PL-8 and PL-10 Magnetizing Coils

Parker’s new portable magnetizing coils are designed for magnetic particle inspection of ferrous metal parts. The new coils allow for the use of either dry powder or wet fluorescent inspection media and may be used for demagnetizing as well.

PL-8 and PL-10 Magnetizing Coils

Parker’s new portable magnetizing coils are designed for magnetic particle inspection of ferrous metal parts. The new coils allow for the use of either dry powder or wet fluorescent inspection media and may be used for demagnetizing as well.

The coil is molded in a tough black polyurethane material and comes equipped with a standard foot switch or a optional hand switch and 10′ yellow neoprene power cord. The sealed electrical connection box has a 2″ x 5″ flat base allowing the coil to stand in a vertical position.

The coil is designed for a 50% duty cycle, and is equipped with thermal overload protection.

Model No. PL-8S PL-10S
INSIDE DIA. 8″ 9 7/8″
OUTSIDE DIA. 11 1/2″ 14 1/2″
WIDTH 2 1/4″ 2 1/2″
LINE VOLTAGE (50 – 60 Hz) 230 VAC 230 VAC
LINE CURRENT (AIR) 7 A 8.25 A
AMP-TURNS (AIR) 3,640 3,506
WEIGHT TOTAL 9 7/16 LB 14 7/8 LB

OPERATION:

Plug the power cord of the coil into the appropriateoutlet. Depress the foot switch. A definite magnetic pull will be felt by insertion of a ferrous metal object into the center of the coil. Inspection is accomplished by placing the part longitudinally parallel to the axis of the coil, within the center of the coil nearer to the outer circumference. Activate the foot switch and apply the inspection medium while the coil is energized. This is referred to as the continuous method and will reveal defects at right angles to the coil axis.
When using the wet method, allow the coil to remain energized for approximately two seconds after applying the wet medium. Remove the part for inspection.
To demagnetize a part after inspection, simply place the part within the coil near the outer circumference. While the coil is energized, remove or pull the part approximately two feet away from the coil before turning the coil off. Larger parts may be demagnetized by placing the coil directly over the part and withdrawing the coil in the same manner.

Brochure

Download Brochure


If you are interested in this product, please contact us!

Product Enquiry