1/4" Probe Style Handpiece
Model: 10511 MSRP: $86.00
American Beauty offers the widest selection of resistance soldering handpieces in the world. Our hand pieces are designed and built to provide absolute performance in even the toughest environments. By generating heat instantaneously and right at the point of contact, you are able to easily handle the historically difficult soldering jobs.
The following products can be used as replacements for Model 10511 featured on this page:
| RoHS Compliant | Yes |
| Connection Type | Tapered Pins |
| Electrode Size/Diameter | .25 in / 0.64 cm |
| Product Length | 8 in / 20.32 cm |
| Country of Origin | US |
| Package Length | 9.50 in / 24.13 cm |
| Package Width | 2.00 in / 5.08 cm |
| Package Height | 2.00 in / 5.08 cm |
| Shipping Weight | .65 lbs / 0.29 kg |
Other Product Data Sheets
Summary: Resistance heat is obtained by passing a safe, low voltage, high amperage current through a resistive alloy. As with all Resistance Soldering Handpieces, heat is generated local to the work-piece. Current is present for only so long as power is applied to the Handpiece and there is a path for the current from the Power Unit, through the Handpiece and back to the Power Unit.
Description: Standard Single Carbon Electrode Handpiece. Supplied with a ¼" x 3" (6.35 mm x 76.2 mm) Copper-Clad Carbon Electrode. This Handpiece features a heavy-duty Bakelite handle for operator comfort and is assembled with Nickel-plated steel heat baffles for cooling and Nickel-plated steel electrode holders for fast efficient heat. It is equipped with a four-foot (1.22 m) 10 AWG high-stranded DLO cable (for flexibility), with a taper pin quick connect terminal for connection to American Beauty
® Power Units (push in turning clockwise until snug). The Handpiece weighs only 6 ounces complete, which minimizes operator fatigue. Electrodes may be inserted straight into the Handpiece or at a 45-degree angle, depending on your application requirements.
Copper-coated carbon electrodes can be easily notched/shaped, allowing the user to customize the handpiece to their specific application.