Thermo Kendro Clear Water Tank – 60 Ltr, with Pressure Recirculation Pump

The Thermo Kendro Clear Water Tank is engineered for the efficient storage and circulation of purified water in laboratory settings. With a capacity of 60 liters, this tank ensures a consistent and reliable supply of high-purity water for various applications. Its transparent design allows for easy monitoring of water levels, while the integrated pressure recirculation pump maintains optimal water quality by preventing microbial growth during periods of inactivity.

Key Features:

• Brand: Thermo Kendro
• Capacity: 60 liters
• Material: Constructed from durable, opaque polyethylene to prevent light penetration and minimize microbial growth
• Design: Features a large opening for easy cleaning and refilling; conical bottom outlet allows for complete drainage
• Integrated Pressure Recirculation Pump: Ensures consistent water circulation and pressure, maintaining water quality and preventing bacterial proliferation during periods of inactivity
• Overflow Protection: Equipped with a sterile overflow system to prevent contamination
• Mounting: Designed for simple and space-efficient wall mounting
• Compatibility: Ideal for use with Thermo Scientific water purification systems, including Pacific™ RO and Pacific™ TII models

Enhance your laboratory's efficiency with the Thermo Kendro Clear Water Tank, ensuring a steady and uncontaminated water supply for all your research needs.

Frequently Asked Questions

1. What is the Thermo Kendro Clear Water Tank – 60 Ltr, with Pressure Recirculation Pump used for?

It is engineered for the efficient storage and circulation of purified water in laboratory settings. With a capacity of 60 liters, this tank ensures a consistent and reliable supply of high-purity water for various applications. Its transparent design allows for easy monitoring of water levels, while the integrated pressure recirculation pump maintains optimal water quality by preventing microbial growth during periods of inactivity.

2. Is the Thermo Kendro Clear Water Tank – 60 Ltr, with Pressure Recirculation Pump suitable for transferring or circulating compatible fluids within the stated flow, pressure and material limits?

Yes. It is designed for transferring or circulating compatible fluids within the stated flow, pressure and material limits, and offers a capacity of 60 liters to support this kind of work.

3. What capacity does the Thermo Kendro Clear Water Tank – 60 Ltr, with Pressure Recirculation Pump have?

It has a capacity of 60 liters, and is supplied under manufacturer part number 50155499.

4. What is the Thermo Kendro Clear Water Tank – 60 Ltr, with Pressure Recirculation Pump made from and what features does it include?

It is made from constructed from durable, opaque polyethylene to prevent light penetration and minimize microbial growth. It is compatible with ideal for use with Thermo Scientific water purification systems, including Pacific™ RO and Pacific™ TII models. It also offers a large opening for easy cleaning and refilling; conical bottom outlet allows for complete drainage, consistent water circulation and pressure, maintaining water quality and preventing bacterial proliferation during periods of inactivity and a sterile overflow system to prevent contamination.

5. How does the Thermo Kendro Clear Water Tank – 60 Ltr, with Pressure Recirculation Pump compare with the Evoqua LaboStar 10 RO/DI Water Purification System with 7L Tank and 1.2L/min Pump from Evoqua Water Technologies?

For transferring or circulating compatible fluids within the stated flow, pressure and material limits, the Thermo Scientific model is the better choice, offering a capacity of 60 liters. The Evoqua Water Technologies model offers a water production capacity of 10 liters per hour at 25°C, a pump flow rate of 1.2 liters per minute and a salt retention rate of 98–99% as an alternative, while the Thermo Scientific model's a large opening for easy cleaning and refilling; conical bottom outlet allows for complete drainage and consistent water circulation and pressure, maintaining water quality and preventing bacterial proliferation during periods of inactivity help make it a strong fit for transferring or circulating compatible fluids within the stated flow, pressure and material limits.