IKA Digital Block Thermostat Dry Block Heater 2 S 3, for 2 Aluminium Block Inserts, up to 120 °C, with Swiss Plug

The IKA Digital Block Thermostat Dry Block Heater 2 S 3 is a compact and precise laboratory heating unit designed for reliable temperature control. Accommodating up to two aluminium block inserts, it provides uniform and accurate heating up to 120 °C, making it ideal for a wide range of laboratory applications. With a digital interface for precise adjustment and a Swiss plug for international compatibility, this dry block heater delivers efficient performance and user-friendly operation in modern laboratory environments.

Key Features:

• Brand: IKA
• Model: 2 S 3
• Capacity: Holds 2 aluminium block inserts
• Temperature Range: Adjustable up to 120 °C for diverse heating applications
• Control: Digital interface with precise temperature adjustment
• Functions: Countdown timer (1 min – 99 h 59 min) and heating time counter
• Applications: Ideal for enzyme reactions, incubation, DNA denaturation, immunoassays, and culture tests
• Safety: Fixed safety circuit, error code display, and acoustic signal at end of test
• Plug Type: Swiss plug

Note: Supplied without aluminium blocks. Please order blocks separately.

The IKA Dry Block Heater 2 S 3 offers dependable temperature stability, precision control, and a compact footprint—making it an excellent choice for professional laboratories.

Frequently Asked Questions

1. What is the IKA Digital Block Thermostat Dry Block Heater 2 S 3, for 2 Aluminium Block Inserts, up to 120 °C, with Swiss Plug used for?

It is a compact and precise laboratory heating unit designed for reliable temperature control. Accommodating up to two aluminium block inserts, it provides uniform and accurate heating up to 120 °C, making it ideal for a wide range of laboratory applications. With a digital interface for precise adjustment and a Swiss plug for international compatibility, this dry block heater delivers efficient performance and user-friendly operation in modern laboratory environments.

2. Is the IKA Digital Block Thermostat Dry Block Heater 2 S 3, for 2 Aluminium Block Inserts, up to 120 °C, with Swiss Plug suitable for enzyme reactions, incubation, DNA denaturation, immunoassays, and culture tests?

Yes. It is designed for enzyme reactions, incubation, DNA denaturation, immunoassays, and culture tests, and offers holds 2 aluminium block inserts and adjustable up to 120 °C for diverse heating applications to support this kind of work.

3. What capacity and temperature range does the IKA Digital Block Thermostat Dry Block Heater 2 S 3, for 2 Aluminium Block Inserts, up to 120 °C, with Swiss Plug have?

It has holds 2 aluminium block inserts, adjustable up to 120 °C for diverse heating applications and digital interface with precise temperature adjustment, and is supplied under manufacturer part number 4025203.

4. What functions and safety does the IKA Digital Block Thermostat Dry Block Heater 2 S 3, for 2 Aluminium Block Inserts, up to 120 °C, with Swiss Plug offer?

It offers countdown timer (1 min – 99 h 59 min) and heating time counter, fixed safety circuit, error code display, and acoustic signal at end of test, swiss plug and stepless adjustable temperature up to 120 °C.

5. How does the IKA Digital Block Thermostat Dry Block Heater 2 S 3, for 2 Aluminium Block Inserts, up to 120 °C, with Swiss Plug compare with the Grant Block Thermostat QBH2, 2 Blocks, 300 W, 220-240 V from Grant?

For enzyme reactions, incubation, DNA denaturation, immunoassays, and culture tests, the IKA model is the better choice, offering holds 2 aluminium block inserts, adjustable up to 120 °C for diverse heating applications and digital interface with precise temperature adjustment. The Grant model offers a block capacity of 2 interchangeable blocks, a power of 300 W and a power supply of 220-240 V, 50/60 Hz as an alternative, while the IKA model's holds 2 aluminium block inserts and adjustable up to 120 °C for diverse heating applications help make it a strong fit for enzyme reactions, incubation, DNA denaturation, immunoassays, and culture tests.