for 120VAC or 12 VDC Standard size conductive clip assembly, with 6‘ leads Stainless Steel ground stake Tool belt with receiver holster and accessory pouch Duffel carryall bag

Pipe & Cable Locator XTpc
Accessories

Three sizes of inductive clamps: 3", 5", or 7" 82 kHz or 33kHz sonde Heavyduty clips Inductive antenna Earphones Hard Case

Pipe & Cable Locator XTpc
Specifications & Features

Features

• Only complete locator system you can carry on your tool belt
• Industry’s smallest Transmitter, 7.2" L x 2.2" W x 1.5" H
• One hand operation, reach all controls with your thumb
• Direction arrows for easy locating and foolproof centering
• Digital signal strength readout, plus variable frequency audio
• Single button depth calculation
• Manual or Automatic gain control
• Volume control, plus earphone jack
• Battery indicator on both receiver and transmitter
• Available in either 33kHz or 82kHz
• Sonde mode
• 50/60hz power line locating capability  
• Transmitter includes a current meter and adjustable power levels

Specifications- Reciever

Specifications- Transmitter

(We reserve the right to change specifications)

Locating Tips: Pipe & Cable

Determining Target Depth by
Triangulation with the MAC-51Bx

The receiver can be used for the traditional triangulation method to determine the approximate depth of a target as illustrated in below. However, when using this method it is necessary to take into account the fact that the center of the cable-sensor is located 11 inches up the receiver tube from the black tip. When the position of the target has been determined by the null, mark the spot (#1) on the ground. Hold the receiver tip on the ground at this spot, slant the instrument at a 45^o angle and slowly move directly back, to one side, from the target until a second null is obtained. Now mark a spot (#2) on the ground that is directly below a point 11 inches up the receiver tube from the black tip. Measure the distance between spot #1 and spot #2. This measurement indicates the approximate depth of the target.

NOTE
You should always take a depth reading on both sides of the line. If the measured distances between spots #1 and #2 on both sides of the line are not the same, there is a good chance that a nearby line is causing the two measurements to be different. Move further along the line and repeat the depth reading procedure until the measurements are the same on both sides of the line. Once two very similar measurements are obtained, the calculated depth of the cable will always be within 4 to 6 inches of its actual depth.