BALANCING COMPLEX PAK SPECIAL

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SOFTWARE AND HARDWARE BALANCING COMPLEX PAK SPECIAL

ON THE BASIS OF INDUSTRIAL COMPUTER

FEATURES COMMON TO ALL MACHINES
Software and hardware balancing complex on the basis of a personal computer is designed to work as a part of both hard-bearing balancing machines with adjustment to the geometric dimensions of the rotor, and to work with soft-bearing machines with adjustment by the three start-ups method.
PAK-1 balancing system is built on the basis of an industrial fanless computer with an active sensor TFT monitor, running a licensed Windows OS.
PAK-1 system is two-plane with the possibility of static (single-plane) balancing in a dynamic mode. The setting is carried out by the three start-ups method.
The industrial computer is protected by a fail-safe power supply.
USB port for connecting a laser printer, flash-USB memory, a port for connecting to a local network and an Ethernet network make the process of processing balancing results more convenient.
The system’s software allows adjustment of the machine on a series of rotors with initial unbalance, which eliminates the waste of time for the producting a reference rotor and conditional balancing.
Step-by-step text hints make it easy to set up and work with the system, allow you to spend a minimum of time learning and start a confident operation.
In addition to performing all functions inherent to the PB-02M balancing device, the PAK-1 system has a number of significant additions.
Automatic turn of the workpiece to the corrective mass installation or removal part.
Calculation of the individual permissible masses values and control weights necessary to adjust the balancing complex to a new rotor.
Distribution of unbalance to several correction planes.
Distribution of unbalance to the fixed points using fixed-mass weights.
Creation and printing of reports on performed rotor balancing
Consists of a measuring unit, a personal computer and an engine control unit based on a frequency converter.
The program covers the basic modes that allow you to conveniently, ergonomically and quickly carry out balancing:

OWN ADVANCED MEASURING SYSTEM
DISPLAYING REAL TIME IMBALANCE MEASURING
AN INDUSTRIAL FANLESS TOUCH SCREEN PC CONTROL SYSTEM
ETHERNET CONNECTION FOR DIAGNOSIS
LANGUAGE SELECTION
CUSTOMISED PRINT OUT OF BALANCE DATA

DATA STORAGE TO INTERNAL FLASH MEMORY AND USB MEMORY STICK
OPERATION & SERVICE PERSONALIZED MANUALS
INTUITIVE SIMPLE OPERATIONING
HIGH PRODUCT RELIABILITY
REVERSE ROTATION SUPPORT
OEM AND AFTERMARKET REPAIRS

Data entry window — Function “Addition of unbalance vectors” Function “Distribution by n-planes of correction” Function “Calculation of drilling depth”

Window result of unbalance decomposition by fix points — Function “Distribution of unbalance by fixed points” Function “Accounting eccentricity of the balancing mandrel”

PAK-1 — Function “Display balancing history” Function “Harmonic analysis of vibration sensors signals” Function “Recalculate unbalance in other correction planes”

PRODUCT HIGHLIGHTS

BVI-03-80M3

Example of the machine program interface for balancing automatic transmissions.

SB-150

Example of the machine program interface for balancing wheel pairs of high-speed railway transport, taking into account the eccentricity of the wheel rim.

MS-9709

Example of the machine program interface for balancing wheel pairs of high-speed railway transport, taking into account the eccentricity of the wheel rim.

SBR-1

Hardware and software system on the basis of a personal computer for high-speed VSR balancing machine SBR-1, released in 2010.

SPECIAL BALANCING SYSTEM PAK-SBR

Displaying of imbalance measurement in real time (during rotation) – prevents possible collapse of the turbine during test.
Determination of vibration of the turbocharger center housing – up to the size of 10G that surpasses the European analogues twice.
Graphical display of vibration acceleration and phase depending on the rotational speed of the turbine during acceleration.
Simultaneous display of the results of two measurements on the same graph for analysis.
Display of phase in the pie chart to simplify the determination of the place of unbalance.
Access to self-edit turbines base.
- Creation and printing of reports on the rotor balancing.