The LAUDA Microcool circulation chiller line consists of five compact models, offering cooling capacities ranging from 0.25 to 1.2 kW. The user-friendly interface, featuring a large LED display and membrane keyboard, ensures easy operation. Standard integrated features include an RS-232 interface and alarm contact. Notably, these chillers boast a high-quality block pump with a magnetic coupling, eliminating pump shaft sealing issues. LAUDA Microcool circulation chillers are perfect for applications requiring rapid and reliable heat dissipation, such as in laboratories for rotary evaporators, distillation systems, or analytical devices.
Chillers
LAUDA ( L001053 ) Microcool MC 600 Circulation Chiller with BS1363 UK-Plug
- User-friendly menu guidance with simple 3-key operation
- Fully electronic continuous controller
- Temperature protection for pump windings
- Lighted level indication and low-level alarm
- Magnetically coupled block pump
- RS 232 interface
- Auto-Start-Timer and Auto-Shut-Down function
- Top filler opening, backside outlet connection
- Adjustable bypass for pressure limiting
- Solenoid valve control for cooling capacity adjustment, including compressor on-off control
- Condenser cooling
- Air operation
- Suitable for non-flammable liquids (water, water/glycol)
16,845.00 AED 19,817.65 AED
SKU: 101173
Category:
Brand: Lauda
Working temperature range -10 to 40 °C: | -10 to 40 °C |
Ambient temperature range: | 5 to 40 °C |
Temperature stability : | 0.5 ± K |
Pump pressure max : | 1.3 bar |
Pump flow rate pressure max : | 35 L/min |
Filling volume : | min 4 L |
Filling volume max : | 8 L |
Overall dimensions (W x D x H) : | 350 x 480 x 595 mm |
Noise level : | 57 dB(A) |
Net Weight : | 52.5 kg |
Power consumption max: | 0.7 kW |
Power consumption : | 0.166666667 |
Power supply : | 230 V | 50 Hz |
Power plug : | power cord with angled plug (BS1363) |
Cooling capacity-: | 20 °C | Ethanol; 0.6 kW 10 °C | Ethanol; 0.5 kW 0 °C | Ethanol; 0.36 kW -10 °C | Ethanol; 0.15 kW |
Environmental benefits : | Ozone-Safe or Safe for the Ozone Layer |
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