Soldering Tips - Weller Compatible

Request A Sample
Sku Number Name Size Units
Per Case
Per Case
C-3036-7 700°F screwdriver 3.2mm 10 $34.80
C-3036-8 800°F screwdriver 3.2mm 10 $34.80
C-3036-9 900°F screwdriver 3.2mm 10 $34.80
C-3039-7 700°F screwdriver 1.6mm 10 $34.80
C-3039-8 800°F screwdriver 1.6mm 10 $34.80
C-3040-7 700°F screwdriver 2.4mm 10 $34.80
C-3040-8 800°F screwdriver 2.4mm 10 $34.80
C-3100-7 700°F screwdriver 0.8mm 10 $34.80
C-3100-8 800°F screwdriver 0.8mm 10 $34.80
C-462-7 700°F conical 0.8mm 10 $34.80
C-462-8 800°F conical 0.8mm 10 $34.80
C-494-7 700°F long conical 0.4mm 10 $34.80
C-494-8 800°F long conical 0.4mm 10 $34.80
C-5141-7 700°F bevel 3.2mm 10 $33.79
C-5141-8 800°F bevel 3.2mm 10 $33.79
C-5141-9 900°F bevel 3.2mm 10 $33.79
Order from an Authorized Distributor
Packaging Order minimum case quantity only. Extra shipping fees may apply.
Replacement soldering tips for Weller stations WTCPT, WTCPTD, WTCPTFE, WTCPN and WTCPS, and Weller hand pieces TC201T and TC201FE. Comparable to Weller's PT series of tips. See cross references or data sheets for tip-to-tip referencing.

Plato's C tip series are designed to hold a specific temperature. The temperature rating of each tip is indicated in the part number:
  • -7 = 700°F / 370°C
  • -8 = 800°F / 425°C
  • -9 = 900°F / 480°C
Plato is one of the largest manufacturers of soldering tips in the world, producing tips to fit all of the most popular soldering stations. The long life and fast heat recovery of Plato soldering tips increases user effectiveness and decreases production times.

Features & Benefits

  • Fast heat recovery increases soldering speed
  • Longer tip life reduces soldering cost by decreasing tip change overs

Product Dimensions

C-3036-7 700°F screwdriver

Cross Reference: Weller PTC7 10  Units/Case

700°F screwdriver

C-3036-8 800°F screwdriver

Cross Reference: Weller PTC8 10  Units/Case

800°F screwdriver

C-3036-9 900°F screwdriver

Cross Reference: Weller PTC9 10  Units/Case

900°F screwdriver

C-3039-7 700°F screwdriver

Cross Reference: Weller PTA7, Weller PTR7 10  Units/Case

700°F screwdriver

C-3039-8 800°F screwdriver

Cross Reference: Weller PTA8, Weller PTR8 10  Units/Case

800°F screwdriver

C-3040-7 700°F screwdriver

Cross Reference: Weller PTB7 10  Units/Case

700°F screwdriver

C-3040-8 800°F screwdriver

Cross Reference: Weller PTB8 10  Units/Case

800°F screwdriver

C-3100-7 700°F screwdriver

Cross Reference: Weller PTH7, Weller PTJ7 10  Units/Case

700°F screwdriver

C-3100-8 800°F screwdriver

Cross Reference: Weller PTH8, Weller PTJ8 10  Units/Case

800°F screwdriver

C-462-7 700°F conical

Cross Reference: Weller PTP7, Weller PTT7 10  Units/Case

700°F conical

C-462-8 800°F conical

Cross Reference: Weller PTP8 10  Units/Case

800°F conical

C-494-7 700°F long conical

Cross Reference: Weller PTS7 10  Units/Case

700°F long conical

C-494-8 800°F long conical

Cross Reference: Weller PTS8, Weller PTT8 10  Units/Case

800°F long conical

C-5141-7 700°F bevel

Cross Reference: Weller PTCC7, Weller PTDD7 10  Units/Case

700°F bevel

C-5141-8 800°F bevel

Cross Reference: Weller PTCC8, Weller PTDD8 10  Units/Case

800°F bevel

C-5141-9 900°F bevel

Cross Reference: Weller PTCC9, Weller PTDD9 10  Units/Case

900°F bevel


How To Use Spot Mask for Wave Soldering & Conformal Coating
Say you’re a contract manufacturer of printed circuit boards (PCBs), and your customer just made an engineering change that leaves several thru-hole vias open. If you run it through the wave as is, and solder over the vacant holes, the PCB won’t function properly. How do you keep the p...
Read This Post

Ultimate Guide to Electronic Soldering
What is soldering? Soldering is the joining of two metal surfaces mechanically and electrically, with the use of metal called solder (pronounced “sodder”). Solder secures the connection so it doesn’t break loose from vibration, other mechanical forces and provides electrical conti...
Read This Post

How to Identify Ionic Contamination Sources in PCB Assembly
What causes PCB failure? Whether it's a catastrophic failure or a latent field failure, nothing is more frustrating and expensive than when a circuit board stops functioning. The design was prototyped and thoroughly tested, and yet, has problems once in full production. What happened?! I can&rsq...
Read This Post

5 Best Practices for Cleaning High Reliability PCBs
Aerosol cleaning introduces a continuous supply of clean, unused solvent throughout the entire bench cleaning process of printed circuit boards (PCBs). Aerosol cleaning prevents the introduction of new contaminants. While there are some obvious pros of aerosol cleaning, questions remain as to whethe...
Read This Post
You did not finish submitting your information to request a sample