Recirculating Chiller YR02301 - Kalstein/en

Recirculating Chiller YR02301

The fundamental design criteria for a laboratory recirculator are essential for biological or chemical applications. These equipment can be air to air or air to liquid, depending on the use that will be given. For air-to-air models, a feedback air recirculation recirculator is required to map direction in laminar flow. Appropriate filter elements are essential to ensure accurate circulation.

On the other hand, air-to-liquid models require optimal flow to obtain effective ventilation. A circulatory system with appropriate filters is necessary to provide the maximum protection against contamination that can be obtained. The number of outlet stations, as well as the amount of ventilation and space in which they operate, should be taken into account. The use of chemical resistant materials with good mechanical resistance is also a factor to be considered when selecting a laboratory recirculator.

Types of Recirculation Cooler a Laboratory May Need

Recirculation Cooler YR02301

This compact chiller is specially designed for laboratory-scale rotary evaporators. It is reasonably structured with a small footprint, which can be placed on a bench or on the floor....

 
 

Our Best Selling Recirculation Cooler

Biosafety in laboratory recirculators is a relevant topic today. In order to ensure safety in such recirculators, certain aspects should be considered. The first aspect is, you should use a team with good quality certification to avoid any infection or contagion. Maintenance and monitoring of the recirculator should be done frequently, as once a year is not enough, this is because older recirculators are prone to detachment of particulate matter and pollutants. In addition, the recirculator should be cleaned as instructed and entry restricted to individuals outside the laboratory and essential protective equipment should be worn to avoid exposure to any pathogen.

Analysis of the best Recirculation Cooler for your laboratory

What are the benefits of using a laboratory recirculator?

A laboratory recirculator offers a variety of benefits that cannot be achieved through traditional use of equipment ...

 
 

How to ensure biological safety in laboratory recirculators?

Biosafety in laboratory recirculators is a relevant topic today. In order to ensure safety in such recirculators...

 
 

How does the recirculator affect energy savings?

Energy saving is an increasingly important issue in our society, as fossil fuels are depleted and climate change...

 
 

What are the steps to follow to properly set up a recirculator?

In order to provide a safe and healthy environment, having a recirculator is key; these monitoring stations...

 
 
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Guides to becoming an expert in Recirculation Cooler

Recirculation Coolers are essential products in a laboratory, we provide guides and recommendations for better use, so you can work as an expert.

What is the difference between home recirculators and laboratory recirculators?

Home circulators and laboratory recirculators are devices that have different functions and characteristics; these  ...

What laboratory volume can be recirculated through     a recirculator?              

A recirculator is a tool used in many laboratories to provide continuous circulation to substances, such as liquids...

What are the fundamental design criteria for a laboratory recirculator?

The fundamental design criteria for a laboratory recirculator are essential for biological or chemical applications...

What factors are important to consider when choosing a recirculator for a specific laboratory application?

In the laboratory industry, the unreliability of materials or equipment is one of the main factors to be taken into account when choosing a recirculator; the recirculator is used to regularize processes in a laboratory, maintaining the temperature and flow...

Frequently Asked Questions about Recirculation Coolers

To know the price of Recirculation Coolers we invite you to send us an email with your request through the contact form.

The delivery time of your  Kalstein product  it will depend on the following: 

  1. If the equipment of your interest is in stock or if it must be manufactured. 
  2. The type of freight you have chosen, this may be; air or sea.
  • Equipment in stock:  

- Delivery Time ( Aerial ):  15 -30  days .  

- Delivery Time ( Maritime 45-60  days . 

  • Equipment not in stock:  

- Delivery Time ( Aerial 30) -60  days .  

- Delivery Time ( Maritime ):  60 to 90  days . 

Can  realize  your  purchase through : 

  1. By email:โ€ฏ s [email protected] 
  2. By telephone: +33 (0) 1 78 95 87 02
  3. Trade  electronic : Through  from Kalstein's official website  in your  country . 

All Kalstein equipment has a 1-year warranty against manufacturing defects. The warranty does not cover damage caused by poor installation or operation by the user, transport defects or by uses other than those specified by the manufacturer. Warranty excludes electrical or consumable parts. For more information visit our โ€œTerms and Conditions โ€  by clicking HERE

At Kalstein, we provide our customers with induction and technical support through new online methods. You can visit our induction videos, technical assistance and guidance provided by a Kalstein team through our channel  Youtube  (Kalstein English). HERE

Of course, you can ask for a quote by the Kalstein team of your interest,  directly  from  our website  official. U Once you have identified the model of your preference,  make  click k HERE

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