Heater UC-5020
3~, 208V/60HZ
Temperature range: RT ~ 200℃
Temperature accuracy: 0.5℃
Heating power: 5.5 kW
Cooling capacity: 5.5 kW - 200*C; 4.0 kW - 100*C; 1,8KW - 65*C_
Circulation pump: max35 l/min
Size: 500*550*800 mm
Weight: 78KG
Voltage: 380V/50Hz 3 phase, 5.9KW
Safety features : Overheat protection and switch tilting
This equipment is a complex of closed systems, heating, insulation, microcomputer, precision mechanisms and other technologies in one high-tech product. Proper use and maintenance of the equipment will keep it in the best working condition for maximum efficiency. Its main application is in laboratory to achieve high precision temperature control, long-term thermal stability, circulation system to prevent hot spots, easy control and parameter adjustment, safety in continuous operation.
Pros:
1. Precise temperature control
*Maintains constant temperature; Ideal for applications and reactions that require controlled temperatures.
* Operating range: from room temperature to 200°C.
2. Liquid circulation
*Ensures uniform circulation of water or other liquids in the bath.
*Ensures uniform heat distribution
*Reduces the temperatureature gradients in samples
- Link
- Price
- Availability
- Quantity
- UC-5020
- 1,902.00€
- 2
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Reliable Laboratory Heating with the UC-5020 System
Last winter, our organic synthesis team ran a 72-hour reflux that needed rock-solid temperature stability. We set up the UC-5020 at 85°C and didn't touch it again until the reaction finished—that's the kind of dependability you need when expensive reagents are on the line.
Temperature Stability for Extended Reflux Operations
The UC-5020 delivers temperature control from 50°C to 200°C with exceptional stability. I've watched colleagues struggle with older heating units that swing 3-4 degrees during critical crystallization steps, ruining entire batches. When you're working with compounds that have narrow processing windows, consistent heating isn't optional—it's everything.
72-Hour Continuous Heating Performance
- Wide operating range: 50°C to 200°C covers everything from gentle warming to high-temperature distillations
- Precise control: Holds setpoint without drift during marathon reactions
- Digital monitoring: Real-time temperature readout beats guessing at analog dials
- Ceramic heating element: 1500W power delivery with long service life
When paired with the Glass reactor GRL-20CE, you get heating precision that matches the vessel's mixing capabilities. I've also run it alongside our Rotary evaporator RE-2000A for solvent recovery work where temperature accuracy directly affects yield.
Organic Synthesis Temperature Control
Not many lab heaters handle both directions of temperature change this smoothly. The UC-5020 switches between heating and cooling modes, which saves serious time when protocols require thermal cycling. Last month we ran a polymerization sequence: heat to 140°C, drop to 60°C for the next stage, then back up to 125°C—all without swapping equipment.
Rapid temperature transitions cut wait times between protocol steps. For sub-ambient work, connect it with the Heating cooling system HR-70 for expanded capability. I've seen this combo handle everything from cryogenic cooling to high-temp reflux in the same day.
Long-Duration Reaction Support
At 500×550×800mm and 78kg, the UC-5020 sits on standard lab benches without hogging floor space. Our fume hood setup includes this unit next to filtration apparatus like the Glass Vacuum Filter CLZZ-20 and Glass Vacuum Filter CLZZ-30—the compact footprint lets us keep everything within arm's reach.
The adjustable thermostat responds quickly, and the overheat protection has saved us twice when students forgot to add solvent. The tip-over switch provides extra insurance in busy environments where accidents happen. After running this heater for eighteen months straight, I trust it with our most demanding synthesis work.