DBR-3 Machine for balancing 5 gr – 3 kg rotors

Advantages

  • The machine is designed for dynamic balancing, analysis and measurement of rotor oscillation intensity in hard bearing mode
  • Vibrolab balancing measuring system is included in the State Register of Measuring Instruments. It is used in desktop version
  • Weight of the product to be balanced is from 0.005 kg
  • Rotor rotation is carried out by means of belt transmission, which eliminates the need for additional equipment
  • Electrical and mechanical components of European origin only
  • Supplied with set of axial supports
  • Warranty on the machine and all its components – 12 months
  • Balancing of turbines, armatures of high-speed electric motors (e.g. drive spindles), gyroscopes and other rotors weighing up to 3 kg

Specifications

Code DBR-3
Type Horizontal, hard-bearing modular balancing machine
Rotor type drive Belt
Number of supports and measurement planes 2 pcs., adjustable in height, with rollers included
Rotor weight 0,005 - 3,0 kg
Product diameter max. 140 mm (under belt drive)
Distance between middles of the rotor supports 10 - 410 mm
Balancing quality grade G0.4 according to ISO 1940-1-2007
Power supply 1 phase, 220 V, 50 Hz, 6 A, protective grounding is mandatory
Rotor drive Variable frequency asynchronous motor, 180 – 10000 rpm
Vibration sensors Piezoelectric force sensors built in the supports
Phase sensor type for belt drive Laser keyphasor (included)
Protection against dust and water IP55
User interface Color touch-screen, impact-, oil- and dirt-resistant
Machine basement Not required
Machine dimensions (L x W x H) 490 х 330 х 310 mm
Machine weight with the electrical cabinet, no more 100 kg
Set Axial stops included

Options and accessories

DBR-3
DBR-3
10000 1 EUR
Code
DBR-3
Type
Horizontal, hard-bearing modular balancing machine
Rotor type drive
Belt
Number of supports and measurement planes
2 pcs., adjustable in height, with rollers included
Rotor weight
0,005 - 3,0 kg
Product diameter max.
140 mm (under belt drive)
Distance between middles of the rotor supports
10 - 410 mm
Balancing quality grade
G0.4 according to ISO 1940-1-2007
Power supply
1 phase, 220 V, 50 Hz, 6 A, protective grounding is mandatory
Rotor drive
Variable frequency asynchronous motor, 180 – 10000 rpm
Vibration sensors
Piezoelectric force sensors built in the supports
Phase sensor type for belt drive
Laser keyphasor (included)
Protection against dust and water
IP55
User interface
Color touch-screen, impact-, oil- and dirt-resistant
Machine basement
Not required
Machine dimensions (L x W x H)
490 х 330 х 310 mm
Machine weight with the electrical cabinet, no more
100 kg
Set
Axial stops included
The machine is designed for dynamic balancing, analysis and measurement of rotor oscillation intensity in hard bearing mode Vibrolab balancing measuring system is included in the State Register of Measuring Instruments. It is used in desktop version Weight of the product to be balanced is from 0.005 kg Rotor rotation is carried out by means of belt transmission, which eliminates the need for additional equipment Electrical and mechanical components of European origin only Supplied with set of axial supports Warranty on the machine and all its components – 12 months Balancing of turbines, armatures of high-speed electric motors (e.g. drive spindles), gyroscopes and other rotors weighing up to 3 kg

Products in section

×
Authorization Registration
Password reset
Please type the word you see in the image
CAPTCHA

*Type text from image:

×

Login

Login, Registration
×

Feedback

* Required

We'll contact you during our working hours on weekdays (9:00 – 18:00 UTC+3)

CAPTCHA
×
Request a price quot

* Required

We'll contact you during our working hours on weekdays (9:00 – 18:00 UTC+3)

CAPTCHA
×
Price Application

DBR-3 Machine for balancing 5 gr – 3 kg rotors

* Required

We'll contact you during our working hours on weekdays (9:00 – 18:00 UTC+3)

CAPTCHA
×
Order

DBR-3 Machine for balancing 5 gr – 3 kg rotors

* Required

We'll contact you during our working hours on weekdays (9:00 – 18:00 UTC+3)

CAPTCHA
×