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SKU: SEN-MAX6675-KTYPE

MAX6675 Thermocouple Temperature Sensor Module with K-Type Probe (0–800°C)

Cold-junction-compensated K-type thermocouple-to-digital converter with SPI interface and stainless steel temperature probe for kilns, ovens, and 3D printer extruders.

Quick Summary & Specs

MAX6675 Thermocouple Temperature Sensor Module with K-Type Probe (0–800°C) is an original, pre-tested electronic module designed for Arduino, ESP32, Raspberry Pi, robotics, and embedded engineering projects. Includes verified pinout compatibility and nationwide express shipping across Pakistan.

24-48h Dispatch Cash on Delivery 7-Day Support & Warranty
Rs 720.00 Rs 800.00 -10% OFF

75 In Stock
Tested & Quality Guaranteed 100% Pre-tested & Genuine Silicon. 7-Day Replacement Warranty Across Pakistan.
Fast Local & Nationwide Shipping Same-Day Dispatch in Lahore | 2-3 Days COD to Karachi, Islamabad & All Pakistan.

The MAX6675 Thermocouple Module is engineered specifically for extreme high-temperature industrial monitoring where standard thermistors or digital sensors would melt.

Key Engineering Features:

- Extreme Temperature Range: Measures temperatures from 0°C up to +800°C with 0.25°C resolution.
- Cold-Junction Compensation: Internal cold-junction reference ensures highly accurate readings regardless of ambient board temperature.
- Stainless Steel Armored Probe: Includes a heavy-duty braided stainless steel K-type thermocouple probe with M6 threaded screw head.
- Digital SPI Readout: 12-bit read-only SPI serial data stream eliminates analog thermocouple amplifier calibration hassles.

Common Engineering Applications:

- Industrial heat-treatment ovens, kilns, and smelters
- 3D printer high-temperature all-metal hotends and heated beds
- Engine exhaust gas temperature (EGT) telemetry
- Coffee roaster and food processing thermal logging

What's Included in the Package:

  • 1x MAX6675 K-Type Thermocouple Breakout Board
  • 1x 50cm Stainless Steel Braided K-Type Thermocouple Probe (M6 Thread)
  • 1x 5-Pin Dupont Jumper Cable

Pinout Interfacing & Testing Guide:

Step 1: Verify Pinout & Voltage

Check the silkscreen pin labels (VCC, GND, SDA/SCL or I/O) and confirm whether your microcontroller uses 3.3V or 5V logic.

Step 2: Connect to Microcontroller

Wire the power, ground, and signal pins to your Arduino, ESP32, or Raspberry Pi using breadboard jumper wires.

Step 3: Run Sample Test Sketch

Upload a standard test sketch via Arduino IDE or MicroPython and verify live readings on the Serial Monitor.

Component Quality Note: Every sensor, display, and driver module is bench-inspected and covered by our 7-day replacement warranty.
Custom Prototyping & FYP Enclosures

Need a Custom 3D Printed Casing or Multilayer PCB?

Get custom snap-fit enclosures and robotics parts printed via our custom 3D printing service in Lahore & Pakistan, or order industrial double-sided circuit boards through our custom PCB fabrication service with nationwide delivery.

Key Features

Direct Digital SPI Bus No noisy analog op-amp tuning required.
Extreme 800°C Range Handles extreme industrial heat without degradation.
On-Chip Cold Junction Compensation Accurate regardless of ambient seasonal temperatures in Pakistan.

Specifications

Cold-Junction Compensation Range -20°C to +85°C
Dimensions 15mm x 25mm
Interface Protocol SPI Serial Interface (Read-Only: SO, SCK, CS)
Resolution 12-bit, 0.25°C per LSB
Sensing Temperature Range 0°C to +800°C (32°F to +1472°F)
Supply Voltage 3.0V – 5.5V DC
Thermocouple Probe K-Type Braided Stainless Steel Lead with M6 Screw Stud (50cm length)

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