-40%

Electrothermal CMU Uncontrolled Heating Mantle CMU12/LX1 (12 L Flask Capacity)

$ 366.96

Availability: 100 in stock
  • Country/Region of Manufacture: United States
  • Condition: Switched on 1 time to test. Slight discoloration in white heating pocket.
  • Brand: Electrothermal
  • Model: CMU Uncontrolled Heating Mantle CMU12/LX1
  • All returns accepted: ReturnsNotAccepted

    Description

    Reduced
    from 00.00
    NOW 5.00 (USD)
    Electrothermal CMU Uncontrolled Electromantle Heating Mantle CMU12/LX1 (12 L)[SWITCHED ON ONCE]
    CMU Uncontrolled Electromantles. CMU heating mantles are used in wet chemistry to heat liquids in round bottom flasks. The metal case is designed to remain "cool-to-the-touch" when in operation. Electrothermal heating mantles have a grounded stainless steel earth screen covering the element and are double fused for added safety.
    • Switched on 1 time to test - In Original Box.
    • Valuable for fume hood or remote working
    • Must be used with a controller; recommended controllers are MC5 and MC242 (n.b., not included)
    • "Cool-to-touch" outer casing
    • Element temperatures up to 450°C.
    • Replaceable insulated heater cartridge
    • Rugged, easy to clean powder coated aluminium casing
    • Non-skid feet and support clamps (but not including the support rods)
    • Flexible coiled heating elements absorb shock, minimising the risk of flask breakage
    • Heating element is attached to a rigid thermal insulating cartridge to ensure maximum heat transfer and support
    • Safety features such as grounded earth stainless steel screen covering the heating element and double fuses
    • Dimensions W x D x H, in (cm)19 (48.5) x 21 (53.5) x 11 (28).
    • CMU12/LX1 12 Litres 115V, 50/60Hz, 2000W
    • The CMU Electromantles are CE and CSA approved for 115V models.
    MC-5 Controller - For Remote Working. This may be valuable when remote working is preferred, for example when experiments are being conducted in fume hoods. Note: The MC-5 Controller is not included but is necessary to operate the CMU Uncontrolled Electromantles.