Static and Dynamic Balancing ProDynami 1268 studies the balancing of rotating objects and the centrifugal forces that cause unbalance. This Static and Dynamic Balancing unit features a shaft with 4 adjustable unbalance weights, a speed range of 0 to 1400rpm, and digital speed display. Max. total unbalance is 840cmg, with big/small unbalance values of 110/55cmg and 30mm eccentricity. A transparent protective hood, integrated angle and length gauge, and elastic vibration-neutralizing base complete the approx. 30 kg benchtop unit.

Static and Dynamic Balancing ProDynami 1268 — Technical Specifications
| Parameter | Value |
|---|---|
| Capability | Analysing static and dynamic balancing |
| Balance Blocks | Different balance blocks for range of moments |
| Positioning Accuracy | Determines longitudinal and angular positions of balance blocks accurately |
| Unit Type | Benchtop unit for illustrating fundamentals of static and dynamic balancing |
| Speed Range | 0...1400rpm |
| Number of Unbalance Weights | 4 |
| Max. Total Unbalance | 840cmg |
| Unit Weight | Approx. 30 kg |
| Additional Masses | Weights (big/small) |
| Power Supply | Equipped with suitable power supply |
| Speed Control | Adjustable |
| Speed Display | Digital |
| Protective Hood | Transparent |
| Gauge | Integrated angle and length gauge |
| Eccentricity | 30mm |
| Unbalance (big/small) | 110/55cmg |
Technical Data
Shaft and Rotor
| Parameter | Value |
|---|---|
| Number of Unbalance Weights | 4 |
| Max. Total Unbalance | 840cmg |
| Speed Range | 0...1400rpm |
| Eccentricity | 30mm |
| Unbalance (big/small) | 110/55cmg |
Unit
| Parameter | Value |
|---|---|
| Weight | Approx. 30 kg |
Additional Masses
| Parameter | Value |
|---|---|
| Weights | Big/small |
Key Features
Experiments
Construction and Design
The Static and Dynamic Balancing ProDynami 1268 consists of a shaft supported by bearings on both ends. Four masses are present on the shaft, which can slide and attain different angles. A pulley on one side of the shaft connects it to a motor for rotation. Two buckets, a detachable pulley and metallic balls are included to find unbalance in static position due to rotating masses. The motor is powered via a function generator. The main element of the bench top unit is a smooth shaft to which four variable unbalance weights can be attached at any angle or distance. The rotor is supported horizontally in ball bearings and driven by a speed-controlled motor. Speed is measured electronically and shown on a digital display. The driving belt can be removed for determination of unbalance weight by measuring the balance of moments. Different weights dragging on the pulley exert defined moments to the shaft, which can be compared with moments caused by unbalance weights when rotating. A transparent hood prevents contact with rotating parts and provides a good view of the rotor. The supporting base is fastened with elastic elements to neutralize undesirable vibrations. The unit has a speed range of 0...1400rpm, 4 unbalance weights, a max. total unbalance of 840cmg, and weighs approximately 30 kg. Eccentricity is 30mm, with unbalance of 110cmg (big) and 55cmg (small). An integrated angle and length gauge is fitted. This construction allows the Static and Dynamic Balancing unit to illustrate the fundamentals of static and dynamic balancing accurately.
Scope of Delivery
Q: What is the Static and Dynamic Balancing ProDynami 1268 used for?
A: It is used to study the balancing of rotating objects, including explanation and determination of unbalance, investigation of static, dynamic and basic unbalance, and the balancing process.
Q: How many unbalance weights does the unit have?
A: 4 unbalance weights, with a max. total unbalance of 840cmg.
Q: What is the speed range of the shaft?
A: 0...1400rpm, adjustable, with digital speed display.
Q: How is safety ensured during operation?
A: A transparent protective hood prevents contact with the rotating parts and provides a good view of the rotor.
Q: What does the scope of delivery include?
A: 1 experimental unit, 1 instruction manual, and 1 set of weights.