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3D Printer Cable

RUIYI Silca gel CAN Tool Head Wire Harness - XT30 This pre-crimped and ready to install wire harness from ruiyi is designed for use with the MellowFly SB2040 CAN bus toolhead PCB. It is hand made with genuine connections and 18/24ga Silca gel wire

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Product Feature

Features:

Generous length suitable for most 3D printers

Silca gel wire designed for long-term use in drag chains

Genuine XT30 and JST connectors/receptacles

Fused power supply lead for additional protection

Cable	Silca gel or FEP 18AWG+24AEG
Connector	XT30(2X2)-F
Wire	tinned core
Rated temperature	-40~ 200℃
Wire harness	FEP/Silca gel
Applicable voltage	300V AC/DC
Flammability rating	94V-0, VW-1, CSA FT1

Packaging & Shipp
Packaging	PE bag per pcs Customized packaging is available
Carton size	40cm30cm25 cm. Customized carton is available
Shipping by air	2-7days
Shipping by vessel	10-25days depend on the port of destination
Logistics and transportation	sea transportation/air transportation/land transportation
Payment method	TT
Minimum order quantity	200pcs
Delivery time	15~25D
Supply capacity/month	50000PCS

1702459449175678

Includes:

CAN harness for use with CAN toolhead boards utilizing the XT30 Input type (Mellow SB2040 and otherwise)

Wire color legend sticker for future servicing identification

Here are some common types of cables that may be used in a 3D printer:

Stepper Motor Cables: These cables connect to the stepper motors in the 3D printer and are responsible for transmitting power and signals to control the printer's movements.

Heater Cartridge Cables: Used to connect the heating elements, such as the heated bed and nozzle, these cables transmit power to the heating components to achieve the desired temperature.

Thermistor Cables: Connected to thermistors, these cables are essential for monitoring the temperature of the 3D printer. This is crucial for temperature control and ensuring print quality.

Limit Switch Cables: These cables connect to limit switches that detect the position of the print head and print bed during the printing process, ensuring the accuracy of movements.

Connector Cables: These cables connect to various terminals and connectors within the 3D printer, facilitating communication between different parts of the printer.

Q&A

How do Stepper Motor Cables contribute to 3D printing?

Stepper Motor Cables connect to the stepper motors in a 3D printer, serving as the lifeline for controlling the precise movements of the printer. These cables enable the accurate positioning of the print head and other moving parts.

What is the significance of Heater Cartridge Cables in 3D printing?

Heater Cartridge Cables are essential components that link the 3D printer to its heating elements, such as the heated bed and nozzle. These cables facilitate the efficient transmission of power to maintain the desired temperature for optimal printing conditions.

How do Thermistor Cables contribute to temperature control in 3D printing?

Thermistor Cables are crucial for monitoring the temperature of the 3D printer. By connecting to thermistors, these cables enable real-time temperature feedback, ensuring precise control over the printing environment and enhancing overall print quality.

What considerations should users keep in mind regarding 3D Printer Cables?

Users should be mindful of cable quality, proper installation, and maintenance practices. Ensuring that cables are correctly connected and well-maintained contributes to the longevity and reliability of a 3D printer, ultimately impacting the overall user experience and print quality.