Red-white Cv Joint Test System

CV Joint Test System
Bi-00-603 BiSS CV Joint Test System for constant velocity testing as
per SAE J 2028. The test setup evaluates the quality of CV joints by
simulating the actual movements as in automobiles with BiSS 2370MS
controller.
The
two mounting blocks bolted on the frame support a hydraulic motor and a
torque load cell coupled with transducers for precision measurement and
customized grips to hold the test specimen. The mounting blocks have
provision to rotate (+/-45 degrees) and also to move to and fro
adjusting to the varying lengths of specimen.
Applications (as per SAE J 2028)

Articulation torque test to measure the torque required to rotate
the shaft, when articulated at any point between 0 to 50 degreesMeasures backlash of the joint, maximum articulation angle,
maximum articulation angle and force at any articulation angle from 50
degreesOptional testing under cold temperatures upto -400 COptional testing under hot temperatures upto 2000 CRadialexpansionmeasurement

Standard features (customized options available)

Hydraulic Torque Motor Torque load cellSuitable for static and dynamic testing"Green"  highly efficient hydraulic powerpackBiSS2370MScontroller for synchronous control and data acquisition

Optional features

Environmental chambers
Specifications


 Hydraulic motor Torque: 1.5 kNm  Speed: 1500 rpm Includes torque cell, 1.5 kNm and suitable digital position encoder 2370MS Controller Control channels: 1 channel of servo control Input channels: 2  Performance: Typical servo-loop update and DAQ frequency up to 5 kHz Hydraulic powerpack Digital servo-control with flow of up to 200 LPM Operating pressure: Up to 210 bar  Power consumption: 10 to 80 kVA through flow on demand servo control Environment chamber (Optional) Size: 1000  x 500  x 500 mm Temperature range: -40 deg.C to 200 deg.C Accuracy: +/- 1 deg.C Average rate of rise /fall with load: 1 deg.C/min over entire range Total weight of rig 1.5 Ton Foot print L x W x H = 2.5  X 1  X 1.2 m

Note: Dimensions subject to minor variations based on specific ratings.