科尔帕默仪器(上海)有限公司
科尔帕默仪器(上海)有限公司

Ecodyst EcoChyll S Tankless Evaporator; 115 VAC, 60 Hz

Replace conventional coolant-dependent condensers
  • Reach -20°C in under two minutes!
  • Compatible with any rotary evaporator
  • Tankless design—no antifreeze, dry ice, or water needed
  • Compact footprint saves precious bench space
  • -40 to -5°C temperature range with ±2° stability

规格与描述

  • 显示类型Dual-line digital
  • 冷凝器类型Refrigerated
  • 接头规格35/20
  • 蒸馏能力3000 mL receiving (1000-mL flask included)
  • 管规格1/2" ID hose barb
  • ZD温度 (° C)-40
  • 最高温度 (° C)-5
  • 温度分辨率0.1°C
  • 功率 (VAC)115
  • 功率 (W)656
  • 功率 (Hz)60
  • 长度 (in)12
  • 宽度 (in)10
  • 高度 (in)27
  • 长度 (cm)30.5
  • 宽度 (cm)25.4
  • 高度 (cm)68.6
  • 描述Tankless Evaporator; 115 VAC, 60 Hz

包括

Ecodenser, 1000-mL receiving flask with clamp and O-ring, 1/2"-ID vacuum tubing with pinch clamp, 100-mL Eco adapter, and power cord.

主要特点

  • Reach -20°C in under two minutes!
  • Compatible with any rotary evaporator
  • Tankless design—no antifreeze, dry ice, or water needed
  • Compact footprint saves precious bench space
  • -40 to -5°C temperature range with ±2° stability

关于该商品的更多信息

The new Ecodyst EcoChyll S tankless evaporator is progressing rotary evaporation. The state-of-the-art refrigeration unit takes the place of standard water-, ice-, dry ice-, or antifreeze-dependent glass condensers. Reach stable sub-freezing temperatures in seconds!

EcoChyll’s patented refrigerated condenser sets a new standard for cooling samples and processes—all without the use of traditional coolants. No need to purchase antifreeze, dry ice, or worry about water taps. EcoChyll S eliminates the hassles and hazards associated with dry ice usage with continuously-available cooling. The EcoChyll is easy to use, saves time and money, and is worry-free—allowing you to to focus on more complex tasks.

Conventional rotary evaporator condensers are constructed of glass, which is a poor conductor of heat. However, this tankless evaporator has a robust, chemical-resistant metal condenser that can exceed -35 °C cooling temperatures. Rapidly reach low temperatures to condense vapors from samples/solvents to decrease evaporation time and increase productivity!

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