Spiral Heating Element

parts help
1

Name of the part
Spiral Heating Element CH-220/600 (for electric hot plates)

Previous work, similar parts
None specifically found for this exact visual representation. Generic power resistors are sometimes used as a stand-in, but a dedicated part with a coil graphic would be preferable.

Top view

The part is a coiled resistive wire, forming a loose spiral.
Connectors: Two, one at each end of the resistive wire.
These would typically be bare wire ends for connection via screw terminals or crimp connectors in an appliance.
The image provided:
Image of heating coil and packaging

Datasheet
No formal PDF datasheet is available. The information is derived from the product packaging shown in the image:

  • Manufacturer (implied): КУЙБЫШЕВСКИЙ КАБЕЛЬНЫЙ ЗАВОД (Kuibyshev Cable Factory)
  • Brand/Product Line: “КУЙБЫШЕВКАБЕЛЬ” (KuybyshevKabel)
  • Product Name: СПИРАЛЬ ЭЛЕКТРОНАГРЕВАТЕЛЬНАЯ ДЛЯ ПЛИТОК (Spiral Electric Heater for Hot Plates)
  • Model/Type: CH-220/600
  • Voltage: 220 ВОЛЬТ (220 Volts)
  • Power: 600 ВАТТ (600 Watts)

Type

Resistor (R) (Heating elements are essentially power resistors)

Footprint
This is a wire-ended component. It does not have a standard PCB footprint like SOT23-5 or TO-220.
For PCB view, it would require two through-hole pads for connecting the wires. The spacing would depend on the application. A generic two-pin header footprint with appropriate pad size for high current might be suitable, or simply two customizable pads.

2

Insufficient information to do anything useful with. A google search for “Kuibyshev Cable Factory CH-220/600” comes up with no matches. We would need connection information and physical size to make a part neither of which are here.

Peter

3

it’s Electric resistance wire

4

In that case a Fritzing wire between two pins will do what you want. You can curve it in any way you wish. A part can not change its shape and will thus not be all that useful that I can see.

Peter

5

For schematic, a basic inductor, resistor, or pair of inductor and resistor seems accurate. For PCB, a pair of terminal header pins (or screw terminals, or …) to match how it would be physically attached. For breadboard, a pair of header pins with the resistor or inductor connected between to match to schematic. If you want the breadboard ‘pretty’, take whatever graphic you want for the part, and place it as an image in breadboard view. SVG format with transparent background preferred. Run wires to the image. Make that under the image to the resistor/inductor, and have the image hide the resistor/inductor parts.