Wheel clamping Power Clamp
Diameter of shaft 40 mm
Measuring speed < 200 rpm
Balancing accuracy 0.035 oz
Angular resolution ± 0,35°
Length of shaft 225 mm
Start/Stop balance time 8 s
Rim diameter range 8" - 32"
Offset range 1" - 20"
Rim width range 1" - 20"
Max wheel diameter 37 inch
Max. wheel weight 154 lbs
Input power (amperage) 4 A
Input power (VAC) 230 VAC 1Ph 50/60 Hz
Dimensions LxWxH 57" x 38.98" x 67.32"
Net weight 341 lbs
Hofmann Geodyna 9000 P
A video wheel balancer for cars and light trucks, the geodyna® 9000p features fully automatic non-contact acquisition of all data via 3D imaging technology and five high-resolution cameras, the Power Clamp clamping system, pinpoint easyWEIGHT laser, plus a touch screen interface for unequaled usability, performance and precision.
Non-contact 3D imaging technology is virtually error-proof: just clamp the wheel, close the guard and let the geodyna 9000p do the rest. Automatic and non-contact detection of wheel dimensions, balancing mode, number and position of spokes, amount and position of weights, lateral and radial run-out of tire and rim, match mounting and geometric issues
Non-contact 3D imaging technology scans the rim and tire profile to measure radial tire run-out, bead seat run-out on the bare rim and radial and lateral rim run-out on both sides
Five high resolution laser cameras scan the complete rim and tire profile to provide visual evidence of results, increase customer awareness and improve customer satisfaction
Run-Out Force Vectoring (RFV)
Determines the virtual loaded run-out contact patch of the wheel assembly and calculates the spring rate by measuring tread width, sidewall height, surface singularities and estimated tire pressure
Sidewall & Tread Analysis
The wheel is scanned to within 0.1 mm accuracy to examine all externally visible scratches, cuts, bulges, blisters, flat spots and uneven wear-out that could potentially lead to safety issues
Tire Wear-Out Prediction
Predicts the tire wear-out point to help prepare the customer for when a replacement will be needed
Advanced Spoke Detection
Detects spokes to provide optimum placement of weights, allowing for accurate balancing of alloy spoke rims while preserving their visual appearance
Wheel Data Freeze
Allows the operator to save the data detected on the first rim of a set of identical wheels, reducing data acquisition time for subsequent identical wheels
Automatically detects optimum balancing program by determining amount, position and type of the balance weights on the basis of rim dimensions saved in memory and imbalance data determined during measurement
Patented Automatic Power Clamp
Ensures consistent and constant wheel-clamping force- ensuring accurate balance on all wheels