Representative Image

IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic

Brand:IKA

Accuracy

Dimensions (ØxL)

For

Length

Max. temperature

Min. temperature

Temperature

Type

Usable length

Specifications

Compare models
HS Code #
90251900
Accuracy
±0.15 K
Accuracy class
A
Accuracy
0.15 K
Ø
3 mm
Dimensions (ØxL)
3 x 230 mm
For
RCT basic, RET basic, C-MAG HS digital
Length
230 mm
Material
Stainless steel 1.4571
Max. temperature
350 °C
Min. temperature
-20 °C

$373.87

Inc. GST

Available soon

Product description

The IKA Temperature Sensor PT 1000.60, Stainless Steel, For RCT Basic 9.720 240 is designed for accurate temperature measurement in compatible laboratory stirring and heating applications. Made from stainless steel, this sensor supports reliable temperature monitoring when used with the IKA RCT basic system.

Key Features:

  • Brand: IKA
  • Product Type: Temperature sensor
  • Model: PT 1000.60
  • Material: Stainless steel
  • Compatibility: For RCT basic 9.720 240
  • Application: Suitable for laboratory temperature monitoring with compatible IKA equipment

This IKA temperature sensor is suitable for laboratories requiring a stainless steel PT 1000.60 sensor for compatible RCT basic heating and stirring workflows.

Downloads

Compare similar models

Temperature sensor PT 1000.60 stainless steel, for RCT basic 9.720 240

Manufacturer P/N

0003516800

Part Number

6.229 702

Manufacturer

IKA

Dimensions (ØxL)

3 x 230 mm

Temperature probe PT 1000.80
Available soon
IKA Temperature Probe PT 1000.80

$396.90

Inc. GST

Manufacturer P/N

0004443000

Part Number

9.720 352

Manufacturer

IKA

Dimensions (ØxL)

3 x 150 mm

Frequently asked questions

It is designed for accurate temperature measurement in compatible laboratory stirring and heating applications. Made from stainless steel, this sensor supports reliable temperature monitoring when used with the IKA RCT basic system.

Insights

Explore
Burette vs Pipette: Key Differences and Which to Use

4 mins read

Burette vs Pipette: Key Differences and Which to Use

This guide explains the practical difference between a burette and a pipette, two instruments that are often confused because both dispense measured volumes of liquid, but that are built for genuinely different jobs. It breaks down how a burette's stopcock and full-length graduated scale let an operator dispense a variable, watched volume and stop the instant a reaction reaches its endpoint, versus how a pipette (volumetric, graduated or micropipette) is built to transfer one known or pre-set volume in a single action. Rather than presenting the two as competing options, the piece frames them as complementary tools tied to different steps in a procedure: burettes for titration and any reaction where the target volume isn't known in advance, pipettes for sample preparation, dilutions and any step where the volume is already fixed.

Read full story
Top 5 Brands for Graduated Cylinders in 2026

4 mins read

Top 5 Brands for Graduated Cylinders in 2026

This guide compares the five graduated cylinder brands most commonly used across Australian laboratories: Hirschmann Laborgeräte (DURAN® glass), Kartell (PMP plastic), ISOLAB Laborgeräte, BRAND (BLAUBRAND®) and VITLAB. Rather than treating graduated cylinders as interchangeable, it breaks down what actually separates them, Class A versus Class B accuracy tolerances, glass versus plastic construction, base stability and certification standards such as USP conformity, and explains which of these differences genuinely matter depending on the work.

Read full story
Top 5 Brands for Erlenmeyer Flasks in 2026

4 mins read

Top 5 Brands for Erlenmeyer Flasks in 2026

This guide compares the five Erlenmeyer flask brands most commonly used across Australian laboratories today: DWK Life Sciences (DURAN®), ISOLAB Laborgeräte, LLG Labware, BRAND and Kartell. Rather than treating all Erlenmeyer flasks as interchangeable, it breaks down what actually separates them in practice, wall thickness consistency, thermal shock resistance, neck and closure compatibility, and material choice between borosilicate glass and polypropylene, and explains which of these differences matter for which kind of lab work.

Read full story