JP Automatic Pump Impeller Balancing Machine

Pump impeller automatic balancing machine is a kind of equipment for balancing rotating parts (especially water pump impeller), it realizes high precision rotating parts unbalance check through automatic control system. The following is a detailed introduction to the pump impeller automatic balancing machine:
I.Working principle
The working principle of the pump impeller automatic balancing machine is mainly based on centrifugal force. When the impeller is rotating, the unbalanced part will vibrate. The balancing machine uses these vibration signals to calculate the specific position and amount of the unbalance through high-precision sensors and computer control systems, and automatically carries out weight addition or weight removal operations to achieve the balance of the impeller.
II.Characteristics and advantages
High precision: Using high-precision sensors and computer control system, it can achieve high-precision unbalance check of rotating parts to ensure that the impeller remains stable when rotating at high speed.
High efficiency: The unbalance check process is simple and fast, and the unbalance check of the impeller rotor can be completed in a short time, improving production efficiency.
Full automation: Achieve one-click start, automatic detection, automatic verification and other functions, high degree of intelligence, reduce manual intervention, reduce the difficulty of operation.
Safety: With perfect safety measures, such as electronic limit, automatic diagnosis, etc., to ensure the safety of the operator.
III.Scope of application
Pump impeller automatic balancing machine is widely used in pump manufacturing, maintenance, testing and other fields.
Especially suitable for processing various impellers (impeller materials are castings, stainless steel, steel parts) such as sewage pump impellers, fluid pump impellers, crushing pump impellers, deep water pump impellers, magnetic vane pump impellers.
IV.Product characteristics
1: Can process planes and inclined planes
2: Can do drilling or milling processing
3: Can be applied to fast changeover
4: Can integrate with robot arm and truss for loading and unloading
5: Electric chuck type force offset unit, no need to adjust the weight removal unit during product changeover
V.Operation and maintenance
Operation: When using the pump impeller automatic balancing machine, place the impeller to be tested on the balancing machine and clamp it. Then, start the balancing machine through the computer screen for detection. After the detection is completed, the computer will show the specific location and amount of the unbalance. According to the prompts, mark the impeller and carry out the weight addition or weight removal operation.
Maintenance: Regular maintenance and care of the balancing machine is the key to ensure its long-term stable operation. This includes cleaning machines, checking the working condition of sensors and electrical components, replacing worn parts, and so on.
VI.Cooperative customers
Client list in 2024:
Wilo
Guangdong Lingxiao Pump
EBARA Machinery
Liancheng Group
Grundfos
SHIMGE
TEPLOW
QIFENG
Guangde Zhengfu
Hangzhou Alkali Pump
Tianquan Group
Pacific Pump Group
VII.Price information
The price of pump impeller automatic balancing machine varies due to brand, model and configuration and other factors. Generally speaking, the price of the common automatic balancing machine on the market ranges from tens of thousands to hundreds of thousands. The specific price needs to be determined according to the actual demand and market conditions.
VIII.Summary
Pump impeller automatic balancing machine is an efficient, accurate and safe rotating parts balancing equipment. It realizes high-precision unbalance check through automatic control system, and is widely used in various fields requiring dynamic unbalance processing. When selecting and using, we should make comprehensive consideration according to the actual needs, and follow the relevant operation and maintenance specifications. Welcome to choose JP balancing machine.