MS NOISE announces a new dedicated soundproofed enclosure for the ThermoCube 200-300-400 water chiller device (soundproofing performance of -15dB(A). So -75% decrease in noise perception)

MS Noise™ is focused on acoustic insulation in laboratories (noise reduction enclosures for vacuum pumps & forepumps).

We design, produce and deliver solutions to reduce the noise generated by any kind of equipment in laboratories.

MS Noise™ is the leading manufacturer of noise reduction enclosures for vacuum pumps, water chillers, water coolers, ultrasonic bath, compressors,nitrogen generators.

We provide also consultant services in the fields of noise, acoustic, sound and vibration.

MS Noise™ staff offers expertise in the fields of industrial noise, laboratory noise, mechanical noise, environmental noise, noise monitoring, and predictive modelling.

Please find below our TC400 noise reduction enclosure dedicated to the Thermocube 200-300-400 model from Solid State Cooling Systems (also available for ThermoCube 300A/400L/600L/PAO models):

 

Just to let you know, we also design and produce custom OEM vacuum pump enclosures on request, in cooperation with major worldwide companies.

In this case, we can adapt many parameters.

Examples :

– Cooling performance
– Complete design (Size, Shape, Colour, OEM branding logo…)
– Pipe work and power supply optimization from and to the equipment
– Accessibility optimization
– Noise enclosure illumination for easy oil level check through window
– Pump ballasting and oil draining process optimization
– Digital temperature display, overheating temperature alarm device
– Vibration optimization
– Ready to use or flatpack delivery (assembly in less than 5 minutes, no tools required)

Regarding to the Thermocube air-cooled liquid recirculating chillers themselves, please find more information below:

 

Why choose ThermoCube 200, 300 or 400 models?

• Reliable, Refrigerant-Free Thermoelectric Technology: With lifetimes exceeding 200,000 hours, the thermoelectric modules at the core of this chiller make for ultra-high intrinsic reliability.
• Compact Size: less than 13” (32 cm) on a side
• Precise Temperature Control: ThermoCube’s digital PID control holds to ±0.05 °C, even near ambient
• Highly Customizable
• Versatile: For use with water/glycol solutions, Fluorinert, HFE or water
• Energy Efficient: ThermoCube’s thermoelectric modules are powered by variable voltage power supply that provides minimum power required to control temperature at set point, so ThermoCube only draws as much power as needed (typically <200 W AC).
• Virtually Vibration-Free
• Worldwide Power Compatibility, Universal Input Standard
• Easy-to-Use controller for fixed temperature control or temperature cycling
• Air-Cooled: Does not require house or facility chilled water. Can operate in any standard room, laboratory or office.
• Eight pump choices:  including diaphragm, magnetic gear drive and centrifugal

Operating Range:	5°C to 50°C standard (down to -5°C with low temp option) (up to 65°C with high temp option)
Ambient Temperature:	10°C to 40°C non-condensing
Stability / Repeatability::	± 0.05°C at constant load (even near ambient)
Cooling Capacity1:	200, 300 or 400 Watts @ 20°C (20°C ambient)
Coolant / Process Fluid:	Koolance (27% propylene glycol / water mix) or 27-50% ethylene glycol / water mix.  Options available for Fluorinert / Galden or HFE)
Process Fluid Fittings:	1/4″ John Guest standard, many options
Pumps:	8 pump choices (see pump curves)
Tank Volume:	300 ml with level sensor
Wetted Materials:	Aluminum, stainless steel and polymers
Size (L x W x H):	13″ x 11″ x 13″ (32 x 28 x 32 cm)
Weight:	28 lbs (12.7 kg) with basic options
Power Input:	Universal: 115-230 VAC, 50/60 Hz, 7-5 amp max
Communications:	Keypad or optional RS232 Interface
Alarms:	Temperature, fluid level, system or component failure (display and RS232 option)
Standards:	TUV listed to UL, CAN/CSA and EN 61010-1, CE 61010-1
Warranty:	2 years (diaphragm pumps are 1 year)
Note 1:  Cooling capacity will vary with configuration

Thermocube Comparison Table