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THULIR VACUUM TECHNOLOGIES
GST : 33APQPR6798P1ZI

Vacuum Measuring Instruments

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Cylindrical Vacuum Chamber

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Multi Tube Joint Adapter

RF Magnetron Sputtering System

RF Magnetron Sputtering System

Dosing Pump Maintenance Service

Dosing Pump Maintenance Service

Vacuum Coating Chamber

Vacuum Coating Chamber

Moisture Trap

Water Cooled High Vacuum System

Water Cooled High Vacuum System Specification

Equipment Type
High Vacuum System

Material
Stainless Steel

Processing Type
Vacuum Generation

Condition
New

Technology
Water Cooled High Vacuum

Dimension (L*W*H)
Customized (Standard: 1200*800*1700 mm)

Power Mode
Electric

Voltage
220/380 V AC

Power Consumption
2-5 kW

Pressure Output
Up to 10 mbar

Application
Industrial Laboratory, Research, Coating, Metallurgy

Coating Type
Metal Coating and Thin Films

Accessories
Vacuum Gauges, Water Circulation System, Control Panel, Valves, Oil Mist Filter

Body Finish
Electro Polished or Painted

Drive Type
Direct Coupled Motor

Pump Type
Rotary Vane Backed by Booster Diffusion/Turbo Pump

Ultimate Vacuum Level
1 x 10 mbar

Mobility
Mounted on Heavy Duty Castor Wheels for Easy Movement

Cooling System
Water Circulation with Heat Exchanger

Safety Feature
Overload Protection, Thermal Cut-off, Water Flow Interlock

Chamber Material
SS 304/316

Usage Environment
Indoor, Dust and Moisture Protected

Control Type
Automatic/Manual

Display
Digital Panel Display for Pressure and Status

Sealing
Viton/Gasket Seal with Metal Clamp

Pumping Speed
Depending on Model (up to 900 L/min)

Noise Level
< 65 dB

Water Cooled High Vacuum System Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
South India

About Water Cooled High Vacuum System

With rich industry experience and knowledge, we are engaged in offering a supreme quality Water Cooled High Vacuum System which is per-evacuated in production and are packed as well sterilized under expert supervision. In this the exact amount of negative pressure is controlled. These are tested by quality controllers at our manufacturing unit to deliver the flawless range to the clients. Water Cooled High Vacuum System is featured with pr-evacuated for constant suction & sterility is guaranteed. Moreover, these products are available at industry leading price to the clients.

Features:

The exact amount of negative pressure is controlled
Sterility is guaranteed
Pr-evacuated for constant suction.

WE MAINLY DEAL IN SOUTH INDIA

Advanced Cooling and Vacuum Performance

This high vacuum system utilizes efficient water circulation through a dedicated heat exchanger, ensuring consistent cooling during intense vacuum operations. The rotary vane pump, enhanced by booster diffusion or turbo support, achieves ultimate vacuum levels suitable for demanding research and coating tasks. Users benefit from customizable dimensions and reliable stainless steel construction, promoting durability and longevity even in challenging laboratory and industrial settings.

Intelligent Control and Safety Features

Operators can select between automatic and manual control modes, monitored via a digital display which provides real-time pressure and system status. Integrated safety mechanisms, including overload protection and a thermal cut-off, guarantee secure operation. A water flow interlock adds another layer of protection, maintaining optimal conditions for sensitive experiments and processes.

Mobility and Ease of Use

Mounted on heavy-duty castor wheels, the vacuum system can be effortlessly moved within facilities, making it especially practical for laboratories and workshops requiring flexible equipment arrangements. Stainless steel construction ensures both dust and moisture protection, allowing for reliable performance and simplified maintenance in indoor environments.

FAQs of Water Cooled High Vacuum System:

Q: How does the water cooled high vacuum system achieve its ultimate vacuum level of 1 x 10 mbar?

A: The system utilizes a direct coupled rotary vane pump backed by a booster diffusion or turbo pump to create high vacuum. Continuous water circulation with a heat exchanger keeps key components cool, maintaining optimal performance for sustained vacuum generation.

Q: What safety features are included in this vacuum system?

A: This equipment integrates overload protection, thermal cut-off, and a water flow interlock to prevent overheating and ensure safe operation in laboratory and industrial environments.

Q: When is water cooling necessary for high vacuum systems?

A: Water cooling is vital during prolonged or high-intensity vacuum operations where thermal management is critical to protect both the pump and chamber from heat build-up, ensuring reliability and longevity.

Q: Where is this system typically used?

A: It is widely applied in industrial laboratories, research institutes, metallurgical processes, and thin film or metal coating operations, especially where low pressure and clean conditions are required.

Q: What process steps are involved in using this vacuum system?

A: The typical process includes powering up the device, selecting automatic or manual control, adjusting variable settings on the digital panel, monitoring pressure output, and performing maintenance checks on the water cooling and vacuum sealing systems.

Q: How does mobility benefit users in laboratory environments?

A: Mounted on heavy-duty castor wheels, the system allows easy relocation within a facility. This flexibility helps users quickly reconfigure workspace layouts or move the equipment between different experimental setups.

Q: What are the main benefits of choosing a water cooled high vacuum system with stainless steel construction?

A: Users gain consistent temperature management, robust vacuum performance, easy maintenance, durability through corrosion-resistant materials, and dependable operation even in dust- and moisture-prone indoor settings.

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