Skip to main content
v2026.11,610 entries · CC-BY 4.0

Ask a research-administration question

Answers are drawn from CASRAI and the rest of the CASRAI corpus, with a link to every source.

Answers are AI-generated from CASRAI’s own published pages and can be wrong, so check the linked sources before relying on one; your question is logged without personal data — never sold, never used to train a third-party model — to show us what CASRAI is missing, so please do not type personal or confidential details. How we use this

CASRAI is the reference for research administration — bookmark it for the next question.

Huber Minichiller 600 & 600-H OLÉ

Huber

Huber Minichiller 600 & 600-H OLÉ

in Chiller/Heater Combos

$7,790.00 - $12,000.00

In stock

Price varies by Size and Certification.

Two benchtop chillers on one chassis: the 600 OLÉ at −20 to +40 °C and the 600-H at −20 to +100 °C. They take different electrical supplies.

Size
Certification

Choose Size and Certification to continue.

Buying through procurement?

Generate a formal quotation for 1 × this item, plus our W-9 — everything your finance department needs to raise a purchase order.

Choose Size and Certification to continue.

Description

The compact Huber Minichiller 600 is an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints, only requiring 225 x 360 mm on the laboratory bench and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A 1 kW heater is optionally available with which the temperature range can be extended to +100°C. Minichillers are available as both air and water cooled models and use natural refrigerants.
The new OLÉ controller combines state-of-the-art technology with simple operation. OLÉ models are suitable for routine tasks in research and industry and are convincing as practice oriented basic equipment. Option: Pt100 sensor connection #10519 to display (not control) e.g. of the process temperature (only available factory fitted, additional charge).

*600 OLÉ DATA Sheet*
*600-H OLÉ DATA Sheet*

MODEL

600 OLÉ

600-H OLÉ

General Information & Temperature Controller

Temperature range

-20…40 °C

-20…100 °C

Temperature stability

±0.5 °C

±0.2 °C

Temperature Display

OLED Display

OLED Display

Display resolution

0.1 °C

0.1 °C

Alarm message

optical, acoustical

optical, acoustical

Controller

OLÉ

OLÉ

Safety class

I / NFL

III / FL

Protection class

IP20

IP20

Dimensions (W x D x H)

280 x 490 x 424 mm

280 x 490 x 424 mm

Weight

36 kg | 79.38 pounds

36 kg | 79.38 pounds

Heating / Cooling Capacity

Cooling capacity

15 0 -10 -20 ° C0,6 0,5 0,35 15 kW

Cooling machine

air-cooled

Refrigerant

R290 (A3, H220) (0,085 kg)

Circulation Pump

Pressure pump max.

24 lpm ; 0.7 bar | 6.34 gpm ; 10.15 psi

Suction pump max.

18 lpm ; 0.4 bar | 4.76 gpm ; 5.8 psi

Pump connection

M16x1 AG male

Connections

Digital interface

USB, RS232

Operating Data

Noise Level

56 dB(A)

Filling Volume min

2.8 Liters | 0.74 gal

Volume of expansion

2.2 Liters | 0.58 gal

Power supply

110-120V 1~ 60Hz

208-240V 1~/2~ 50/60Hz

Current max.

8,5 A

12 A

Frequently asked questions

What is the difference between the 600 OLÉ and the 600-H OLÉ?+

The 600 OLÉ works from −20 to +40 °C with ±0.5 °C stability and is safety class I / NFL. The 600-H adds heating, extends the range to −20 to +100 °C, improves stability to ±0.2 °C, and is safety class III / FL — the classification that matters if you intend to run flammable thermofluids.

Do the two models need different power supplies?+

Yes, and this is the usual constraint at installation. The 600 OLÉ runs on 110–120 V 1~ 60 Hz drawing up to 8.5 A. The 600-H OLÉ runs on 208–240 V 1~/2~ 50/60 Hz drawing up to 12 A. Confirm the available outlet before selecting the -H variant.

What cooling capacity is available?+

The data sheet gives 0.6 kW at +15 °C, 0.5 kW at 0 °C and 0.35 kW at −10 °C. Both models use the same air-cooled circuit with an 85 g charge of R290, classified A3 / H220 — a flammable refrigerant, so review the siting against your institution's requirements.

What are the pump specification and fill volumes?+

The pressure pump delivers 24 lpm at 0.7 bar and the suction pump 18 lpm at 0.4 bar, through M16x1 male connections. Minimum filling volume is 2.8 litres with a 2.2 litre expansion volume. Noise level is 56 dB(A).

What is supplied with each unit?+

Both data sheets (3066.0001.98 for the 600, 3066.0003.98 for the 600-H) list an NW12 hose connector (#6087), M16x1 sleeve nuts (#6089), a blank plug (#6088) and an expansion vessel cover (#25178). Hoses and thermofluid are optional.

How is the unit monitored?+

The OLÉ controller drives an OLED display with 0.1 °C resolution and both optical and acoustic alarm signalling, with USB and RS232 interfaces for logging. Both models measure 280 × 490 × 424 mm and weigh 36 kg (79.4 lb).

Referenced across the research world

University of Cambridge logoColumbia University logoCrossref logoUniversity of Edinburgh logoHarvard University logoUniversity of Oxford logoPrinceton University logoStanford School of Medicine logoUniversity College London logoORCID logoUniversity of Cambridge logoColumbia University logoCrossref logoUniversity of Edinburgh logoHarvard University logoUniversity of Oxford logoPrinceton University logoStanford School of Medicine logoUniversity College London logoORCID logo
  • University of Cambridge logo
  • Columbia University logo
  • Crossref logo
  • University of Edinburgh logo
  • Harvard University logo
  • University of Oxford logo
  • Princeton University logo
  • Stanford School of Medicine logo
  • University College London logo
  • ORCID logo

View CASRAI adoption →