IKA Digital Block Thermostat Dry Block Heater 4 S 2, for 4 Aluminium Block Inserts, up to 120 °C, with UK Plug

The IKA Digital Block Thermostat Dry Block Heater 4 S 2 is a high-performance laboratory heating unit designed for precise temperature control across multiple samples. Accommodating up to four aluminium block inserts, it provides uniform and reliable heating up to 120 °C, ensuring consistent results for a wide variety of laboratory applications. Equipped with a digital interface, countdown timer, and built-in safety features, this dry block heater is ideal for enzyme reactions, incubation, DNA denaturation, and other temperature-sensitive tasks. Supplied with a UK plug for convenient setup.

Key Features:

• Brand: IKA
• Model: 4 S 2
• Capacity: Holds 4 aluminium block inserts
• Temperature Range: Adjustable up to 120 °C
• Control: Digital display for accurate temperature and timer settings
• Functions: Countdown timer (1 min – 99 h 59 min), heating time counter, and acoustic signal at test end
• Temperature Sensor: PT 1000 sensor enables direct sample temperature control
• Safety: Error code display and fixed safety circuit for reliable operation
• Plug Type: UK plug
• Applications: Suitable for PCR tubes, microplates, cuvettes, and enzyme-based assays

Note: Supplied without aluminium blocks — please order separately.

The IKA Dry Block Heater 4 S 2 combines high capacity, precision heating, and robust safety features, making it an essential tool for laboratories requiring accurate temperature control across multiple samples simultaneously.

Frequently Asked Questions

1. What is the IKA Digital Block Thermostat Dry Block Heater 4 S 2, for 4 Aluminium Block Inserts, up to 120 °C, with UK Plug used for?

It is a high-performance laboratory heating unit designed for precise temperature control across multiple samples. Accommodating up to four aluminium block inserts, it provides uniform and reliable heating up to 120 °C, ensuring consistent results for a wide variety of laboratory applications. Equipped with a digital interface, countdown timer, and built-in safety features, this dry block heater is ideal for enzyme reactions, incubation, DNA denaturation, and other temperature-sensitive tasks. Supplied with a UK plug for convenient setup.

2. Is the IKA Digital Block Thermostat Dry Block Heater 4 S 2, for 4 Aluminium Block Inserts, up to 120 °C, with UK Plug suitable for PCR tubes, microplates, cuvettes, and enzyme-based assays?

Yes. It is designed for PCR tubes, microplates, cuvettes, and enzyme-based assays, and offers holds 4 aluminium block inserts and adjustable up to 120 °C to support this kind of work.

3. What capacity and temperature range does the IKA Digital Block Thermostat Dry Block Heater 4 S 2, for 4 Aluminium Block Inserts, up to 120 °C, with UK Plug have?

It has holds 4 aluminium block inserts, adjustable up to 120 °C and digital display for accurate temperature and timer settings, and is supplied under manufacturer part number 4025402.

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

It offers countdown timer (1 min – 99 h 59 min), heating time counter, and acoustic signal at test end, PT 1000 sensor enables direct sample temperature control, error code display and fixed safety circuit for reliable operation and UK plug.

5. How does the IKA Digital Block Thermostat Dry Block Heater 4 S 2, for 4 Aluminium Block Inserts, up to 120 °C, with UK Plug compare with the Grant Block Thermostat QBD4, 4 Blocks, 600 W, 220-240 V from Grant?

For PCR tubes, microplates, cuvettes, and enzyme-based assays, the IKA model is the better choice, offering holds 4 aluminium block inserts, adjustable up to 120 °C and digital display for accurate temperature and timer settings. The Grant model offers a block capacity of 4 interchangeable blocks, a power of 600 W and a power supply of 220-240 V, 50/60 Hz as an alternative, while the IKA model's holds 4 aluminium block inserts and adjustable up to 120 °C help make it a strong fit for PCR tubes, microplates, cuvettes, and enzyme-based assays.