TECHNE ANALOGUE DRY BLOCK HEATERS Temp Range: 5°C to 200°C

About this item

Techne Dri-Block® heaters are a source of precision temperature control for general heating and incubating applications as well as sensitive analytical procedures particularly suited to microbiology and clinical laboratories. They are designed for precise heating of test-tubes, microcentrifuge tubes, cuvettes and microtitre plates. Techne® Dri-Block® heaters cover the temperature range from ambient +5°C to 100°C or 200°C (depending on model) using machined aluminium alloy Dri-Block® inserts as the heat transfer medium. Independent indicator lights indicate mains power and heater action.

Key Features

Small, light, compact footprint - flat top surface allows units to be stacked in storage.

Can hold any combination of aluminium insert blocks, depending on the model chosen.

High quality, precision-engineered aluminium blocks provide excellent thermal contact.

Versatile range of interchangeable heating blocks to fit all popular sample tubes and plates.

Documentation

[PDF] Techne Dri-Block Range Brochure + Full Specs

Model Range Specification & Ordering Information:

Model	Specifications
DB-2A	Small, light and stackable with a compact footprint. Can hold up to 2 aluminium insert blocks or one 96-well plate block. Temperature setting is by a calibrated dial. Temperature range from ambient to 100°C. Fast heat-up rate: 30°C to 100°C in just 12 minutes. Temperature stability at 40°C: ± 0.05°C.
DB-3	The DB-3 is designed to hold up to 3 aluminium insert blocks or one 96-well plate block. Temperature setting is by a calibrated dial. Temperature range from ambient to 100°C. Fast heat-up rate: 30°C to 100°C in just 18 minutes. Temperature stability at 40°C: ± 0.05°C.
DB-3A	Temperature range from ambient to 200°C for higher temperature applications. Can hold up to 3 aluminium insert blocks or one 96-well plate block. Temperature setting is by a calibrated dial. Powerful heater for fast heat-up rate: 30°C to 200°C in just 30 minutes. Temperature stability at 40°C: ±0.1°C.