M12 K/E Type Thermocouple Temp Sensor 0–600°C | 1–5M Cable Thermocouple Sensor Axl M12 Type E 1M

M12 K/E Type Thermocouple Temp Sensor 0–600°C | 1–5M Cable

M12 Type E 1M
Sale price  $13.97 Regular price $16.76
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M12 K/E Type Thermocouple Temp Sensor 0–600°C | 1–5M Cable Thermocouple Sensor Axl M12 Type E 1M

M12 K/E Type Thermocouple Temp Sensor 0–600°C | 1–5M Cable

Sale price  $13.97 Regular price $16.76
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M12 K/E Type Thermocouple Temperature Sensor – Shielded Wire, 0–600°C

The CKCTINNER M12 Thermocouple Temperature Sensor is a robust, industrial-grade solution for accurate temperature measurement across a wide range of applications. With a bayonet compression spring mounting style and removable M12×1.5 threaded fitting, this sensor installs securely and can be repositioned or replaced with ease. Available in both K-type and E-type configurations, and in cable lengths of 1m, 2m, 3m, 4m, or 5m, it's a versatile choice for temperature controllers, ovens, furnaces, and industrial automation systems.

Made in Mainland China.

Key Features

  • Type: K & E type thermocouple sensor
  • Mounting Style: Bayonet compression spring with removable M12×1.5 thread
  • Temperature Range: 0–600°C (32–1112°F)
  • Body Material: Durable stainless steel
  • Cable Internal Insulation: Fibreglass for high-temperature resistance
  • Cable External Shielding: Metal braid shielding for noise reduction and signal integrity
  • Available Cable Lengths: 1m, 2m, 3m, 4m, or 5m
  • Application: Industrial temperature controllers, furnaces, ovens, and process control equipment
  • No battery required

Why Choose This Thermocouple Sensor?

  • Wide Temperature Range – Measures reliably from 0°C up to 600°C, suitable for a broad range of industrial environments.
  • Shielded Cable – Metal braid shielding minimises electromagnetic interference, ensuring clean and accurate readings even in electrically noisy environments.
  • Stainless Steel Construction – Corrosion-resistant and built to withstand demanding industrial conditions.
  • Fibreglass Insulation – High-temperature cable insulation rated for the full operating range of the sensor.
  • Removable Thread Design – Easy installation and maintenance with a removable M12×1.5 threaded connection.
  • Multiple Length Options – Choose from 1m to 5m cable lengths to suit your specific setup requirements.

Specifications

Model M12
Thermocouple Type K & E Type
Thread Size M12×1.5
Temperature Range 0–600°C
Material Stainless Steel
Cable Insulation Fibreglass
Cable Shielding Metal Braid
Cable Length Options 1m / 2m / 3m / 4m / 5m
Battery Required No
Origin Mainland China

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Frequently Asked Questions

Q: What is the difference between the K-type and E-type thermocouple sensor options?

A: K-type thermocouples use Chromel/Alumel alloys and are among the most widely used general-purpose sensors, covering a range of 0–600°C with good accuracy. E-type thermocouples use Chromel/Constantan alloys and offer a higher output signal (higher sensitivity) in a similar temperature range, making them well-suited for applications where greater precision is needed. Both are available with the same M12×1.5 thread and shielded cable construction.

Q: Is this thermocouple sensor compatible with standard temperature controllers?

A: Yes. This M12 thermocouple sensor outputs a standard millivolt signal compatible with most industrial and commercial temperature controllers that accept K-type or E-type thermocouple inputs. Always verify your controller's input specification matches the thermocouple type (K or E) before ordering.

Q: Can I use this sensor outdoors or in wet environments?

A: The stainless steel probe and metal-braided shielded cable offer good durability in industrial environments. However, this sensor is primarily designed for industrial temperature monitoring in dry or controlled environments. For use in wet or outdoor conditions, ensure appropriate IP-rated enclosures or sealing measures are in place at the connection points.

Q: Which cable length should I choose?

A: Measure the distance from your sensor mounting point to your temperature controller or data logger, then select the nearest cable length that comfortably reaches without excess slack. Options range from 1m to 5m. A slightly longer cable is generally preferable over one that is too short, as cables can be managed with ties but cannot easily be extended.

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