TXL250 Roots Blower Vacuum Pump - High-Efficiency Industrial Vacuum Solution

This article deeply analyzes the technical advantages of the TXL250 Roots Blower Vacuum Pump, including core features such as a three-phase motor design, low-noise operation of 70 dB, and ISO standard interfaces. It also includes solutions to 10 common problems and industry application scenarios.

 Product Overview

The TXL250 Roots Blower Vacuum Pump adopts the principle of dual-rotor meshing and is designed for continuous high-pressure conditions. Its compact body, weighing 61 KG (dimensions: 682×306×270mm), is suitable for industrial scenarios with limited space. It can be quickly installed through the ISO63/40 standard interface.

Technical Parameter Table

 Working Principle

The TXL250 Roots Blower Vacuum Pump drives two impellers to rotate in opposite directions through synchronous gears, forming a sealed gas chamber to achieve continuous gas conveying. The non-internal compression design reduces energy loss and is especially suitable for constant flow applications.

 Product Features

High Efficiency and Energy Saving

With a 2.2KW motor, it can achieve a pumping speed of 300 m³/h, and its energy consumption is 15% lower than that of similar products.

Durable

The cast iron housing and high-carbon steel rotor ensure an MTBF of over 20,000 hours.

Intelligent Compatibility

The wide voltage design (220 - 460V) can adapt to global power grids.

Convenient Maintenance

The external bearing design allows for maintenance without disassembling the pipeline.

 Application Scope

Environmental Protection Industry

Sewage treatment aeration system (Case: A sewage treatment plant with a daily treatment capacity of 50,000 tons has run continuously for 3 years without failure).

Food Packaging

Gas conveying on the vacuum packaging line.

Chemical Industry

Pneumatic conveying system for powder materials.

Electronic Manufacturing

Vacuum adsorption and positioning of PCB boards.

 Frequently Asked Questions (FAQ)

Q1: Does it support frequency conversion control?

A: Yes, it supports frequency conversion control, but a frequency converter needs to be added (it is recommended to reserve 10% power margin).

Q2: What is the inlet temperature limit?

A: The standard type is suitable for -10°C to 80°C, and the high-temperature type can be customized to 150°C.

Q3: How to reduce the operating noise?

A: Adding a silencer (optional accessory) can reduce the noise to below 65dB.

Q4: What is the bearing replacement cycle?

A: Under normal working conditions, the lubricating grease needs to be replaced every 8,000 hours, and the bearing life is ≥15,000 hours.