SK-608 SANKER Sonic Belt Tension Meter - Non-Contact Measurement for V-Belts by China Suppliers & Factory
The SK-608 Sonic Tension Meter enables accurate belt tensioning. Inadequately tensioned belts are a leading cause of the most common belt drive failures, including those resulting from improper installation and maintenance.
Key Features
Suited for multi-ribbed, V and synchronous belts
Measuring accuracy: +/- 1%
Double display possible (Newton and/or Hz)
Auto shutdown after 5 min of inactivity
CE approved – RoHS compatible
Auto gain control
Compact model: 160 mm x 26 mm x 59 mm (H x D x W)
40 storage registers
NEW OLED screen with optimised resolution
IMPROVED frequency ranges: LOW (10-50 Hz), STANDARD (10-1000 Hz), HIGH (900-5000 Hz)
Applications
Heavy Duty Equipment
Fans + Pumps
Conveyor Systems
Industrial Machines
Compressors
Centrifuges
Bottling Machines
HVAC
Truck & Bus
Steel Mill (Cold/Hot)
Dough Mixer
Medical CT & MRI
Motorcycle
Car
Bicycle
Industrial Robot
Crusher
Printer
Cosmetic Filling Machine
Vacuum Cleaners
Washing Machines
Injection Molding Machines
Industries
Medical Industry
Household Appliance Industry
Construction
Mining
Textile
Laundry
Stationary Machinery & Tools
Pulp & Paper
Packaging & Automation
New Energy Equipment Manufacturing
Frequently Asked Questions
What is the measuring accuracy of the SK-608?
The SK-608 Sonic Tension Meter provides a high measuring accuracy of +/- 1%.
Which belt types can be measured with this device?
It is suited for multi-ribbed belts, V-belts, and synchronous belts.
What are the available frequency measurement ranges?
The device features three improved ranges: LOW (10-50 Hz), STANDARD (10-1000 Hz), and HIGH (900-5000 Hz).
Does the device store previous measurement data?
Yes, the SK-608 is equipped with 40 storage registers for your data.
Does it have a power-saving feature?
Yes, the meter includes an auto shutdown function that triggers after 5 minutes of inactivity.
In what units can the tension be displayed?
The device offers a double display capability, showing results in Newtons and/or Hertz (Hz).




