- Overview
- Product Description
- Product Parameters
- Area of Application
- Company Profile
Basic Info.
Model NO.
BenchTop-TT
Size
Customized
Load Range
15-145kg
Natural Frequency
3.5Hz
Material
AL/Granite
Transport Package
Wooden Case
Specification
Customized
Trademark
THERMOTEST/OEM
Origin
China
Production Capacity
5000/Month
Product Description
Different versions available with full granite / aluminum honeycomb core sheets and individual vibration dampers
Vibration isolation in perfection: The ideal solution from THERMOTEST, if your laboratory bench has to remain free from vibrations and mechanical shocks. With tabletops made of full granite or aluminum honeycomb core sheet and ideally matched vibration dampers, the THERMOTEST laboratory bench guarantees the optimum work surface for all applications where testing and measuring equipment must be set up free of unwanted vibrations. Our vibration-isolating tables are available in different sizes and with different load capacities. The THERMOTEST experts will work with you to find the right model, for which different air spring elements are also available as vibration dampers - depending on customer-specific requirements.
| Model | 0304 | 0405 | 0506 | 0608 | 0810 |
| Surface size (mm) | 300x400 | 400x500 | 500x600 | 600x800 | 800x1000 |
| Height (mm) | 100 | ||||
| Load (kg) | 15-145 | ||||
| Surface material | Al | ||||
| Natural Frequency (Hz) | 3.5 | ||||
| Options 1 | 1. Granite Surface 2. Threaded hole | ||||
| TT-1 | TT-2 | TT-3 | TT-4 | TT-5 | TT-6 | |
| 1 post kg | 4 | 6 | 9 | 14 | 23 | 36 |
| 4 post kg | 16 | 24 | 36 | 64 | 92 | 144 |
Features:
· Six degrees of freedom
· Active gain starting from 0.5Hz ;
· Build In Artificial Intelligence Feature ;
· Adjustable by software active bandwidth ;
· Remote control
·
· Six degrees of freedom
· Active gain starting from 0.5Hz ;
· Build In Artificial Intelligence Feature ;
· Adjustable by software active bandwidth ;
· Remote control
· Built in real time diagnostic tools
· Spectrum analyzer
· Oscilloscope
· Shaker Mode
·
