Skip to Content

Ai -30°C 40L Recirculating Chiller with 30L/Min Centrifugal Pump

https://lab.gentaur.fr/web/image/product.template/125402/image_1920?unique=0f79d3d
(0 review)
Ai C30-40 series recirculating chillers are the true thermostatic control laboratory chiller, these closed laboratory chillers are ideal for applications such as cooling rotary evaporators, analytical instrumentation , laser etching, ICP, vacuum systems, plasma etching and jacketed reactors. This system can also be used as a replacement to tap water cooling in laboratory applications. Ai C30-40 are compressor-based recirculating chillers that offer outstanding performance and high reliability as well as quiet operation and ease-of-use. Powerful force/suction pump provides constant flow rates, while microprocessor PID controller gives you the ideal solution when you need precise temperature control or cooling below ambient temperature. IMPORTANT! -30C/-22F ULTIMATE TEMPERATURES ARE TESTED UNDER EMPTY LOAD CONDITION (NO ROTARY EVAPORATORS OR JACKETED REACTORS ATTACHED). C30-40 circulating chiller features ETL tested to UL and CSA standards No dry ice or liquid nitrogen needed Advanced PID digital temp controller Built-in chilling fluid filter protects the recirculating pump and prevent blockage All steel construction for durability Eco-friendly R404A refrigerant Cost saving as the water consumption is completely eliminated Built-in casters for mobility Insulated tubing included Recommended for 50L rotary evaporators

12,990.00 € 12990.0 EUR 12,990.00 € Tax Excluded

12,990.00 Tax Excluded

Not Available For Sale

This combination does not exist.

Cet anticorps sera garantie pour WB en France par Gentaur Laboratoire.

Terms and Conditions
30-day money-back guarantee
Shipping: 2-3 Business Days


Internal Reference: C30-40-50L
Website URL: /shop/c30-40-50l-ai-30degc-40l-recirculating-chiller-with-30l-min-centrifugal-pump-125402


Votre snippet dynamique sera affiché ici... Ce message est affiché parce que vous n'avez pas défini le filtre et le modèle à utiliser.